1978_Fairchild_Full_Line_Condensed_Catalog 1978 Fairchild Full Line Condensed Catalog
User Manual: 1978_Fairchild_Full_Line_Condensed_Catalog
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I=AI R C 1-11 L.C
464 Ellis Street, Mountain View, California 94042
@1978 Fairchild Camera and Instrument Corporation/464 Ellis Street, Mountain View. California 94042/(415) 962-5011ITWX 910-379-6435
Fairchild reserves the right to make changes in the circuitry or specifications in this book at any time without notice.
Manufactured under one of the following U.S. Patents: 29!l1877. 3015048. 3064167. 3108359. 3117260; other patents pending.
INTRODUCTION
This full line condensed catalog is quick reference source on all Fairchild semiconductor products. It contains three basic types of information - numerical product
listing, short-form data and general reference material- organized into the following
sections:
Section 1 - Product Index
Numerical index listing device types, general product category, and the catalog page
and line item number were the actual short-form data can be found.
Due to the complexity and variety of device numbering systems now used in the
semiconductor industry, the product index is organized in a numeric-alpha sequence.
Device order is dependent first on the numeric value of the first digit on the left, then on
the value of the second digit, then the third et cetera, regardless of the total numeric
value of the device number. For example, device number 10000 will preceed device
number 900. Device number 54107 will follow 5410 and preceed device number 5411.
Device numbers containing a letter of the alphabet are placed after devices containing
no alpha character. For example, the 74H series of device numbers follows the last 7400
series number, 7497.
Sections 2 through 11 - Selection Guides
Diodes, Transistors, Optoelectronics, Charge-Coupled Devices, Hybrids, Linear, Interface, Digital, Memories, Microcomputers are organized intofunctional selection guides
for easy reference. More complete product data is available from Fairchild in data
books, application handbooks or notes, and individual data sheets.
Section 12 - Aerospace and Defense
Lists currently qualified Jan QPL products.
Section 13 - Logic/Connection Diagrams
Logic and/or connection diagrams organized by product types in the order shown in
the Table of Contents.
Section 14 - Ordering Information and Package Outlines
Section 15 - Sales Offices, Representatives and Distributors
TABLE OF CONTENTS
SECTION 1 PRODUCT INDEX. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .. 1-3
SECTION 2 DIODES
Computer Diodes ..........................................................................
Low Leakage Diodes .......................................................................
High Voltage Switching Diodes. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . ..
General Purpose Diodes. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . ..
Military Qualified Small Signal Diodes. . .. . . .. . . .. . . . . . . . .. . . . . . . .. . . . . . . . .. .. . . .. . . .. . . .. ..
Hot Carrier Diodes. .. . . . . . .. . . . . . . . .. . . . . .. . .. . . .. .. . . . .. . . . . .. . . . . . . . . . .. .. . . .. . . .. .. .. ..
Voltage Variable Capacitor Diodes. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . ..
8andswitch Diodes. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . • . . ..
Zener Diodes. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . ..
Military Qualified Zener Diodes .............................................................
Matched Diode Assemblies .................................................................
Military Qualified Diode Assemblies ........................................................
Monolithic Diode Arrays ...................................................................
Military Qualified Diode Arrays. . . .. . .. . .. . ... .. ... ... . .. .. .. . . .. .. .. .. . .. . . .. . . .. . . . . . . .. ..
Diode Dice. . . . . • . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . ..
General Purpose Rectifiers. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . ..
Fast Recovery Rectifiers ........................................ . . . . . . . . . . . . . . . . . . . . . . . . . ..
2-3
2-4
2-5
2-5
2-6
2-7
2-8
2-8
2-8
2-15
2-18
2-18
2-18
2-20
2-21
2-21
2-21
SECTION 3 TRANSISTORS
Power
Power Transistors (by Ic max, Polarity and Ascending VCEQ) . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . ..
Power Switching Transistors. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . ..
Power Groove MOS Transistors ............................................................
Small Signal
High Speed Switching Transistors ..........................................................
General Purpose Amplifier and Switching Transistors .......................................
Low Level, Low Noise Amplifier Transistors. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . ..
High Voltage Amplifier Transistors .........................................................
NPN RF-IF Amplifier and Oscillator Transistors .............................................
Dual Transistors. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . ..
Unmatched Quad Transistors ..............................................................
NPN Darlington Transistors. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . ..
NPN and PNP Transistor Dice. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . ..
SECTION 4 OPTOELECTRONICS
LED Visible Lamps ........................................................................
LED Lamp Mounting Hardware. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . ..
7-Segment Numeric Displays ...............................................................
7-Segment Numeric Display Arrays .........................................................
Liquid Crystal Displays... .... . . . . .. ... .. . .. .. . . . .... . .. . . . .. .. . . .. .. .. .. . ... . .. . ... .. .. . ..
Couplers - Transistor Output ......... ; . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . ..
Couplers - Darlington Output ..............................................................
Photo Transistors ..........................................................................
Infrared Emitters ..........................................................................
Source/Sensor Arrays .....................................................................
Sensor Arrays .............................................................................
Reflective Sensors. . . . ... . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . ..
Optoelectronic Dice .......................................................................
iii
3-3
3-11
3-12
3-13
3-14
3-20
3-23
3-24
3-26
3-27
3-27
3-28
4-3
4-5
4-5
4-7
4-7
4-8
4-14
4-16
4-18
4-19
4-19
4-20
4-20
SECTION 5 CHARGE-COUPLED DEVICES
Linear Image Sensors. . . . . . . . . . . . . . . . . . . . . .. . . . . . . . . . . . . . .. ... .. . . .. . . . . .. . . . . . . . . .. . . . . . ..
Area Image Sensors. . . . . . . . . . . . . . . . . .. . .. . . .. . . . . . . . . . . .. . .. . . . . . . . . . .. . . . . . . .. . . . . .. .. . ..
Analog Shift Registers. . . . . . . . . . . . . . . . . . . . . . . . . . .. . .. . .. . . . .. . . . . . .. .. . . . . . . . . . . . . .. . . . . . ..
Design Development Boards and Modules. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . ..
Line-Scan Camera Subsystems. . . . . . . . . . .. . . . . . . . . . .. . .. . .. .. . .. . . .. . . . . . . . . . . . . . . . . . . . . ...
Pixel Locator. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . ..
SECTION 6 HYBRIDS
Interface
High Current Drivers. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . ..
Analog Switches. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . ..
Consumer
Radio-Audio/TV Circuits. . . . . . . . . . .. . . . . . . . . . . .. .. . . . . . . . .. . . . . . . . . . . . . . .. . . .. . . . . . . . . .. . ..
Voltage Regulators ................ . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . ..
Amplifiers
Operational Amplifier.. . . . . . . . . . . . . . . . . . . . . . . . . . . . . .. . . . . . . . .. . . . . . . . . . . . . . . . . . . . . . . . . . . . ..
Servo Amplifier ...................................................... " . . . . . . . . .. . . . . . ... ..
Current Amplifier. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .. . . . .. . . . . . . . . . . .. . . . . . . . . . . . . . . . . . . . ..
Automotive
Ignition Modules ..........................................................................
SECTION 7 LINEAR
Voltage Regulators. . . .. . . . . . . . . . . . . .. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .. . . . . . . . . . . . . . . . . . . ..
Operational Amplifiers
Operational Amplifiers - Commercial (O°C to+70°C) .........................................
Voltage Comparators ......................................................................
Consumer Circuits
Audio Power Amplifiers. . . . . . . . . . . . . .. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .. . . . . . .. . ..
Television Circuits .........................................................................
Radio-Audio Circuits ......................................................................
SECTION 8 INTERFACE
Line Drivers/Receivers/Transceivers
Line Drivers. . . . . . . . . . . . . .. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .. . . . . . . . . . . . . .. . .. . . . .. ..
Line Receivers .............................................................................
Transceivers ..............................................................................
Display Drivers. . . . . . . .. . . . . . . . . . . . . . . . . . . . . . . . . . . . . .. . . . .. . . . . . . . . . . . . . . . .. . . . . .. . . . . . .. ..
Auxiliary Drivers
High Speed Buffers and Peripheral Drivers. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . ..
High Current, High Voltage Buffers and Peripheral Drivers ...................................
MOS, CCD and Core Memory Drivers ......................................................
Level Translators . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . ..
Converters .. ..............................................................................
Amplifiers
Core Sense Amplifiers .....................................................................
Tape/Disc Preamplifiers ....................................................................
Switches
Analog Switches ...........................................................................
Special Functions
Timers and Counters ......................................................................
Arrays ....................................................................................
5-3
5-5
5-5
5-7
5-7
5-8
6-3
6-3
6-3
6-4
6-4
6-4
6-4
6-6
7-3
7-8
7-10
7-14
7-14
7-16
8-3
8-5
8-6
8-7
8-9
8-10
8-12
8-12
8-14
8-14
8-15
8-16
8-16
8-17
SECTION 9 DIGITAL
TTL
SSI Functions. . . . . . . . . . . .. . .. . . . . . . . . . . . . . . . . . . .. . . . . . . .. . . . . . . . . . . . . . . .. . .. . . .. . . . .. .. . .. 9-3
TTL Single and Dual Flip-Flops ............................................................ 9-6
Latches/Flip-Flops. .. ... . . . .. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .. 9-7
iv
Multiplexers. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . ..
Decoders/Demultiplexers ..................................................................
Registers. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . ..
Counters ..................................................................................
Monostables (One-Shots) ..................................................................
Line and Bus Drivers ......................................................................
Display Decoder/Drivers. .. . . . . .. . . . . . .. . . . . . . . . . . . . . . . . . . . . . . . . . . .. .. . .. . . .. .. .. .. .. . . . . ..
Arithmetic Operators ......................................................................
9-9
9-10
9-12
9-15
9-17
9-18
9-19
9-20
ECl
SSI Functions..................................... . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . ..
Latches/Flip-Flops. . . . . . • . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . ..
Multiplexers. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . ..
Decoders/Demultiplexers ..................................................................
Registers. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . ..
Counters/Prescalers .................................................................. :. . ..
Arithmetic Operators ......................................................................
CMOS
SSI Functions.... . . . . .. . . . . . .. . . . .. . . . . . . . . . . .. .. . . . . . . . . . .. . . . . . . . . . . . . . . .. .. . .. . . . . . . . ..
Latches/Flip-Flops. . . . . . . . . . . . . . . .. . . . . . . . . . . . . . . . . . . . .. . . .. .. .. .. . . . . . . . . . .. . . . . . . . . . .. . ..
Multiplexers. . . . .. . . . . . . . . . . . . . . . . . . . . . . . .. . . . . . . . . . . . .. . . .. .. .. . . . . . . . . . . ... . .. . . . . . . . . ...
Reg isters. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . ..
Decoders/Demultiplexers. . . . . . . . .. . . .. . . . . .. . . . . . . . . . . . . . . . . . .. . . . . . .. . .. . .. . . . . . . . . . . . . ..
Counters. . . . . . . . . . . . . . . . . . . . . . .. . . . . . .. . . . . . . . . . .. . . . .. . . .. .. .. ... . . . .. . . . .. . .. . . . . . . .. . ..
Monostables ..............................................................................
Analog Devices. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . ..
Arithmetic Operators ......................................................................
Timekeeping Circuits ..... , . . . . . . . . . . . .. . . . . . . . . . . . .. . . . . . . . .. . .. .. . . . . .. . . .. . .. . . . . . . .. . ..
MOS
Random Logic Functions ..................................................................
Timekeeping Circuits. . . . . . . . . . . . . . . . .. . . . . . . . . . . . . . . . . . . .. . . . . . . . .. .. . .. . . .. . . . . . . . . . .. . ..
SECTION 10 MEMORIES
Random Access Memories
Bipolar RAMs .................................................... " .... , . . .. . .. .. . . . . .. . ..
MOS/CMOS RAMs ........................................................................
Read Only Memories
Bipolar ROMs and PROMs .................................................................
MOS/CMOS ROMs, EPROMs and Character Generators. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . ..
Serial Memory
FIFOs, LlFOs and Shift Registers ...........................................................
SECTION 11 MICROCOMPUTERS
Micromachine TM Series
Micromachine TM .........................................................................
Development Support. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . ..
Features .. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . ..
Microcomputer Training Courses. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . ..
F8 Microprocessor Family
Block Diagram ............................................................................
Featu res ..................................................................................
Port Addressing. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . ..
F3850 Central Processing Unit. .. . . . . . . . . .. . . . .. . . . . .. .. .. . . .. .. . . . .. ... . . . .. . . . . . . . . . . .. ..
F3851 Program Storage Unit ....... " ... . .. . . . . . . .. . .. . . . . . . .. . . .. . .. .. . .. . .. . . . . .. .. . . . . ..
F3852 Dynam ic Memory Interface ... . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . ..
F3853 Static Memory Interface ................... . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . ..
F3854 Direct Memory Access Unit ..........................................................
F3856 Program Storage Unit ...............................................................
F3857 Program Storage Unit/Static Memory Interface .......................................
F3861 Peripheral I/O Device ................................................................
F3871 Peripheral I/O Device ................................................................
v
9-21
9-23
9-25
9-25
9-26
9-26
9-27
9-27
9-29
9-29
9-30
9-30
9-31
9-33
9-33
9-34
9-34
9-35
9-35
10-3
10-5
10-7
10-8
10-9
11-3
11-3
11-4
11-5
11-5
11-6
11-7
11-8
11-8
11-9
11-9
11-10
11-10
11-11
11-11
11-12
F3899 Program Storage Unit .............................................................. ·
Micromachine TM Series and F8 Family Timers .............................................
Micromachine TM Series and F8 Family Design Aids
Formulator Mark I .........................................................................
Formulator Mark II .........................................................................
Formulator Mark IIFD ......................................................................
Formulator Mark III ................................................................... ·····
Formulator Mark IIIFD .....................................................................
F8-DOS-1I1 Description ....................................................................
Formulator Growth Packages ..............................................................
Peripheral Options. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . ..
Optional Formulator Modules ..............................................................
PROM Programmer ........................................................................
OCM-1 One-Card Microcomputer ..........................................................
Formulator Support
F6800 Microprocessor Family
F6800 Microprocessor Family ..............................................................
Microprocessor Peripherals ................................................................
8-Bit Bipolar Microprocessor Family
lSI Peripheral logic Elements. . . . . . .. . . . . .. . . . . . . . ... .. . .. . . . . . . .. . . . . . . . . . . .. . . . . . . . . . . ..
Bit Slice Microprocessors. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . ..
8-Bit CMOS Microprocessor Family
lSI Peripheral logic Elements .............................................................
Bit Slice Microprocessors ................................................................. ,
16-Bit Microprocessor Family
9440 16-Bit Bipolar Microprocessor. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . ..
11-12
11-13
11-14
11-14
11-15
11-15
11-15
11-16
11-17
11-17
11-18
11-18
11-19
11-21
11-22
11-23
11-23
11-24
11-24
11-24
SECTION 12 AEROSPACE AND DEFENSE
JAN QPL Status
Li near. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . ..
Digital. . . . . . . .. . . . . . . . . . .. . . . . . . . . . . . . .. . . . . . . . . . . . . . .. . . . . . . . . . . . . . . . . . . . . . .. . . . . . . . . . . ..
Diode .....................................................................................
Transistor. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . ..
Upcoming Qualifications ................................................................ : ..
12-3
12-8
12-14
12-15
12-16
SECTION 13 LOGIC/CONNECTION DIAGRAMS
Optoelectronics ...........................................................................
Hybrids .................................................................................. ,
Linear. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . ..
Interface. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . ..
Digital - TTL ..............................................................................
Digital - ECl . . . . . . . . . .. . . . . . . . . . . .. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . ...
Digital - CMOS ............................................................................
Digital - MOS .............................................................................
Digital - RTl/CTl .........................................................................
Digital-DTl ..............................................................................
Memory ...................................................................................
Microcomputers ...........................................................................
13-3
13-12
13-16
13.32
13-42
13-68
13-86
13-105
13-109
13-110
13-114
13-124
SECTION 14
ORDERING INFORMATION AND PACKAGE OUTLINES .......................... 14-3
SECTION 15
FAIRCHILD FIELD SALES OFFICES, REPRESENTATIVES
AND DiSTRIBUTORS ........................................................... 15-3
vi
I
PRODUCT INDEX
I
PRODUCT INDEX
Device No.
Family
00101BAB
00101BAC
00101BCB
00101CAB
00101CAC
Aerospace
Aerospace
Aerospace
Aerospace
Aerospace
& Defense
& Defense
& Defense
& Defense
& Defense
00101CCB
00102BAB
00102BAC
00102BCB
00102CAB
Aerospace
Aerospace
Aerospace
Aerospace
Aerospace
& Defense
& Defense
& Defense
& Defense
& Defense
00 102CAC
Aerospace
Aerospace
Aerospace
Aerospace
Aerospace
& Defense
& Defense
& Defense
& Defense
& Defense
00104CCB
Aerospace
Aerospace
Aerospace
Aerospace
Aerospace
00105BAB
00105BAC
00105BCB
00105CAB
00105CAC
Page/Item
Device No.
12·8/1
12·8/2
12·8/3
12·8/4
12·8/5
00206CAB
00301BAB
00301BAC
00301BCB
12·8/6
Family
Page/Item
00301 CAB
Aerospace
Aerospace
Aerospace
Aerospace
Aerospace
& Defense
& Defense
& Defense
& Defense
& Defense
12·9/14
12·9/15
12·9/16
12·9/17
12·9/18
00301CAC
00301CCB
00303BAB
00303BAC
00303CAB
Aerospace
Aerospace
Aerospace
Aerospace
Aerospace
& Defense
& Defense
& Defense
& Defense
& Defense
12·9/19
12·9/20
12·9/21
12·9/22
12·9/23
12·8/11
12-8/12
12·8/13
12·8/14
12·8/15
00303CAC
00401BAB
00401BAC
00401BCB
00401 CAB
Aerospace
Aerospace
Aerospace
Aerospace
Aerospace
& Defense
& Defense
& Defense
& Defense
& Defense
12·9/24
12·9/25
12·9/26
12·9/27
12·9/28
& Defense
& Defense
& Defense
& Defense
& Defense
12-8/16
12·8/17
12·8/18
12-8/19
12·8/20
00401CAC
00401CCB
00404BCB
00404CCB
00701BAB
Aerospace
Aerospace
Aerospace
Aerospace
Aerospace
& Defense
& Defense,
& Defense
& Defense
& Defense
12·9/29
12·9/30
12-9/31
12·9/32
12·10/1
Aerospace
Aerospace
Aerospace
Aerospace
Aerospace
& Defense
& Defense
& Defense
& Defense
& Defense
12·8/21
12-8/22
12-8/23
12·8/24
12-8/25
00701BAC
Aerospace
Aerospace
Aerospace
Aerospace
Aerospace
& Defense
& Defense
& Defense
& Defense
& Defense
12-10/2
12·10/3
12·10/4
12·10/5
12-10/6
00105CCB
00107BAB
00107BAC
00107BCB
00107CAB
Aerospace
Aerospace
Aerospace
Aerospace
Aerospace
& Defense
& Defense
& Defense
& Defense
& Defense
12-8/26
12-8/27
12-8/28
12·8/29
12-8/30
00801 CAB
00801CAC
00802BAB
00802BAC
00802CAB
Aerospace
Aerospace
Aerospace
Aerospace
Aerospace
& Defense
& Defense
& Defense
& Defense
& Defense
12·10/7
12-10/8
12·10/9
12·10/10
12-10/11
00107CAC
00107CCB
00108BAB
00108BAC
00108BCB
Aerospace
Aerospace
Aerospace
Aerospace
Aerospace
& Defense
& Defense
& Defense
& Defense
& Defense
12·8/31
12-8/32
12·9/ 1
12-9/2
12·9/3
00802CAC
00803BAB
00803BAC
00803CAB
00803CAC
Aerospace
Aerospace
Aerospace
Aerospace
Aerospace
& Defense
& Defense
& Defense
& Defense
& Defense
12-10/12
12-10/13
12·10/14
12-10/15
00 108CAB
00 108CAC
00 108CCB
00 109CCB
Aerospace
Aerospace
Aerospace
Aerospace
Aerospace
& Defense
& Defense
& Defense
& Defense
& Defense
12·9/4
12·9/5
12-9/6
12-9/7
12-9/8
00804BAB
00804BAC
00804CAB
00804CAC
01601BCB
Aerospace
Aerospace
Aerospace
Aerospace
Aerospace
& Defense
& Defense
& Defense
& Defense
& Defense
00205BAB
00205BAC
00205CAB
00205CAC
00206BAB
Aerospace
Aerospace
Aerospace
Aerospace
Aerospace
& Defense
& Defense
& Defense
& Defense
& Defense
12-9/9
12-9/10
12-9/11
12-9/12
12-9/13
01601CCB
01602BCB
01602CCB
02301BAB
02301BAC
Aerospace
Aerospace
Aerospace
Aerospace
Aerospace
& Defense
& Defense
& Defense
& Defense
& Defense
00102CCB
00103BCB
00103CCB
00104BAB
00 104BAC
00104BCB
00104CAB
00 104CAC
00109BCB
12·817
12·8/8
12·8/9
12·8/10
00701 CAB
00701CAC
00801BAB
00801BAC
1-3
12·10/16
12-10/17
12-10/18
12-10/19
12-10/20
12-10/21
12-10/22
12-10/23
12-10/24
12-10/25
12-10/26
II
PRODUCT INDEX
Device No.
Family
Page/Item
Device No.
Family
Page/Item
02301BCB
02301CAB
02301CAC
02301CCB
02302BCB
Aerospace
Aerospace
Aerospace
Aerospace
Aerospace
& Defense
& Defense
& Defense
& Defense
& Defense
12·10/27
12-10/28
12-10/29
12-10/30
12-10/31
100117DC
100117FC
100118DC
100118FC
100123FC
Digital, Eel
Digital, Eel
Digital, Eel
Digital, Eel
Interface
02302CCB
02303BCB
02303CCB
02304BCB
02304CCB
Aerospace
Aerospace
Aerospace
Aerospace
Aerospace
& Defense
& Defense
& Defense
& Defense
& Defense
12-10/32
12-11/1
12-11/2
12-11/3
12-11/4
100130DC
100130FC
100131DC
100131FC
100136DC
Digital,
Digital,
Digital,
Digital,
Digital,
Eel
Eel
Eel
Eel
Eel
9-24/9
9-24/9
9-23/18
9-23/18
9-26/12
02305BAB
02305BAC
02305BCB
02305CAB
02305CAC
Aerospace
Aerospace
Aerospace
Aerospace
Aerospace
& Defense
& Defense
& Defense
& Defense
& Defense
12-11/5
12-11/6
100136FC
10014DC
10014DM
10014FC
10014FM
Digital, Eel
Interface
Interface
Interface
Interface
9-26/12
8-5/13
02305CCB
02307BCB
02307CCB
03001BCB
03001CCB
Aerospace
Aerospace
Aerospace
Aerospace
Aerospace
& Defense
& Defense
& Defense
& Defense
& Defense
12-11/10
12-11/11
Interface
Digital, Eel
Digital, Eel
Memories
Memories
8-5/13
9-26/5
12-11/13
12-11/14
10014PC
100141DC
100141FC
100142DC
100142FC
03004BCB
03004CCB
03005BCB
03005CCB
10000DC
Aerospace & Defense
Aerospace & Defense
Aerospace & Defense
Aerospace & Defense
Digital, Eel
12-11/15
100145ADC
9-26/6
12-11/7
12-11/8
12-11/9
12-11/12
9-23/7
9-23/7
9-23/8
9-23/8
8-4/14
8-5/13
8-5/13
8-5/13
9-26/5
10-4/8
10-4/8
12-11/17
100145AFC
12-11/18
9-26/3
100150DC
Digital, Eel
Memories
Digital, Eel
Memories
Digital, Eel
100150FC
100151DC
100151FC
100155DC
100155FC
Digital,
Digital,
Digital,
Digital,
Digital,
Eel
Eel
Eel
Eel
Eel
9-24/15
9-24/2
9-24/2
9-24/19
9-24/19
12-11/16
10~4/11
9-26/6
10-4/11
9-24/15
10000DM
10000FC
10000FM
10000PC
10010DC
Digital,
Digital,
Digital,
Digital,
Digital,
Eel
Eel
Eel
Eel
Eel
10010DM
10010FC
10010FM
10010PC
100101DC
Digital,
Digital,
Digital,
Digital,
Digital,
Eel
Eel
Eel
Eel
Eel
9-26/14
9-26/14
100158DC
Digital, Eel
9-26/7,
9-27/16
9-26/14
100158FC
Digital, Eel
9-26/7,
100101FC
100102DC
100102FC
100107DC
100107FC
100114FC
Digital, Eel
Digital, Eel
Digital, Eel
Digital, Eel
Digital, Eel
Interface
9-22/26
9-23/2
9-26/3
9-26/3
9-26/3
9-26/3
9-26/14
9-26/14
9-22/26
9-27/16
9-23/2
9-23/3
9-23/3
8-6/9
1-4
10016DC
10016DM
10016FC
10016FM
10016PC
Digital,
Digital,
Digital,
Digital,
Digital,
Eel
Eel
Eel
Eel
Eel
9-26/10
9-26/10
9-26/10
9-26/10
9-26/10
100160DC
100160FC
100163DC
100163FC
100164DC
Digital,
Digital,
Digital,
Digital,
Digital,
Eel
Eel
Eel
Eel
Eel
9-27/13
9-27/13
9-25/10
9-25/10
9-25/9
PRODUCT INDEX
Device No.
Family
Page/Item
Device No.
10102BAB
10102BAC
10102BCA
10102BCB
10102BIA
10102BIB
Aerospace
Aerospace
Aerospace
Aerospace
Aerospace
Aerospace
& Defense
& Defense
& Defense
& Defense
& Defense
& Defense
12·3/18
12·3/19
12·3/20
12·3/21
12·3/22
12·3/23
10102BIC
10102CAA
10102CAB
10102CAC
10102CCA
Aerospace
Aerospace
Aerospace
Aerospace
Aerospace
& Defense
& Defense
& Defense
& Defense
& Defense
12·3/24
12·3/25
12·3/26
12·3/27
12·3/28
10102CCB
10102CIA
10102CIB
10102CIC
10102DC
Aerospace & Defense
Aerospace & Defense
Aerospace & Defense
Aerospace & Defense
Digital, EeL
12·3/29
12·3/30
12·3/31
12·3/32
9·22/10
10102FC
10102PC
10103BCA
10103BCB
10103BGA
Digital, EeL
Digital, EeL
Aerospace & Defense
Aerospace & Defense
Aerospace & Defense
9·22/10
9-22/10
10103BGB
10103BGC
10103BHA
10103BHB
10103BHC
Aerospace
Aerospace
Aerospace
Aerospace
Aerospace
& Defense
& Defense
& Defense
& Defense
& Defense
12·4/4
12-4/5
12·4/6
12-4/7
12-4/8
10103CCA
10103CCB
10103CGA
10103CGB
10103CGC
Aerospace
Aerospace
Aerospace
Aerospace
Aerospace
&
&
&
&
&
Defense
Defense
Defense
Defense
Defense
12-4/9
12-4/10
12-4/11
12-4/12
12-4/13
10103CHA
10103CHB
10103CHC
10103DC
10103FC
Aerospace & Defense
Aerospace & Defense
Aerospace & Defense
Digital, EeL
Digital, EeL
12-4/14
12-4/15
12-4/16
9-21/12
9-21/12
10103PC
10104BCA
10104BCB
10104BGA
10104BGB
Digital, EeL
Aerospace & Defense
Aerospace & Defense
Aerospace & Defense
Aerospace & Defense
9-21/12
12-4/17
12-4/18
12-4/19
12-4/20
10104BGC
10104BHA
10104BHB
10104BHC
10104CCA
Aerospace
Aerospace
Aerospace
Aerospace
Aerospace
12-4/21
12-4/22
12-4/23
12-4/24
12-4/25
100164FC
100165DC
100165FC
100166DC
100166FC
Digital,
Digital,
Digital,
Digital,
Digital,
EeL
EeL
EeL
EeL
EeL
9·25/9
9·27/12
9·27/12
9·27/10
9·27/10
100 170DC
100170FC
100171DC
100171FC
100179DC
Digital,
Digital,
Digital,
Digital,
Digital,
EeL
EeL
EeL
EeL
EeL
9·25/16
9·25/16
9·25/2
9·25/2
9·27/4
100179FC
100181DC
100181FC
100194DC
Digital, EeL
Digital, EeL
Digital, EeL
Interface
9·27/4
9·27/6
9·27/6
8·4/15,
8·714
100194FC
Interface
8·4/15,
8:714
100414DC
100414FC
100415FC
Memories
Memories
Memories
10·4/16
10·4/16
10·4/19
100416DC
100416FC
10100DC
10100FC
10100PC
Memories
Memories
Digital, EeL
Digital, EeL
Digital, EeL
10·7/22
10·7/22
9-22/9
9·22/9
9·22/9
10101DC
10101FC
10101PC
10101BCA
10101BCB
Digital, EeL
Digital, EeL
Digital, EeL
Aerospace & Defense
Aerospace & Defense
9-23/1
9-23/1
9-23/1
12-3/1
12-3/2
10101BGA
10101BGB
10101BGC
10101BHA
10101BHB
Aerospace
Aerospace
Aerospace
Aerospace
Aerospace
& Defense
& Defense
& Defense
& Defense
& Defense
12-3/3
12-3/4
12-3/5
12-3/6
12-3/7
10101BHC
10101CCA
10101CCB
10101CGA
10101CGB
Aerospace
Aerospace
Aerospace
Aerospace
Aerospace
& Defense
& Defense
& Defense
& Defense
& Defense
12-3/8
12-3/9
12-3/10
12-3/11
12-3/12
10101CGC
10101CHA
10101CHB
10101CHC
10102BAA
Aerospace
Aerospace
Aerospace
Aerospace
Aerospace
& Defense
& Defense
& Defense
& Defense
& Defense
12-3/13
12-3/14
12-3/15
12-3/16
12-3/17
1-5
Family
& Defense
& Defense
& Defense
& Defense
& Defense
Page/Item
12·4/1
12·4/2
12·4/3
I
PRODUCT INDEX
Device No.
Family
Page/Item
10104CCB
10104CGA
10104CGB
10104CGC
10104CHA
Aerospace
Aerospace
Aerospace
Aerospace
Aerospace
& Defense
& Defense
& Defense
& Defense
& Defense
12-4/30
10104CHB
10104CHC
10104DC
10104FC
10104PC
Aerospace & Defense
Aerospace & Defense
Digital, Eel
Digital, Eel
Digital, Eel
12-4/32
9-21/14
9-21 I 14
9-21 I 14
Device No.
12-4/26
12-4/27
12-4/28
12-4/29
12-4/31
10105DC
10105FC
10105PC
10106DC
10106FC
Digital,
Digital,
Digital,
Digital,
Digital,
Eel
Eel
Eel
Eel
Eel
10106PC
10107DC
10107FC
10107PC
10109DC
Digital,
Digital,
Digital,
Digital,
Digital,
Eel
Eel
Eel
Eel
Eel
10109FC
10109PC
10110DC
10110FC
10110PC
Digital,
Digital,
Digital,
Digital,
Digital,
Eel
Eel
Eel
Eel
Eel
9-22/17
9-22/17
9-21/9
10111DC
10111FC
10111PC
10113DC
10113FC
Digital,
Digital,
Digital,
Digital,
Digital,
Eel
Eel
Eel
Eel
Eel
9-21 I 16
9-21/16
9-21/16
10113PC
10114DC
10114FC
10114PC
10115DC
Digital, Eel
Interface
Interface
Interface
Interface
9-21/13
8-5/14
8-5/14
8-5/14
10115FC
10115PC
10116DC
10116DM
10116FC
Interface
Interface
Interface
Interface
Interface
8-5/15
10116FM
10116PC
10117DC
10117FC
10117PC
Interface
Interface
Digital, Eel
Digital, Eel
Q.lgital, Eel
8-5/16
9-22/25
9-22/25
9-22/25
9-22/2
9-22/2
9-22/2
9-22/28
9-22/28
9-22/28
9-22/17
9-21/9
9-21/9
9-21/13
9-21/13
8-5/15
8-5/15
8-5/16
8-5/16
8-5/16
8-5/16
9-23/9
9-23/9
9-23/9
1-6
Family
Eel
Eel
Eel
Eel
Eel
Page/Item
10118DC
10118FC
10118PC
10119DC
10119FC
Digital,
Digital,
Digital,
Digital,
Digital,
10119PC
10121DC
10121FC
10121PC
10123DC
Digital, Eel
Digital, Eel
Digital, Eel
Digital, Eel
Interface
10123FC
10123PC
10124DC
10124FC
10124PC
Interface
Interface
Interface
Interface
Interface
10125DC
10125FC
10125PC
10130DC
10130FC
Interface
Interface
Interface
Digital, Eel
Digital, Eel
10130PC
10131DC
10131FC
10131PC
10132DC
Digital,
Digital,
Digital,
Digital,
Digital,
Eel
Eel
Eel
Eel
Eel
9-24/8
9-23/16
9-23/16
10132FC
10132PC
10133DC
10133FC
10133PC
Digital,
Digital,
Digital,
Digital,
Digital,
Eel
Eel
Eel
Eel
Eel
9-24/16
10134DC
10134FC
10134PC
10135DC
10135FC
Digital,
Digital,
Digital,
Digital,
Digital,
Eel
Eel
Eel
Eel
Eel
9-24/17
10135PC
10136DC
10136FC
10137DC
10137FC
Digital,
Digital,
Digital,
Digital,
Digital,
Eel
Eel
Eel
Eel
Eel
9-24/6
10141DC
10141FC
10141PC
10145ADC
10145AFC
Digital, Eel
Digital, Eel
Digital, Eel
Memories
Memories
9-26/4
9-23/4
9-23/4
9-23/4
9-23/6
9-23/6
9-23/6
9-23/10
9-23/10
9-23/10
8-3/17
8-3/17
8-3/17
8-13/12
8-13/12
8-13/12
8-13/13
8-13/13
8-13/13
9-24/8
9-24/8
9-23/16
9-24/16
9-24/16
9-24/11
9-24/11
9-24/11
9-24/17
9-24/17
9-24/6
9-24/6
9-26/11
9-26/11
9-26/15
9-26/15
9-26/4
9-26/4
10-4/10
10-4/10
PRODUCT INDEX
Device No.
Family
10145APC
10153DC
10153FC
10153PC
10158DC
Memories
Digital, Eel
Digital, Eel
Digital, Eel
Digital, Eel
10158FC
10158PC
10159DC
10159FC
10159PC
Digital,
Digital,
Digital,
Digital,
Digital,
ECl
10160DC
10160FC
10160PC
10161DC
10161FC
Page/Item
Device No.
Family
Page/Item
10·4/10
9·24/12
9-24/12
9-24/12
9-25/5
10174PC
10175DC
10175FC
10175PC
10176DC
Digital,
Digital,
Digital,
Digital,
Digital,
Eel
Eel
Eel
Eel
Eel
9·25/1
9-24/14
9-24/14
9-24/14
9-23/19
10176FC
10176PC
10171DC
10171DM
10171FC
Digital, Eel
Digital, Eel
Interface
Interface
Interface
9-23/19
9-23/19
Eel
Eel
9-25/5
9-25/5
9-25/6
9-25/6
9-25/6
Digital,
Digital,
Digital,
Digital,
Digital,
Eel
Eel
Eel
Eel
Eel
9-27/15
9-27/15
9-27/15
9-25/12
9-25/12
10171FM
10171PC
10179DC
10179FC
10179PC
Interface
Interface
Digital, Eel
Digital, Eel
Digital, Eel
8-13/14
8-13/14
9-27/3
9-27/3
9-27/3
10161PC
10162DC
10162FC
10162PC
10164DC
Digital,
Digital,
Digital,
Digital,
Digital,
Eel
Eel
Eel
Eel
Eel
9-25/12
9-25/13
9-25/13
9-25/13
9·25/8
10180DC
10180FC
10180PC
10181DC
10181FC
Digital,
Digital,
Digital,
Digital,
Digital,
Eel
Eel
Eel
Eel
Eel
9-27/2
9-27/2
9-27/2
9-27/5
9-27/5
10164FC
10164PC
10165DC
10165FC
10165PC
Digital,
Digital,
Digital,
Digital,
Digital,
Eel
Eel
Eel
Eel
Eel
9·25/8
9·25/8
9-27/11
9-27/11
9·27/11
10186DC
10186FC
10186PC
10192DC
10192FC
Digital, Eel
Digital, ECl
Digital, Eel
Interface
Interface
9·24/1
9-24/1
9·24/1
8·4/1
8·4/1
10166DC
10166FC
10166PC
10168DC
10168FC
Digital,
Digital,
Digital,
Digital,
Digital,
Eel
Eel
Eel
Eel
Eel
9·27/9
9·27/9
9-27/9
9·24/13
9·24/13
10201BCA
10201BCB
10201BIA
10201BIC
10201CCA
Aerospace
Aerospace
Aerospace
Aerospace
Aerospace
10168PC
10170FC
10170PC
10171DC
Digital,
Digital,
Digital,
Digital,
Eel
Eel
Eel
Eel
9·24/13
9·27/14
9·27/14
9-25/14
10171FC
10171PC
10172DC
10172FC
10172PC
Digital,
Digital,
Digital,
Digital,
Digital,
Eel
Eel
Eel
Eel
Eel
9·25/14
9·25/14
9·25/15
9·25/15
9·25/15
10201CCB
10201CIA
10201CIC
10210DC
10210FC
Aerospace & Defense
Aerospace & Defense
Aerospace & Defense
Digital, Eel
Digital, Eel
10173DC
10173FC
10173PC
10174DC
10174FC
Digital,
Digital,
Digital,
Digital,
Digital,
Eel
Eel
Eel
Eel
Eel
9·24/18
9·24/18
9·24/18
9·25/1
9·25/1
Eel
Eel
10211DC
10211FC
10231DC
10231FC
10231PC
10301BCA
10301BCB
10301BGA
10301BGB
10301BGC
1·7
& Defense
& Defense
& Defense
& Defense
& Defense
Digital,
Digital,
Digital,
Digital,
Digital,
Aerospace
Aerospace
Aerospace
Aerospace
Aerospace
Eel
Eel
Eel
Eel
Eel
& Defense
& Defense
& Defense
& Defense
& Defense
8-13/14
8-13/14
8-13/14
12-5/1
12·5/2
12-5/3
12·5/4
12·5/5
12·5/6
12·5/7
12·5/8
9-21/10
9·21/10
9·21/17
9·21/17
9·23/17
9·23/17
9·23/17
12·5/9
12·5/10
12·5/11
12-5/12
12·5/13
I
PRODUCT INDEX
Device No.
Family
Page/Item
Device No.
Family
Page/Item
10301BHA
10301BHB
10301BHC
10301CCA
10301CCB
Aerospace
Aerospace
Aerospace
Aerospace
Aerospace
& Defense
& Defense
& Defense
& Defense
& Defense
12·5/14
12·5/15
12·5/16
12·5/17
12·5/18
10401BCB
10401CAA
10401CAB
10401CAC
10401CCA
Aerospace
Aerospace
Aerospace
Aerospace
Aerospace
& Defense
& Defense
& Defense
& Defense
& Defense
12·6/27
12·6/28
12·6/29
12·6/30
12·6/31
10301CGA
10301CGB
10301CGC
10301CHA
10301CHB
Aerospace
Aerospace
Aerospace
Aerospace
Aerospace
& Defense
& Defense
& Defense
& Defense
& Defense
12·5/19
12·5/20
12·5/21
12·5/22
12·5/23
10401CCB
10402BAA
10402BAB
10402BAC
10402BCA
Aerospace
Aerospace
Aerospace
Aerospace
Aerospace
& Defense
& Defense
& Defense
& Defense
& Defense
12·6/32
12·6/33
12·7/1
12·7/2
12·7/3
10301CHC
10302BCA
10302BCB
10302BHA
10302BHB
Aerospace
Aerospace
Aerospace
Aerospace
Aerospace
& Defense
& Defense
& Defense
& Defense
& Defense
12·5/24
12·5/25
12-5/26
12·5/27
12-5/28
10402BCB
10402CAA
10402CAB
10402CAC
10402CCA
Aerospace
Aerospace
Aerospace
Aerospace
Aerospace
& Defense
& Defense
& Defense
& Defense
& Defense
12·7/4
12·7/5
12-7/6
12· 717
12-7/8
10302BHC
10302BIA
10302BIC
10302CCA
10302CCB
Aerospace
Aerospace
Aerospace
Aerospace
Aerospace
& Defense
& Defense
& Defense
& Defense
& Defense
12·5/29
12·5/30
12-5/31
12·5/32
12·6/1
10402CCB
10403BEA
10403BEB
10403BFA
10403BFB
Aerospace
Aerospace
Aerospace
Aerospace
Aerospace
& Defense
& Defense
& Defense
& Defense
& Defense
12·7/9
12-7/10
12-7/11
12·7/12
12·7/13
10302CHA
10302CHB
10302CHC
10302CIA
10302CIC
Aerospace
Aerospace
Aerospace
Aerospace
Aerospace
& Defense
& Defense
& Defense
& Defense
& Defense
12-6/2
10403BFC
10403CEA
10403CEB
10403CFA
10403CFB
Aerospace
Aerospace
Aerospace
Aerospace
Aerospace
& Defense
& Defense
& Defense
& Defense
& Defense
12-7/14
12·7/15
12-7/16
12·7/17
12·7/18
10304BCA
10304BCB
10304BGA
10304BGB
10304BGC
Aerospace
Aerospace
Aerospace
Aerospace
Aerospace
& Defense
& Defense
& Defense
& Defense
& Defense
12·6/8
12-6/9
12-6/10
12·6/11
10403CFC
10404BEA
10404BEB
10404BFA
10404BFB
Aerospace
Aerospace
Aerospace
Aerospace
Aerospace
& Defense
& Defense
& Defense
& Defense
& Defense
12·7/19
12·7/20
12·7/21
12·7/22
12-7/23
10304BHA
10304BHB
10304BHC
10304CCA
10304CCB
Aerospace
Aerospace
Aerospace
Aerospace
Aerospace
& Defense
& Defense
& Defense
& Defense
& Defense
12-6/12
12·6/13
12-6/14
12·6/15
12-6/16
10404BFC
10404CEA
10404CEB
10404CFA
10404CFB
Aerospace
Aerospace
Aerospace
Aerospace
Aerospace
& Defense
& Defense
& Defense
& Defense
& Defense
12·7/24
12-7/25
12·7/26
12·7/27
12-7/28
10304CGA
10304CGB
10304CGC
10304CHA
10304CHB
Aerospace
Aerospace
Aerospace
Aerospace
Aerospace
& Defense
& Defense
& Defense
& Defense
& Defense
12·6/17
12-6/18
12-6/19
12·6/20
12·6/21
10404CFC
10405DC
10405FC
10410DC
10410FC
Aerospace & Defense
Memories
Memories
Memories
Memories
12·7/29
10-4/12
10·4/12
10·4/13
10-4/13
10304CHC
10401BAA
10401BAB
10401BAC
10401BCA
Aerospace
Aerospace
Aerospace
Aerospace
Aerospace
& Defense
& Defense
& Defense
& Defense
& Defense
12·6/22
12·6/23
12-6/24
12·6/25
12·6/26
10410PC
10411DC
10411PC
10414DC
10414FC
Memories
Memories
Memories
Memories
Memories
10·4/13
10·4/14
10·4/14
10·4/15
10-4/15
12·6/3
12·6/4
12·6/5
12·6/6
12-6/7
1-8
PRODUCT INDEX
Device No.
Family
10-4/17
10-4/17
10-4/18
10·4/18
10·7/21
10524DM
10524FM
10525DM
10525FM
10530DM
Interface
Interface
Interface
Interface
Digital, Eel
8-13/12
8·13/12
8-13/13
8·13/13
9-24/8
Memories
Memories
Digital, Eel
Digital, Eel
Digital, Eel
10-7/21
10·4/20
9-22/9
9-22/9
9-23/1
10530FM
10531DM
10531FM
10532DM
10532FM
Digital,
Digital,
Digital,
Digital,
Digital,
Eel
Eel
Eel
Eel
Eel
9-24/8
9-23/16
9-23/16
9-24/16
9-24/16
Digital,
Digital,
Digital,
Digital,
Digital,
Eel
Eel
Eel
Eel
Eel
9-23/1
9-22/10
9-22/10
9-21/12
9-21/12
10533DM
10533FM
10534DM
10534FM
10535DM
Digital,
Digital,
Digital,
Digital,
Digital,
Eel
Eel
Eel
Eel
Eel
9-24/11
9-24/11
9-24/17
9-24/17
9-24/6
10504DM
10504FM
10505DM
10505FM
10506DM
Digital,
Digital,
Digital,
Digital,
Digital,
Eel
Eel
Eel
Eel
Eel
9-21/14
9-21/14
9-22/25
9-22/25
9-22/2
10535FM
10536DM
10536FM
10537DM
10537FM
Digital,
Digital,
Digital,
Digital,
Digital,
Eel
Eel
Eel
Eel
Eel
9-24/6
9-26/11
9-26/11
9-26/15
9-26/15
10506FM
10507DM
10507FM
10509DM
10509FM
Digital,
Digital,
Digital,
Digital,
Digital,
Eel
Eel
Eel
Eel
Eel
9-22/2
9-22/28
9-22/28
9-22/17
9-22/17
10541DM
10541FM
10553DM
10553FM
10558DM
Digital,
Digital,
Digital,
Digital,
Digital,
Eel
Eel
Eel
Eel
Eel
9-26/4
9-26/4
9-24/12
9-24/12
9-25/5
10510DM
10510FM
10511DM
10511FM
10513DM
Digital,
Digital,
Digital,
Digital,
Digital,
Eel
Eel
Eel
Eel
Eel
9-21/9
9-21/9
9-21/16
9-21/16
9-21/13
10558FM
10559DM
10559FM
10560DM
10560FM
Digital,
Digital,
Digital,
Digital,
Digital,
Eel
Eel
Eel
Eel
Eel
9-25/5
9-25/6
9-25/6
9-27/15
9-27/15
10513FM
10514DM
10514FM
10515DM
10515FM
Digital, Eel
Interface
Interface
Interface
Interface
9-21/13
8-5/14
8-5/14
8-5/15
8-5/15
10561DM
10561FM
10562DM
10562FM
10564DM
Digital,
Digital,
Digital,
Digital,
Digital,
Eel
Eel
Eel
Eel
Eel
9-25/12
9-25/12
9-25/13
9-25/13
9-25/8
10517DM
10517FM
10518DM
10518FM
10519DM
Digital,
Digital,
Digital,
Digital,
Digital,
9-23/9
9-23/9
9-23/4
9-23/4
9-23/6
10564FM
10565DM
10565FM
10566DM
10566FM
Digital,
Digital,
Digital,
Digital,
Digital,
Eel
Eel
Eel
Eel
Eel
9-25/8
9-27/11
9-27/11
9-27/9
9-27/9
10519FM
10521DM
10521FM
10523DM
10523FM
Digital, Eel
Digital, Eel
Digital, Eel
Interface
Interface
9-23/6
9-23/10
9-23/10
8-3/17
8-3/17
10568DM
10568FM
10570DM
10570FM
10571DM
Digital,
Digital,
Digital,
Digital,
Digital,
Eel
Eel
Eel
Eel
Eel
9-24/13
9-24/13
9-27/14
9-27/14
9-25/14
Device No.
Family
10415DC
10415FC
10415ADC
10415AFC
10416DC
Memories
Memories
Memories
Memories
Memories
10416FC
10470DC
10500DM
10500FM
10501DM
10501FM
10502DM
10502FM
10503DM
10503FM
Eel
Eel
Eel
Eel
Eel
Pagelltem
1-9
Pagelltem
I
PRODUCT INDEX
Device No.
Family
Page/ltem
Device No.
Family
Page I Item
10571FM
10572DM
10572FM
10573DM
10573FM
Digital,
Digital,
Digital,
Digital,
Digital,
Eel
Eel
Eel
Eel
Eel
9·25/14
9·25/15
9·25/15
9-24/18
9-24/18
11C91DM
1408ADC
1408APC
1408BDC
1408BPC
Digital, Eel
Interface
Interface
Interface
Interface
9·26/18
8·14/2
8-14/2
8·14/2
8·14/2
10574DM
10574FM
10575DM
10575FM
10576DM
, Digital,
Digital,
Digital,
Digital,
Digital,
Eel
Eel
Eel
Eel
Eel
9-25/1
9-25/1
9-24/14
9-24/14
9·23/19
1408CDC
1408CPC
1408DM
1408HDC
1408HPC
Interface
Interface
Interface
Interface
Interface
8-14/2
8·14/2
8-14/2
8-14/2
8-14/2
10576FM
10579DM
10579FM
10580DM
10580FM
Digital,
Digital,
Digital,
Digital,
Digital,
Eel
Eel
Eel
Eel
Eel
9-23/19
9·27/3
9-27/3
9-27/2
9-27/2
10581DM
10581FM
10586DM
10586FM
10592DM
Digital, Eel
Digital, Eel
Digital, Eel
Digital, Eel
Interface
9-27/5
9·27/5
9-24/1
9-24/1
8·4/1
1800PC
1801PC
1802PC
1803PC
1804PC
1805PC
Digital;
Digital,
Digital,
Digital,
Digital,
Digital,
DTl
DTl
DTl
DTl
DTl
DTl
9·37/8
9-37/9
9-37/10
9-37/11
9-37/12
9-37/13
10592FM
10610DM
10610FM
10611DM
10611FM
Interface
Digital, Eel
Digital, Eel
Digital, Eel
Digital, Eel
8·4/1
9·21/10
9·21/10
9·21/17
9·21/17
1806PC
1807PC
1808PC
1809PC
1810PC
Digital,
Digital,
Di.gital,
Digital,
Digital,
DTl
DTl
DTl
DTl
DTl
9-37/14
9·37/15
9-37/16
9·37/17
9·37/18
1811PC
1812PC
1813PC
1814PC
Digital,
Digital,
Digital,
Digital,
DTl
DTl
DTl
DTl
9·37/19
9·37/20
9·37/21
9·37/22
10631DM
10631FM
10802BCA
10802BCB
10802CCA
Digital, Eel
Digital, Eel
Aerospace & Defense
Aerospace & Defense
Aerospace & Defense
9·23/17
9·23/17
12·7/30
12·7/31
12·7/32
10802CCB
11C01DC
11C01FC
11C05DC
11C05DM
Aerospace & Defense
Digital, Eel
Digital, Eel
Digital, Eel
Digital, Eel
12·7/33
9·22/18
9·22/18
9·26/16
9·26/16
11C06DC
11C24DC
11C44DC
11C44DM
11C58DC
Digital, Eel
Interface
Interface
Interface
Interface
9·23/12
8·13/9
8·13/10
8·13/10
8·13/11
1N3595JANTXV
11C70DC
11C83DC
11C90DC
11C90DM
11C91DC
Digital,
Digital,
Digital,
Digital,
Digital,
9·24/3
9·26/21
9·26/20
9·26/20
9·26/18
1N3600JANTX
Eel
Eel
Eel
Eel
Eel
1N251JAN
1N3064
1N3064JAN
1N3064JANTX
1N3070
1N3595
1N3595JAN
1N3595JANTX
1N3600
1N3600JAN
1N3600JANTXV
1·10
Aerospace & Defense
Diodes
Diodes
' Aerospace & Defense
Diodes
Aerospace & Defense
12·14/1
2·3/27
2·6/21
12·14/67
2·6/22
12·14/68
Diodes
Diodes
Diodes
Aerospace & Defense
Diodes
Aerospace & Defense
2·5/3
2·4/11
2·6/23
12·14/69
2·6/24
12·14/70
Diodes
Aerospace & Defense
Diodes
Diodes
Aeros~ace & Defense
2·6/25
12·14/71
2·3/25
2·8/26
12·14/72
,Diodes
Aerospace & Defense
Diodes
Aerospace & Defense
2·6/27
12·14/73
2·7/1
12·14/74
PRODUCT INDEX
Device No.
Family
Pagelltem
1N3604
1N4001
1N4002
1N4003
1N4004
Diodes
Diodes
Diodes
Diodes
Diodes
2·3/24
2·21/5
2·21/6
2·21/7
2·21/8
1N4307JANTX
Diodes
Diodes
Diodes
Diodes
Aerospace & Defense
2·21/9
2·4/3
2·3/18
2·7/5
12·14/78
1N4376JAN
Diodes
Aerospace & Defense
Diodes
Aerospace & Defense
Diodes
Aerospace & Defense
2·7/6
12·14/79
2·7/7
12·14/80
2·7/2
12·14/75
Diodes
Aerospace & Defense
Diodes
Aerospace & Defense
Diodes
2·7/3
12·14/76
2·7/4
12·14/77
2·3/19
Diodes
Diodes
Aerospace & Defense
Diodes
Aerospace & Defense
2·3/28
2·7/11
12·14/84
2·7/12
12·14/85
Diodes
Aerospace & Defense
Diodes
Aerospace & Defense
Diodes
Aerospace & Defense
2·7/13
12·14/86
2·7/8
12'14/81
2·7/9
12·14/82
Diodes
Aerospace & Defense
Diodes
Diodes
2·7/10
12·14/83
2·3/7
2·3/10
1N458
1N458A
1N4153
1N4154
1N4305
1N4306JAN
Diodes
Diodes
Diodes
Diodes
Aerospace & Defense
2·3/6
2·3/11
2·3/8
2·18/6
12·14/87
1N459
1N459A
1N459JAN
1N4306JANTX
Diodes
Aerospace & Defense
Diodes
Diodes
Aerospace & Defense
2·18/7
12·14/88
2·18/8
2·18/9
12·14/89
1N4005
1N4009
1N4148
1N4148-1JAN
1N4148-1JANTX
1N4148-1JANTXV
1N4148JAN
1N4148JANTX
1N4148JANTXV
1N4149
1N4150
1N415D-1JAN
1N415D-1JANTX
1N415D-1JANTXV
1N4150JAN
1N4150JANTX
1N415OJANTXV
1N4151
1N4152
1N4306JANTXV
1N4307JAN
Device No.
Pagelltem
Diodes
Aerospace & Defense
Diodes
Aerospace & Defense
Diodes
2·18/10
12·14/90
2·18/11
12·14/91
2·3/2
1N4446
Diodes
Aerospace & Defense
Diodes
Aerospace & Defense
Diodes
2·7/14
12·14/92
2·7/15
12·14/93
2·3/20
1N4447
1N4448
1N4449
1N4450
1N4454
Diodes
Diodes
Diodes
Diodes
Diodes
1N4307JANTXV
1N4376
1N4376JANTX
1N4454·1JAN
1N4454·1 JANTX
1N4454·1 JANTXV
1N4454JAN
1N4454JANTX
1N4454JANTXV
1N456
1N456A
1N457
1N457A
1N457JAN
1N458JAN
1N461A
1N462A
1N463A
1N4728A
1-11
Family
2·3/21
2·3/22
2·3/23
2·412
2·3/29
Diodes
Aerospace & Defense
Diodes
Aerospace & Defense
Diodes
Aerospace & Defense
2·7/19
12·14/97
2·7/20
12·14/98
2·7/21
12·14/99
Diodes
Aerospace & Defense
Diodes
Aerospace & Defense
2·7/16
12·14/94
2·7/17
12·14/95
Diodes
Aerospace & Defense
Diodes
Diodes
Diodes
2·7/18
12·14/96
2·4/23
2-4/22
2·4/18
Diodes
Diodes
Aerospace & Defense
Diodes
Diodes
2·4/19
2·6/10
12-14/2
2·4/15
2·4/13
Diodes
Aerospace & Defense
Diodes
Diodes
Diodes
Aerospace & Defense
2·6/11
12·14/3
2·4/8
2·4/9
2·6/12
12-14/4
Diodes
Diodes
Diodes
Diodes
2·6/5
2-5/24
2·5/16
2·9/1
II
PRODUCT INDEX
Device No.
Family
Pagelltem
1N4729A
1N4730A
1N4731A
1N4732A
1N4733A
Diodes
Diodes
Diodes
Diodes
Diodes
1N4734A
1N4735A
1N4736A
1N4737A
1N4738A
Device No.
Family
Pagelltem
2-9/8
2-9/15
2-9/22
2-9/29
2-10/5
1N5221B
1N5222B
1N5223B
1N5224B
1N5225B
Diodes
Diodes
Diodes
Diodes
Diodes
2-8/5
2-811
2-8/8
2-8/1.1
2-8/12
Diodes
Diodes
Diodes
Diodes
Diodes
2-10/12
2-10/20
2-10/28
2-11/6
2-11/14
1N5226B
1N5227B
1N5228B
1N5229B
1N5230B
Diodes
Diodes
Diodes
Diodes
Diodes
2-8/16
2-9/4
2-9/11
2-9/18
2-9/25
1N4739A
1N4740A
1N4741A
1N4742A
1N4743A
Diodes
Diodes
Diodes
Diodes
Diodes
2-11/23
2-12/1
2-12/8
2-12/16
2-12/23
1N5231B
1N5232B
1N5233B
1N5234B
1N5235B
Diodes
Diodes
Diodes
Diodes
Diodes
2-10/1
2-10/8
2-10/14
2-10/16
2-10/24
1N4744A
1N4745A
1N4746A
1N4747A
1N4748A
Diodes
Diodes
Diodes
Diodes
Diodes
2-13/1
2-13/8
2-13/16
2-13/24
2-13/31
1N5236B
1N5237B
1N5238B
1N5239B
1N5240B
Diodes
Diodes
Diodes
Diodes
Diodes
2-11/2
2,11/10
2-11/16
2·11/19
2-11/27
1N4749A
1N4750A
1N4751A
1N4752A
1N482B
Diodes
Diodes
Diodes
Diodes
Diodes
2-14/7
2-14/15
2-1-4/23
2-4/20
1N5241B
1N5242B
1N5243B
1N5244B
1N5245B
Diodes
Diodes
Diodes
Diodes
. Diodes
2-12/4
2-12/12
2-12/19
2-12/25
2-12/27
Diodes
Diodes
Aerospace & Defense
Diodes
Aerospace & Defense
2-4/17
2-6/13
12-14/5
2-6/14
12-14/6
1N5246B
1N5247B
1N5248B
1N5249B
1N5250B
Diodes
Diodes
Diodes
Diodes
Diodes
2-13/4
2-13/10
2-13/12
2-13/18
2-13/20
Diodes
Diodes
Diodes
Aerospace & Defense
Diodes
Aerospace & Defense
2.4/14
2-4/7
2-6/15
12-14/7
2-6.116
12-14/S
1N5251B
1N5252B
1N5253B
1N5254B
1N5255B
Diodes
DIodes
Diodes
Diodes
Diodes
2-13/27
2-14/3
2-14/9
2-14/11
2-14117
Diodes
Diodes
Aerospace & Defense
Diodes
Aerospace & Defense
2-4/6
2-6/17
12-14/9
2-6/18
12-14/10
1N483B
1N483BJAN
1N483BJANTX
1N484B
1N485B
1N485BJAN
1N485BJANTX
1N486B
1N486BJAN
1N486BJANTX
1N4933
1N4934
1N4935
1N4936
1N4937
Diodes
Diodes
Diodes
Diodes
Diodes
2~14/30
2-21/10
2-21/11
2-21/12
2-21/13
2-21/14
1N5256B
1N5257B
1N5282
1N5768JAN
Diodes
Diodes
Diodes
Diodes
Aerospace & Defense
2-14/19
2-14/26
2-3/5
2-20/1
12-14/100
1N5768JANTX
Diodes
Aerospace & Defense
Diodes
Aerospace & Defense
Diodes
Aerospace & Defense
2-20/2
12-14/101
2-20/3
12-14/102
2-20/4
12-14/103
1N5768JANTXV
1N577OJAN
1-12
PRODUCT INDEX
Device No.
lN5770JANTX
lN5770JANTXV
lN5772JAN
lN5772JANTX
lN5772JANTXV
lN5774JAN
lN5774JANTX
lN5774JANTXV
lN6l00JAN
lN6l00JANTX
lN6100JANTXV
Family
Pagelltem
Device No.
Diodes
Aerospace & Defense
Diodes
Aerospace & Defense
Diodes
Aerospace & Defense
2-20/5
12-14/104
2-20/6
12-14/105
2-20/7
12-14/106
lN748AJANTX
Diodes
Aerospace & Defense
Diodes
Aerospace & Defense
Diodes
Aerospace & Defense
2-20/8
12-14/107
2-20/9
12-14/108
2-20/10
12-14/109
Diodes
Aerospace & Defense
Diodes
Aerospace & Defense
Diodes
Aerospace & Defense
2-20/11
12-14/110
2-20/12
12-14/111
2-20/13
12-14/112
Diodes
Aerospace & Defense
Diodes
Aerospace & Defense
2-20/14
12-14/113
2-20/15
12-14/114
lN748AJANTXV
lN749A
lN749AJAN
lN749AJANTX
lN749AJANTX
lN750A
lN750AJAN
lN750AJANTX
lN750AJANTXV
lN751A
lN751AJAN
lN751AJANTX
lN625
lN626
lN627
lN628
Diodes
Diodes
Diodes
Diodes
2-4/4
2-5/13
2;5/12
lN751AJANTXV
2-5/8
lN752A
lN629
lN643
lN658
lN659
Diodes
Diodes
Diodes
Diodes
2-5/6
2-5/4
2-5/10
2-5/25
lN752AJAN
lN660
Diodes
lN66l
Diodes
lN746A
Diodes
2-5/11,
2-5/20
2-5/1,
2-5114
2-8/15
lN747A
lN747AJAN
lN747AJANTX
lN747AJANTXV
lN748A
lN748AJAN
Diodes
Diodes
Aerospace & Defense
Diodes
Aerospace & Defense
2-9/3
2-15/1
12-14/11
2-15/2
12-14/12
Diodes
Aerospace & Defense
Diodes
Diodes
Aerospace & Defense
2-15/3
12-14/13
2-9/10
2-15/4
12-14/14
lN752AJANTX
lN752AJANTXV
Pagelltem
Diodes
Aerospace & Defense
Diodes
Aerospace & Defense
Diodes
2-15/5
12-14/15
2-15/6
12-14/16
2-9/17
Diodes
Aerospace & Defense
Diodes
Aerospace & Defense
Diodes
Aerospace & Defense
2-15/7
12-14/17
2-15/8
12-14/18
2-15/9
12-14/19
Diodes
Diodes
Aerospace & Defense
'Diodes
Aerospace & Defense
2-9/24
2-15/10
12-14/20
2-15/11
12-14/21
Diodes
Aerospace & Defense
Diodes
Diodes
Aerospace & Defense
2-15/12
12-14/22
2-9/31
2-15/13
12-14/23
Diodes
Aerospace & Defense
Diodes
Aerospace & Defense
Diodes
2-15/14
12-14/24
2-15/15
12-14/25
2-10/7
Diodes
Aerospace & Defense
Diodes
Aerospace & Defense
Diodes
Aerospace & Defense
2-15/16
12-14/26
2-15/17
12-14/27
2-15/18
12-14/28
lN753A
lN754A
lN755A
lN756A
lN757A
Diodes
Diodes
Diodes
Diodes
Diodes
2-10/15
2-10/22
2-10/30
2-11/8
2-11/17
lN758A
lN759A
lN842
lN9l4
lN9l4A
Diodes
Diodes
Diodes
Diodes
Diodes
2-11/25
2-12/10
2-5/5
2-3/12
2-3/13
lN914B
lN914JAN
lN914JANTX
1-13
Family
Diodes
Diodes
Aerospace & Defense
Diodes
Aerospace & Defense
2-3/14
2-6/19
12-14/29
2-6/20
12-14/30
I
PRODUCT INDEX
Device No.
Family
Page/Item
1N916
1N916A
1N916B
1N957B
1N958B
Diodes
Diodes
Diodes
Diodes
Diodes
2-3/15
1N959B
1N960B
1N961B
1N962B
Diodes
Diodes
Diodes
Diodes
2-11/9
1N962B-1JAN
1N962B-1JANTX
1N962B-1 JANTXV
1N962BJAN
1N962BJANTX
1N962BJANTXV
1N963B
1N963B-1JAN
lN963B-1 JANTX
1N963B-1 JANTXV
1N963BJAN
1N963BJANTX
1N963BJANTXV
1N964B
1N965B-1 JANTX
1N965B-1 JANTXV
2-11/1
2-11/26
2-15/19
Diodes
Aerospace & Defense
Diodes
Aerospace & Defense
Diodes
Aerospace & Defense
Diodes
Diodes
Diodes
Diodes
Diodes
Diodes
Diodes
-Diodes
Diodes
Aerospace & Defense
Diodes
Aerospace & Defense
Diodes
Aerospace & Defense
1N965BJAN
1N965BJANTX
1N965BJANTXV
1N966B
Diodes
Diodes
Diodes
Diodes
Diodes
Aerospace & Defense
Diodes
1N966B-1JANTX
Aerospace & Defense
1N966B-1 JANTXV
Diodes
Aerospace & Defense
2-12/3
Diodes
Diodes
Diodes
Diodes
Family
1N966B-1JAN
2-11/18
2-15/22
Diodes
Aerospace & Defense
1N964B-1JANTX
Diodes
Aerospace & Defense
1N964B-1 JANTXV
Diodes
Aerospace & Defense
1N965B-1JAN
2-10/23
Diodes
Aerospace & Defense
Diodes
Aerospace & Defense
Diodes
Aerospace & Defense
1N964B-1 JAN
1N964BJAN
1N964BJANTX
1N964BJANTXV
1N965B
2-3/16
2-3/17
Device No.
1N966BJAN
1N966BJANTX
1N966BJANTXV
1N967B
12-14/31
2-15/23
12-14/32
2-15/24
12-14/33
Diodes
Diodes
Diodes
Diodes
Diodes
Aerospace & Defense
1N967B-1JANTX
Diodes
Aerospace & Defense
Diodes
1N967B-1JANTXV
Aerospace & Defense
1N967B-1JAN
2-15/20
2-15/21
2-12/11
2-15/28
12-14/34
2-15/29
12-14/35
2-15/30
12-14/36
1N967BJAN
1N967BJANTX
1N967BJANTXV
1N968B
Diodes
Diodes
Diodes
Diodes
Diodes
Aerospace & Defense
1N968B-1JANTX
Diodes
Aerospace & Defense
Diodes
1N968B-1 JANTXV
Aerospace & Defense
1N968B-1JAN
2-15/25
2-15/26
2-15/27
2-12/18
2-16/2
12-14/37
2-16/3
12-14/38
2-16/4
12-14/39
1N968BJAN
1N968BJANTX
1N968BJANTXV
1N969B
Diodes
Diodes
Diodes
Diodes
Diodes
Aerospace & Defense
Diodes
1N969B-1 JANTX
Aerospace & Defense
1N969B-1 JANTXV
Diodes
Aerospace & Defense
1N969B-1JAN
2-15/31
2-15/32
2-16/ 1
2-12/26
2-16/8
12-14/40
2-16/9
12-14/41
1N969BJAN
1N969BJANTX
1N969BJANTXV
1N970B
2-16/10
12-14/42
1-14
Diodes
Diodes
Diodes
Diodes
Page/Item
2-16/5
2-16/6
2-16/7
2-13/3
2-16/14
12-14/43
2-16/15
12-14/44
2-16/16
12-14/45
2-16/11
2-16/12
2-16/13
2-13/11
2-16/20
12-14/46
2-16/21
12-14/47
2-16/22
12-14/48
2-16/17
2-16/18
2-16/19
2-13/19
2-16/26
12-14/49
2-16/27
12-14/50
2-16/28
12-14/51
2-16/23
2-16/24
2-16/25
2-13/26
2-16/32
12-14/52
2-17/1
12-14/53
2-17 /2
12-14/54
2-16/29
2-16/30
2-16/31
2-14/2
PRODUCT INDEX
Device No.
1N970B·1 JAN
1N970B-1JANTX
1N970B·1JANTXV
1N970BJAN
1N970BJANTX
1N970BJANTXV
1N971B
1N971B·1JAN
1N971B·1JANTX
1N971B·1JANTXV
1N971BJAN
1N971BJANTX
1N971BJANTXV
1N972B
1N972B·1JAN
1N972B-1JANTX
1N972B·1JANTXV
1N972BJAN
1N972BJANTX
1N972BJANTXV
1N973B
1N973B·1JAN
1N973B·1JANTX
1N973B·1JANTXV
1N973BJAN
1N973BJANTX
1N973BJANTXV
1544
15920
15921
15922
15923
21021DC
Family
Page/ltem
Device No.
Family
Pagel Item
21021DL
21021DM
21021PC
21022DC
21022DL
Memories
Memories
Memories
Memories
Memories
10-5/11
10-5/11
10-5/11
10-5/12
10-5/12
2-17/3
2-17/4
2-17/5
2-14/10
21022DM
21022PC
2102FDC
2102FDL
2102FDM
Memories
Memories
Memories
Memories
Memories
10-5/12
10-5/12
10-5/10
10-5/10
10-5/10
2-17/12
12-14/58
2-17/13
12-14/59
2-17/14
2102FPC
2102HDC
2102HDL
2102HDM
2102HPC
Memories
Memories
Memories
Memories
Memories
10-5/10
10-5/9
10-5/9
10-5/9
10-5/9
2-17/9
2-17/10
2-17/11
2-14/18
2102L 1DC
2102L1DL
2102L 10M
2102L1PC
2102L2DC
Memories
Memories
Memories
Memories
Memories
10-517
10-5/7
10-5/7
10-5/7
10-5/8
Diodes
Aerospace & Defense
Diodes
Aerospace & Defense
Diodes
2-17/18
12-14/61
2-17/19
12-14/62
2-17/20
2102L2DL
2102L2DM
2102L2PC
2102LFDC
2102LFDL
Memories
Memories
Memories
Memories
Memories
10-5/8
10-5/8
10-5/8
10-5/6
10-5/6
Aerospace & Defense
12-14/63
2102LFDM
2102LFPC
2102LHDC
2102LHDL
2102LHDM
Memories
Memories
Memories
Memories
Memories
10-5/6
10-5/6
10-5/5
10-5/5
10-5/5
2102LHPC
2102RDC
21025DC
21L021DC
21L021DL
Memories
Memories
Memories
Memories
Memories
10-5/5
10-5/14
10-5/13
10-5/3
10-5/3
21L021DM
21L021PC
21L022DC
21L022DL
21L022DM
Memories
Memories
Memories
Memories
Memories
10-5/3
10-5/3
10-5/4
10-5/4
10-5/4
21L022PC
21L02FDC
21L02FDL
21L02FDM
21L02FPC
Memories
Memories
Memories
Memories
Memories
10-5/4
10-5/2
10·5/2
10-5/2
10-5/2
Diodes
Aerospace & Defense
Diodes
Aerospace & Defense
Diodes
Aerospace & Defense
Diodes
Diodes
Diodes
Diodes
Diodes
Aerospace & Defense
Diodes
Aerospace & Defense
Diodes
Aerospace & Defense
Diodes
Diodes
Diodes
Diodes
Diodes
Diodes
Diodes
Diodes
2·17/6
12-14/55
2-17/7
12-14/56
2-17/8
12-14/57
12-14/60
2-17/15
2-17/16
2-17/17
2-14/25
Diodes
Aerospace & Defense
Diodes
Aerospace & Defense
2-17/24
12-14/64
2-17/25
12-14/65
Diodes
Aerospace & Defense
Diodes
Diodes
Diodes
2-17/26
12·14/66
2-17/21
2-17/22
Diodes
Diodes
Diodes
Diodes
Diodes
Memories
2-17/23
2-612
2-5/26
2-5/21
2-5/18
2-5/15
10-5/11
1-15
I
PRODUCT INDEX
Device No.
Device No.
Family
Page I Item
21L02HDC
21L02HDL
21L02HDM
21L02HPC
26S10DC
Memories
Memories
Memories
Memories
Interface
10-5/1
10-5/1
10-5/1
8-6/12
2N2222JAN
2N2222JANTX
2N2222JANTXV
2N2270
2N2369
Aerospace & Defense
Aerospace & Defense
Aerospace & Defense
Transistors, Sm. Signal
Transistors, Sm. Signal
12-15/37
12-15/38
12-15/39
3-18/12
3-13/18
26S10PC
26S11DC
26S11PC
2N1132
2N1132JAN
Interface
Interface
Interface
Transistors, Sm. Signal
Aerospace & Defense
8-6/12
8-6/13
8-6/13
3-16/19
12-15/15
2N2369A
Transistors, Sm. Signal
2N2369AJAN
Aerospace & Defense
2N2369AJANTX
Aerospsce & Defense
2N2369AJANTXV Aerospace & Defense
2N2405
Transistors, Sm. Signal
3-13/20
12-15/43
12-15/44
12-15/45
3-20112
2N1613
2N1613JAN
2N1613JANTX
2N1613JANTXV
2N1711
Transistors, Sm. Signal
Aerospace & Defense
Aerospace & Defense
Aerospace & Defense
Transistors, Sm. Signal
3-18/16
12-15/16
12-15/+7
12-15/18
3-18/18
2N2481JAN
2N2481JANTX
2N2484
2N2484JAN
2N2484JANTX
Aerospace & Defense
Aerospace & Defense
Transistors, Sm. Signal
Aerospace & Defense
Aerospace & Defense
12-15/46
12-15/47
3-2317
12-15/48
12-15/49
2N1893
Transistors, Sm. Signal
2N2218
Transistors, Sm. Signal
Transistors, Sm. Signal
2N2218A
2N2218AJAN
Aerospace & Defense
2N2218AJANTXV Aerospace & Defense
3-20/8
3-15/29
3-17/6
12-15/22
12-15/23
2N2484JANTXV
2N2725
2N2857
2N2894
2N2904
Aerospace & Defense
Transistors, Sm. Signal
Transi~tors, Sm. Signal
Transistors, Sm. Signal
Transistors, Sm. Signal
12-15/50
3-27/20
3-25/21
3-13/13
3-17/24
2N2218AJANTXV Aerospace & Defense
2N2218JAN
Aerospace & Defense
2N2218JANTX
Aerospace & Defense
2N2218JANTXV
Aerospace & Defense
2N2219
Transistors, Sm. Signal
12-15/24
12-15/19
12-15/20
12-15/21
3-16/4
2N2904A
Transistors, Sm. Signal
2N2904AJAN
Aerospace & Defense
2N2904AJANTX
Aerospace & Defense
2N2904AJANTXV Aerospace & Defense
2N2904JAN
Aerospace & Defense
3-19112
12-15/54
12-15/55
12-15/56
12.15/51
Transistors, Sm. Signal
2N2219A
2N2219AJAN
Aerospace & Defense
Aerospace & Defense
2N2219AJANTX
2N2219AJANTXV Aerospace & Defense
Aerospace & Defense
2N2219JAN
3-17/11
12-15/28
12-15/29
12-15/30
12-15/25
2N2904JANTX
2N2904JANTXV
2N2905
2N2905A
2N2905AJAN
Aerospace & Defense
Aerospace & Defense
Transistors, Sm. Signal
Transistors, Sm. Signal
Aerospace & Defense
12-15/52
12-15/53
3-17/29
3-19/14
12-15/60
Aerospace & Defense
Aerospace & Defense
Aerospace & Defense
Aerospace & Defense
Aerospace & Defense
12-15/61
12-15/57
12-15/58
12-15/62
12-15/59
2N2219JANTX
2N2219JANTXV
2N2221
2N2221A
2N2221AJAN
2N2221AJANTX
2N2221AJANTXV
2N2221JAN
2N2221JANTX
2N2221JANTXV
10-5/1
Family
Page I Item
Aerospace & Defense
Aerospace & Defense
Transistors, Sm. Signal
Transistors, Sm. Signal
Aerospace & Defense
12-15/26
. 12-15/27
3-15/30
3-17/7
12-15/34
2N2905AJANTX
2N2905JAN
2N2905JANTX
2N2905SAJANTXV
2N2905SJANTXV
& Defense
& Defense
& Defense
& Defense
& Defense
12-15/35
12-15/36
12-15/31
12-15/32
12-15/33
2N2906A
Transistors, Sm. Signal
2N2906AJAN
Aerospace & Defense
2N2906AJANTX
Aero.space & Defense
2N2906AJANTXV Aerospace & Defense
2N2906JAN
Aerospace & Defense
3-19113
12-15/66
12-15/67
12-15/68
12-15/63
3-16/5
3-17/13
12-15/40
12-15/41
12-15/42
2N2906JANTX
2N2906JANTXV
2N2907
2N2907A
2N2907AJAN
12-15/64
12-15/65
3-17/30
3-19116
12-15/72
Aerospace
Aerospace
Aerospace
Aerospace
Aerospace
2N2222
Transistors, Sm. Signal
Transistors, Sm. Signal
2N2222A
2N2222AJAN
Aerospace & Defense
2N2222AJANTX
Aerospace & Defense
2N2222AJANTXV Aerospace & Defense
1-16
Aerospace & Defense
Aerospace & Defense
Transistors, Sm. Signal
Transistors, Sm. Signal
Aerospace &. Defense
PRODUCT INDEX
Device No.
2N2907AJANTX
2N2907AJANTXV
2N2907JAN
2N2907JANTX
2N2907JANTXV
Family
Aerospace
Aerospace
Aerospace
Aerospace
Aerospace
Page/Item
& Defense
& Defense
& Defense
& Defense
& Defense
12·15/73
12-15174
12-15/69
12-15/70
12-15/71
2N2913
2N2914
2N2915
2N2917
2N2918
Transistors,
Transistors,
Transistors,
Transistors,
Transistors,
Signal
Signal
Signal
Signal
Signal
3-26/19
3-26/22
3-26/21
2N2919
2N2919JAN
2N2919JANTX
2N2919JANTXV
2N2920
Transistors, Sm. Signal
Aerospace & Defense
Aerospace & Defense
Aerospace & Defense
Transistors, Sm. Signal
3-26/26
2N2920A
2N2920JAN
2N2920JANTX
2N2920JANTXV
2N3009
Transistors, Sm. Signal
Aerospace & Defense
Aerospace & Defense
Aerospace & Defense
Transistors, Sm. Signal
3-27/2
2N3013
2N3013JAN
2N3013JANTX
2N3014
2N3019
Transistors, Sm. Signal
Aerospace & Defense
Aerospace & Defense
Transistors, Sm. Signal
Transistors, Sm. Signal
3-13/24
12-15/81
12-15/82
2N3020
2N3053
2N3054
2N3055
2N3055SD
Transistors, Sm. Signal
Transistors, Sm. Signal
Transistors, Power
Transistors, Power
Transistors, Power
3-2017
3-18/17
3-6/1
2N3114
2N3117
2N3209
2N3250
2N3250A
Transistors,
Transistors,
Transistors,
Transistors,
Transistors,
Sm.
Sm.
Sm.
Sm.
Sm.
Signal
Signal
Signal
Signal
Signal
3-23/22
3-23/13
3-14/2
3-17/18
2N3251
2N3251A
2N3253
2N3300
2N3302
Transistors,
Transistors,
Transistors,
Transistors,
Transistors,
Sm.
Sm.
Sm.
Sm.
Sm.
Signal
Signal
Signal
Signal
Signal
3-17121
3-18/22
3-14/7
Sm.
Sm.
Sm.
Sm.
Sm.
2N3439
2N3440
Transistors, Power
Transistors, Power
2N3444
2N3467
Transistors, Sm. Signal
Transistors, Sm. Signal
Device No.
3-26/20
3-26/23
12-15/75
12-15/76
12-15/77
3-27/1
12-15/78
12-15/79
12-15/80
3-13/23
3-13/31
3-20/11
Transistors,
Transistors,
Transistors,
Transistors,
Transistors,
Sm.
Sm.
Sm.
Sm.
Sm.
Signal
Signal
Signal
Signal
Signal
3-14/10
2N3563
2N3565
2N3566
2N3567
2N3568
Transistors,
Transistors,
Transistors,
Transistors,
Transistors,
Sm.
Sm.
Sm.
Sm.
Sm.
Signal
Signal
Signal
Signal
Signal
3-25/8
2N3569
2N3570
2N3571
2N3572
2N3638
Transistors,
Transistors,
Transistors,
Transistors,
Transistors,
Sm.
Sm.
Sm.
Sm.
Sm.
Signal
Signal
Signal
Signal
Signal
3-17/10
2N3638A
2N3639
2N3640
2N3641
2N3642
Transistors,
Transistors,
Transistors,
Transistors,
Transistors,
Sm.
Sm.
Sm.
Sm.
Sm.
Signal
Signal
Signal
Signal
Signal
3-15/20
3-13/2
3-13/12
3-16/1
2N3643
2N3644
2N3645
2N3646
2N3683
Transistors,
Transistors,
Transistors,
Transistors,
Transistors,
Sm.
Sm.
Sm.
Sm.
Sm.
Signal
Signal
Signal
Signal
Signal
3-16/6
3-18/5
3-18/27
3-13/25
2N3724
2N3725
2N3740
2N3741
2N3766
3-18/21
2N3767
2N3771
2N3772
2N3789
2N3790
3-16/2
3-16/3
2N3791
2N3792
2N3800
2N3802
2N3804
3-4/22
3-4/16,
3-11/3
3-14/14
3-14/8
1-17
Page/Item
2N3468
2N3502
2N3503
2N3504
2N3505
2N3713
2N3714
2N3715
2N3716
3-9/27
3-9/25
Family
Transistors,
Transistors,
Transistors,
Transistors,
Power
Power
Power
Power
Transistors, Sm. Signal
Transistors, Sm. Signal
Transistors, Power
Transistors, Power
Transistors, Power
Transistors,
Transistors,
Transistors,
Transistors,
Transistors,
Power
Power
Power
Power
Power
Transistors, Power
Transistors,· Power
Transistors, Sm. Signal
Transistors, Sm. Signal
Transistors, Sm. Signal
3-1813
3-18125
3-1814
3-18126
3-21/15
3-15/25
3-17/4
3-19/20
3-26/9
3-26/10
3-26/11
3-15/18
3-18/10
3-26/12
3-8/11
3-8/24
3-8/14
3-8/26,
3-11/10
3-14/4
3-14/12
3-3/28
3-417
3-5/12
3-5/17
3-10/18
3-10/9
3;8/12
3-8/25
3-8/15
3-8/27
3-27/3
3-27/5
3-27/7
I
PRODUCT INDEX
Device No.
Family
Page/Item
Device No.
Family
Page/Item
2N3805
2N3806
2N3808
2N3810
2N3811
Transistors.
Transistors,
Transistors,
Transistors,
Transistors,
Sm.
Sm.
Sm.
Sm.
Sm.
Signal
Signal
Signal
Signal
Signal
3-27110
3-2714
3-2716
3-2718
3-27111
2N4258
2N4258A
2N4274
2N4275
2N4313
Transistors.
Transistors,
Transistors.
Transistors,
Transistors,
Signal
Signal
Signal
Signal
Signal
3-1318
3-1316
3-1314
3-13117
3-13110
2N3839
2N3880
2N3903
2N3904
2N3905
Transistors,
Transistors,
Transistors,
Transistors,
Transistors,
Sm.
Sm.
Sm.
Sm.
Sm.
Signal
Signal
Signal
Signal
Signal
3-25122
3-25123
3-16124
3-16125
3-17119
2N4354
2N4355
2N4356
2N4398
Transistors, Sm. Signal
Transistors, Sm. Signal
Transistors, Sm. Signal
Transistors, Power
3-18120
3-18123
3-19128
3-10119,
3-1215
2N3906
2N3947
2N3962
2N3964
2N3965
Transistors,
Transistors,
Transistors,
Transistors,
Transistors,
Sm.
Sm.
Sm.
Sm.
Sm.
Signal
Signal
Signal
Signal
Signal
3-17123
3-2314
3-22114
3-2312
2N4399
2N4400
2N4401
2N4402
2N4403
Transistors, Power
Transistors, Sm. Signal
Transistors, Sm. Signal
Transistors, Sm. Signal
Transistors, Sm. Signal
3-10121
3-1718
3-17115
3-17126
3-1811
2N4013
2N4014
2N4017
2N4020
2N4023
Transistors,
Transistors,
Transistors,
Transistors,
Transistors,
Sm.
Sm.
Sm.
Sm.
Sm.
Signal
Signal
Signal
Signal
Signal
3-1415
3-14113
3-27112
3-26124
3-26125
2N4409
2N4410
2N4895
2N4896
2N4897
Transistors, Sm. Signal
Transistors, Sm. Signal
Transistors, Power
Transistors, Power
Transistors, Power
3-18113
3-2016
3-6125
3-6127
3-713
2N4025
2N4030
2N4032
2N4033
2N4037
Transistors,
Transistors,
Transistors,
Transistors,
Transistors,
Sm.
Sm.
Sm.
Sm.
Sm.
Signal
Signal
Signal
Signal
Signal
3-2719
3-18130
3-1919
3-2013
3-17127
2N4898
2N4899
2N4900
2N4901
2N4902
Transistors,
Transistors,
Transistors,
Transistors,
Transistors,
Power
Power
Power
Power
Power
3-3124
3-412
3-418
3-6117
3-6124
2N4047
2N4123
2N4124
2N4125
2N4126
Transistors,
Transistors,
Transistors,
Transistors,
Transistors,
Sm.
Sm.
Sm.
Sm.
Sm.
Signal
Signal
Signal
Signal
Signal
3-14111
3-15124
3-1512
3-1618
3-15115
2N4903
2N4904
2N4905
2N4906
2N4907
Transistors, Power
Transistors, Power
Transistors, Power
Transist~rs, Power
Transistors, Power
3-712
3-6118
3-6128
3-716
3-819
2N4208
2N4209
2N4231
2N4232
2N4233
Transistors, Sm. Signal
Transistors, Sm. Signal
Transistors, Power
Transistors, Power
Transistors, Power
3-1317
3-13115
3-5126
3-615
3-6110
2N4908
2N4909
2N4910
2N4911
2N4912
Transistors,
Transistors,
Transistors,
Transistors,
Transistors,
3-8118
3-8129
3-3125
3-411
3-419
3-5110
3-5111
3-5116
3-5127
3-616
2N4913
2N4914
2N4915
2N4926
2N4927
Transistors, Power
Transistors, Power
Transistors, Power
Transistors, Sm. Signal
Transistors, Sm. Signal
3-6118
3-6128
3-716
3-2419
3-24116
3-6111
3-2212
3-22132
3-21132
3-22131
2N5022
2N5023
2N5031
2N5038
Transistors, Sm. Signal
Transistors, Sm. Signal
Transistors, Sm. Signal
Transistors, Power
3-1419
3-1413
3-25124
3-10116,
3-1211
2N4234
2N4235
2N4236
2N4237
2N4238
2N4239
2N4248
2N4249
2N4250
2N4250A
Transistors,
Transistors,
Transistors,
Transistors,
Transistors,
Power
Power
Power
Power
Power
Transistors, Power
Transistors, Sm. Signal
Transistors, Sm. Signal
Transistors, Sm. Signal
Transistors, Sm. Signal
3-16/26
1-18
Sm.
Sm.
Sm.
Sm.
Sm.
Power
Power
Power
Power
Power
PRODUCT INDEX
Device No.
2N5039
2N5058
Family
Pagelltem
Device No.
Family
Pagelltem
Transistors, Power
Transistors, Power
Transistors, Sm. Signal
Transistors, Power
Transistors, Sm. Signal
3·10/12
3·3/12
3·24/18
3·3111
3-24/17
2N5339
2N5400
2N5401
2N5415
2N5416
Transistors, Power
Transistors, Sm. Signal
Transistors, Sm. Signal
Transistors, Power
Transistors, Power
3·7/9
3·23/18
3·23/25
3·4/13
3-4/20
2N5067
2N5068
2N5069
2N5086
2N5087
Transistors, Power
Transistors, Power
Transistors, Power
Transistors, Sm. Signal
Transistors, Sm. Signal
3-6/17
3-6/24
3-7/2
3-22/27
3-22/26
2N5490
2N5492
2N5494
2N5496
2N5550
Transistors, Power
Transistors, Power
Transistors, Power
Transistors, Power
Transistors, Sm. Signal
3-6/19
3-6/21
3-6/20
3-6/29
3-23/21
2N5088
2N5089
2N5128
2N5130
2N5133
Transistors,
Transistors,
Transistors,
Transistors,
Transistors,
Sm.
Sm.
Sm.
Sm.
Sm.
Signal
Signal
Signal
Signal
Signal
3-21/26
3-21/14
3-14/15
3-25/15
3-20/13
2N5629
2N5630
2N5631
2N5679
2N5680
Transistors,
Transistors,
Transistors,
Transistors,
Transistors,
Power
Power
Power
Power
Power
3-10/3
3-10/5
3-1017
3-4/11
3-4/12
2N5134
2N5135
2N5136
2N5138
2N5142
Transistors,
Transistors,
Transistors,
Transistors,
Transistors,
Sm.
Sm.
Sm.
Sm.
sm.
Signal
Signal
Signal
Signal
Signal
3-13/3
3-15/6
3-14/20
3-21/28
3-14/17
2N5681
2N5682
2N5683
2N5684
2N5685
Transistors,
Transistors,
Transistors,
Transistors,
Transistors,
Power
Power
Power
Power
Power'
3-4/11
3-4/12
3-11/1
3-11/2
3-11/1
2N5179
2N5209
2N5210
2N5223
2N5224
Transistors,
Transistors,
Transistors,
Transistors,
Transistors,
Sm.
Sm.
Sm.
Sm.
Sm.
Signal
Signal
Signal
Signal
Signal
3-25/9
3-22/25
3-22/24
3-14/19
3-13/5
2N5686
2N5769
2N5770
2N5771
2N5772
Transistors, Power
Transistors, Sm. Signal
Transistors, Sm. Signal
Transistors, Sm. Signal
Transistors, Sm. Signal
3-11/2
3-13/21
3-26/2
3-13/16
3-13/27
2N5225
2N5226
2N5227
2N.5228
2N5294
Transistors, Sm. Signal
Transistors, Sm. Signal
Transistors, Sm. Signal
Transistors, Sm. Signal
Transistors, Power
3-15/7
3-15/7
3-16/9
3-13/1
3-6/7
2N5830
2N5831
2N5832
2N5833
2N5838
Transistors, Sm. Signal
Transistors, Sm. Signal
Transistors, Sm. Signal
Transistors, Sm. Signal
Transistors, Power
3-23/16
3-24/3
3-24/4
3-24/5
3-5/20
2N5296
2N5298
2N5301
Transistors, Power
Transistors, Power
Transistors, Power
2N5839
Transistors, Power
2N5840
Transistors, Power
2N5302
Transistors, Power
3-5/24
3-6/2
3-10/20,
3-12/5
3-10/22
2N5871
Transistors, Power
3-5/21,
3-11/8
3-5/23,
3-11/9
3-7/17
2N5303
2N5320
2N5321
2N5322
2N5323
Transistors,
Transistors,
Transistors,
Transistors,
Transistors,
Power
Power
Power
Power
Power
3-10/15
3-5/2
3-4/29
3-5/2
3-4/29
2N5872
2N5873
2N5874
2N5875
2N5876
Transistors,
Transistors,
Transistors,
Transistors,
Transistors,
Power
Power
Power
Power
Power
3-7/20
3-7/17
3-7/20
3-7/26
3-8/2
2N5334
2N5335
2N5336
2N5337
2N5338
Transistors,
Transistors,
Transistors,
Transistors,
Transistors,
Power
Power
Power
Power
Power
3-5/13
3-5/18
3-7/4
3-7/5
3-7/8
2N5877
2N5878
2N5879
2N5880
2N5881
Transistors,
Transistors,
Transistors,
Transistors,
Transistors,
Power
Power
Power
Power
Power
3-7/26
3-8/2
3-9/18
3-9/19
3,9/18
2N5059
1-19
II
PRODUCT INDEX
Device No.
2N5882
2N5883
2N5884
2N5885
2N5886
2N5910
2N5961
2N5962
2N6029
2N6030
Family
Transistors,
Transistors,
Transistors,
Transistors,
Transistors,
Power
Power
Power
Power
Power
Transistors, Sm. Signal
Transistors, Sm. Signal
Transistors, Sm. Signal
Transistors, Power
Transistors, Power
Page/Item
Device No.
3-9/19
3-10/10
3-10/14
3-10/10
3-10/14
3-14/1
3-23/5
3-22/16
3-10/4
3-10/6
Family
Page/Item
2N6282
Transistors, Power
2N6283
Transistors, Power
2N6284
Transistors, Power
2N6285
Transistors, Power
2N6286
Transistors, Power
3-10/11,
3-12/2
3-10/13,
3-12/3
3-10/17,
3-12/4
3-jO/ll,
3-12/2
3-10/13,
3-12/3
2N6031
2N6050
2N6051
2N6052
2N6053
Transistors,
Transistors,
Transistors,
Transistors,
Transistors,
Power
Power
Power
Power
Power
3-10/8
3-9117
3-9120
3-9/21
3-8/1
2N6287
Transistors, Power
2N6306
2N6307M
2N6308M
Transistors, Power
Transistors, Power
Transistors, Power
2N6054
2N6055
2N6056
2N6057
2N6058
Transistors,
Transistors,
Transistors,
Transistors,
Transistors,
Power
Power
Power
Power
Power
3-8/3
3-8/1
3-8/3
3-9/17
3-9/20
2N6383
2N6384
2N6385
2N6386
Transistors,
Transistors,
Transistors,
Transistors,
Power
Power
Power
Power
3-8/10
3-8/21
3-9/3
3-8/8,
3-11/17
2N6059
2N6099
2N6101
2N6103
2N6107
Transistors,
Transistors,
Transistors,
Transistors,
Transistors,
Power
Power
Power
Power
Power
3-9121
3-8/13
3-8/23
3-8/7
3-7119
2N6387
Transistors, Power
2N6388
Transistors, Power
2N6473
Transistors, Power
3-8/16,
3-11118
3-8/28,
3-11/19
3-6/13
2N6109
2N6111
2N6121
2N6122
2N6123
Transistors,
Transistors,
Transistors,
Transistors,
Transistors,
Power
Power
Power
Power
Power
3-7/16
3-7/14
3-5/28
3-6/4
3-6/9
2N6474
2N6475
2N6476
2N6486
2N6487
Transistors,
Transistors,
Transistors,
Transistors,
Transistors,
Power
Power
Power
Power
Power
3-6/15
3-6/13
3-6/15
3-9/22
3-9/28
2N6124
2N6125
2N6126
2N6129
2N6130
Transistors,
Transistors,
Transistors,
Transistors,
Transistors,
Power
Power
Power
Power
Power
3-5/28
3-6/4
3-6/9
3-7/15
3-7/18
2N6488
2N6489
2N6490
2N6491
2N6569
Transistors,
Transistors,
Transistors,
Transistors,
Transistors,
Power
Power
Power
Power
Power
3-10/1
3-9/22
3-9/28
3-10/1
3-9/16
2N6131
2N6132
2N6133
2N6134
2N6249
Transistors,
Transistors,
Transistors,
Transistors,
Transistors,
Power
Power
Power
Power
Power
3-7/21
3-7/15
3-7/18
3-7/21
3-9/7,
3-11/13
2N6576
2N6577
2N6657
2N6658
2N6661
transistors,
Transistors,
Tranl!istors,
Transistors,
Transistors,
Power
Power
Power
Power
Power
3-9/24
3-10/2
3-12/8
3-12/13
3-12/14
2N6250
Transistors, Power
2N6251
Transistors, Power
3-9/8,
3-11114
3-9/15,
3-11/15
2N697
2N706JAN
2N708
2N708JAN
2N708JANTX
1-20
Transistors, Sm. Signal
Aerospace & Defense
Transistors, Sm. Signal
Aerospace & Defense
Aerospace & Defense
3-10/17,
3-12/4
3-8/4
3-8/5
3-8/6
3-17/9
12-15/1
3-13/30
12.-15/2
12-15/3
PRODUCT INDEX
Device No.
Family
Pagelltem
Device No.
Family
Pagelltem
2N718
2N718A
2N718AJAN
2N718AJANTX
2N718AJANTXV
Transistors. Sm. Signal
Transistors, Sm. Signal
Aerospace & Defense
Aerospace & Defense
Aerospace & Defense
3-15/23
3-18/15
12-15/4
12-15/5
12-15/6
30109BFB
30109CEB
30109CFB
30301BAB
30301BAC
Aerospace
Aerospace
Aerospace
Aerospace
Aerospace
& Defense
& Defense
& Defense
& Defense
& Defense
12-12/14
12-12/15
12-12/16
12-12/17
12-12/18
2N744JAN
2N914
2N914JAN
2N914JANTX
2N915
Aerospace & Defense
Transistors, Sm. Signal
Aerospace & Defense
Aerospace & Defense
Transistors, Sm. Signal
12-15/7
3-13/29
12-15/8
12-15/9
3-18/14
30301 CAB
30301CAC
30302BAB
30302BAC
30302BCB
Aerospace
Aerospace
Aerospace
Aerospace
Aerospace
& Defense
& Defense
& Defense
& Defense
& Defense
12-12/19
12-12/20
12-12/22
12-12/23
12-12/21
2N918
2N918JAN
2N918JANTX
2N918JANTXV
2N930
Transistors, Sm. Signal
Aerospace & Defense
Aerospace & Defense
Aerospace & Defense
Transistors, Sm. Signal
3-25/10
12-15/10
12-15/11
12-15/12
3-22/15
30302CAB
30302CAC
30302CCB
30501BAB
30501BAC
Aerospace
Aerospace
Aerospace
Aerospace
Aerospace
& Defense
& Defense
& Defense
& Defense
& Defense
12-12/25
12-12/26
12-12/24
12-12/28
12-12/29
2N930JAN
2N930JANTX
2N997
30001BAB
30001BAC
Aerospace & Defense
Aerospace & Defense
Transistors, Sm. Signal
Aerospace & Defense
Aerospace & Defense
12-15/13
12-15/14
3-27/19
12-11/19
12-11/20
30501BCB
30501CAC
30501CCB
30701BEB
Aerospace
Aerospace
Aerospace
Aerospace
Aerospace
& Defense
& Defense
& Defense
& Defense
& Defense
12-12/27
12-12/31
12-12/32
12-12/30
12-13/1
30501 CAB
30001CAB
30001CAC
30003BAB
30003BAC
30003CAB
Aerospace
Aerospace
Aerospace
Aerospace
Aerospace
& Defense
& Defense
& Defense
& Defense
& Defense
12-11/21
12-11/22
12-11/23
12-11/24
12-11/25
30701BFB
30701CEB
30701CFB
30702BEB
30702CEB
Aerospace
Aerospace
Aerospace
Aerospace
Aerospace
& Defense
& Defense
& Defense
& Defense
& Defense
12-13/2
12-13/3
12-13/4
12-13/5
12-13/6
30003CAC
30005BAB
30005BAC
30005CAB
30005CAC
Aerospace
Aerospace
Aerospace
Aerospace
Aerospace
& Defense
& Defense
& Defense
& Defense
& Defense
12-11/26
12-11/27
12-11/28
12-11/29
12-11/30
31001BAB
31001BAC
31001BCB
31001CAB
Aerospace
Aerospace
Aerospace
Aerospace
& Defense
& Defense
& Defense
& Defense
12-13/8
12-13/9
12-13/7
12-13/11
30007BAB
30007BAC
30007CAB
30007CAC
30009BAB
Aerospace
Aerospace
Aerospace
Aerospace
Aerospace
& Defense
& Defense
& Defense
& Defense
& Defense
12-11/31
12-11/32
12-12/1
12-12/2
12-12/3
31001CAC
31001CCB
31003BAB
31003BAC
Aerospace
Aerospace
Aerospace
Aerospace
& Defense
& Defense
& Defense
& Defense
12-13/12
12-13/10
12-13/13
12-13/14
30009BAC
30009CAB
30009CAC
30103BEB
Aerospace
Aerospace
Aerospace
Aerospace
Aerospace
& Defense
& Defense
& Defense
& Defense
& Defense
12-12/4
12-12/5
12-12/6
12-12/7
12-12/8
31003CAB
31003CAC
31004BAB
31004BAC
Aerospace
Aerospace
Aerospace
Aerospace
& Defense
& Defense
& Defense
& Defense
12-13/15
12-13/16
12-13/18
12-13/19
Aerospace
Aerospace
Aerospace
Aerospace
Aerospace
& Defense
& Defense
& Defense
& Defense
& Defense
12-12/9
12-12/10
12-12/11
12-12/12
12-12/13
31004BCB
31004CAB
31004CAC
31004CCB
3257ADC
Aerospace & Defense
Aerospace & Defense
Aerospace & Defense
Aerospace & Defense
Memories
12-13/17
12-13/21
12-13/22
12-13/20
10-8/1
30 103CE B
30105BEB
30105CEB
30106BEB
30 106CEB
30109BEB
3257XDC
32581DC
32582DC
3258DC
3258XDC
1-21
Memories
Memories
Memories
Memories
Memories
10-8/1
10-8/2
10-8/2
10-8/2
10-8/2
II
PRODUCT INDEX
Device No.
Family
Page/Item
3260DC
3260XDC
3262ADC
3262BDC
3341ADC
Memories
Memories
Digital, MOS
Digital, MOS
Memories
10·8/3
10·8/3
9-35/1
9-35/2
10-9/4
40014BFM
40014BFMOB
40014BPC
4001BDC
4001BDM
Digital,
Digital,
Digital,
Digital,
Digital,
CMOS
CMOS
CMOS
CMOS
CMOS
9·28/25
9-28/25
9-28/25
9-28/1
9-28/1
3341APC
3341DC
3341DL
3341DM
3341PC
Memories
Memories
Memories
Memories
Memories
10-9/4
10-9/3
10-9/3
10-9/3
10-9/3
4001BDMOB
4001BFC
4001BFM
4001BFMOB
4001BPC
Digital,
Digital,
Digital,
Digital,
Digital,
CMOS
CMOS
CMOS
CMOS
CMOS
9-28/1
9-28/1
9-28/1
9-28/1
9-28/1
3342DC
3342PC
3347DC
3347PC
3348DC
Memories
Memories
Memories
Memories
Memories
10-9/5
10-9/5
10-9/6
10-9/6
10-9/1
4002BDC
4002BDM
4002BDMOB
4002BFC
4002BFM
Digital,
Digital,
Digital,
Digital,
Digital,
CMOS
CMOS
CMOS
CMOS
CMOS
9-28/3
9-28/3
9-28/3
9-28/3
9-28/3
3349DC
3349PC
33511DC
33571DC
33572DC
Memories
Memories
Memories
Memories
Memories
10-9/2
10-9/2
10-9/9
10-9/7
10-9/8
4002BFMOB
4002BPC
4006BDC
4006BDM
4006BDMOB
Digital,
Digital,
Digital,
Digital,
Digital,
CMOS
CMOS
CMOS
CMOS
CMOS
9-28/3
9-28/3
9-30/7
9-30/7
9-30/7
35141DC
35142DC
35151DC
35152DC
3539DC
Memories
Memories
Memories
Memories
Memories
10-8/4
10-8/5
10-8/6
10-8/7
10-5/15
4006BFC
4006BFM
4006BFMOB
4006BPC
4007UBDC
Digital,
Digital,
Digital,
Digital,
Digital,
CMOS
CMOS
CMOS
CMOS
CMOS
9-30/7
9-30/7
9-30/7
9-30/7
9-28/22
35392DC
3542ADC
3542DC
35512DC
35512DL
Memories
Memories
Memories
Memories
Memories
10-5/16
10-5/14
10-5/13
10-9/10
10-9/10
4007UBDM
4007UBDMOB
4007UBFC
4007UBFM
4007UBFMOB
Digital,
Digital,
Digital,
Digital,
Digital,
CMOS
CMOS
CMOS
CMOS
CMOS
9-28/22
9-28/22
9-28/22
9-28/22
9-28/22
35512DM
3708DC
3708DL
3708DM
3708FC
Memories
Digital, MOS
Digital, MOS
Digital, MOS
Digital, MOS
10-9/10
9-35/3
9-35/3
9-35/3
9-35/3
4007UBPC
40085BDC
40085BDM
40085BDMOB
40085BFC
Digital,
Digital,
Digital,
Digital,
Digital,
CMOS
CMOS
CMOS
CMOS
CMOS
9-28/22
9-34/4
9-34/4
9-34/4
9-34/4
3708FM
3708PC
3814DC
3815DC
3816DC
Digital,
Digital,
Digital,
Digital,
Digital,
9-35/3
9-35/3
9-35/4
9-35/5
9-35/6
4.0085BFM
40085BFMOB
40085BPC
4008BDC
4008BDM
Digital,
Digital,
Digital,
Digital,
Digital,
CMOS
CMOS
CMOS
CMOS
CMOS
9-34/4
9-34/4
9-34/4
9-34/1
9-34/1
3816PC
40014BDC
40014BDM
40014BDMOB
40014BFC
Digital, MOS
Digital, CMOS
Digital, CMOS
Digital, CMOS
Digital, CMOS
9-35/6
9-28/25
9-28/25
9-28/25
9-28/25
4008BDMOB
4008BFC
4008BFM
4008BFMOB
4008BPC
Digital,
Digital,
Digital,
Digital,
Digital,
CMOS
CMOS
CMOS
CMOS
CMOS
9-34/1
9-34/1
9-34/1
9-34/1
9-34/1
MOS
MOS
MOS
MOS
MOS
Device No.
1-22
Family
Page/Item
-------
PRODUCT INDEX
Device No.
Family
Page/ltem
Device No.
Family
Page/ltem
40097BDC
40097BDM
40097BDMQB
40097BFC
40097BFM
Digital,
Digital,
Digital,
Digital,
Digital,
CMOS
CMOS
CMOS
CMOS
CMOS
9·28/15
9·28/15
9·28/15
9-28/15
9-28/15
4015BFC
4015BFM
4015BFMQB
4015BPC
40160BDC
Digital,
Digital,
Digital,
Digital,
Digital,
CMOS
CMOS
CMOS
CMOS
CMOS
9·30/4
9·30/4
9-30/4
9-30/4
9-31/5
40097BFMQB
40097BPC
40098BDC
40098BDM
40098BDMQB
Digital,
Digital,
Digital,
Digital,
Digital,
CMOS
CMOS
CMOS
CMOS
CMOS
9-28/15
9-28/15
9-28/14
9-28/14
9-28/14
40160BDM
40160BDMQB
40160BFC
40160BFM
40160BFMQB
Digital,
Digital,
Digital,
Digital,
Digital,
CMOS
CMOS
CMOS
CMOS
CMOS
9-31/5
9-31/5
9-31/5
9-31/5
9-31/5
40098BFC
40098BFM
40098BFMQB
40098BPC
4011BDC
Digital, CMOS
Digital, CMOS
Digital, CMOS
Digital, CMOS
Digital, ECl
9-28/14
9-28/14
9-28/14
9-28/14
9-27/17
40160BPC
40161BDC
40161BDM
40161BDMQB
40161BFC
Digital,
Digital,
Digital,
Digital,
Digital,
CMOS
CMOS
CMOS
CMOS
CMOS
9-31/5
9-31/6
9-31/6
9-31/6
9-31/6
4011BDM
4011BDMQB
4011BFC
4011BFM
4011BFMQB
Digital,
Digital,
Digital,
Digital,
Digital,
ECl
ECl
ECl
ECl
ECl
9-27/17
9-27/17
9-27/17
9-27/17
9-27/17
40161BFM
40161BFMQB
40161BPC
40162BDC
40162BDM
Digital,
Digital,
Digital,
Digital,
Digital,
CMOS
CMOS
CMOS
CMOS
CMOS
9-31/6
9-31/6
9-31/6
9-31/7
9-3117
4011BPC
4012BDC
4012BDM
4012BDMQB
4012BFC
Digital,
Digital,
Digital,
Digital,
Digital,
ECl
ECl
ECl
ECl
ECl
9-27/17
9-27/19
9-27/19
9-27/19
9-27/19
40162BDMQB
40162BFC
40162BFM
40162BFMQB
40162BPC
Digital,
Digital,
Digital,
Digital,
Digital,
CMOS
CMOS
CMOS
CMOS
CMOS
9-31/7
9-3117
9-31/7
9-31/7
9-3117
4012BFM
4012BFMQB
4012BPC
4013BDC
4013BDM
Digital, ECl
Digital, ECl
Digital, ECl
Digital, CMOS
Digital, CMOS
9-27/19
9-27/19
9-27/19
9-29/2
9-29/2
40163BDC
40163BDM
40163BDMQB
40163BFC
40163BFM
Digital,
Digital,
Digital,
Digital,
Digital,
CMOS
CMOS
CMOS
CMOS
CMOS
9-31/8
9-31/8
9-31/8
9-31/8
9-31/8
4013BDMQB
4013BFC
4013BFM
4013BFMQB
4013BPC
Digital,
Digital,
Digital,
Digital,
Digiial,
CMOS
CMOS
CMOS
CMOS
CMOS
9-29/2
9-29/2
9-29/2
9-29/2
9-29/2
40163BFMQB
40163BPC
4016BDC
4014BDC
4014BDM
4014BDMQB
4014BFC
4014BFM
Digital,
Digital,
Digital,
Digital,
Digital,
CMOS
CMOS
CMOS
CMOS
CMOS
9-30/5
9-30/5
9-30/5
9-30/5
9-30/5
Digital, CMOS
Digital, CMOS
Interface
Digital, CMOS
Interface
Digital, CMOS
9-31/8
9-31/8
8-16/3
9-33/5
8-16/3
9-33/5
Interface
Digital, CMOS
Interface
Digital, CMOS
8-16/3
9-33/5
8-16/3
9-33/5
4014BFMQB
4014BPC
4015BDC
4015BDM
4015BDMQB
Digital,
Digital,
Digital,
Digital,
Digital,
CMOS
CMOS
CMOS
CMOS
CMOS
9-30/5
9-30/5
9-30/4
9-30/4
9-30/4
Interface
Digital, CMOS
Inferface
Digital, CMOS
Interface
Digital, CMOS
8-16/3
9-33/5
8-16/3
9-33/5
8-16/3
9-33/5
4016BDM
4016BDMQB
4016BFC
4016BFM
4016BFMQB
4016BPC
1·23
II
PRODUCT INDEX
Device No.
Family
Page/ltem
40 174BDC
40174BDM
40174BDMQB
40174BFC
Digital,
Digital,
Digital,
Digital,
CMOS
CMOS
CMOS
CMOS
9-29/5
9-29/5
9-29/5
9-29/5
40174BFM
40174BFMQB
40 174BPC
40175BDC
40175BDM
Digital,
Digital,
Digital,
Digital,
Digital,
CMOS
CMOS
CMOS
CMOS
CMOS
9-29/5
9-29/5
9-29/5
9-29/3
9-29/3
40175BDMQB
40175BFC
40 175BFM
40175BFMQB
40175BPC
Digital,
Digital,
Digital,
Digital,
Digital,
CMOS
CMOS
CMOS
CMOS
CMOS
9-29/3
9-29/3
9-29/3
9-29/3
9-29/3
4017BDC
4017BDM
40 17BDMQB
4017BFC
4017BFM
Digital,
Digital,
Digital,
Digital,
Digital,
CMOS
CMOS
CMOS
CMOS
CMOS
9-32/9
9-32/9
9-32i9
9-32/9
9-32/9
4017BFMQB
4017BPC
4018BDC
4018BDM
4018BDMQB
Digital,
Digital,
Digital,
Digital,
Digital,
CMOS
CMOS
CMOS
CMOS
CMOS
9-32/9
9-32/9
9-32/10
9-32/10
9-32/10
4018BFC
4018BFM
4018BFMQB
4018BPC
40192BDC
Digital,
Digital,
Digital,
Digital,
Digital,
CMOS
CMOS
CMOS
CMOS
CMOS
9-32/10
9-32/10
9-32/10
9-32/10
9-31/13
40192BDM
40192BDMQB
40192BFC
40192BFM
40192BFMQB
Digital,
Digital,
Digital,
Digital,
Digital,
CMOS
CMOS
CMOS
CMOS
CMOS
9-31/13
9-31/13
9-31/13
9-31/13
9-31/13
40192BPC
40193BDC
40193BDM
40193BDMQB
40 193BFC
Digital,
Digital,
Digital,
Digital,
Digital,
CMOS
CMOS
CMOS
CMOS
CMOS
9-31/13
9-32/1
9-32/1
9-32/1
9-32/1
40193BFM
40193BFMQB
40193BPC
40194BDC
40194BDM
Digital,
Digital,
Digital,
Digital,
Digital,
CMOS
CMOS
CMOS
CMOS
CMOS
9-32/1
9-32/1
9-32/1
9-30/2
9-30/2
Device No.
Page I Item
40194BDMQB
40194BFC
40194BFM
40194BFMQB
40194BPC
Digital,
Digital,
Digital,
Digital,
Digital,
CMOS
CMOS
CMOS
CMOS
CMOS
9-30/2
9-30/2
9-30/2
9-30/2
9-30/2
40195BDC
40195BDM
40195BDMQB
40195BFC
40195BFM
Digital,
Digital,
Digital,
Digital,
Digital,
CMOS
CMOS
CMOS
CMOS
CMOS
9-30/3
9-30/3
9-30/3
9-30/3
9-30/3
40195BFMQB
40195BPC
4019BDC
4019BDM
4019BDMQB
Digital,
Digital,
Digital,
Digital,
Digital,
CMOS
CMOS
CMOS
CMOS
CMOS
9-30/3
9-30/3
9-29/14
9-29/14
9-29/14
4019BFC
4019BFM
4019BFMQB
4019BPC
4020BDC
Digital,
Digital,
Digital,
Digital,
Digital,
CMOS
CMOS
CMOS
CMOS
CMOS
9-29/14
9-29/14
9-29/14
9-29/14
9-32/7
4020BDM
4020BDMQB
4020BFC
4020BFM
4020BFMQB
Digital,
Digital,
Digital,
Digital,
Digital,
CMOS
CMOS
CMOS
CMOS
CMOS
9-32/7
9-32/7
9-32/7
9-32/7
9-32/7
4020BPC
4021BDC
4021BDM
4021BDMQB
4021BFC
Digital,
Digital,
Digital,
Digital,
Digital,
CMOS
CMOS
CMOS
CMOS
CMOS
9-32/7
9-30/6
9-30/6
9-30/6
9-30/6
4021BFM
4021BFMQB
4021BPC
4022BDC
4022BDM
Digital,
argital,
Digital,
Digital,
Digital,
CMOS
CMOS
CMOS
CMOS
CMOS
9-30/6
9-30/6
9-30/6
9-32/8
9-32/8
4022BDMQB
4022BFC
4022BFM
4022BFMQB
4022BPC
Digital,
Digital,
Digital,
Digital,
Digital,
CMOS
CMOS
CMOS
CMOS
CMOS
9-32/8
9-32/8
9-32/8
9-32/8
9-32/8
4023BDC
4023BDM
4023BDMQB
4023BFC
4023BFM
1-24
Family
Digital,
Digital,
Digital,
Digital,
Digital,
ECl
ECl
ECl
ECl
ECl
9-27/18
9-27/18
9-27/18
9-27/18
9-27/18
PRODUCT INDEX
Device No.
Family
Page/ltem
Device No.
Family
Page I Item
4023BFMOB
4023BPC
4024BDC
4024BDM
4024BDMOB
Digital, ECl
Digital, ECl
Digital, CMOS
Digital, CMOS
Digital, CMOS
9-27/18
9-27/18
9-32/5
9-32/5
9-32/5
4030BDC
4030BDM
4030BDMOB
4030BFC
4030BFM
Digital,
Digital,
Digital,
Digital,
Digital,
CMOS
CMOS
CMOS
CMOS
CMOS
9-28/17
9-28/17
9-28/17
9-28/17
9-28/17
4024BFC
4024BFM
4024BFMOB
4024BPC
4025BDC
Digital,
Digital,
Digital,
Digital,
Digital,
CMOS
CMOS
CMOS
CMOS
CMOS
9-32/5
9-32/5
9-32/5
9-32/5
9-28/2
4030BFMOB
4030BPC
4031BDC
4031BDM
4031BDMOB
Digital,
Digital,
Digital,
Digital,
Digital,
CMOS
CMOS
CMOS
CMOS
CMOS
9-28/17
9-28/17
9-30/9
9-30/9
9-30/9
4025BDM
4025BDMOB
4025BFC
4025BFM
4025BFMOB
Digital,
Digital,
Digital,
Digital,
Digital,
CMOS
CMOS
CMOS
CMOS
CMOS
9-28/2
9-28/2
9-28/2
9-28/2
9-28/2
4031BFC
4031BFM
4031BFMOB
4031BPC
4034BDC
Digital,
Digital,
Digital,
Digital,
Digital,
CMOS
CMOS
CMOS
CMOS
CMOS
9-30/9
9-30/9
9-30/9
9-30/9
9-30/11
4025BPC
40272DC
40272PC
40273DC
40273PC
Digital, CMOS
Memories
Memories
Memories
Memories
9-28/2
10-6/2
10-6/2
10-6/3
10-6/3
4034BDM
4034BDMOB
4034BFC
4034BFM
4034BFMOB
Digital,
Digital,
Digital,
Digital,
Digital,
CMOS
CMOS
CMOS
CMOS
CMOS
9-30/11
9-30/11
9-30/11
9-30/11
9-30/11
40274DC
40274PC
40275DC
40275PC
4027BDC
Memories
Memories
Memories
Memories
Digital, CMOS
10-6/4
10-6/4
10-6/5
10-6/5
9-29/1
4034BPC
4035BDC
4035BDM
4035BDMOB
4035BFC
Digital,
Digital,
Digital,
Digital,
Digital,
CMOS
CMOS
CMOS
CMOS
CMOS
9-30/11
9-30/1
9-30/1
9-30/1
9-30/1
4027BDM
4027BDMOB
4027BFC
4027BFM
4027BFMOB
Digital,
Digital,
Digital,
Digital,
Digital,
CMOS
CMOS
CMOS
CMOS
CMOS
9-29/1
9-29/1
9-29/1
9-29/1
9-29/1
4035BFM
4035BFMOB
4035BPC
4040BDC
4040BDM
Digital,
Digital,
Digital,
Digital,
Digital,
CMOS
CMOS
CMOS
CMOS
CMOS
9-30/1
9-30/1
9-30/1
9-32/6
9-32/6
4027BPC
4028BDC
4028BDM
4028BDMOB
4028BFC
Digital,
Digital,
Digital,
Digital,
Digital,
CMOS
CMOS
CMOS
CMOS
CMOS
9-29/1
9-30/14
9-30/14
9-30/14
9-30/14
4040BDMOB
4040BFC
4040BFM
4040BFMOB
4040BPC
Digital,
Digital,
Digital,
Digital,
Digital,
CMOS
CMOS
CMOS
CMOS
CMOS
9-32/6
9-32/6
9-32/6
9-32/6
9-32/6
4028BFM
4028BFMOB
4028BPC
4029BDC
4029BDM
Digital,
Digital,
Digital,
Digital,
Digital,
CMOS
CMOS
CMOS
CMOS
CMOS
9-30/14
9-30/14
9-30/14
9-32/2
9-32/2
4041BDC
4041BDM
4041BDMOB
4041BFC
4041BFM
Digital,
Digital,
Digital,
Digital,
Digital,
CMOS
CMOS
CMOS
CMOS
CMOS
9-28/16
9-28/16
9-28/16
9-28/16
9-28/16
4029BDMOB
4029BFC
4029BFM
4029BFMOB
4029BPC
Digital,
Digital,
Digital,
Digital,
Digital,
CMOS
CMOS
CMOS
CMOS
CMOS
9-32/2
9-32/2
9-32/2
9'32/2
9-32/2
4041BFMOB
4041BPC
4042BDC
4042BDM
4042BDMOB
Digital,
Digital,
Digital,
Digital,
Digital,
CMOS
CMOS
CMOS
CMOS
CMOS
9-28/16
9-28/16
9-29/6
9-29/6
9-29/6
1-25
II
PRODUCT INDEX
Device No.
Family
Page/ltem
Family
4049BFC
Interface
Digital, CMOS
Interface
Digital, CMOS
8·12/8
9-28/12
8-12/8
9-28/12
Interface
Digital, CMOS
Interface
Digital, CMOS
Interface
Digital, CMOS
8-12/8
9-2.8/12
8-12/8
9-28/12
8-12/9
9-28/13
Interface
Digital, CMOS
Interface
Digital, CMOS
8-12/9
9-28/13
8-12/9
9-28/13
Interface
Digital, CMOS
Interface
Digital, CMOS
Interface
Digital, CMOS
8-12/9
9-28/13
8-12/9
9-28/13
8-12/9
9-28/13
Interface
Digital, CMOS
Interface
Digital, CMOS
8-12/9
9-28/13
8-16/4
9-31/1,
9-33/8
8-16/4
9-31/ 1,
9-33/8
8-16/4
9-31/1,
9-33/8
4042BFC
4042BFM
4042BFMQB
4042BPC
4043BDC
Digital.
Digital,
Digital,
Digital,
Digital,
CMOS
CMOS
CMOS
CMOS
CMOS
9·29/6
9·29/6
9-29/8
9-29/6
9-29/7
4043BDM
4043BDMQB
4043BFC
4043BFM
4043BFMQB
Digital,
Digital,
Digital,
Digital,
Digital,
CMOS
CMOS
CMOS
CMOS
CMOS
9-29/7
9-29/7
9-29/7
9-29/7
9-29/7
4043BPC
4044BDC
4044BDM
4044BDMQB
4044BFC
Digital,
Digital,
Digital,
Digital,
Digital,
CMOS
CMOS
CMOS
CMOS
CMOS
9-29/7
9-29/8
9-29/8
9-29/8
9-29/8
4044BFM
4044BFMQB
4044BPC
4045BDC
4045BDM
Digital,
Digital,
Digital,
Digital,
Digital,
CMOS
CMOS
CMOS
CMOS
CMOS
9-29/8
9-29/8
9-29/8
9-32/12
9-32/12
4045BDMQB
4045BFC
4045BFM
4045BFMQB
4045BPC
Digital,
Digital,
Digital,
Digital,
Digital,
CMOS
CMOS
CMOS
CMOS
CMOS
9-32/12
9-32/12
9-32/12
9-32/12
9-32/12
4050BPC
4046BDC
4046BDM
4046BDMQB
4046BFC
4046BFM
Digital,
Digital,
Digital,
Digital,
Digital,
CMOS
CMOS
CMOS
CMOS
CMOS
9-33/4
9-33/4
9-33/4
9-33/4
9-33/4
4051BDM
Interface
Digital, CMOS
4051BDMQB
Interface
Digital, CMOS
4046BFMQB
4046BPC
4047BDC
4047BDM
4047BDMQB
Digital,
Digital,
Digital,
Digital,
Digital,
CMOS
CMOS
CMOS
CMOS
CMOS
9-33/4
9-33/4
9-33/2
9-33/2
9-33/2
4051BFC
Interface
Digital, CMOS
4051BFM
4047BFC
4047BFM
4047BFMQB
4047BPC
4049BDC
Digital, CMOS
Digital, CMOS
Digital, CMOS
Digital, CMOS
Interface
Digital, CMOS
9-33/2
9-33/2
9-33/2
9-33/2
8-12/8
9-28/12
Interface
Digital, CMOS
4051BFMQB
Interface
Digital, CMOS
4051BPC
Interface
Digital, CMOS
Interface
Digital, CMOS
Interface
Digital, CMOS
8-12/8
9-28/12
8-12/8
9-28/12
4049BDM
4049BDMQB
4049BFM
4049BFMQB
4049BPC
4050BDC
4050BDM
4050BDMQB
4050BFC
4050BFM
4050BFMQB
4051BDC
1-26
Page/ltem
Device No.
8-16/4
9-31/1,
9-33/8
8-16/4
9-31/1,
9-33/8
8-16/4
9-31/1,
9-33/8
8-16/4
9-31/1,
9-33/8
PRODUCT INDEX
Device No.
Family
4052BDC
Interface
Digital, CMOS
4052BDM
Interface
Digital, CMOS
4052BDMQB
Interface
Digital, CMOS
4052BFC
Interface
Digital, CMOS
4052BFM
Interface
Digital, CMOS
Page/Item
8·16/5
9·30/17,
9-33/7
8·16/5
9·30/17,
9-33/7
4066BPC
8-16/5
9-30/17,
9-3317
8-16/5
9-30/17,
9·33/7
4067BDMQB
Interface
Digital, CMOS
4052BPC
Interface
Digital, CMOS
4053BDC
Interface
Digital, CMOS
8·16/5
9·30/17,
9·33/7
8-16/6
9-33/9
4053BDM
Interface
Digital, CMOS
Interface
Digital, CMOS
8·16/6
9·33/9
8·16/6
9-33/9
Interface
Digital, CMOS
Inferface
Digital, CMOS
8·16/6
9·33/9
8-16/6
9·33/9
Interface
Digital, CMOS
Interface
Digital, CMOS
Interface
Digital, CMOS
8-16/6
Interface
Digital, CMOS
Interface
Digital, CMOS
8·16/7
9-33/6
8-1617
9·33/6
Interface
Digital, CMOS
Interface
Digital, CMOS
Interface
Digital, CMOS
8·16/7
9·33/6
8-16/7
9-33/6
4053BFC
4053BFM
4053BFMQB
4053BPC
4066BDC
4066BDM
4066BDMQB
4066BFC
4066BFM
4066BFMQB
Interface
Digital, CMOS
Interface
Digital, CMOS
8-16/8
9-33/10
8·16/8
9-33/10
Interface
Digital, CMOS
Interface
Digital, CMOS
8-16/8
9·33/10
8-16/8
9-33/10
Interface
Digital, CMOS
Interface
Digital, CMOS
8·16/8
9·33/10
8-16/8
9-33/10
4068BDC
4068BDM
4068BDMQB
4068BFC
Digital,
Digital,
Digital,
Digital,
CMOS
CMOS
CMOS
CMOS
9-27/20
9-27/20
9-27/20
9-27/20
4068BFM
4068BFMQB
4068BPC
4069UBDC
4069UBDM
Digital,
Digital,
Digital,
Digital,
Digital,
CMOS
CMOS
CMOS
CMOS
CMOS
9-27/20
9·27/20
9·27/20
9-28/11
9·28/11
4069UBDMQB
4069UBFC
4069UBFM
4069UBFMQB
4069UBPC
Digital,
Digital,
Digital,
Digital,
Digital,
CMOS
CMOS
CMOS
CMOS
CMOS
9-28/11
9·28/11
9-28/11
9-28/11
9·28/11
4070BDC
4070BDM
4070BDMQB
4070BFC
4070BFM
Digital,
Digital,
Digital,
Digital,
Digital,
CMOS
CMOS
CMOS
CMOS
CMOS
9-28/18
9-28/18
9-28/18
9·28/18
9-28/18
4070BFMQB
4070BPC
4071BDC
4071BDM
4071BDMQB
Digital,
Digital,
Digital,
Digital,
Digital,
CMOS
CMOS
CMOS
CMOS
CMOS
9·28/18
9-28/18
9·28/8
9-28/8
9-28/8
4071BFC
4071BFM
4071BFMQB
4071BPC
4072BDC
Digital,
Digital,
Digital,
Digital,
Digital,
CMOS
CMOS
CMOS
CMOS
CMOS
9-28/8
9·28/8
9-28/8
9-28/8
9·28/9
4067BFC
4067BFM
4067BFMQB
4067BPC
8·16/7
9-33/6
1-27
Page/Item
8·1617
9-33/6
8-16/8
9·33/10
4067BDM
9·33/9
8-16/6
9·33/9
8-16/7
9·33/6
Family
Interface
Digital, CMOS
Interface
Digital, CMOS
4067BDC
8-16/5
9·30/17,
9-33/7
8-16/5
9-30/17,
9-33/7
4052BFMQB
4053BDMQB
Device No.
II
PRODUCT INDEX
Device No.
Family
Page/Item
Device No.
Family
Page/Item
4072BDM
4072BDMQB
4072BFC
4072BFM
4072BFMQB
Digital,
Digital,
Digital,
Digital,
Digital,
CMOS
CMOS
CMOS
CMOS
CMOS
9·28/9
9-28/9
9-28/9
9-28/9
9-28/9
4081BFM
4081BFMQB
4081BPC
4082BDC
4082BDM
Digital,
Digital,
Digital,
Digital,
Digital,
CMOS
CMOS
CMOS
CMOS
CMOS
9-28/5
9-28/5
9-28/5
9-28/7
9-28/7
4072BPC
4073BDC
4073BDM
4073BDMQB
4073BFC
Digital,
Digital,
Digital,
Digital,
Digital,
CMOS
CMOS
CMOS
CMOS
CMOS
9-28/9
9-28/6
9-28/6
9-28/6
9-28/6
4082BDMQB
4082BFC
4082BFM
4082BFMQB
4082BPC
Digital,
Digital,
Digital,
Digital,
Digital,
CMOS
CMOS
CMOS
CMOS
CMOS
9-28/7
9-28/7
9-28/7
9-28/7
9-28/1
4073BFM
4073BFMQB
4073BPC
4075BDC
4075BDM
Digital,
Digital,
Digital,
Digital,
Digital,
CMOS
CMOS
CMOS
CMOS
CMOS
9-28/6
9-28/6
9-28/6
9-28/10
9-28/10
4085BDC
4085BDM
4085BDMQB
4085BFC
4085BFM
Digital,
Digital,
Digital,
Digital,
Digital,
CMOS
CMOS
CMOS
CMOS
CMOS
9-28/20
9-28/20
9-28/20
9-28/20
9-28/20
4075BDMQB
4075BFC
4075BFM
4075BFMQB
4075BPC
Digital,
Digital,
Digital,
Digital,
Digital,
CMOS
CMOS
CMOS
CMOS
CMOS
9-28/10
9-28/10
9-28/10
9-28/10
9-28/10
4085BFMQB
4085BPC
4086BDC
4086BDM
4086BDMQB
Digital,
Digital,
Digital,
Digital,
Digital,
CMOS
CMOS
CMOS
CMOS
CMOS
9-28/20
9-28/20
9-28/21
9-28/21
9-28/21
4076BDC
4076BDM
4076BDMQB
4076BFC
4076BFM
Digital,
Digital,
Digital,
Digital,
Digital,
CMOS
CMOS
CMOS
CMOS
CMOS
9-29/4
9-29/4
9-29/4
9-29/4
9-29/4
4086BFC
4086BFM
4086BFMQB
4086BPC
4093BDC
Digital,
Digital,
Digital,
Digital,
Digital,
CMOS
CMOS
CMOS
CMOS
CMOS
9-28/21
9-28/21
9-28/21
9-28/21
9-28/23
4076BFMQB
4076BPC
4077BDC
4077BDM
4077BDMQB
Digital,
Digital,
Digital,
Digital,
Digital,
CMOS
CMOS
CMOS
CMOS
CMOS
9-29/4
9-29/4
9-28/19
9-28/19
9-28/19
4093BDM
4093BDMQB
4093BFC
4093BFM
4093BFMQB
Digital,
Digital,
Digital,
Digital,
Digital,
CMOS
CMOS
CMOS
CMOS
CMOS
9-28/23
9-28/23
9-28/23
9-28/23
9-28/23
4077BFC
4077BFM
4077BFMQB
4077BPC
4078BDC
Digital,
Digital,
Digital,
Digital,
Digital,
CMOS
CMOS
CMOS
CMOS
CMOS
9-28/19
9-28/19
9-28/19
9-28/19
9-28/4
4093BPC
4104BDC
4104BDM
4104BDMQB
4104BFC
Digital, CMOS
Interface
Interface
Interface
Interface
9-28/23
8-12/10
8-12/10
8-12/10
8-12/10
4078BDM
4078BDMQB
4078BFC
4078BFM
4078BFMQB
Digital,
Digital,
Digital,
Digital,
Digital,
CMOS
CMOS
CMOS
CMOS
CMOS
9-28/4
9-28/4
9-28/4
9-28/4
9-28/4
4104BFM
4104BFMQB
4104BPC
4510BDC
4510BDM
Interface
Interface
Interface
Digital, CMOS
Digital, CMOS
8-12/10
8-12/10
8-12/10
9-31/ 11
9-31/11
4078BPC
4081BDC
4081BDM
4081BDMQB
4081BFC
Digital,
Digital,
Digital,
Digital,
Digital,
CMOS
CMOS
CMOS
CMOS
CMOS
9-28/4
9-28/5
9-28/5
9-28/5
9-28/5
4510BDMQB
4510BFC
4510BFM
4510BFMQB
4510BPC
Digital,
Digital,
Digital,
Digital,
Digital,
9-31/11
9-31/11
9-31/11
9-31/ 11
9-31/ 11
1-28
CMOS
CMOS
CMOS
CMOS
CMOS
PRODUCT INDEX
Device No.
Family
4511BDC
Interface
Digital, CMOS
4511BDM
Interface
Digital, CMOS
4511BDMQB
Interface
Digital, CMOS
4511BFC
Interface
Digital, CMOS
4511BFM
Interface
Digital, CMOS
4511BFMQB
Interface
Digital, CMOS
Page/ltem
Device No.
8-7/5
9-29/11,
9-31/2
8-7/5
9-29/11,
9-31/2
8-7/5
9-29/11,
9-31/2
8-7/5
9-29/11,
9-31/2
8-7/5
9-29/11,
9-31/2
8-7/5
9-29/11,
9-31/2
4511BPC
Interface
Digital, CMOS
4512BDC
4512BDM
4512BDMQB
Digital, CMOS
Digital, CMOS
Digital, CMOS
8-7/5
9-29/11,
9-31/2
9-29/17
9-29/17
9-29/17
4512BFC
4512BFM
4512BFMQB
4512BPC
4514BDC
Digital,
Digital,
Digital,
Digital,
Digital,
CMOS
CMOS
CMOS
CMOS
CMOS
9-29/17
9-29/17
9-29/17
9-29/17
9-30/15
4514BDM
4514BDMQB
4514BFC
4514BFM
4514BFMQB
Digital,
Digital,
Digital,
Digital,
Digital,
CMOS
CMOS
CMOS
CMOS
CMOS
9-30/15
9-30/15
9-30/15
9-30/15
9-30/15
4514BPC
4515BDC
4515BDM
4515BDMQB
4515BFC
Digital,
Digital,
Digital,
Digital,
Digital,
CMOS
CMOS
CMOS
CMOS
CMOS
9-30/15
9-30/16
9-30/16
9-30/16
9-30/16
4515BFM
4515BFMQB
4515BPC
4516BDC
4516BDM
Digital,
Digital,
Digital,
Digital,
Digital,
CMOS
CMOS
CMOS
CMOS
CMOS
9-30/16
9-30/16
9-30/16
9-31/12
9-31/12
4516BDMQB
4516BFC
4516BFM
4516BFMQB
4516BPC
Digital,
Digital,
Digital,
Digital,
Digital,
CMOS
CMOS
CMOS
CMOS
CMOS
9-31/12
9-31/12
9-31/12
9-31/12
9-31/12
1-29
Family
Page/ltem
4518BDC
4518BDM
4518BDMQB
4518BFC
4518BFM
Digital,
Digital,
Digital,
Digital,
Digital,
CMOS
CMOS
CMOS
CMOS
CMOS
9-32/3
9-32/3
9-32/3
9-32/3
9-32/3
4518BFMQB
4518BPC
4519BDC
4519BDM
4519BDMQB
Digital,
Digital,
Digital,
Digital,
Digital,
CMOS
CMOS
CMOS
CMOS
CMOS
9-32/3
9-32/3
9-29/15
9-29/15
9-29/15
4519BFC
4519BFM
4519BFMQB
4519BPC
4520BDC
Digital,
Digital,
Digital,
Digital,
Digital,
CMOS
CMOS
CMOS
CMOS
CMOS
9-29/15
9-29/15
9-29/15
9-29/15
9-32/4
4520BDM
4520BDMQB
4520BFC
4520BFM
4520BFMQB
Digital,
Digital,
Digital,
Digital,
Digital,
CMOS
CMOS
CMOS
CMOS
CMOS
9-32/4
9-32/4
9-32/4
9-32/4
9-32/4
4520BPC
4521BDC
4521BDM
4521BDMQB
4521BFC
Digital,
Digital,
Digital,
Digital,
Digital,
CMOS
CMOS
CMOS
CMOS
CMOS
9-32/4
9-32/13
9-32/13
9-32/13
9-32/13
4521BFM
4521BFMQB
4521BPC
4522BDC
4522BDM
Digital,
Digital,
Digital,
Digital,
Digital,
CMOS
CMOS
CMOS
CMOS
CMOS
9-32/13
9-31/9
9-31/9
4522BDMQB
4522BFC
4522BFM
4522BFMQB
4522BPC
Digital,
Digital,
Digital,
Digital,
Digital,
CMOS
CMOS
CMOS
CMOS
CMOS
9-31/9
9-31/9
9-31/9
9-31/9
9-31/9
4526BDC
4526BDM
4526BDMQB
4526BFC
4526BFM
Digital,
Digital,
Digital,
Digital,
Digital,
CMOS
CMOS
CMOS
CMOS
CMOS
9-31/10
9-31/10
9-31/10
9-31/10
9-31/10
4526BFMQB
4526BPC
4527BDC
4527BDM
4527BDMQB
Digital,
Digital,
Digital,
Digital,
Digital,
CMOS
CMOS
CMOS
CMOS
CMOS
9-31/10
9-31/10
9-34/9
9-34/9
9-34/9
9-32/13
9-32/13
I
PRODUCT INDEX
Device No.
Family
Device No.
Page I Item
4527BFC
4527BFM
4527BFMQB
4527BPC
4528BDC
Digital,
Digital,
Digital,
Digital,
Digital,
CMOS
CMOS
CMOS
CMOS
CMOS
9-34/9
9-34/9
9-34/9
9-34/9
9-33/1
4528BDM
4528BDMQB
4528BFC
4528BFM
4528BFMQB
Digital,
Digital,
Digital,
Digital,
Digital,
CMOS
CMOS
CMOS
CMOS
CMOS
9-33/1
9-33/1
9-33/1
9-33/1
9-33/1
4528BPC
4531BDC
4531BDM
4531BDMQB
4531BFC
Digital,
Digital,
Digital,
Digital,
Digital,
CMOS
CMOS
CMOS
CMOS
CMOS
9-33/1
9-34/10
9-34/10
9-34/10
9-34/10
4531BFM
4531BFMQB
4531BPC
4532BDC
4532BDM
Digital,
Digital,
Digital,
Digital,
Digital,
CMOS
CMOS
CMOS
CMOS
CMOS
9-34/10
9-34/10
9-34/10
9-34/11
9-34/11
4532BDMQB
4532BFC
4532BFM
4532BFMQB
4532BPC
Digital,
Digital,
Digital,
Digital,
Digital,
CMOS
CMOS
CMOS
CMOS
CMOS
9-34/11
9-34/11
9-34/11
9-34/11
9-34/11
4534BDC
4534BDM
4534BDMQB
4534BFC
4534BFM
Digital,
Digital,
Digital,
Digital,
Digital,
CMOS
CMOS
CMOS
CMOS
CMOS
9-32/14
9-32/14
9-32/14
9-32/14
9-32/14
4534BFMQB
4534BPC
4538BDC
4538BDM
4538BDMQB
Digital,
Digital,
Digital,
Digital,
Digital,
CMOS
CMOS
CMOS
CMOS
CMOS
9-32/14
9-32/14
9-33/3
9-33/3
9-33/3
4538BFC
4538BFM
4538BFMQB
4538BPC
4539BDC
Digital,
Digital,
Digital,
Digital,
Digital,
CMOS
CMOS
CMOS
CMOS
CMOS
9-33/3
9-33/3
9-33/3
9-33/3
9-29/16
4539BDM
4539BDMQB
4539BFC
4539BFM
4539BFMQB
4539BPC
Digital,
Digital,
Digital,
Digital,
Digital,
Digital,
CMOS
CMOS
CMOS
CMOS
CMOS
CMOS
9-29/16
9-29/16
9-29/16
9-29/16
9-29/16
9-29/16
Family
Page I Item
4543BDC
Interface
Digital, CMOS
8-7/7
9-29/12,
9-31/3
4543BDM
Interface
Digital, CMOS
4543BDMQB
Interface
Digital, CMOS
8-717
9-29/12,
9-31/3
8-7/7
9-29/12,
9-31/3
4543BFC
Interface
Digital, CMOS
4543BFM
Interface
Digital, CMOS
8-7/7
9-29/12,
9-31/3
8-7/7
9-29/12,
9-31/3
4543BFMQB
4543BPC
1-30
Interface
Digital, CMOS
Interface
8-7/7
9-29/12,
9-31/3
8-7/7
Digital, CMOS
9-29/12,
9-31/3
4553BDC
4553BDM
4553BDMQB
4553BFC
4553BFM
Digital,
Digital,
Digital,
Digital,
Digital,
CMOS
CMOS
CMOS
CMOS
CMOS
9-32/15
9-32/15
9-32/15
9-32/15
9-32/15
4553BFMQB
4553BPC
4555BDC
4555BDM
4555BDMQB
Digital,
Digital,
Digital,
Digital,
Digital,
CMOS
CMOS
CMOS
CMOS
CMOS
9-32/15
9-32/15
9-30/12
9-30/12
9-30/12
4555BFC
4555BFM
4555BFMQB
4555BPC
Digital,
Digital,
Digital,
Digital,
CMOS
CMOS
CMOS
CMOS
9-30/12
9-30/12
9-30/12
9-30/12
4556BDC
4556BDM
4556BDMQB
4556BFC
4556BFM
4556BFMQB
Digital,
Digital,
Digital,
Digital,
Digital,
Digital,
CMOS
CMOS
CMOS
CMOS
CMOS
CMOS
9-30/13
9-30/13
9-30/13
9-30/13
9-30/13
9-30/13
4556BPC
4557BDC
4557BDM
4557BDMQB
4557BFC
Digital,
Digital,
Digital,
Digital,
Digital,
CMOS
CMOS
CMOS
CMOS
CMOS
9-30/13
9-30/10
9-30/10
9-30/10
9-30/10
PRODUCT INDEX
Device No.
Family
Page/ltem
4557BFM
4557BFMQB
4557BPC
4560BDC
4560BDM
Digital,
Digital,
Digital,
Digital,
Digital,
CMOS
CMOS
CMOS
CMOS
CMOS
9·30/10
9-30/10
9-30/10
9-34/2
9-34/2
4560BDMQB
4560BFC
4560BFM
4560BFMQB
4560BPC
Digital,
Digital,
Digital,
Digital,
Digital,
CMOS
CMOS
CMOS
CMOS
CMOS
9-34/2
9-34/2
9-34/2
9-34/2
9-34/2
4561BDC
4561BDM
4561BDMQB
4561BFC
4561BFM
Digital,
Digital,
Digital,
Digital,
Digital,
CMOS
CMOS
CMOS
CMOS
CMOS
9-34/12
9-34/12
9-34/12
9-34/12
9-34/12
4561BFMQB
4561BPC
4566BDC
4566BDM
4566BDMQB
Digital,
Digital,
Digital,
Digital,
Digital,
CMOS
CMOS
CMOS
CMOS
CMOS
9,34/12
9-34/12
9-32/19
9-32/19
9-32/19
4566BFC
4566BFM
4566BFMQB
4566BPC
4581BDC
Digital,
Digital,
Digital,
Digital,
Digital,
CMOS
CMOS
CMOS
CMOS
CMOS
9-32/19
9-32/19
9,32/19
9-32/19
9-34/8
4581BDM
4581BDMQB
4581BFC
4581BFM
4581BFMQB
Digital,
Digital,
Digital,
Digital,
Digital,
CMOS
CMOS
CMOS
CMOS
CMOS
9-34/8
9-34/8
9-34/8
9-34/8
9-34/8
4581BPC
4582BDC
4582BDM
4582BDMQB
4582BFC
Digital,
Digital,
Digital,
Digital,
Digital,
CMOS
CMOS
CMOS
CMOS
CMOS
9-34/8
9-34/3
9-34/3
9-34/3
9-34/3
4582BFM
4582BFMQB
4582BPC
4583BDC
4583BDM
Digital,
Digital,
Digital,
Digital,
Digital,
CMOS
CMOS
CMOS
CMOS
CMOS
9-34/3
9-34/3
9-34/3
9-28/24
9-28/24
4583BDMQB
4583BFC
4583BFM
4583BFMQB
4583BPC
Digital,
Digital,
Digital,
Digital,
Digital,
CMOS
CMOS
CMOS
CMOS
CMOS
9-28/24
9-28/24
9-28/24
9-28/24
9-28/24
Device No.
Family
4702BDC
Digital, CMOS
Microcomputers
Digital, CMOS
Microcomputers
Digital, CMOS
Microcomputers
9-32/11
11-24/1
9-32/11
11-24/1
9-32/11
11-24/1
Digital, CMOS
Microcomputers
Digital, CMOS
Microcomputers
9-32/11
11-24/1
9-32/11
11-24/1
Digital, CMOS
Microcomputers
Digital, CMOS
Microcomputers
Memories
Microcomputers
9-32/11
11-24/1
9-32/11
11-24/1
10-9/14
11-24/2
Memories
Microcomputers
Memories
Microcomputers
10-9/14
11-2412
10-9/14
11-24/2
Memories
Microcomputers
Memories
Microcomputers
Memories
Microcomputers
10-9/14
11-24/2
10-9/14
11-24/2
10-9/14
11-24/2
Memories
Microcomputers
Digital, CMOS
Microcomputers
10-9/14
11-24/2
9-34/5
11-24/3
Digital, CMOS
Microcomputers
Digital, CMOS
Microcomputers
Digital, CMOS
Microcomputers
9-34/5
11-24/3
9-34/5
11-24/3
9-34/5
11-24/3
Digital, CMOS
Microcomputers
Digital, CMOS
Microcomputers
9-34/5
11-24/3
9-34/5
11-24/3
Digital, CMOS
Microcomputers
Digital, CMOS
Microcomputers
Digital, CMOS
Microcomputers
9-34/5
11-24/3
9-34/8
11-24/4
9-34/6
11-24/4
4702BDM
4702BDMQB
4702BFC
4702BFM
4702BFMQB
4702BPC
4703BDC
4703BDM
4703BDMQB
4703BFC
4703BFM
4703BFMQB
4703BPC
4704BDC
4704BDM
4704BDMQB
4704BFC
4704BFM
4704BFMQB
4704BPC
4705BDC
4705BDM
1-31
Page/ltem
I
PRODUCT INDEX
Device No.
470SBDMOB
470SBFC
470SBFM
470SBFMOB
470SBPC
4706BDC
4706BDM
4706BDMOB
4706BFC
4706BFM
4706BFMOB
4706BPC
4707BDC
4707BDM
4707DMOB
4707BFC
4707BFM
4707BFMOB
4707BPC
4708BDC
4708BDM
4708BDMOB
Family
Page/Item
Digital, CMOS
Microcomputers
Digital, CMOS
Microcomputers
9·34/6
11·24/4
9·34/6
11·24/4
Digital, CMOS
Microcomputers
Digital, CMOS
Microcomputers
Digital, CMOS
Microcomputers
9·34/6
11·24/4
9·34/6
11·24/4
9·34/6
11-24/4
Memories
Microcomputers
Memories
Microcomputers
10·9/15
11-24/5
10-9/15
11-24/5
Memories
Microcomputers
Memories
Microcomputers
Memories
Microcomputers
10·9/15
11-24/5
10-9/15
11-24/5
10-9/15
11·24/5
Memories
Microcomputers
Memories
Microcomputers
10-9/15
11-24/5
10-9/15
11-24/5
Digital, CMOS
Microcomputers
Digital, CMOS
Microcomputers
Digital, CMOS
Microcomputers
9·34/7
11·24/6
9-34/7
11·24/6
9·34/7
11-24/6
Digital, CMOS
Microcomputers
Digital, CMOS
Microcomputers
9·34/7
11-24/6
9·34/7
11-24/6
Digital, CMOS
Microcomputers
Digital, CMOS
Microcomputers
Digital, CMOS
Microcomputers
9·34/7
11·24/6
9-34/7
11-24/6
9·34/13
11-24/7
Digital, CMOS
Microcomputers
Digital, CMOS
Microcomputers
9·34/13
11-2417
9·34/13
11-24/7
Device No.
4708BPC
Page/Item
Digital, CMOS
Microcomputers
Memories
Microcomputers
Memories
Microcomputers
9·34/13
11·24/7
10·6/9
11·24/8
10·6/9
11·24/8
Memories
Microcomputers
Memories
Microcomputers
10·6/9
11·24/8
10·6/9
11-24/8
4720BDC
4720BDM
4720BDMOB
4720BFC
4720BFM
Memories
Memories
Memories
Memories
Memories
10·6/11
10·6/11
10-6/11
10-6/11
10-6/11
4720BFMOB
4720BPC
4721BDC
4721BDM
4721BDMOB
Memories
Memories
Memories
Memories
Memories
10·6/11
10·6/11
10·6/12
10·6/12
10-6/12
4721BFC
4721BFM
4721BFMOB
4721BPC
4722BDC
Memories
Memories
Memories
Memories
Digital, CMOS
10·6/12
10-6/12
10·6/12
10·6/12
9-32/18
4722BDM
4722BDMOB
4722BFC'
4722BFM
4722BFMOB
Digital,
Digital,
Digital,
Digital,
Digital,
CMOS
CMOS
CMOS
CMOS
CMOS
9·32/18
9-32/18
9-32/18
9·32/18
9-32/18
4722BPC
4723BDC
4723BDM
4723BDMOB
4723BFC
Digital,
Digital,
Digital,
Digital,
Digital,
CMOS
CMOS
CMOS
CMOS
CMOS
9-32/18
9-29/9
9-29/9
9·29/9
9-29/9
4723BFM
4723BFMOB
4723BPC
4724BDC
4724BDM
Digital,
Digital,
Digital,
Digital,
Digital,
CMOS
CMOS
CMOS
CMOS
CMOS
9·29/9
9-29/9
9·29/9
9-29/10
9-29/10
4724BDMOB
4724BfC
4724BFM
4724BFMOB
4724BPC
Digital,
Digital,
Digital,
Digital,
Digital,
CMOS
CMOS
CMOS
CMOS
CMOS
9·29/10
9-29/10
9-29/10
9·29/10
9·29/10
4710BDC
4710BDM
4710BDMOB
4710BPC
1·32
Family
PRODUCT INDEX
Device No.
Page/ltem
Family
Device No.
Family
Pagel Item
4725BDC
4725BDM
4725BDMQB
4725BFC
4725BFM
Memories
Memories
Memories
Memories
Memories
10·6/10
10·6/10
10-6/10
10-6/10
10-6/10
4737BDM
4737BDMQB
4737BFC
4737BFM
4737BFMQB
Digital,
Digital,
Digital,
Digital,
Digital,
CMOS
CMOS
CMOS
CMOS
CMOS
9·32/17
9-32/17
9-32/17
9-32/17
9-32/17
4725BFMQB
4725BPC
4727BDC
4727BDM
4727BDMQB
Memories
Memories
Digital, CMOS
Digital, CMOS
Digital, CMOS
10-6/10
10-6/10
9-32/16
9-32/16
9-32/16
4737BPC
4741BDC
Digital, CMOS
Interface
Digital, CMOS
Interface
Digital, CMOS
9-32/17
8-16/9
9-33/11
8-16/9
9-33/11
4727BFC
4727BFM
4727BFMQB
4727BPC
4731BDC
Digital,
Digital,
Digital,
Digital,
Digital,
CMOS
CMOS
CMOS
CMOS
CMOS
9-32/16
9-32/16
9-32/16
9-32/16
9-30/8
4741BDMQB
Digital,
Digital,
Digital,
Digital,
Digital,
CMOS
CMOS
CMOS
CMOS
CMOS
9-30/8
9-30/8
9-30/8
9-30/8
9-30/8
8-16/9
9-33/11
8-16/9
9-33/11
8-16/9
9-33/11
4731BDM
4731BDMQB
4731BFC
4731BFM
4731BFMQB
Interface
Digital, CMOS
Interface
Digital, CMOS
Interface
Digital, CMOS
Interface
Digital, CMOS
Interface
Digital, CMOS
8-16/9
9-33/11
8-16/9
9-33/11
4731BPC
4734BDC
Digital, CMOS
Interface
Digital, CMOS
9-30/8
8-7/6
9-29/13,
9-31/4
4734BDM
Interlace
Digital, CMOS
8-7/6
9-29/13,
9-31/4
8-7/6
9-29/13,
9-31/4
4N25
4N26
4N27
4N28
4N29
Optoelectronics
Optoelectronics
Optoelectronics
Optoelectronics
Optoelectronics
4-10/10
4-10/11
4-10/12
4-10/13
4-14/13
4N30
4N31
4N32
4N33
4N35
Optoelectronics
Optoelectronics
Optoelectronics
Optoelectronics
Optoelectronics
4-14/14
4-14/15
4-14/16
4-14/17
4-10/14
Optoelectronics
Optoelectronics
Digital, TIL
Digital, TIL
Digital. TIL
4-10/15
4-10/16
9-3/6
9-3/6
9-3/6
4734BPC
Interface
Digital, CMOS
4741BDM
4741BFC
4741BFM
4741BFMQB
4741BPC
4735BDC
4735BDM
4735BDMQB
4735BFC
4735BFM
Memories
Memories
Memories
Memories
Memories
10-8/12
10-8/12
10-8/12
1.0-8/12
10-8/12
4N36
4N37
5400DM
5400DMQB
5400FM
4735BFMQB
4735BPC
4736BDC
4736BDM
4736BDMQB
Memories
Memories
Memoriea
Memories
Memories
10-8/12
10-8/12
10-6/13
10-6/13
10-6/13
5400FMQB
5401DM
5401DMQB
5401FM
5401FMQB
Digital,
Digital,
Digital,
Digital,
Digital,
TIL
TTL
TIL
TTL
TIL
9-3/6
9-3/8
9-3/8
9-3/8
9-3/8
4736BFC
4736BFM
4736BFMQB
4736BPC
4737BDC
Memories
Memories
Memories
Memories
Digital. CMOS
10-6/13
10-6/13
10-6/13
10-6/13
9-32/17
5402DM
5402DMQB
5402FM
5402FMQB
5403DM
Digital,
Digital,
Digital,
Digital,
Digital,
TIL
TIL
TIL
TIL
TIL
9-4/1
9-4/1
9-4/1
9-4/1
9-3/7
1-33
I
PRODUCT INDEX
Device No.
Family
Pagelltem
Device No.
Family
Pagel Item
5403DMOB
5403FM
5403FMOB
5404DM
5404DMOB
Digital,
Digital,
Digital,
Digital,
Digital,
TTL
TTL
TTL
TTL
TTL
9·3/7
9·3/7
9·3/7
9·3/1
9·3/1
54116FM
54116FMOB
5412DM
5412DMOB
5412FM
Digital,
Digital,
Digital,
Digital,
Digital,
TTL
TTL
TTL
TTL
TTL
9·8/9
9·8/9
9·3/15
9·3115
9·3115
5404FM
5404FMOB
5405DM
5405DMOB
5405FM
Digital,
Digital,
Digital,
Digital,
Digital,
TTL
TTL
TTL
TTL
TTL
9·3/1
9·3/1
9·3/2
9·3/2
9·3/2
5412FMOB
54121DM
54121DMOB
54121FM
54121FMOB
Digital,
Digital,
Digital,
Digital,
Digital,
TTL
TTL
TTL
TTL
TTL
9·3115
9·17/10
9·17/10
9·17/10
9·17/10
5405FMOB
5406DM
5406DMOB
5406FM
5406FMOB
Digital,
Digital,
Digital,
Digital,
Digital,
TTL
TTL
TTL
TTL
TTL
9·3/2
9·3/4
9·3/4
9-3/4
9-3/4
54122DM
54122DMOB
54122FM
54122FMOB
54123DM
Digital,
Digital,
Digital,
Digital,
Digital,
TTL
TTL
TTL
TTL
TTL
9·17/11
9·17/11
9-17/11
9-17/11
9·17/12
5407DM
5407DMOB
5407FM
5407FMOB
5408DM
Digital,
Digital,
Digital,
Digital,
Digital,
TTL
TTL
TTL
TTL
TTL
9-4/10
9·4/10
9-4/10
9·4/10
9·4/11
54123DMOB
54123FM
54123FMOB
54125DM
54125DMOB
Digital,
Digital,
Digital,
Digital,
Digital,
TTL
TTL
TTL
TTL
TTL
9-17/12
9-17/12
9-17/12
9-5/16
9-5/16
5408DMOB
5408FM
5408FMOB
5409DM
5409DMOB
Digital,
Digital,
Digital,
Digital,
Digital,
TTL
TTL
TTL
TTL
TTL
9·4/11
9-4/11
9-4/11
9-4/12
9-4/12
54125FM
54125FMOB
54126DM
54126DMOB
54126FM
Digital,
Digital,
Digital,
Digital,
Digital,
TTL
TTL
TTL
TTL
TTL
9·5/16
9-5/16
9-5/17
9·5/17
9-5/17
5409FM
5409FMOB
5410DM
5410DMOB
5410FM
Digital,
Digital,
Digital,
Digital,
Digital,
TTL
TTL
TTL
TTL
TTL
9-4/12
9-4/12
9·3/14
9·3/14
9·3/14
54126FMOB
5413DM
5413DMOB
5413FM
5413FMOB
Digital,
Digital,
Digital,
Digital,
Digital,
TTL
TTL
TTL
TTL
TTL
9-5/17
9-3/17
9-3/17
9-3/17
9·3/17
5410FMOB
54107DM
54107DMOB
54107FM
54107FMOB
Digital,
Digital,
Digital,
Digital,
Digital,
TTL
TTL
TTL
TTL
TTL
9-3/14
9·6/16
9-6/16
9-6/16
9-6/16
54132DM
54132DMOB
54132FM
54132FMOB.
5414DM
Digital,
Digital,
Digital,
Digital,
Digital,
TTL
TTL
TTL
TTL
TTL
9-3/13
·9·3/13
9-3/13
9-3/13
9-3/5
54109DM
54109DMOB
54109FM
54109FMOB
5411DM
Digital,
Digital,
Digital,
Digital,
Digital,
TTL
TTL
TTL
TTL
TTL
9-9/3
9·9/3
9-9/3
9-9/3
9·4/14
5414DMOB
5414FM
5414FMOB
54141DM
Digital, TTL
Digital, TTL
Digital, TTL
Interface
Digital, TTL
9-3/5
9-3/5
9-3/5
8-9/1
9·19/2
5411DMOB
5411FM
5411FMOB
54116DM
54116DMOB
Digital,
Digital,
Digital,
Digital,
Digital,
TTL
TTL
TTL
TTL
TTL
9-4/14
9·4/14
9-4/14
9-8/9
9·8/9
54141DMOB
Interface
Digital, TTL
Interface
.Digital, TTL
Interface
Digital, TTL
8-9/1
9·19/2
8-9/1
9-19/2
8·9/1
9-19/2
54141FM
54141FMOB
1-34
PRODUCT INDEX
Device No.
Family
5416DM
5416DMOB
5416FM
5416FMOB
54160DM
Digital,
Digital,
Digital,
Digital,
Digital,
TTL
TTL
TTL
TTL
TTL
9-3/3
9-3/3
9-3/3
9-3/3
9-16/3
54160DMOB
54160FM
54160FMOB
54161DM
54161DMOB
Digital,
Digital,
Digital,
Digital,
Digital,
TTL
TTL
TTL
TTL
TTL
9-16/3
9-16/3
9-16/3
9-16/5
9-16/5
54161FM
54161FMOB
54162DM
54162DMOB
54162FM
Digital, TTL
Digital, TTL
Digital, TTL
Digital, Tl"L
Digital, TrL
9-16/5
9-16/5
9-16/7
9-16/7
9-16/7
54162FMOB
54163DM
54163DMOB
54163FM
54163FMOB
Digital, TTL
Digital, TTL
Digital, TTL
Digital, TTL
Digital, TTL
9-16/7
9-16/9
9-16/9
9-16/9
9-16/9
54164DM
54164DMOB
54164FM
54164FMOB
54165DM
Digital,
Digital,
Digital,
Digital,
Digital,
TTL
TTL
TTL
TTL
TTL
9-13/5
9-13/5
9-13/5
9-13/5
9-14/4
54165DMOB
54165FM
54165FMOB
54166DM
54166DMOB
Digital,
Digital,
Digital,
Digital,
Digital,
TTL
TTL
TTL
TTL
TTL
9-14/4
9-14/4
9-14/4
9-14/5
9-14/5
54166FM
54166FMOB
54167DM
54167DMOB
54167FM
Digital,
Digital,
Digital,
Digital,
Digital,
TTL
TTL
TTL
TTL
TTL
9-14/5
9-14/5
9-17/4
9-17/4
9-17/4
54167FMOB
5417DM
5417DMOB
5417FM
5417FMOB
Digital,
Digital,
Digital,
Digital,
Digital,
TTL
TTL
TTL
TTL
TTL
9-17/4
9-4/9
9-4/9
54170DM
Digital, TTL
9-8/22,
54170DMOB
Digital, TTL
9-14/15
9-8/22,
9-14/15
54170FM
Digital, TTL
9-8/22,
Interface
Digital, TTL
8-9/2
9-11/8,
9-11/18,
9-19/5
54145DMOB
Interface
Digital, TTL
8-9/2
9-11/8,
9-11/18,
9-19/5
Interface
Digital, TTL
8-912
9-11/8,
9-11/18,
9-19/5
54145FMOB
Interface
Digital, TTL
54150DM
54150DMOB
Digital, TTL
8-912
9-11/8,
9-11/18,
9-19/5
9-10/8
Digital, TTL
9-10/8
54150FM
54150FMOB
54151ADM
54151ADMOB
54151AFM
54151AFMOB
Digital,
Digital,
Digital,
Digital,
Digital,
Digital,
TTL
TTL
TTL
TTL
TTL
TTL
9-10/8
9-10/8
9-10/1
9-10/1
9-10/1
9-10/1
54153DM
54153DMOB
54153FM
54153FMOB
54154DM
Digital,
Digital,
Digital,
Digital,
Digital,
TTL
TTL
TTL
TTL
TTL
9-9/16
9-9/16
9-9/16
9-9/16
9-11/21
54154DMOB
54154FM
54154FMOB
54155DM
54155DMOB
'Digital,
Digital,
Digital,
Digital,
Digital,
TTL
TTL
TTL
TTL
TTL
9-11/21
9-11/21
9-11/21
9-10/13
9-10/13
54155FM
54155FMOB
54156DM
54156DMOB
54156FM
Digital,
Digital,
Digital,
Digital,
Digital,
TTL
TTL
TTL
TTL
TTL
9-10/13
9-10/13
9-10/15
9-10/15
54156FMOB
54157DM
54157DMOB
54157FM
54157FMOB
Digital,
Digital,
Digital,
Digital,
Digital,
TTL
TTL
TTL
TTL
TTL
Pagelltem
Device No.
54145DM
54145FM
Family
Page I Item
9-10/15
9-10/15
9-9/3
9-9/3
9-9/3
9-9/3
9-4/9
9-4/9
9-14/15
1-35
I
PRODUCT INDEX
Device No.
Family
54170FMQB
Digital, TTL
54173DM
54173DMQB
Digital, TTL
Digital, TTL
54173FM
54173FMQB
54174DM
Digital, TTL
Digital, TTL
Digital, TTL
54174DMQB
Digital, TTL
54174FM
Digital, TTL
54174FMQB
Digital, TTL
54175DM
Digital, TTL
54175DMQB
Digital, TTL
54175FM
Digital, TTL
54175FMQB
Digital, TTL
54176DM
54176DMQB
Digital, TTL
Digital, TTL
9·8/2,
9·13/10
9·15/9
9-15/9
54176FM
54176FMQB
54177DM
54177DMQB
54177FM
Digital,
Digital,
Digital,
Digital,
Digital,
TTL
TTL
TTL
TTL
TTL
9-15/9
9·15/9
9-15/10
9·15/10
9·15/10
54177FMQB
54178DM
54178DMQB
54178FM
54178FMQB
Digital,
Digital,
Digital,
Digital,
Digital,
TTL
TTL
TTL
TTL
TTL
9-15/10
9·12/10
9-12/10
9·12/10
9·12/10
54179DM
54179DMQB
54179FM
54179FMQB
54180DM
Digital,
Digital,
Digital,
Digital,
Digital,
TTL
TTL
TTL
TTL
TTL
9·12/11
9·12 I 11
9·12 111
9-12/11
9·21/3
54180DMQB
54180FM
54180FMQB
54181DM
54181DMQB
Digital,
Digital,
Digital,
Digital,
Digital,
TTL
TTL
TTL
TTL
TTL
9·21/3
9-21/3
9·21/3
9·20/10
9·20/10
Page/Item
Device No.
9·8/22,
9-14/15
9-14/18
9·14/18
9-14/18
9·14/18
9-8/11,
9-13/7
9·8/11,
9·13/7
9-8/11,
9-13/7
9-8/11,
9-13/7
9-8/2,
9-13/10
9·8/2,
9-13/10
9·8/2,
9·13/10
1·36
Family
Page/Item
54181FM
54181FMQB
54182DM
54182DMQB
54182FM
Digital,
Digital,
Digital,
Digital,
Digital,
TTL
TTL
TTL
TTL
TTL
9-20/10
9-20/10
9-20/14
9-20/14
9-20/14
54182FMQB
54190DM
54190DMQB
54190FM
54190FMQB
Digital,
Digital,
Digital,
Digital,
Digital,
TTL
TTL
TTL
TTL
TTL
9-20/14
9-16/17
9-16/17
9-16/17
9-16/17
54191DM
54191DMQB
54191FM
54191FMQB
54192DM
Digital,
Digital,
Digital,
Digital,
Digital,
TTL
TTL
TTL
TTL
TTL
9-16/19
9-16/19
9-16/19
9-16/19
9-16/13
54192DMQB
54192FM
54192FMQB
54193DM
54193DMQB
Digital,
Digital,
Digital,
Digital,
Digital,
TTL
TTL
TTL
TTL
TTL
9-16/13
9-16/13
9-16/13
9-16/15
9-16/15
54193FM
54193FMQB
54194DM
54194DMQB
54194FM
Digital,
Digital,
Digital,
Digital,
Digital,
TTL
TTL
TTL
TTL
TTL
9-16/15
9-16/15
9-12/16
9-12/16
9-12/16
54194FMQB
54195DM
54195DMQB
54195FM
54195FMQB
Digital,
Digital,
Digital,
Digital,
Digital,
TTL
TTL
TTL
TTL
TTL
9-12/16
9·12/12
9·12/12
9-12/12
9-12/12
54196DM
Digital, TTL
54196DMQB
Digital, TTL
9·7/17,
9-15/11
9-7 117,
9-15/11
54196FM
Digital, TTL
54196FMQB
Digital, TTL
54197DM
Digital, TTL
54197DMQB
Digital, TTL
54197FM
Digital, TTL
54197FMQB
Digital, TTL
9·7117,
9-15/11
9-7 117,
9·15/11
9-7/19,
9-15/13
9-7/19,
9-15/13
9·7 119,
9·15/13
9·7 119,
9·15/13
PRODUCT INDEX
Device No.
Family
Page/ltem
Device No.
Family
5419SDM
5419SDMOB
5419SFM
5419SFMOB
Digital,
Digital,
Digital,
Digital,
TTL
TTL
TTL
TTL
9-13/2
9·13/2
9·13/2
9-13/2
54293DM
54293DMOB
54293FM
54293FMOB
Digital,
Digital,
Digital,
Digital,
54199DM
54199DMOB
54199FM
54199FMOB
5420DM
Digital,
Digital,
Digital,
Digital,
Digital,
TTL
TTL
TTL
TTL
TIL
9-12/14
9-12/14
9-12/14
9-12/14
9-3/16
5429SDM
Digital, TTL
5429SDMOB
Digital, TTL
5420DMOB
5420FM
5420FMOB
5421DM
5421DMOB
Digital,
Digital,
Digital,
Digital,
Digital,
TTL
TTL
TTL
TIL
TTL
9-3/16
9-3/16
54298FM
Digital, TIL
9-3/16
9-4/16
9-4/16
54298FMOB
Digital, TIL
5421FM
5421FMOB
5422DM
5422DMOB
5422FM
Digital,
Digital,
Digital,
Digital,
Digital,
TTL
TTL
TIL
TTL
TTL
9-4/16
9-4/16
9-3/18
9-3/18
9-3/18
5422FMOB
5423DM
5423DMOB
5423FM
5423FMOB
Digital,
Digital,
Digital,
Digital,
Digital,
TTL
TIL
TTL
TTL
TTL
9-3/18
9-4/5
9-4/5
9-4/5
9-4/5
5430DM
5430DMOB
5430FM
5430FMOB
Digital,
Digital,
Digital,
Digital,
5425DM
5425DMOB
5425FM
5425FMQB
5427DM
5432DM
5432DMOB
5432FM
5432FMOB
5437DM
Digital,
Digital,
Digital,
Digital,
Digital,
TIL
TTL
TTL
TTL
TIL
9-4/4
9-4/4
9 c4/4
9-4/4
9-4/3
Digital, TIL
Digital, TTL
Digital, TTL
Digital, TIL
Interface
Digital, TTL
9-4/17
9-4/17
9-4/17
9-4/17
8-3/2
9-3/10,
9-18/1
5437DMQB
Interface
Digital, TIL
5427DMQB
5427FM
5427FMOB
54279DM
54279DMOB
8-3/2
9-3/10,
9-18/1
Digital,
Digital,
Digital,
Digital,
Digital,
TTL
TTL
TTL
TIL
TTL
9-4/3
9-4/3
9-4/3
9-7 III
9-7 111
5437FM
Interface
Digital, TIL
5437FMOB
54279FM
54279FMOB
542S3DM
54283DMQB
54283FM
Digital,
Digital,
Digital,
Digital,
Digital,
TTL
TTL
TIL
TTL
TIL
9-7 111
9-7 III
9-20/7
9-20/7
9-20/7
Interface
Digital, TTL
8-3/2
9-3/10,
9-18/1
8-3/2
9-3/10,
9-18/1
543SDM
Interface
Digital, TTL
54283FMOB
54290DM
54290DMOB
54290FM
54290FMOB
.Digital,
Digital,
Digital,
Digital,
Digital,
TTL
TIL
TIL
TIL
TTL
9-20/7
9·15/1
9-15/1
9-15/1
9-15/1
543SDMOB
Interface
Digital, TIL
543SFM
Interface
Digital, TTL
543SFMOB
Interface
Digital, TIL
1-37
TIL
TIL
TIL
TIL
Page/ltem
TTL
TTL
TTL
TTL
9·15/6
9-15/6
9-15/6
9-15/6
9-8/5,
9-9112,
9-13/13
9-8/5,
9-9/12,
9-13/13
9-8/5,
9-9/12,
9-13/13
9-8/5,
9·9/12,
9-13/13
9-3/22
9-3/22
9-3/22
9-3/22
8-3/3
9-3/11,
9-18/2
8-3/3
9-3/11,
9-18/2
8-3/3
9-3111,
9·18/2
8-3/3
9-3/11,
9·18/2
I
PRODUCT INDEX
Device No.
Family
Pagelltem
Device No.
Family
Pagelltem
5439DM
5439DMOB
5439FM
5439FMOB
Digital.
Digital,
Digital,
Digital,
TIL
TTL
TIL
TIL
9·3/12
9·3/12
9·3/12
9·3/12
5445DMOB
Interface
Digital, TIL
8·7/9
9·11/3,
9·11/13,
9·19/4
5440DM
Interface
Digital, TIL
5445FM
Interface
Digital, TTL
5440DMOB
Interface
Digital, TIL
8·3/4
9-3/19,
9-18/5
8·3/4
9-3119,
9-18/5
8-7/9
9-11/3,
9-11/13,
9-19/4
5445FMOB
Interface
Digital, TIL
8-7/9
9-11/3,
9-11/13,
9-19/4
5446DM
Interface
Digital, TIL
Interface
Digital, TTL
Interface
Digital, TTL
8-7/10
9-19/12
8-7/10
9-19/12
8·7/10
9-19/12
Interface
Digital, TIL
Interface
Digital, TIL
Interface
Digital, TIL
8-7110
9·19/12
8-7/11
9-19/13
8-7/11
9-19/13
Interface
Digital, TIL
Interface
Digital, TIL
Interface
Digital, TIL
8-7/11
9-19/13
8-7/11
9-19/13
8-7/13
9-19/7
, Interface
Digital, TTL
Interface
Digital, TIL
Interface
Digital, TTL
8-7/13
9-19/7
8;7/13
9-19/7
8-7/13
9-19/7
5450DM
5450DMOB
Interface
Digital, TTL
Interface
Digital, TIL
Digital, TIL
Digital, TIL
8·812
9-19/8
8-8/2
9-19/8
9-5/4
9-5/4
5450FM
5450FMOB
5451DM
5451DMOB
5451FM
Digital, TTL
Digital, TIL
Digital, TTL
Digital, TTL
Digital, TIL
9-5/4
9-5/4
9-5/5
9-5/5
9-5/5
5440FM
Interface
Digital, TIL
440FMOB
Interface
Digital, TIL
8-3/4
9-3/19,
9-18/5
8-3/4
9-3/19,
9-18/5
5446DMOB
Interface
Digital, TIL
Interface
Digital, TIL
8-7/8
9-19/1
8-7/8
9-19/1
5446FM
Interface
Digital, TIL
Interface
Digital, TIL
8-7/8
9-19/1
8-7/8
9-19/1
5447DM
5442DM
Digital, TIL
5447FM
5442DMOB
Digital, TTL
9-11/4,
9-11/14
9·11/4,
9·11/14
5442FM
Digital, TIL
5442FMOB
Digital, TIL
5443DM
5443DMOB
5443FM
5443FMOB
Digital,
Digital,
Digital,
Digital,
TIL
TIL
TIL
TIL
9-11/18
9-11/16
9-11/18
9-11/16
5444DM
5444DMOB
5444FM
5444FMOB
Digital, TIL
Digital, TTL
Digital, TTL
Digital, TIL
9-11/17
9-11/17
9-11/17
9-11/17
5445DM
Interface
Digital, TTL
8-7/9
9-11/3,.
9-11/13,
9-19/4
5441DM
5441DMOB
5441FM
5441FMOB
5446FMOB
5447DMOB
5447FMOB
5448DM
9-11/4,
9-11/14
9-11/4,
9-11/14
5448DMOB
5448FM
5448FMOB
5449FM
5449FMOB
1-38
PRODUCT INDEX
Device No.
Family
Pagelltem
Device No.
Family
5451FMQB
5453DM
5453DMQB
5453FM
5453FMQB
Digital,
Digital,
Digital,
Digital,
Digital,
TTL
TTL
TTL
TTL
TTL
9·5/5
9·5/6
9·5/6
9·5/6
9·5/6
5482FM
5482FMQB
5483ADM
5483ADMQB
5483AFM
Digital,
Digital,
Digital,
Digital,
Digital,
5454DM
5454DMQB
5454FM
5454FMQB
5460DM
Digital,
Digital,
Digital,
Digital,
Digital,
TTL
TTL
TTL
TTL
TTL
9·5/7
9·5/7
9·5/7
9·5/7
9·5/14
5483AFMQB
5485DM
5485DMQB
5485FM
5485FMQB
Digital, TTL
Digital, TTL
Digital, TTL
Digital, TTL
Digital, TTL
9·20/5
9·20/18
9·20/18
9·20/18
9·20/18
5460DMQB
5460FM
5460FMQB
5470DM
5470DMQB
Digital,
Digital,
Digital,
Digital,
Digital,
TTL
TTL
TTL
TTL
TTL
9·5/14
9·5/14
9·5/14
9·6/8
9·6/8
5486DM
5486DMQB
5486FM
5486FMQB
5490ADM
Digital,
Digital,
Digital,
Digital,
Digital,
TTL
TTL
TTL
TTL
TTL
9·4/18
9·4/18
9·4/18
9-4/18
9-15/2
5470FM
5470FMQB
5472DM
5472DMQB
5472FM
Digital,
Digital,
Digital,
Digital,
Digital,
TTL
TTL
TTL
TTL
TTL
9-6/8
9-6/8
9-6/5
9-6/5
9·6/5
5490ADMQB
5490AFM
5490AFMQB
5491DM
5491DMQB
Digital,
Digital,
Digital,
Digital,
Digital,
TTL
TTL
TTL
TTL
TTL
9-15/2
9-15/2
9-15/2
9-14/12
9-14/12
5472FMQB
5473DM
5473DMQB
5473FM
5473FMQB
Digital,
Digital,
Digital,
Digital,
Digital,
TTL
TTL
TTL
TTL
TTL
9-6/5
9-6/15
9-6/15
9-6/15
9-6/15
5491FM
5491FMQB
5492DM
5492DMQB
5492FM
Digital,
Digital,
Digital,
Digital,
Digital,
TTL
TTL
TTL
TTL
TTL
9-14/12
9-14/12
9-15/4
9-15/4
9-15/4
5474DM
5474DMQB
5474FM
5474FMQB
5475DM
Digital,
Digital,
Digital,
Digital,
Digital,
TTL
TTL
TTL
TTL
TTL
9·6/9
9-6/9
9-6/9
9-6/9
9-7/15
5492FMQB
5493ADM
5493ADMQB
5493AFM
5493AFMQB
Digital,
Digital,
Digital,
Digital,
Digital,
TTL
TTL
TTL
TTL
TTL
9-15/4
9-15/7
9-15/7
9-15/7
9-15/7
5475DMQB
5475FM
5475FMQB
5476DM
5476DMQB
Digital,
Digital,
Digital,
Digital,
Digital,
TTL
TTL
TTL
TTL
TTL
9-7115
9-7/15
9-7/15
9-6/21
9-6/21
5494DM
Digital, TTL
5494DMQB
Digital, TTL
5494FM
Digital, TTL
5476FM
5476FMQB
5477FM
5477FMQB
5480DM
Digital,
Digital,
Digital,
Digital,
Digital,
TTL
TTL
TTL
TTL
TTL
9-6/21
9-6/21
9-7/16
9-7/16
9-20/1
9-12/6,
9-14/3
9-12/6,
9-14/3
9-12/6,
9-14/3
5494FMQB
Digital, TTL
5495DM
5495DMQB
Digital, TTL
Digital, TTL
9-12/6,
9-14/3
9-12/7
9-12/7
5480DMQB
5480FM
5480FMQB
5482DM
5482DMQB
Digital,
Digital,
Digital,
Digital,
Digital,
TTL
TTL
TTL
TTL
TTL
9-20/1
9-20/1
9-20/1
9-20/4
9-20/4
5495FM
5495FMQB
5496DM
5496DMQB
5496FM
Digital,
Digital,
Digital,
Digital,
Digital,
9-12/7
9-12/7
9-12/9
9-12/9
9-12/9
1-39
TTL
TTL
TTL
TTL
TTL
Pagel Item
TTL
TTL
TTL
TTL
TTL
9·20/4
9·20/4
9·20/5
9·20/5
9·20/5
I
PRODUCT INDEX
Device No.
Family
Page/Item
Device No.
Family
Page/Item
5496FMQB
5497DM
5497DMQB
5497FM
5497FMQB
Digital,
Digital,
Digital,
Digital,
Digital,
TTL
TTL
TTL
TTL
TTL
9·12/9
9·17 /3
9·1713
9·17/3
9·1713
54H108DM
54H108DMQB
54H108FM
54H108FMQB
54H11DM
Digital,
Digital,
Digital,
Digital,
Digital,
TTL
TTL
TTL
TTL
TTL
9·6/27
9·6/27
9·6/27
9·6/27
9·4/14
54HOODM
54HOODMQB
54HOOFM
54HOOFMQB
54H01DM
Digital,
Digital,
Digital,
Digital,
Digital,
TTL
TTL
TTL
TTL
TTL
9·3/6
9·3/6
9·3/6
9·3/6
9·3/7
54H11DMQB
54H11FM
54H11FMQB
54H183DM
54H183DMQB
Digital,
Digital,
Digital,
Digital,
Digital,
TTL
TTL
TTL
TTL
TTL
9·4/14
9·4/14
9·4/14
9·20/3
9·20/3
54H01DMQB
54H01FM
54H01FMQB
54H04DM
54H04DMQB
Digital,
Digital,
Digital,
Digital,
Digital,
TTL
TTL
TTL
TTL
TTL
9-3/7
9·3/7
9-3/7
9·3/1
9·3/1
54H183FM
54H183FMQB
54H20DM
54H20DMQB
54H20FM
Digital,
Digital,
Digital,
Digital,
Digital,
TTL
TTL
TTL
TTL
TTL
9-20/3
9·20/3
9-3/16
9-3/16
9·3/16
54H04FM
54H04FMQB
54H05DM
54l-i05DMQB
54H05FM
Digital,
Digital,
Digital,
Digital,
Digital,
TTL
TTL
TTL
TTL
TTL
9·3/1
9·3/1
9·3/2
9-3/2
9·3/2
54H20FMQB
54H21DM
54H21DMQB
54H21FM
54H21FMQB
Digital,
Digital,
Digital,
Digital,
Digital,
TTL
TTL
TTL
TTL
TTL
9-3/16
9·4/16
9-4/16
9·4/16
9-4/16
54H05FMQB
54H08DM
54H08DMQB
54H08FM
54H08FMQB
Digital,
Digital,
Digital,
Digital,
Digital,
TTL
TTL
TTL
TTL
TTL
9-3/2
9·4/11
9-4/11
9·4/11
9·4/11
54H22DM
54H22DMQB
54H22FM
54H22FMQB
54H30DM
Digital,
Digital,
Digital,
Digital,
Digital,
TTL
TTL
TTL
TTL
TTL
9·3/18
9·3/18
9-3/18
9·3/18
9·3/22
54H10DM
54H10DMQB
54H10FM
54H10FMQB
54H101DM
Digital,
Digital,
Digital,
Digital,
Digital,
TTL
TTL
TTL
TTL
TTL
9·3/14
9·3/14
9-3/14
9-3/14
9·6/4
54H30DMQB
54H30FM
54H30FMQB
54H40DM
Digital, TTL
Digital, TTL
Digital, TTL
Interface
Digital, TTL
54H101DMQB
54H101FM
54H101FMQB
54H102DM
54H102DMQB
Digital,
Digital,
Digital,
Digital,
Digital,
TTL
TTL
TTL
TTL
TTL
9-6/4
9·6/4
9-6/4
9-6/7
9·6/7
9·3/22
9·3/22
9-3/22
8-3/5
9·3/19,
9-18/6
54H40DMQB
Interface
Digital, TTL
54H40FM
54H102FM
54H102FMQB
54H103DM
54H103DMQB
54H103FM
Digital,
Digital,
Digital,
Digital,
Digital,
TTL
TTL
TTL
TTL
TTL
9-6/7
9·6/7
9·6/18
9-6/18
9·6/18
Interface
Digital, TTL
8·3/5
9·3/19,
9-18/6
8·3/5
9-3/19,
9-18/6
54H40FMQB
Interface
Digital, TTL
54H103FMQB
54H106DM
54H106DMQB
54H106FM
54H106FMQB
Digital,
Digital,
Digital,
Digital,
Digital,
TTL
TTL
TTL
TTL
TTL
9-6/18
9·6/23
9-6/23
9·6/23
9·6/23
54H50DM
Digital, TTL
54H50DMQB
54H50FM
54H50FMQB
54H51DM
Digital,
Digital,
Digital,
Digital,
1-40
TTL
TTL
TTL
TTL
8-3/5
9·3/19,
9·18/6
9-5/4
9·5/4
9-5/4
9-5/4
9·5/5
-~--
--
PRODUCT INDEX
Device No.
Family
Page/Item
Device No.
Family
Page/Item
54H51DMQB
54H51FM
54H51FMQB
54H52DM
54H52DMQB
Digital,
Digital,
Digital,
Digital,
Digital,
TTL
TTL
TTL
TTL
TTL
9-5/5
9-5/5
9-5/5
9-5/3
9-5/3
54H74FM
54H74FMQB
54H76DM
54H76DMQB
54H76FM
Digital,
Digital,
Digital,
Digital,
Digital,
TTL
TTL
TTL
TTL
TTL
9-6/10
9-6/10
9-6/22
9-6/22
9-6/22
54H52FM
54H52FMQB
54H53DM
54H53DMQB
54H53FM
Digital,
Digital,
Digital,
Digital,
Digital,
TTL
TTL
TTL
TTL
TTL
9-5/3
9-5/3
9-5/6
9-5/6
9-5/6
54H76FMQB
54H78DM
54H78DMQB
54H78FM
54H78FMQB
Digital,
Digital,
Digital,
Digital,
Digital,
TTL
TTL
TTL
TTL
TTL
9-6/22
9-6/26
9-6/26
9-6/26
9-6/26
54H53FMQB
54H54DM
54H54DMQB
54H54FM
54H54FMQB
Digital,
Digital,
Digital,
Digital,
Digital,
TTL
TTL
TTL
TTL
TTL
9-5/6
9-5/7
9-5/7
9-5/7
9-5/7
54H87DM
54H87DMQB
54H87FM
54H87FMQB
54LSOODM
Digital,
Digital,
Digital,
Digital,
Digital,
TTL
TTL
TTL
TTL
TTL
9-21/6
9-21/6
9-21/6
9-21/6
9-3/6
54H55DM
54H55DMQB
54H55FM
54H55FMQB
54H60DM
Digital,
Digital,
Digital,
Digital,
Digital,
TTL
TTL
TTL
TTL
TTL
9-5/11
9-5/11
9-5/11
9-5/11
9-5/14
54LSOODMQB
54LSOOFM
54LSOOFMQB
54LS02DM
54LS02DMQB
Digital,
Digital,
Digital,
Digital,
Digital,
TTL
TTL
TTL
TTL
TTL
9-3/6
9-3/6
9-3/6
9-4/1
9-4/1
54H60DMQB
54H60FM
54H60FMQB
54H61DM
54H61DMQB
Digital,
Digital,
Digital,
Digital,
Digital,
TTL
TTL
TTL
TTL
TTL
9-5/14
9-5/14
9-5/14
9-5/13
9-5/13
54LS02FM
54LS02FMQB
54LS03DM
54LS03DMQB
54LS03FM
Digital,
Digital,
Digital,
Digital,
Digital,
TTL
TTL
TTL
TTL
TTL
9-4/1
9-4/1
9-3/7
9-3/7
9-3/7
54H61FM
54H61FMQB
54H62DM
54H62DMQB
54H62FM
Digital,
Digital,
Digital,
Digital,
Digital,
TTL
TTL
TTL
TTL
TTL
9-5/13
9-5/13
9-5/15
9-5/15
9-5/15
54LS03FMQB
54LS04DM
54LS04DMQB
54LS04FM
54LS04FMQB
Digital,
Digital,
Digital,
Digital,
Digital,
TTL
TTL
TTL
TTL
TTL
9-3/7
9-3/1
9-3/1
9-3/1
9-3/1
54H62FMQB
54H71DM
54H71DMQB
54H71FM
54H71FMQB
Digital,
Digital,
Digital,
Digital,
Digital,
TTL
TTL
TTL
TTL
TTL
9-5/15
9-6/3
9-6/3
9-6/3
9-6/3
54LS05DM
54LS05DMQB
54LS05FM
54LS05FMQB
54LS08DM
Digital,
Digital,
Digital,
Digital,
Digital,
TTL
TTL
TTL
TTL
TTL
9-3/2
9-3/2
9-3/2
9-3/2
9-4/11
54H72DM
54H72DMQB
54H72FM
54H72FMQB
54H73DM
Digital,
Digital,
Digital,
Digital,
Digital,
TTL
TTL
TTL
TTL
TTL
9-6/6
9-6/6
9-6/6
9-6/6
9-6/17
54LS08DMQB
54LS08FM
54LS08FMQB
54LS09DM
54LS09DMQB
Digital,
Digital,
Digital,
Digital,
Digital,
TTL
TTL
TTL
TTL
TTL
9-4/11
9-4/11
9-4/11
9-4/12
9-4/12
54H73DMQB
54H73FM
54H73FMQB
54H74DM
54H74DMQB
Digital,
Digital,
Digital,
Digital,
Digital,
TTL
TTL
TTL
TTL
TTL
9-6/17
9-6/17
9-6/17
9-6/10
9-6/10
54LS09FM
54LS09FMQB
54LS10DM
54LS10DMQB
54LS10FM
Digital,
Digital,
Digital,
Digital,
Digital,
TTL
TTL
TTL
TTL
TTL
9-4/12
9-4/12
9-3/14
9-3/14
9-3/14
1-41
I
PRODUCT INDEX
Device No.
Family
Pagelltem
Device No.
Family
Pagelltem
54LS10FMQB
54LS107DM
54LS107DMQB
54LS107FM
54LS107FMQB
Digital,
Digital,
Digital,
Digital,
Digital,
TIL
TTL
TTL
TIL
TTL
9-3.114
9-717
9-717
9-717
9-717
54LS138DM
54LS138DMQB
54LS138FM
54LS 138FMQB
54LS139DM
Digital,
Digital,
Digital,
Digital,
Digital,
TIL
TIL
TIL
TIL
TTL
9-11/6
9-11/6
9-11/6
9-11/6
9-10/11
54LS109DM
54LS109DMQB
54LS109FM
54LS109FMQB
54LS11DM
Digital,
Digital,
Digital,
Digital,
Digital,
TTL
TTL
TIL
TTL
TTL
9-7/5
9-715
9-715
9-715
9-4/14
54LS139DMQB
54LS139FM
54LS139FMQB
54LS14DM
54LS14DMQB
Digital,
Digital,
Digital,
Digital,
Digital,
TIL
TTL
TIL
TIL
TTL
9-10/11
9-10/11
9-10/11
9-3/5
9-3/5
54LS11DMQB
54LS11FM
54LS11FMQB
54LS112DM
54LS112DMQB
Digital,
Digital,
Digital,
Digital,
Digital,
TTL
TTL
TTL
TIL
TIL
9-4/14
9-4/14
9-4/14
9-6/25
9-6/25
54LS14FM
54LS14FMQB
54LS15DM
54LS15DMQB
54LS15FM
Digital,
Digital,
Digital,
Digital,
Digital,
TTL
TIL
TTL
TIL
TIL
9-3/5
9-3/5
9-4/15
9-4/15
9-4/15
54LS112FM
54LS112FMQB
54LS113DM
54LS 113DMQB
54LS113FM
Digital,
Digital,
Digital,
Digital,
Digital,
TIL
TTL
TTL
TTL
TIL
9-6/25
9-6/25
9-6/20
9-6/20
9-6/20
54LS15FMQB
54LS151DM
54LS151DMQB
54LS151FM
54LS151FMQB
Digital,
Digital,
Digital,
Digital,
Digital,
TIL
TIL
TIL
TIL
TTL
9-4/15
9-10/2
9-10/2
9-10/2
9-10/2
54LS113FMQB
54LS114DM
54LS114DMQB
54LS114FM
54LS114FMQB
Digital,
Digital,
Digital,
Digital,
Digital,
TTL
TIL
TIL
TTL
TTL
9-6/20
9-7/2
9-7/2
9-7/2
9-7/2
54LS152DM
54LS 152DMQB
54LS152FM
54LS152FMQB
54LS153DM
Digital,
Digital,
Digital,
Digital,
Digital,
TTL
TTL
TTL
TTL
TIL
9-1017
9-1017
9-1017
9-1017
9-9/17
54LS125DM
54LS 125DMQB
54LS125FM
54LS125FMQB
54LS126DM
Digital,
Digital,
Digital,
Digital,
Digital,
TIL
TIL
TTL
TIL
TIL
9-5/16
9-5/16
9-5/16
9-5/16
9-5/17
54LS153DMQB
54LS153FM
54LS153FMQB
54LS155DM
54LS155DMQB
Digital, TTL
Digital, TTL
Digital, TIL
Digital, TIL
Digital, TIL
9-9/17
9-9/17
9-9/17
9-10/14
9-10/14
54LS126DMQB
54LS126FM
54LS126FMQB
54LS13DM
54LS13DMQB
Digital,
Digital,
Digital,
Digital,
Digital,
TTL
TTL
TIL
TIL
TIL
9-5/17
9-5/17
9-5/17
9-3/17
9-3/17
54LS155FM
54LS155FMQB
54LS156DM
54LS156DMQB
54LS156FM
Digital,
Digital,
Digital,
Digital,
Digital,
TIL
TTL
TTL
TIL
TTL
9-10/14
9-10/14
9-10/16
9-10/16
54LS13FM
54LS13FMQB
54LS133DM
54LS133DMQB
54LS133FM
Digital,
Digital,
Digital,
Digital,
Digital,
TIL
TIL
TTL
TIL
TTL
9-3/17
9-3/17
9-3/23
9-3/23
9-3/23
54LS156FMQB
54LS157DM
54LS157DMQB
54LS157FM
54LS157FMQB
Digital, TTL
Digital, TTL
Digital, TTL
Digital, TTL
Digital, TTL
9-10/16
9-9/4
9-9/4
9-9/4
9-9/4
54LS133FMQB
54LS136DM
54LS136DMQB
54LS136FM
54LS136FMQB
Digital,
Digital,
Digital,
Digital,
Digital,
TTL
TIL
TTL
TTL
TIL
9-3/23
9-4/19
9-4/19
9-4/19
9-4/19
54LS158DM
54LS158DMQB
54LS158FM
54LS158FMQB
54LS160DM
Digital,
Digital,
Digital,
Digital,
Digital,
9-9/6
9-9/6
9-9/6
9-9/6
9-16/4
1-42
TTL
TIL
TIL
TIL
TIL
9-10/16
PRODUCT INDEX
Device No.
Family
Device No.
Pagelltem
Family
Pagel Item
54LS174DMOB
Digital, TIL
54LS174FM
Digital, TTL
54LS174FMOB
Digital, TIL
9-6/13,
9-13/9
9-8/13,
9-13/9
9-8/13,
9-13/9
54LS175DM
Digital, TTL
54LS175DMOB
Digital, TIL
54LS160DMOB
54LS160FM
54LS160FMOB
54LS161DM
54LS161DMOB
Digital,
Digital,
Digital,
Digital,
Digital,
TIL
TIL
TTL
TIL
TIL
9·16/4
9-16/4
9-16/4
9-16/6
9-16/6
54LS161FM
54LS161FMOB
54LS162DM
54LS162DMOB
54LS162FM
Digital,
Digital,
Digital,
Digital,
Digital,
TTL
TIL
TIL
TIL
TTL
9·16/6
9-16/6
9-16/8
9-16/8
9-16/8
54LS162FMOB
54LS163DM
54LS163DMOB
54LS163FM
54LS163FMOB
Digital,
Digital,
Digital,
Digital,
Digital,
TTL
TIL
TTL
TIL
TIL
9-16/8
9·16/10
9-16/10
9-16/10
9-16/10
54LS175FM
Digital, TIL
54LS175FMOB
Digital, TTL
54LS182DM
Digital, TIL
9-8/3,
9-13/12
9-8/3,
9-13/12
9-20/16
54LS164DM
54LS164DMOB
54LS164FM
54LS164FMOB
54LS165DM
Digital,
Digital,
Digital,
Digital,
Digital,
TIL
TIL
TIL
TTL
TIL
9-13/6
9·13/6
9-13/6
9·13/6
9-14/6
54LS189DM
5.4LS189DMOB
54LS189FM
54LS189FMOB
54LS192DM
Memories
Memories
Memories
Memories
Digital, TTL
10-3/2
10-3/2
10-3/2
10-3/2
9-16/14
54LS165DMOB
54LS165FM
54LS165FMOB
54LS168DM
54LS168DMOB
Digital,
Digital,
Digital,
Digital,
Digital,
TIL
TTL
TIL
TIL
TIL
9-14/6
9-14/6
9-14/6
9-16/11
9-16/11
54LS192DMOB
54LS192FM
54LS192FMOB
54LS193DM
54LS193DMOB
Digital,
Digital,
Digital,
Digital,
Digital,
TTL
TTL
TTL
TTL
TIL
9-16/14
9-16/14
9-16/14
9-16/16
9-16/16
54LS168FM
54LS168FMOB
54LS169DM
54LS169DMOB
54LS169FM
Digital,
Digital,
Digital,
Digital,
Digital,
TIL
TIL
TTL
TTL
TTL
9-16/11
9-16/11
9-16/12
9-16/12
9-16/12
54LS193FM
54LS193FMOB
54LS194DM
54LS194DMOB
54LS194FM
Digital,
Digital,
Digital,
Digital,
Digital,
TIL
TTL
TTL
TTL
TTL
9-16/16
9-16/16
9-13/1
9-13/1
9-13/1
54LS169FMOB
54LS170DM
Digital, TIL
Digital, TIL
54LS194FMOB
54LS195DM
Digital, TIL
Digital, TTL
54LS 170DMOB
Digital, TTL
9-16/12
9-8/23,
9-14/16
9-8/23,
9-14/16
54LS195DMOB
Digital, TTL
9-13/1
9-12/13,
9-14/8
9-12/13,
9-14/8
54LS170FM
Digital, TIL
54LS195FM
Digital, TTL
54LS 170FMOB
Digital, TTL
54LS195FMOB
Digital, TIL
54LS173DM
Digital, TIL
9-8/23,
9-14/16
9-8/23,
9-14/16
9-14/19
54LS196DM
Digital, TIL
54LS 173DMOB
54LS173FM
54LS 173FMOB
54LS174DM
Digital,
Digital,
Digital,
Digital,
54LS196DMOB
Digital, TTL
54LS196FM
Digital, TIL
TIL
TTL
TTL
TTL
9-14/19
9-14/19
9-14/19
9-8/13,
9-13/9
1-43
9-8/3,
9-13/12
9-8/3,
9-13/12
9-12/13,
9-14/8
9-12/13,
9-14/8
9-7/18,
9-15/12
9-7/18,
9-15/12
9-7/18,
9-15/12
I
PRODUCT INDEX
Device No.
Family
54LS196FMOB
Digital, TTL
54LS197DM
Digital, TTL
54LS197DMOB
Digital, TTL
Pagelltem
Device No.
Family
9-7/18,
9-15/12
9-7/20,
9-15/14
9-7/20,
9-15/14
54LS248DM
Interlace
Digital, TTL
Interlace
Digital, TTL
8-9/4
9-19/18
8-9/4
9-19/18
8-~/4
9-7/20,
9-15/14
9-7/20,
9-15/14
54LS248FMOB
Interlace
Digital, TTL
Interlace.
Digital, TTL
Interlace
Digital, TTL
54LS249DMOB
Interface
Digital, TTL
Interlace
Digital, TTL
8-9/5
9-19/19
8-9/5
9-19/19
S4LS251DM
54LS251 DMOB
54LS251FM
Interlace
Digital, TTL
Digital, TTL
Digital, TTL
Digital, TTL
8-9/5
9-19/19
9-10/4
9-10/4
9-10/4
54LS251FMOB
54LS253DM
54LS253DMOB
54LS253FM
54LS253FMOB
Digital,
Digital,
Digital,
Digital,
Digital,
TTL
TTL
TTL
TTL
TTL
9-10/4
9-9/19
9'9119
9-9/19
9-9/19
54LS256DM
54LS256DMOB
54LS256FM
54LS256FMOB
54LS257DM
Digital,
Digital,
Digital,
Digital,
Digital,
TTL
TTL
TTL
TTL
TTL
9-8/10
9-8/10
9-8/10
9-8/10
9-9/8
54LS257DMOB
54LS257FM
54LS257FMOB
54LS258DM
54LS258DMOB
Digital,
Digital,
Digital,
Digital,
Digital,
TTL
TTL
TTL
TTL
TTL
9-9/8
9-9/8
9-9/8
9-9/10
9-9/10
54LS258FM
54LS258FMOB
54LS259DM
Digital, TTL
Digital, TTL
Digital, TTL
54LS259DMOB
Digital, TTL
9-9/10
9-9/10
9-8/19,
9'11/2
9-8/19,
9-11/2
54LS259FM
Digital, TTL
54LS197FM
Digital, TTL
54LS197FMOB
Digital, TTL
54LS20DM
54LS20DMOB
54LS20FM
54LS20FMOB
54LS21DM
Digital,
Digital,
Digital,
Digital,
Digital,
TTL
TTL
TTL
TTL
TTL
9-3/16
9-3/16
9-3/16
9-3/16
9-4/16
54LS21DMOB
54LS21FM
54LS21FMOB
54LS22DM
54LS22DMOB
Digital,
Digital,
Digital,
Digital,
Digital,
TTL
TTL
TTL
TTL
TTL
9-4/16
9-4/16
9;4/16
9-3/18
9-3118
54LS22FM
54LS22FMOB
54LS242DM
Digital, TTL
Digital, TTL
Interface
Digital, TTL
Inierlace
Digital, TTL
9-3/18
9-3/18
8-7/1
9-18/9
8-711
9-18/9
Interlace
. Digital, TTL
Interlace
Digital, TTL
8-711
9-18/9
8-7/1
9-18/9
54LS242DMOB
54LS242FM
54LS242FMOB
54LS243DM
54LS243DMOB
54LS243FM
54LS243FMOB
54LS247DM
54LS247DMOB
54LS247FM
54LS247FMOB
Interface
Digital, TTL
Interlace
Digital, TTL
Interlace
Digital, TTL
8-7/2
9-18/10
8-7/2
9-18/10
8-7/2
9-18/10
Interlace
Digital, TTL
Interface
Digital, TTL
8-7/2
9-18/10
8-9/3
9-19/17
Interlace
Digital, TTL
Interlace
Digital, TTL
Interlace
Digital, TTL
8-9/3
9-19/17
8-9/3
9·19/17
8-9/3
9-19/17
54LS248DMOB
54LS248FM
S4LS249DM
54LS249FM
54LS249FMOB
54LS259FMOB
1-44
. Digital, TTL
Pagel Item
9-19/18
8-9/4
9-19/18
8-9/5
9-19/19
9-8/19,
9-11/2
9-8/19,
9-11/2
PRODUCT INDEX
Device No.
Family
Page/Item
Device No.
Family
Page/Item
54LS295DMQB
54LS295FM
54LS295FMQB
54LS298DM
Digital,
Digital,
Digital,
Digital,
TTL
TTL
TTL
TTL
9-12/15
9-12/15
9-12/15
9-8/6,
9-9/13,
9-13/14
54LS298DMQB
Digital, TTL
54LS298FM
Digital, TTL
9-8/6,
9-9/13,
9-13/14
9-8/6,
9-9/13,
9-13/14
54LS298FMQB
Digital, TTL
54LS30DM
Digital, TTL
9-8/6,
9-9/13,
9-13/14
9-3/22
54LS30DMQB
54LS30FM
54LS30FMQB
54LS32DM
Digital,
Digital,
Digital,
Digital,
TTL
TTL
TTL
TTL
9-3/22
9-3/22
9-3/22
9-4/17
9-4/7
9-417
9-4/7
9-4/7
9-20/8
54LS32DMQB
54LS32FM
54LS32FMQB
54LS352DM
54LS352DMQB
Digital,
Digital,
Digital,
Digital,
Digital,
TTL
TTL
TTL
TTL
TTL
9-4/17
9-4/17
9-4/17
9-9/21
9-9/21
Digital, TTL
Digital, TTL
Digital, TTL
Memories
Memories
9-20/8
9-20/8
9-20/8
10-3/3
10-3/3
54LS352FM
54LS352FMQB
54LS353DM
54LS353DMQB
54LS353FM
Digital,
Digital,
Di9ital,
Digital,
Digital,
TTL
TTL
TTL
TTL
TTL
9-9/21
9-9/21
9-9/22
9-9/22
9-9/22
54LS289FM
54LS289FMQB
54LS290DM
54LS290DMQB
54LS290FM
Memories
Memories
Digital, TTL
Digital, TTL
Digital, TTL
10-3/3
10-3/3
9-15/15
9-15/15
9-15/15
54LS353FMQB
54LS365DM
54LS365DMQB
54LS365FM
54LS365FMQB
Digital,
Digital,
Digital,
Digital,
Digital,
TTL
TTL
TTL
TTL
TTL
9-9/22
9-5/18
9-5/18
9-5/18
9-5/18
54LS290FMQB
54LS293DM
54LS293DMQB
54LS293FM
54LS293FMQB
Digital,
Digital,
Digital,
Digital,
Digital,
TTL
TTL
TTL
TTL
TTL
9-15/15
9-15/16
9-15/16
9-15/16
9-15/16
54LS366DM
54LS366DMQB
54LS366FM
54LS366FMQB
54LS367DM
Digital,
Digital,
Digital,
Digital,
Digital,
TTL
TTL
TTL
TTL
TTL
9-5/19
9-5/19
9-5/19
9-5/19
9·5/20
54LS295ADM
54LS295ADMQB
54LS295AFM
54LS295AFMQB
54LS295DM
Digital,
Digital,
Digital,
Digital,
Digital,
TTL
TTL
TTL
TTL
TTL
9-14/9
9-14/9
9-14/9
9-14/9
9-12/15
54LS367DMQB
54LS367FM
54LS367FMQB
54LS368DM
54LS368DMQB
Digital,
Digital,
Digital,
Digital,
Digital,
TTL
TTL
TTL
TTL
TTL
9-5/20
9-5/20
9-5/20
9-5/21
9-5/21
Digital,
Digital,
Digital,
Digital,
' Digital,
TTL
TTL
TTL
TTL
TTL
9-3/9
9-3/9
9-3/9
9-3/9
9-4/6
54LS260DMQB
54LS260FM
54LS260FMQB
54LS27DM
54LS27DMQB
Digital,
Digital,
Digital,
Digital,
Digital,
TTL
TTL
TTL
TTL
TTL
9-4/6
9-4/6
9-4/6
9-4/3
9-4/3
54LS27FM
54LS27FMQB
54LS273DM
54LS273DMQB
54LS273FM
Digital,
Digital,
Digital,
Digital,
Digital,
TTL
TTL
TTL
TTL
TTL
9-4/3
9-4/3
9-13/16
9-13/16
9-13/16
54LS273FMQB
54LS279DM
54LS279DMQB
54LS279FM
54LS279FMQB
Digital,
Digital,
Digital,
Digital,
Digital,
TTL
TTL
TTL
TTL
TTL
9-13/16
9-7/12
9-7/12
9-7/12
9-7/12
54LS28DM
54LS28DMQB
54LS28FM
54LS28FMQB
54LS283DM
Digital,
Digital,
Digital,
Digital,
Digital,
TTL
TTL
TTL
TTL
TTL
54LS283DMQB
54LS283FM
54LS283FMQB
54LS289DM
54LS289DMQB
54LS26DM
54LS26DMQB
54LS26FM
54LS26FMQB
54LS260DM
1-45
I
PRODUCT INDEX
Device No.
Family
Pagelltem
54LS368FM
54LS368FMOB
54LS37DM
54LS37DMOB
54LS37FM
Digital,
Digital,
Digital,
Digital,
Digital,
TTL
TTL
TTL
TTL
TTL
9-5/21
9-5/21
9-3/10
54LS37FMOB
54LS375DM
54LS375DMOB
54LS375FM
54LS375FMOB
Digital,
Digital,
Digital,
Digital,
Digital,
TTL
TTL
TTL
TTL
TTL
9-3/10
54LS378DM
54LS378DMOB
54LS378FM
54LS378FMOB
54LS379DM
Digital,
Digital,
Digital,
Digital,
Digital,
TTL
TTL
TTL
TTL
TTL
9-13/19
9-13/19
9-13/19
9-13/19
9-13/20
54LS379DMOB
54LS379FM
54LS379FMOB
54LS386DM
54LS386DMOB
Digital,
Digital,
Digital,
Digital,
Digital,
TTL
TTL
TTL
TTL
TTL
9-13/20
9-13/20
9-13/20
9-4/22
9-4/22
54LS386FM
54LS386FMOB
54LS390DM
54LS390DMOB
54LS390FM
Digital, TTL
Digital, TTL
Digital, TTL
Digital, TTL
Digital, TTL
9-4/22
9-4/22
9-15/17
9-15/17
9-15/17
54LS390FMOB
54LS393DM
54LS393DMOB
54LS393FM
54LS393FMOB
Digital,
Digital,
Digital,
Digital,
Digital,
TTL
TTL
TTL
TTL
TTL
9-15/17
9-15/1S
9-16/1S
9-15/1S
9-15/1S
54LS395DM
54LS395DMOB
54LS395FM
54LS395FMOB
54LS399DM
Digital,
Digital,
Digital,
Digital,
Digital,
TTL
TTL
TTL
TTL
TTL
9-13/15
9-13115
9-13/15
9-13/15
9-14/1
54LS399DMOB
54LS399FM
54LS399FMOB
54LS40DM
54LS40DMOB
Digital,
Digital,
Digital,
Digital,
Digital,
TTL
TTL
TTL
TTL
TTL
9-14/1
9-14/1
9-14/1
9-3/19
9-3/19
54LS40FM
54LS40FMOB
54LS42DM
Digital, TTL
Digital, TTL
Digital, TTL
9-3/19
54LS42DMOB
Digital, TTL
Device No.
Family
54LS42FM
Digital, TTL
54LS42FMOB
Digital, TTL
54LS47DM
Interface
Digital, TTL
Interface
Digital, TTL
Interface
Digital, TTL
S-7/12
9-19/14
S-7/12
9-19/14
S-7/12
9-19/14
Interface
Digital, TTL
Interface
Digital, TTL
S-7/12
9-19/14
9-3/10
9-3/10
9-S/1
54LS47DMOB
9-S/1
9-S/1
54LS47FM
9-S/1
54LS47FMOB
54LS4SDM
54LS48DMOB
54LS48FM
54LS48FMOB
54LS49DM
54LS49DMOB
54LS49FM
1-46
Interface
Digital, TTL
Interface
Digital, TTL
9-11/5,
9-11/15
9-11/5,
9-11/15
S-S/1
9-19/15
S-S/1
9-19/15
S-S/1
9-19/15
S-S/1
9-19/15
S-S/3
9-19/16
S,S/3
9-19/16
54LS490DM
Interface
Digital, TTL
Interface
Digital, TTL
Digital, TTL
54LS490DMOB
54LS490FM
54LS490FMOB
54LS502DM
54LS502DMOB
Digital, TTL
Digital, TTL
Digital, TTL
Digital, TTL
Digital, TTL
9-15/19
9-15/19
9-15/19
9-14/20
9-14/20
54LS502FM
54LS502FMOB
54LS51DM
54LS51DMOB
54LS51FM
Digital, TTL
Digital, TTL
Digital, TTL
Digital, TTL
Digital, TTL
9-14/20
9-14/20
9-5/5
9-5/5
9-5/5
54LS51FMOB
54LS54DM
54LS54DMOB
54LS54FM
54LS54FMOB
Digital, TTL
Digital, TTL
Digital, TTL
Digital, TTL
Digital, TTL
9-5/5
9-5/S
9-5/S
9-5/S
9-5/S
54LS49FMOB
9-3/19
9-11/5,
9-11/15
9-11/5,
9-11/15
Interface
Digital, TTL
Interface
Digital, TTL
Interface
Digital, TTL
Pagelltem
S-S/3
9-19/16
S-SI3·
9-19/16
9-15/19
PRODUCT INDEX
Device No.
Family
Page/ltem
Device No.
Family
Page/ltem
54LSS9DMQB
54LSS9FM
54LSS9FMQB
54LS90DM
54LS90DMQB
Memories
Memories
Memories
Digital, TTL
Digital, TIL
10-3/1
10-3/1
10-3/1
9-15/3
9-15/3
9-8/24,
9-14/17
9-8/24,
9-14/17
54LS90FM
54LS90FMQB
54LS93DM
54LS93DMQB
54LS93FM
Digital,
Digital,
Digital,
Digital,
Digital,
TIL
TIL
TIL
TTL
TIL
9-15/3
9-15/3
9-15/8
9-15/8
9-15/8
Digital, TTL
Digital, TIL
Digital, TIL
9-8/24,
9-14/17
9-6/12
9-6/12
9-6/12
54LS93FMQB
54LS95BDM
54LS95BDMQB
54LS95BFM
54LS95BFMQB
Digital,
Digital,
Digital,
Digital,
Digital,
TTL
TIL
TIL
TIL
TIL
9-15/8
9-14/7
9-14/7
9-14/7
9-14/7
54LS74FMQB
54LS75DM
54LS75DMQB
54LS75FM
54LS75FMQB
Digital,
Digital,
Digital,
Digital,
Digital,
TTL
TTL
TIL
TTL
TIL
9-6/12
9-7/21
9-7/21
9-7/21
9-7/21
54LS95DM
54LS95DMQB
54LS95FM
54LS95FMQB
54SOODM
Digital,
Digital,
Digital,
Digital,
Digital,
TIL
TTL
TIL
TIL
TTL
9-12/8
9-12/8
9-12/8
9-12/8
9-3/6
54LS76DM
54LS76DMQB
54LS76FM
54LS76FMQB
54LS77DM
Digital,
Digital,
Digital,
Digital,
Digital,
TIL
TTL
TIL
TIL
TTL
9-7/6
9-716
9-7/6
9-7/6
9-7/22
54S00DMQB
54SOOFM
54S00FMQB
54S02DM
54S02DMQB
Digital,
Digital,
Digital,
Digital,
Digital,
TTL
TIL
TIL
TIL
TIL
9-3/6
9-3/6
9-3/6
9-4/1
9-4/1
54LS77DMQB
54LS77FM
54LS77FMQB
54LS7SDM
54LS7SDMQB
Digital,
Digital,
Digital,
Digital,
Digital,
TIL
TTL
TTL
TIL
TIL
9-7/22
9-7/22
9-7/22
9-7/8
9-718
54S02FM
54S02FMQB
54S03DM
54S03DMQB
54S03FM
Digital,
Digital,
Digital,
Digital,
Digital,
TIL
TTL
TIL
TIL
TIL
9-4/1
9-4/1
9-3/7
9-3/7
9-3/7
54LS7SFM
54LS7SFMQB
54LSS3DM
54LSS3DMQB
54LSS3FM
Digital,
Digital,
Digital,
Digital,
Digital,
TTL
TIL
TIL
TTL
TTL
9-7/8
9-718
9-20/6
9-2016
9-20/6
54S03FMQB
54S04DM
54S04DMQB
54S04FM
54S04FMQB
Digital,
Digital,
Digital,
Digital,
Digital,
TTL
TTL
TIL
TIL
TTL
9-3/7
9-3/1
9-3/1
9-3/1
9-3/1
54LSS3FMQB
54LSS5DM
54LSS5DMQB
54LSS5FM
54LSS5FMQB
Digital,
Digital,
Digital,
Digital,
Digital,
TIL
TIL
TTL
TIL
TTL
9-20/6
9-20/19
9-20/19
9-20/19
9-20/19
54S05DM
54S05DMQB
54S05FM
54S05FMQB
54SOSDM
Digital,
Digital,
Digital,
Digital,
Digital,
TIL
TIL
TIL
TIL
TTL
9-3/2
9-3/2
9-3/2
9-3/2
9-4/11
54LSS6DM
54LSS6DMQB
54LSS6FM
54LSS6FMQB
54LSS9DM
Digital, TIL
Digital, TTL
Digital, TtL
Digital, TIL
Memories
9-4/18
9-4/18
9-4/18
9-4/18
10-3/1
54S0SDMQB
54S0SFM
54SOSFMQB
54S09DM
54S09DMQB
Digital,
Digital,
Digital,
Digital,
Digital,
TIL
TIL
TIL
TIL
TTL
9-4/11
9-4/11
9-4/11
9-4/12
9-4/12
54LS55DM
54LS55DMQB
54LS55FM
54LS55FMQB
54LS670DM
Digital,
Digital,
Digital,
Digital,
Digital,
TIL
TIL
TTL
TTL
TIL
9·5/12
9-5/12
9-5/12
9-5/12
9-8/24,
9-14/17
54LS670DMQB
Digital, TIL
54LS670FM
Digital, TTL
54LS670FMQB
Digital, TTL
54LS74DM
54LS74DMQB
54LS74FM
1-47
II
PRODUCT INDEX
Device No.
Family
Page I Item
54S09FM
54S09FMQB
54S10DM
54S10DMQB
54S10FM
Digital,
Digital,
Digital,
Digital,
Digital,
TTL
TIL
TIL
TTL
TIL
\1-4/12
9-4/12
9·3/14
9·3/14
9·3/14
54S10FMQB
54S109DM
54S109DMQB
54S109FM
54S109FMQB
Digital,
Digital,
Digital,
Digital,
Digital,
TIL
TIL
TIL
TTL
TIL
9·3/14
9-7/4
9·7/4
9·7/4
9·7/4
54S11DM
54S11DMQB
54S11FM
54S11FMQB
54S112DM
Digital,
Digital,
Digital,
Digital,
Digital,
TTL
TIL
TIL
TIL
TIL
9·4/14
9·4/14
9·4/14
9·4/14
9·6/24
54S112DMQB
54S112FM
54S112FMQB
54S113DM
54S113DMQB
Digital,
Digital,
Digital,
Digital,
Digital,
TTL
TIL
TIL
TIL
TIL
9·6/24
9·6/24
9·6/24
9·6/19
9·6/19
54S113FM
54S113FMQB
54S114DM
54S114DMQB
54S114FM
Digital,
Digital,
Digital,
Digital,
Digital,
TIL
TIL
TIL
TIL
TTL
9·6/19
9·6/19
9·7/1
9-7/1
9·7/1
54S114FMQB
54S132DM
54S132DMQB
54S132FM
54S132FMQB
Digital,
Digital,
Digital,
Digital,
Digital,
TTL
TIL
TIL
TIL
TIL
9·7/1
9·3/13
9-3/13
9·3/13
9·3/13
54S133DM
54S133DMQB
54S133FM
54S133FMQB
54S134DM
Digital,
Digital,
Digital,
Digital,
Digital,
TIL
TTL
TIL
TIL
TIL
9-3/23
9-3/23
9·3/23
9·3/23
9·3/24
54S134DMQB
54S134FM
54S134FMQB
54S135DM
Digital,
Digital,
Digital,
Digital,
TIL
TTL
TIL
TIL
9-3/24
9·3/24
9·3/24
9·4/21,
9-21/7
54S135DMQB
Digital, TIL
54S135FM
Digital, TTL
54S135FMQB
Digital, TTL
9·4/21,
9-21/7
9·4/21,
9·21/7
9-4/21,
9·21/7
Device No.
1-48
Family
Pagelltem
54S138DM
54S138DMQB
54S138FM
54S138FMQB
Digital,
Digital,
Digital,
Digital,
TTL
TIL
TIL
TIL
9·11/7
9-11/7
9·11/7
9·11/7
54S139DM
54S139DMQB
54S139FM
54S139FMQB
Digital,
Digital,
Digital,
Digital,
TTL
TIL
TTL
TIL
9-10/12
9-10/12
9·10/12
9·10/12
54S140DM
Interface
Digital, TIL
54S140DMQB
Interface
Digital, TIL
54S140FM
Interface
Digital, TIL
54S140FMQB
Interface
Digital, TIL
54S15DM
54S15DMQB
54S15FM
54S15FMQB
Digital, TIL
Digital, TIL
Digital, TTL
Digital, TIL
9·4/15
9-4/15
9-4/15
9·4/15
54S151DM
54S151DMQB
54S151FM
54S151FMQB
54S153DM
Digital,
Digital,
Digital,
Digital,
Digital,
TIL
TIL
TIL
TIL
TIL
9·10/3
9·10/3
9·10/3
9·10/3
9·9/18
54S153DMQB
54S153FM
54S153FMQB
54S157DM
54S157DMQB
Digital,
Digital,
Digital,
Digital,
Digital,
TTL
TIL
TIL
TIL
TIL
9-9/18
9-9/18
9-9/18
9-9/5
9·9/5
54S157FM
54S157FMQB
54S158DM
54S158DMQB
54S158FM
Digital,
Digital,
Digital,
Digital,
Digital,
TIL
TIL
TTL
TIL
TIL
9-9/5
9-9/5
9-9/7
9-9/7
9-9/7
54S158FMQB
54S174DM
Digital, TTL
Digital, TIL
54S174DMQB
Digital, TIL
8·4/2
9-3/20,
9-18/8
8·4/2
9-3/20,
9·18/8
8-4/2
9·3/20,
9-18/8
8-4/2
\1·3/20,
9-18/8
9-9/7
9-8/12,
9-13/8
9-8/12,
9·13/8
PRODUCT INDEX
Device No_
Family
54S174FM
Digital, TTL
54S174FMOB
Digital, TTL
54S175DM
Digital, TTL
54S175DMOB
Digital, TTL
54S175FM
Digital, TTL
Page/Item
Device No_
Family
Page/Item
9-8/12,
9-13/8
9-8/12,
9-13/8
9-8/4,
9-13/11
54S40DM
Interface
Digital, TTL
54S40DMOB
Interface
Digital, TTL
9-8/4,
9-13/11
9-8/4,
9-13/11
54S40FM
Interface
Digital, TTL
54S40FMOB
Interface
Digital, TTL
54S51DM
54S51DMOB
54S51FM
54S51FMOB
Digital,
Digital,
Digital,
Digital,
TTL
TTL
TTL
TTL
9-5/5
9-5/5
9-5/5
9-5/5
54S74DM
54S74DMOB
54S74FM
54S74FMOB
54S86DM
Digital,
Digital,
Digital,
Digital,
Digital,
TTL
TTL
TTL
TTL
TTL
9-6/11
9-6/11
9-6/11
9-6/11
9-4/18
54S86DMOB
54S86FM
54S86FMOB
55107ADM
55107ADMOB
Digital, TTL
Digital, TTL
Digital, TTL
Interface
Interface
9-4/18
9-4/18
9-4/18
8·5/17
8-5/17
55107AFM
55107AFMOB
55107BDM
55107BFM
55108ADM
Interface
Interface
Interface
Interface
Interface
8·5/17
8-5/17
8-5/17
8-5/17
8-5/18
55108ADMOB
55108AFM
55108AFMOB
55108BDM
55108BFM
Interface
Interface
Interface
Interface
Interface
8-5/18
8-5/18
8-5/18
8-5/18
8-5/18
55109DM
55109DMOB
55109FM
55109FMOB
55110DM
Interface
Interface
Interface
Interface
Interface
8-4/8
8-4/8
8·4/8
8-4/8
8-4/9
55110DMOB
55110FM
55110FMOB
55121DM
55122DM
Interface
Interface
Interface
Interface
Interface
8-4/9
8-4/9
8-4/9
8-4/10
8-6/1
54S175FMOB
Digital, TTL
54S182DM
54S182DMOB
54S182FM
Digital, TTL
Digital, TTL
Digital, TTL
9-8/4,
9-13/11
9-20/15
9-20/15
9-20/15
54S182FMOB
54S194DM
54S194DMOB
54S194FM
54S194FMOB
Digital,
Digital,
Digital,
Digital,
Digital,
TTL
TTL
TTL
TTL
TTL
9-20/15
9-12/17
9·12/17
9·12/17
9-12/17
54S251DM
54S251DMOB
54S251FM
54S251FMOB
54S253DM
Digital,
Digital,
Digital,
Digital,
Digital,
TTL
TTL
TTL
TTL
TTL
9-10/5
9-10/5
9·10/5
9-10/5
9-9/20
54S253DMOB
54S253FM
54S253FMOB
54S257DM
54S257DMOB
Digital,
Digital,
Digital,
Digital,
Digital,
TTL
TTL
TTL
TTL
TTL
9-9/20
9-9/20
54S257FM
54S257FMOB
54S258DM
54S258DMOB
54S258FM
Digital,
Digital,
Digital,
Digital,
Digital,
TTL
TTL
TTL
TTL
TTL
9·9/9
9-9/9
9-9/11
9-9/11
9-9/11
54S258FMOB
54S30DM
54S30DMOB
54S30FM
54S30FMOB
Digital,
Digital,
Digital,
Digital,
Digital,
TTL
TTL
TTL
TTL
TTL
9·9/11
9-3/22
9·3/22
9-3/22
9-3/22
54S32DM
54S32DMOB
54S32FM
54S32FMOB
Digital,
Digital,
Digital,
Digital,
TTL
TTL
TTL
TTL
9-4/17
9-4/17
9-4/17
9-4/17
9-9/20
9·9/9
9-9/9
1-49
8-3/6
9-3/19,
9-18/7
8-3/6
9-3/19,
9-18/7
8-3/6
9-3/19,
9-18/7
8-3/6
9-3/19,
9-18/7
II
PRODUCT INDEX
Device No.
Family
Pagelltem
Device No.
Family
55451BHM
Interface
55451BHMOB
Interface
55451BRM
Interface
55451BRMOB
Interface
55452AHM
Interface
55452AHMOB
Interface
55452ARM
Interface
55452ARMOB
Interface
55452BHM
Interface
55452BHMOB
Interface
55325DM
55325DMOB
55325FM
55325FMOB
55326DM
Interface
Interface
Interface
Interface
Interface
8·12/5
8·12/5
8·12/5
8·12/5
8·12/6
55326DMOB
55326FM
55326FMOB
55327DM
55327DMOB
Interface
Interface
Interface
Interface
Interface
8·12/6
8·12/6
8·12/6
8·12/7
8·12/7
55327FM
55327FMOB
55430DM
55430FM
55431HM
Interface
Interface
Interface
Interface
Interface
8·12/7
8·12/7
8·9/8
8·9/8
8·9/9
55431RM
55432HM
55432RM
55433HM
55433RM
Interface
Interface
Interface
Interface
Interface
8·9/9
8·9/10
8·9/10
8·9/11
8·9/11
55434HM
55434RM
55450ADM
Interface
Interface
Interface
55452BRM
Interface
55452BRMOB
Interface
55450ADMOB
Interface
8·10/1
8·10/1
8·10/2,
.8·10/13
8·10/2,
8·10/13
55453AHM
Interface
8·10/2,
8·10/13
8·10/2,
8·10/13
55453AHMOB
Interface
55453ARM
Interface
8·10/2,
8·10/13
8·10/2,
8·10/13
8·10/2,
8·10/13
55453ARMOB
Interface
55453BHM
Interface
55453BHMOB
Interface
8·10/2,
8·10/13
8'10/3,
8·11/1
55453BRM
Interface
55453BRMOB
Interface
8·10/3,
8·11/1
8'10/3,
8·11/1
8'10/3,
8·11/1
55454AHM
Interface
55454AHMOB
Interface
55450AFM
Interface
55450AFMOB
Interface
55450BDM
Interface
55450BDMOB
Interface
55450BFM
Interface
55450BFMOB
Interface
55451AHM
Interface
55451AHMOB
Interface
55451ARM
Interface
55451ARMOB
Interface
Pagel Item
8·10/3.
8·11/1
8·10/3,
8·11/1
8'10/3,
8·11/1
8·10/3,
8·11/1
8·10/4,
8·11/2
8·10/4,
8·11/2
8·10/4,
8·11/2
8·10/4,
8·11/2
8·10/4,
8·11/2
8·10/4,
8·11/2
8·10/4,
8·11/2
8·10/4,
8·11/2
8·10/5,
8·11/3
8·10/5,
8·11/3
8·10/5,
8·11/3
8·10/5,
8·11/3
8'10/5,
8·11/3
8'10/5,
8·11/3
8'10/5,
8·11/3
8·10/5,
8·11/3
8·10/6,
8·11/4
8·10/8,
8·11/4
1·50
PRODUCT INDEX
Page I Item
Device No.
Family
55454ARM
Interface
55454ARMOB
Interface
55454BHM
Interface
55454BHMOB
Interface
55454BRM
Interface
55454BRMOB
Interface
55460DM
55460DMOB
55460FM
Interface
Interface
Interface
8·10/6,
8·11/4
8-11/5
8·11/5
8·11/5
55460FMOB
55461HM
55461HMOB
55461RM
55461RMOB
Interface
Interface
Interface
Interface
Interface
8-11/5
8-11/6
8·11/6
8·11/6
8·11/6
55462HM
55462HMOB
55462RM
55462RMOB
55463HM
Interface
Interface
Interface
Interface
Interface
8·11/7
8·11/7
8·1117
8·11/7
8·11/8
55463HMOB
55463RM
55463RMOa
55464HM
55464HMOB
Interface
Interface
Interface
Interface
Interface
8·11/8
8-11/8
8-11/8
8·11/9
8·11/9
55464RM
55464RMOB
55471HM
55471HMOB
55471RM
Interface
Interface
Interface
Interface
Interface
8-11/9
8·11/9
8·11/10
55471RMOB
55472HM
55472HMOB
55472RM
55472RMOB
Interface
Interface
Interface
Interface
Interface
8·11/11
8·11/11
8-11/11
8-11/11
55473HM
55473HMOB
55473RM
55473RMOB
55474HM
Interface
Interface
Interface
Interface
Interface
8-11/12
8·11/12
8·11/12
8-11/12
8-11/13
Device No.
8-10/6,
8·11/4
8·10/6,
8·11/4
8-10/6,
8·11/4
8·10/6,
8·11/4
8·10/6,
8-11/4
8·11110
8·11/10
8·11110
1-51
Family
Page I Item
55474HMOB
55474RM
55474RMOB
7400DC
Interface
Interface
Interface
Digital, TTL
8·11/13
8-11/13
8·11/13
9-316
7400PC
7401DC
7401PC
7402DC
Digital,
Digital,
Digital,
Digital,
TTL
TTL
TTL
TTL
9-3/6
9-3/8
9-3/8
9-4/1
7402PC
7403DC
7403PC
7404DC
7404PC
Digital,
Digital,
Digital,
Digital,
Digital,
TTL
TTL
TTL
TTL
TTL
9-4/1
9-3/7
9-3/7
9-311
9-3/1
7405DC
7405PC
7406DC
7406PC
7407DC
Digital,
Digital,
Digital,
Digital,
Digital,
TTL
TTL
TTL
TTL
TTL
9-3/2
9-3/2
9-3/4
9-3/4
9-4/10
7407PC
7408DC
7408PC
7409DC
7409PC
Digital,
Digital,
Digital,
Digital,
Digital,
TTL
TTL
TTL
TTL
TTL
9-4/10
9-4/11
9-4/11
9-4/12
9-4/12
7410DC
7410PC
74107DC
74107PC
74109DC
Digital,
Digital,
Digital,
Digital,
Digital,
TTL
TTL
TTL
TTL
TTL
9-3/14
9-3/14
9-6/16
9·6/16
9-7/3
74109PC
7411DC
7411PC
74116DC
74116PC
Digital,
Digital,
Digital,
Digital,
Digital,
TTL
TTL
TTL
TTL
TTL
9-7/3
9-4/14
9-4/14
9-8/9
9-8/9
7412DC
7412PC
74121DC
74121PC
74122DC
Digital,
Digital,
Digital,
Digital,
Digital,
TTL
TTL
TTL
TTL
TTL
9-3/15
9-3/15
9-17/10
9-17/10
9-17/11
74122PC
74123DC
74123PC
74125DC
74125PC
Digital,
Digital,
Digital,
Digital,
Digital,
TTL
TTL
TTL
TTL
TTL
9-17/11
9-17/12
9-17/12
9-5/16
9-5/16
•
PRODUCT INDEX
Device No.
Family
Page/Item
Device No.
Family
Page/Item
74126DC
74126PC
7413DC
7413PC
74132DC
Digital,
Digital,
Digital,
Digital,
Digital,
TIL
TIL
TIL
TTL
TIL
9·5/7
9-5/7
9-3/17
9-3/17
9-3/13
74163PC
74164DC
74164PC
74165DC
74165PC
Digital,
Digital,
Digital,
Digital,
Digital,
TIL
TIL
TIL
TIL
TIL
9-16/9
9-13/5
9-13/5
9-14/4
9-14/4
74132PC
7414DC
7414PC
74141DC
Digital, TIC
Digital, TIL
Digital, TIL
Interface
Digital, TIL
9-3/13
9-3/5
9-3/5
8-9/1
9-19/2
74166DC
74166PC
74167DC
74167PC
7417DC
Digital,
Digital,
Digital,
Digital,
Digital,
TIL
TIL
TIL
TIL
TIL
9-14/5
9-14/5
9-17/4
9-17/4
9-4/9
74141PC
Interface
Digital, TIL
Interface
Digital, TIL
8-9/1
9-19/2
8-9/2
9-11/8,
9-11/18,
9-19/5
7417PC
74170DC
Digital, TIL
Digital, TIL
74170PC
Digital, TIL
Interface
Digital, TIL
8-9/2
74173DC
74173PC
74174DC
Digital, TIL
Digital, TIL
Digital, TIL
9-14/18
9-14/18
9-8/11,
9-13/7
74174PC
Digital, TIL
9-&1-11,
9-13/7
74175DC
Digital, TIL
74175PC
Digital, TIL
9-8/2,
9-13/10
9-8/2,
9-13/10
74145DC
74145PC
9-11/8,
9-11/18,
9-19/5
9-4/9
9-8/22,
9-14/15
9-8/22,
9-14/15
74150DC
74150PC
74151ADC
74151APC
74152ADC
Digital,
Digital,
Digital,
Digital,
Digital,
TIL
TIL
TTL
TIL
TIL
9-10/8
9-10/8
9-10/1
9-10/1
9-10/6
74152APC
74153DC
74153PC
74154DC
74154PC
Digital,
Digital,
Digital,
Digital,
Digital,
TIL
TIL
TIL
TTL
TTL
9-10/6
9-9/16
9-9/16
9-11/21
9-11/21
74176DC
74176PC
74177DC
74177PC
74178DC
Digital,
Digital,
Digital,
Digital,
Digital,
TIL
TTL
TIL
TIL
TIL
9-15/9
9-15/9
9-15/10
9-15/10
9-12/10
74155DC
74155PC
74156DC
74156PC
74157DC
Digital,
Digital,
Digital,
Digital,
Digital,
TIL
TTL
TIL
TIL
TIL
9-10/13
9-10/13
9·10/15
9-10/15
9-9/3
74178PC
74179DC
74179PC
74180DC
74180PC
Digital,
Digital,
Digital,
Digital,
Digital,
TIL
TTL
TIL
TIL
TIL
9-12/10
9-12/11
9-12/11
9·21/3
9-21/3
74157PC
7416DC
7416PC
74160DC
74160PC
Digital,
Digital,
Digital,
Digital,
Digital,
TIL
TTL
TIL
TIL
TTL
9-9/3
9-3/3
9-3/3
9-16/3
9-16/3
74181DC
74181PC
74182DC
74182PC
74190DC
Digital,
Digital,
Digital,
Digital,
Digital,
TIL
TIL
TIL
TIL
TTL
9-20/10
9-20/10
9-20/14
9-20/14
9-16/17
74161DC
74161PC
74162DC
74162PC
74163DC
Digital,
Digital,
Digital,
Digital,
Digital,
TIL
TIL
TIL
TIL
TTL
9-16/5
9-16/5
9-16/7
9-16/7
9-16/9
74190PC
74191DC
74191PC
74192DC
74192PC
Digital,
Digital,
Digital,
Digital,
Digital,
TIL
TIL
TTL
TIL
TIL
9-16/17
9-16/1.9
9-16/19
9-16/13
9-16/13
1.-52
PRODUCT INDEX
Device No.
Family
Page/Item
74193DC
74193PC
74194DC
74194PC
74195DC
Digital,
Digital,
Digital,
Digital,
Digital,
TTL
TTL
TTL
TTL
TTL
9·16/15
9-16/15
9-12/16
9-12/16
9-12/12
74195PC
74196DC
Digital, TTL
Digital, TTL
9-12/12
74196PC
Digital, TTL
9-7/17,
9-15/11
74197DC
Digital, TTL
74197PC
Digital, TTL
74198DC
Digital, TTL
9-7/19,
9-15/13
9-7/19,
9-15/13
9-13/2
74198PC
74199DC
74199PC
7420DC
7420PC
Digital,
Digital,
Digital,
Digital,
Digital,
TTL
TTL
TTL
TTL
TTL
9-13/2
9-12/14
9-12/14
9-3/16
9-3/16
7421DC
7421PC
7422DC
7422PC
7423DC
Digital,
Digital,
Digital,
Digital,
Digital,
TTL
TTL
TTL
TTL
TTL
9-4/16
9-4/16
9-3/18
9-3/18
9-4/5
7423PC
7425DC
7425PC
7426DC
7426PC
Digital,
Digital,
Digital,
Digital,
Digital,
TTL
TTL
TTL
TTL
TTL
9-4/5
9-4/4
9-4/4
9-3/9
9-3/9
7427DC
7427PC
74279DC
74279PC
74283DC
Digital,
Digital,
Digital,
Digital,
Digital,
TTL
TTL
TTL
TTL
TTL
9-4/3
9-4/3
9-7/11
9-7/11
9-20/7
74283PC
74290DC
74290PC
74293DC
74293PC
Digital,
Digital,
Digital,
Digital,
Digital,
TTL
TTL
TTL
TTL
TTL
9-20/7
9-15/1
9-15/1
9-15/6
9-15/6
74298DC
Digital, TTL
74298PC
Digital, TTL
Device No.
Family
7430DC
7430PC
7432DC
7432PC
Digital,
Digital,
Digital,
Digital,
7437DC
Interface
Digital, TTL
8-3/2
9-3/10,
9-18/1
7437PC
Interface
Digital, TTL
8-3/2
7438DC
Interface
Digital, TTL
8-3/3
9-3111,
9-18/2
7438PC
Interface
Digital, TTL
8-3/2
9-3/11,
9-18/2
7439DC
7439PC
7440DC
Digital, TTL
Digital, TTL
Interface
Digital, TTL
9-3/12
9-3/12
8-3/4
9-3/19,
TTL
TTL
TTL
TTL
9-7/17,
9-15/11
Page/Item
9-3/22
9-3/22
9-4/17
9-4/17
9-3/10,
9-18/1
9-18/5
7440PC
Interface
Digital, TTL
7441DC
Interface
Digital, TTL
7441PC
7442DC
Interface
Digital, TTL
Digital, TTL
8-7/8
9-19/1
9-11/4,
9-11/14
7442PC
Digital, TTL
9-11/4,
7443DC
7443PC
Digital, TTL
Digital, TTL
9-11/16
9-11/16
7444DC
7444PC
7445DC
Digital, TTL
Digital, TTL
Interface
Digital, TTL
9-11/17
9-11/17
8-7/9
8-3/4
9-3/19,
9-18/5
8-7/8
9-19/1
9-11/14
9-11/3,
9-11/13,
9-19/4
7445PC
9-8/5,
9-9/12,
9-13/13
9-8/5,
9-9/12,
9-13/13
Interface
Digital, TTL
8-7/9
9-11/3,
9-11113,
9-19/4
1-53
I
PRODUCT INDEX
Device No.
7446DC
Family
Page I Item
Interface
Digital, TTL
Interface
Digital, TTL
Interface
Digital, TTL
8-7/10
9-19/12
8-7/10
9-19/12
8-7/11
9-19/13
Interface
Digital, TTL
Interface
Digital. TTL
8-7/11
9-19/13
8-7/13
9-19/7
7450DC
7450PC
7451DC
Interface
Digital, TTL
Digital, TTL
Digital, TTL
Digital, TTL
8-7/13
9-19/7
9-5/4
9-5/4
9-5/5
7451PC
7453DC
7453PC
7454DC
7454PC
Digital,
Digital,
Digital,
Digital,
Digital,
TTL
TTL
TTL
TTL
TTL
7460DC
7460PC
7470DC
7470PC
7472DC
Digital,
Digital,
Digital,
Digital,
Digital,
7472PC
7473DC
7473PC
7474DC
7474PC
Device No.
Family
Pagel Item
7489PC
7490ADC
7490APC
7491DC
7491PC
Memories
Digital, TTL
Digital, TTL
Digital, TTL
Digital, TTL
10-3/4
9-15/2
9-15/2
9-14/12
9-14/12
7492DC
7492PC
7493ADC
7493APC
7494DC
Digital, TTL
Digital, TTL
Digital, TTL
Digital, TTL
Digital. TTL
9-15/4
9-15/4
9-1517
9-15/7
9-12/6,
9-14/3
7494PC
Digital. TTL
7495DC
7495PC
Digital, TTL
Digital, TTL
9-12/6,
9-14/3
9-12/7
9-12/7
9-5/5
9-5/6
9-5/6
9-5/7
9-5/7
7496DC
7496PC
7497DC
7497PC
74HOODC
Digital.
Digital,
Digital,
Digital,
Digital,
TTL
TTL
TTL
TTL
TTL
9-12/9
9-12/9
9-17/3
9-17/3
9-3/6
TTL
TTL
TTL
TTL
TTL
9-5/14
9-5/14
9-6/8
9-6/8
9-6/5
74HOOPC
74H01DC
74H01PC
74H04DC
74H04PC
Digital.
Digital,
Digital,
Digital,
Digital,
TTL
TTL
TTL
TTL
TTL
9-3/6
9-3/7
9-3/7
9-3/1
9-3/1
Digital,
Digital,
Digital,
Digital,
Digital,
TTL
TTL
TTL
TTL
TTL
9-6/5
9-6/15
9-6/15
9-6/9
9-6/9
74H05DC
74H05PC
74H08DC
74H08PC
74H10DC
Digital,
Digital,
Digital,
Digital,
Digital,
TTL
TTL
TTL
TTL
TTL
9-3/2
9-3/2
9-4/11
9-4/11
9-3/14
7475DC
7475PC
7476DC
7476PC
7480DC
Digital,
Digital,
Digital,
Digital,
Digital,
TTL
TTL
TTL
TTL
TTL
9-7/15
9-7/15
9-6/21
9-6/11
9-20/1
i4H10PC
74H101DC
74H101PC
74H102DC
74H102PC
Digital,
Digital,
Digital,
Digital,
Digital,
TTL
TTL
TTL
TTL
TTL
9'3/14
9-6/4
9-6/4
9-6/7
9-6/7
7480PC
7482DC
7482PC
7483ADC
7483APC
Digital,
Digital,
Digital,
Digital,
Digital,
TTL
TTL
TTL
TTL
TTL
9-20/1
9-20/4
9-20/4
9-20/5
9-20/5
74H103DC
74H103PC
74H106DC
74H106PC
74H108DC
Digital,
Digital,
Digital,
Digital,
Digital,
TTL
TTL
TTL
TTL
TTL
9-6/18
9-6/18
9-6/23
9-6/23
9-6/27
7485DC
7485PC
7486DC
7486PC
7489DC
Digital, TTL
Digital, TTL
Digital, TTL
Digital, TTL
Memories
9-20/18
9-20/18
9-4/18
9-4/18
10-3/4
74H108PC
74H11DC
74H11PC
74H183DC
74H183PC
Digital,
Digital,
Digital,
Digital,
Digital,
TTL
TTL
TTL
TTL
TTL
9:6/27
9-4/14
9-4/14
9-20/3
9-20/3
7446PC
7447DC
7447PC
7448DC
7448PC
1-54
PRODUCT INDEX
Device No.
Family
Page/ltem
Device No.
74LSOOPC
74LS02DC
74LS02PC
74LS03DC
74LS03PC
Digital,
Digital,
Digital,
Digital,
Digital,
TTL
TTL
TTL
TTL
TTL
9·3/6
9-4/1
9-4/1
74LS04DC
74LS04PC
74LS05DC
74LS05PC
74LS08DC
Digital,
Digital,
Digital,
Digital,
Digital,
TTL
TTL
TTL
TTL
TTL
9-3/1
9-3/1
9-3/2
74LS08PC
74LS09DC
74LS09PC
74LS10DC
74LS10PC
Digital,
Digital,
Digital,
Digital,
Digital,
TTL
TTL
TTL
TTL
TTL
9-4/11
9-4/12
9-4/12
74LS107DC
74LS107PC
74LS109DC
74LS109PC
74LS11DC
Digital,
Digital,
Digital,
Digital,
Digital,
TTL
TTL
TTL
TTL
TTL
9-717
74LS11PC
74LS112DC
74LS112PC
74LS113DC
74LS113PC
Digital,
Digital,
Digital,
Digital,
Digital,
TTL
TTL
TTL
TTL
TTL
74LS114DC
74LS114PC
74LS125DC
74LS125PC
74LS126DC
Digital,
Digital,
Digital,
Digital,
Digital,
TTL
TTL
TTL
TTL
TTL
9-7/2
9-7/2
74LS126PC
74LS13DC
74LS13PC
74LS132DC
74LS132DC
Digital,
Digital,
Digital,
Digital,
Digital,
TTL
TTL
TTL
TTL
TTL
9-5/17
74LS133DC
74LS133PC
74LS136DC
74LS136PC
74LS138DC
Digital,
Digital,
Digital,
Digital,
Digital,
TTL
TTL
TTL
TTL
TTL
9-3/23
74LS138PC
74LS139DC
74LS139PC
74LS14DC
74LS14PC
Digital,
Digital,
Digital,
Digital,
Digital,
TTL
TTL
TTL
TTL
TTL
74H20DC
74H20PC
74H21DC
74H21PC
74H30DC
Digital,
Digital,
Digital,
Digital,
Digital,
TTL
TTL
TTL
TTL
TTL
9·3116
9·3/16
9-4/16
74H30PC
74H40DC
Digital, TTL
Interface
Digital, TTL
9-3/22
8-3/5
9-3/19,
9-4/16
9-3/22
9-18/6
74H40PC
Interface
Digital, TTL
74H50DC
74H50PC
74H51DC
Digital, TTL
Digital, TTL
Digital, TTL
74H51PC
74H52DC
74H52PC
74H53DC
74H53PC
Digital,
Digital,
Digital,
Digital,
Digital,
TTL
TTL
TTL
TTL
TTL
74H54DC
74H54PC
74H55DC
74H55PC
74H60DC
Digital,
Digital,
Digital,
Digital,
Digital,
TTL
TTL
TTL
TTL
TTL
74H60PC
74H61DC
74H61PC
74H62DC
74H62DC
Digital,
Digital,
Digital,
Digital,
Digital,
TTL
TTL
TTL
TTL
TTL
74H71DC
74H71PC
74H72DC
74H72PC
74H73DC
Digital,
Digital,
Digital,
Digital,
Digital,
TTL
TTL
TTL
TTL
TTL
74H73PC
74H74DC
74H74PC
74H76DC
74H76PC
Digital,
Digital,
Digital,
Digital,
Digital,
TTL
TTL
TTL
TTL
TTL
74H78DC
74H78PC
74H87DC
74H87PC
74LSOODC
Digital,
Digital,
Digital,
Digital,
Digital,
TTL
TTL
TTL
TTL
TTL
Family
Page I Item
9-3/7
9-317
9-3/2
9-4/11
8-3/5
9-3/19,
9-18/6
9-5/4
9-5/4
9-5/5
9-5/5
9-5/3
9-5/3
9-5/6
9-5/6
9-517
9-5/7
9-5/11
9-5/11
9-5/14
9-5/14
9-5/13
9-5/13
9-5/15
9-5/15
9-6/3
9-6/3
9-6/6
9-6/6
9-6/17
9-6/17
9-6/10
9-6/10
9-6/22
9-6/22
9-6/26
9-6/26
9-21/6
9-21/6
9-3/6
1-55
9-3/14
9-3/14
9-717
9-7/5
9-7/5
9-4/14
9-4/14
9-6/25
9-6/25
9-6/20
9-6/20
9-5/16
9-5/16
9-5/17
9-3/17
9-3/17
9-3/13
9-3/13
9-3/23
9-4/19
9-4/19
9-11/6
9-11/6
9-10/11
9-10/11
9-3/5
9-3/5
I
PRODUCT INDEX
Device No_
Family
Page/Item
Device No_
74LS15DC
74LS15PC
74LS151DC
74LS151PC
74LS152DC
Digital,
Digital,
Digital,
Digital,
Digital,
TTL
TTL
TTL
TTL
TTL
9-4/15
9-4/15
9-10/2
9-10/2
9-1017
74LS152PC
74LS153DC
74LS153PC
74LS155DC
74LS155PC
Digital,
Digital,
Digital,
Digital,
Digital,
TTL
TTL
TTL
TTL
TTL
9-1017
9-9/17
9-9/17
9-10/14
9-10/14
74LS156DC
74LS156PC
74LS157DC
74LS157PC
74LS158DC
Digital,
Digital,
Digital,
Digital,
Digital,
TTL
TTL
TTL
TTL
TTL
9-10/16
9-10/16
9-9/4
9-9/4
9-9/6
74LS158PC
74LS160DC
74LS160PC
74LS161DC
74LS161PC
Digital,
Digital,
Digital,
Digital,
Digital,
TTL
TTL
TTL
TTL
TTL
9-9/6
9-16/4
9-16/4
9-16/6
9-16/6
74LS162DC
74LS162PC
74LS163DC
74LS163PC
74LS164DC
Digital,
Digital,
Digital,
Digital,
Digital,
TTL
TTL
TTL
TTL
TTL
9-16/8
9-16/8
9-16/10
9-16/10
9-13/6
74LS164PC
74LS165DC
74LS165PC
74LS168DC
74LS168PC
Digital,
Digital,
Digital,
Digital,
Digital,
TTL
TTL
TTL
TTL
TTL
9-13/6
9-14/6
9-14/6
9-16/11
9-16/11
74LS169DC
74LS169PC
74LS17ODC
Digital,
Digital,
Digital,
TTL
TTL
TTL
74LS17OPC
Digital,
TTL
9-16/12
9-16/12
9-8/23,
9-14/16
9-8/23,
9-14/16
74LS173DC
74LS173PC
74LS174DC
Digital,
Digital,
Digital,
TTL
TTL
TTL
9-14/19
9-14/19
9-8/13,
9-13/9
74LS242DC
74LS174PC
Digital,
TTL
74LS243DC
74LS175DC
Digital,
TTL
74LS175PC
Digital,
TTL
9-8/13,
9-13/9
9-8/3,
9-13/12
9-8/3,
9-13/12
Page/Item
74LS181DC
74LS181PC
74LS182DC
74LS182PC
Digital,
Digital,
Digital,
Digital,
TTL
TTL
TTL
TTL
9-20/12
9-20/12
9-20/16
9-20/16
74LS189DC
74LS189PC
74LS190DC
74LS190PC
74LS191DC
Memories
Memories
Digital, TTL
Digital, TTL
Digital, TTL
10-3/2
10-3/2
9-16/18
9-16/18
9-16/20
74LS191PC
74LS193DC
74LS193PC
74LS194DC
74LS194PC
Digital,
Digital,
Digital,
Digital,
Digital,
TTL
TTL
TTL
TTL
TTL
9-16/20
9-16/16
9-16/16
9-13/1
9-13/1
74LS195DC
Digital,
TTL
74LS195PC
Digital,
TTL
74LS196DC
Digital,
TTL
9-12/13,
9-14/8
9-12/13,
9-14/8
9-7/18,
9-15/12
74LS196PC
Digital,
TTL
74LS197DC
Digital,
TTL
74LS197PC
Digital,
TTL
74LS20DC
74LS20PC
74LS21DC
Digital,
Digital,
Digital,
TTL
TTL
TTL
9-7/20,
9-15/14
9-3/16
9-3/16
9-4/16
74LS21PC
74LS22DC
74LS22PC
74LS240PC
Digital, TTL
Digital, TTL
Digital, TTL
Interface
Digital, TTL
9-4/16
9-3/18
9-3/18
8-4/3
9-18/11
74LS241PC
Interface
Digital, TTL
Interface
Digital, TTL
Interface
Digital, TTL
8-414
9-18/12
8-7/1
9-18/9
8-7/1
9-18/9
Interface
Digital, TTL
Interface
Digital, TTL
8-7/2
9-18/10
8-7/2
9-18/10
74LS242PC
74LS243PC
1-56
Family
9-7/18,
9-15/12
9-7/20,
9-15/14
PRODUCT INDEX
Device No.
Family
74LS244PC
Interface
Digital, TTL
Interface
Digital, TTL
Interface
Digital, TTL
8·4/5
9·18/13
8·7/3
9-18/14
Interface
Digital, TTL
Interface
Digital, TTL
8-9/3
9·19/17
8-9/4
Interface
Digital, TTL
Interface
Digital, TTL
Interface
Digital, TTL
8-9/4
74LS251DC
74LS251PC
74LS253DC
74LS253PC
74LS256DC
Digital,
Digital,
Digital,
Digital,
Digital,
TTL
TTL
TTL
TTL
TTL
9-10/4
9-10/4
74LS256PC
74LS257DC
74LS257PC
74LS258DC
74LS258PC
Digital,
Digital,
Digital,
Digital,
Digital,
TTL
TTL
TTL
TTL
TTL
9-8/10
9-9/8
74LS259DC
Digital, TTL
9-8/19,
9-11/2
74LS259PC
Digital, TTL
9-8/19,
9-11/2
74LS26DC
Digital, TTL
9-3/9
74LS26PC
74LS260DC
74LS260PC
74LS266DC
74LS266PC
Digital,
Digital,
Digital,
Digital,
Digital,
TTL
TTL
TTL
TTL
TTL
9·3/9
9-4/6
74LS27DC
74LS27PC
74LS273PC
74LS279DC
74LS279PC
Digital,
Digital,
Digital,
Digital,
Digital,
TTL
TTL
TTL
TTL
TTL
9-4/3
9-4/3
9-13/16
74LS28DC
74LS28PC
74LS283DC
74LS283PC
74LS289DC
Digital, TTL
Digital, TTL
Digital, TTL
Digital, TTL
Memories
74LS245PC
74LS247DC
74LS247PC
74LS248DC
74LS248PC
74LS249DC
74LS249PC
Page/Item
Device No.
8·9/3
9·19/17
Family
74LS289PC
74LS290DC
74LS290PC
74LS293DC
74LS293PC
Memories
Digital, TTL
Digital, TTL
Digital, TTL
Digital, TTL
74LS295DC
74LS295PC
74LS298DC
Digital, TTL
Digital, TTL
Digital, TTL
Page/Item
10-3/3
9·15/15
9-15/15
9·15/16
9-15/16
9·12/15
9·12/15
9·8/6,
9-9/13,
9·19/18
9·13/14
74LS298PC
Digital, TTL
9·8/6,
9·9113,
9-13/14
74LS299PC
74LS30DC
Digital, TTL
Digital, TTL
9-13/3
9-3/22
74LS30PC
74LS32DC
74LS32PC
74LS323PC
74LS33DC
Digital,
Digital,
Digital,
Digital,
Digital,
TTL
TTL
TTL
TTL
TTL
74LS33PC
74LS352DC
74LS352PC
74LS353DC
74LS353PC
Digital,
Digital,
Digital,
Digital,
Digital,
TTL
TTL
TTL
TTL
TTL
9·4/8
9-9/21
9-9/21
74LS365DC
74LS365PC
74LS366DC
74LS366PC
74LS367DC
Digital,
Digital,
Digital,
Digital,
Digital,
TTL
TTL
TTL
TTL
TTL
9-5/18
74LS367PC
74LS368DC
74LS368PC
74LS37DC
74LS37PC
Digital,
Digital,
Digital,
Digital,
Digital,
TTL
TTL
TTL
TTL
TTL
9-5/20
74LS373PC
74LS374PC
Digital, TTL
Digital, TTL
9-8/15
9-8/14,
9-13/17
74LS375DC
74LS375PC
Digital, TTL
Digital, TTL
9-8/1
9-8/1
74LS377PC
74LS378DC
74LS378PC
74LS379DC
74LS379PC
Digital,
Digital,
Digital,
Digital,
Digital,
9-13/18
9·19/18
8-9/5
9·19/19
8-9/5
9·19/19
9-9/19
9-9/19
9-8/10
9-9/8
9-9/10
9-9/10
9-4/6
9-5/1
9-5/1
9-7/12
9-7/12
9-417
9-4/7
9-20/8
9-20/8
10-3/3
1-57
TTL
TTL
TTL
TTL
TTL
9-3/22
9·4/17
9-4/17
9-13/4
9-4/8
9-9/22
9-9/22
9-5/18
9-5/19
9-5/19
9-5/20
9-5/21
9-5/21
9-3/10
9-3/10
9-13/19
9-13/19
9-13/20
9-13/20
II
PRODUCT INDEX
Device No.
Family
Page/Item
Device No.
Family
Page/Item
74LS568PC
74LS569PC
74LS573PC
74LS574PC
74LS670DC
Digital, TTL
Digital, TTL
Digital, TTL
Digital, TTl
Digital, TTL
9-17/1
9·17 /2
9-8/16
9-14/2
9-8/24,
9-14/17
74LS670PC
Digital,
TTL
74LS74DC
74LS74PC
Digital,
Digital,
TTL
TTL
9·8/24,
9-14/17
9-6/12
9-6/12
74LS38DC
74LS38PC
74LS386DC
74LS386PC
74LS390DC
Digital,
Digital,
Digital,
Digital,
Digital,
TTL
TTL
TTL
TTL
TTL
9-3/11
9-3/11
9-4/22
9-4/22
9-15/17
74LS390PC
74LS393DC
74LS393PC
74LS395DC
74LS395PC
Digital,
Digital,
Digital.
Digital,
Digital,
TTL
TTL
TTL
TTL
TTL
9·15/17
9-15/18
9·15/18
9-13/15
9·13/15
74LS398PC
74LS399DC
74LS399PC
74LS40DC
74LS40PC
Digital,
Digital,
Digital,
Digital,
Digital,
TTL
TTL
TTL
TTL
TTL
9-13/21
9-14/1
9·14/1
9·3/19
9·3/19
74LS75DC
74LS75PC
74LS76DC
74LS76PC
74LS77DC
Digital,
Digital,
Digital,
Digital,
Digital,
TTL
TTL
TTL
TTL
TTL
9-7/21
9-7/21
9-7/6
9-7/6
9-7/22
74LS42DC
Digital,
TTL
74LS42PC
Digital,
TTL
74LS47DC
Interface
Digital, TTL
9·11/5,
9·11/15
9-11/5,
9·11/15
8·7/12
9-19/14
74LS77PC
74LS78DC
74LS78PC
74LS83DC
74LS83PC
Digital,
Digital,
Digital,
Digital,
Digital,
TTL
TTL
TTL
TTL
TTL
9-7/22
9-7/8
9-7/8
9-20/6
9-20/6
74LS47PC
Interface
Digital, TTL
Interface
Digital, TTL
8-7/12
9-19/14
8·8/1
9-19/15
74LS85DC
74LS85PC
74LS86DC
74LS86PC
74LS89DC
Digital, TTL
Digital, TTL
Digital, TTL
Digital, TTL
Memories
9-20/19
9-20/19
9-4/18
9-4/18
10-3/1
Interface
Digital, TTL
Interface
Digital, TTL
Interface
Digital, TTL
8-8/1
9-19/15
8-8/3
9-19/16
8-8/3
9-19/16
74LS89PC
74LS90DC
74LS90PC
74LS92DC
74LS92PC
Memories
Digital, TTL
Digital, TTL
Digital, TTL
Digital, TTL
10-3/1
9-15/3
9-15/3
9-15/5
9·15/5
74LS93DC
74LS93PC
74LS95BDC
74LS95BPC
74LS95DC
Digital,
Digital,
Digital,
Digital,
Digital,
TTL
TTL
TTL
TTL
TTL
9·15/8
9·15/8
9-14/7
9·14/7
9·12/8
74LS95PC
74S00DC
74S00PC
74S02DC
74S02PC
Digital,
Digital,
Digital,
Digital,
Digital,
TTL
TTL
TTL
TTL
TTL
9-12/8
9-3/6
9-3/6
9-4/1
9-4/1
74S03DC
74S03PC
74S04DC
74S04PC
74S05DC
Digital,
Digital,
Digital,
Digital,
Digital,
TTL
TTL
TTL
TTL
TTL
9-3/7
9-3/7
9·3/1
9-3/1
9-3/2
74LS48DC
74LS48PC
74LS49DC
74LS49PC
74LS490DC
74LS490PC
74LS502DC
74LS502PC
Digital,
Digital,
Digital,
Digital,
TTL
TTL
TTL
TTL
9-15/19
9-15/19
9-14/20
9-14/20
74LS51DC
74LS51PC
74LS54DC
74LS54PC
74LS540PC
Digital, TTL
Digital, TTL
Digital, TTL
Digital, TTL
Interface
Digital, TTL
9-5/5
9-5/5
9-5/8
9-5/8
8-4/6
9-18/15
74LS541PC
Interface
Digital, TTL
Digital, TTL
Digital, TTL
8-417
9-18/16
9·5/12
9-5/12
74LS55DC
74LS55PC
1-58
PRODUCT INDEX
Device No.
Family
Page/Item
Device No.
Family
74S174DC
Digital, TTL
74S174PC
Digital, TTL
74S175DC
Digital, TTL
74S175PC
Digital, TTL
74S182DC
74S182PC
Digital, TTL
Digital, TTL
9-8/4,
9-13/11
9-20/15
9-20/15
Page/Item
74S05PC
74S08DC
74S08PC
74S10DC
74S10PC
Digital,
Digital,
Digital,
Digital,
Digital,
TTL
TTL
TTL
TTL
TTL
9-3/2
9-4/11
9-4/11
9-3/14
9-3/14
74S109DC
74S109PC
74S11DC
74S11PC
74S112DC
Digital,
Digital,
Digital,
Digital,
Digital,
TTL
TTL
TTL
TTL
TTL
9-7/4
9-7/4
9-4/14
9-4/14
9-6/24
74S112PC
74S113DC
74S113PC
74S114DC
74S114PC
Digital,
Digital,
Digital,
Digital,
Digital,
TTL
TTL
TTL
TTL
TTL
9-6/24
9-6/19
9-6/19
9-7/1
9-7/1
74S194DC
74S194PC
74S20DC
74S20PC
74S22DC
Digital,
Digital,
Digital,
Digital,
Digital,
TTL
TTL
TTL
TTL
TTL
9-12/17
9-12/17
9-3/16
9-3/16
9-3/18
74S132DC
74S132PC
74S133DC
74S133PC
74S134DC
Digital,
Digital,
Digital,
Digital,
Digital,
TTL
TTL
TTL
TTL
TTL
9-3/13
9-3/13
9-3/23
9-3/23
9-3/24
74S22PC
74S251DC
74S251PC
74S253DC
74S253PC
Digital,
Digital,
Digital,
Digital,
Digital,
TTL
TTL
TTL
TTL
TTL
9-3/18
9-10/5
9-10/5
9-9/20
9-9/20
74S134PC
74S135DC
Digital, TTL
Digital, TTL
74S135PC
Digital, TTL
9-3/24
9-4/21,
9-21/7
9-4/21,
74S257DC
74S257PC
74S258DC
74S258PC
74S30DC
Digital,
Digital,
Digital,
Digital,
Digital,
TTL
TTL
TTL
TTL
TTL
9-9/9
9-9/9
9-9/11
9-9/11
9-3/22
74S138DC
74S138PC
74S139DC
74S139PC
Digital,
Digital,
Digital,
Digital,
74S30PC
74S32DC
74S32PC
74S40DC
74S140DC
Interface
Digital, TTL
9-3/22
9-4/17
9-4/17
8-3/6
9-3/19,
9-18/7
74S40PC
74S140PC
Interface
Digital, TTL
8-4/2
9-3/20,
9-18/8
8-4/2
9-3/20,
Digital, TTL
Digital, TTL
Digital, TTL
Interface
Digital, TTL
Interface
Digital, TTL
9-18/8
9-2117
TTL
TTL
TTL
TTL
9-1117
9-1117
9-10/12
9-10/12
9-8/12,
9-13/8
9-8/12,
9-13/8
9-8/4,
9-13/11
74S51DC
Digital, TTL
8-3/6
9-3/19,
9-18/7
9-5/5
74S15DC
74S15PC
74S151DC
74S151PC
74S153DC
Digital,
Digital,
Digital,
Digital,
Digital,
TTL
TTL
TTL
TTL
TTL
9-4/15
9-4/15
9-10/3
9-10/3
9-9/18
74S51PC
74S64DC
74S64PC
74S65DC
74S65PC
Digital,
Digital,
Digital,
Digital,
Digital,
TTL
TTL
TTL
TTL
TTL
9-5/5
9-5/9
9-5/9
9-5/10
9-5/10
74S153PC
74S157DC
74S157PC
74S158DC
74S158PC
Digital,
Digital,
Digital,
Digital,
Digital,
TTL
TTL
TTL
TTL
TTL
9-9/18
9-9/5
9-9/5
9-9/7
9-9/7
74S74DC
74S74PC
74S86DC
74S86PC
75107ADC
Digital, TTL
Digital, TTL
Digital, TTL
Digital, TTL
Interface
9-6/11
9-6/11
9-4/18
9-4/18
8-5/17
1-59
I
PRODUCT INDEX
Device No.
Family
75107APC
75107BDC
75107BPC
75108ADC
75108APC
Interface
Interface
Interface
Interface
Interface
8-5/17
8-5/17
8-5/17
8-5/18
8-5/18
75108BDC
75108BPC
75109DC
75109PC
75110DC
Interface
Interface
Interface
Interface
Interface
75110PC
75121DC
75121PC
75122DC
75122PC
Page/Item
Device No.
Family
Page/Item
75327DC
75327PC
7534DC
7534PC
7535DC
Interface
Interface
Interface
Interface
Interface
8-12/7
8-1217
8-15/1
8-15/1
8-15/2
8-5/18
8-5/18
8-4/8
8-4/8
8-4/9
7535PC
75430DC
75430PC
75431HC
75431RC
Interface
Interface
Interface
Interface
Interface
8-15/2
8-9/8
8-9/8
8-9/9
8-9/9
Interface
Interface
Interface
Interface
Interface
8-4/9
8-4/10
8-4/10
8-6/1
8-6/1
75431TC
75432HC
75432RC
75432TC
75433HC
Interface
Interface
Interface
Interface
Interface
8-9/9
8-9/10
8-9/10
8-9/10
8-9/11
75123DC
75123PC
75124DC
75124PC
75150DC
Interface
Interface
Interface
Interface
Interface
8-4/11
8-4/11
8-6/2
8-6/2
8-4/12
75433RC
75433TC
75434HC
75434RC
75434TC
Interface
Interface
Interface
Interface
Interface
8-9/11
8-9/11
8-10/1
8-10/1
8-10/1
75150PC
75150RC
75150TC
75154DC
75154PC
Interface
Interface
Interface
Interface
Interface
8-4/12
8-4/12
8-4/12
8-6/3
8-6/3
75450ADC
Interface
75450APC
Interface
75450BCD
Interface
75207DC
75207PC
75208DC
75208PC
75234DC
Interface
Interface
Interface
Interface
Interface
8-6/4
8-6/4
8-6/5
8-6/5
8-15/3
8-10/2.
8-10/13
8-10/2,
8-10/13
8,10/2,
8-10/13
75450BPC
Interface
75451AHC
Interface
75234PC
75235DC
75235PC
7524DC
7524PC
Interface
Interface
Interface
Interface
Interface
8-15/3
8-15/4
8-15/4
8-14/10
8-14/10
75451ARC
Interface
75451ATC
Interface
75451BHC
Interface
7525DC
7525PC
7528DC
7528PC
7529DC
Interface
Interface
Interface
Interface
Interface
8-14/11
8-14/11
8-14/12
8-14/12
8-14/13
75451BRC
Interface
75451BTC
Interface
7529PC
75325DC
75325PC
75326DC
75326PC
Interface
Interface
Interface
Interface
Interface
8-14/13
8-12/5
8-12/5
8-12/6
8-12/6
75452AHC
Interface
75452ARC
Interface
75452ATC
Interface
1-60
8-10/2,
8-10/13
8-10/3,
8-11/1
8-10/3,
8-11/1
8-10/3,
8-11/1
8-10/3,
8-11/1
8-10/3,
8-11/1
8-10/3,
8-11/1
8-10/4,
8-11/2
8-10/4,
8-11/2
8-10/4,
8-11/2
PRODUCT INDEX
Device No.
Family
75452BHC
Interface
75452BRC
Interface
75452BTC
Interface
75453AHC
Interface
75453ARC
Interface
75453ATC
Interface
75453BHC
Interface
75453BRC
Interface
75453BTC
Interface
75454AHC
Interface
Device No.
Page/ltem
8·10/4,
8·11/2
8-10/4,
8-11/2
8-10/4,
8-11/2
8-10/5,
8-11/3
8-10/5,
8·11/3
8-10/5,
8-11/3
8-10/5,
8-11/3
8-10/5,
8-11/3
8-10/5,
8-11/3
8-10/6,
8-11/4
Family
75471RC
75471TC
75472HC
75472RC
75472TC
Interface
Interface
Interface
Interface
Interface
8·11/10
8-11/10
8-11/11
8-11/11
8-11/11
75473HC
75473RC
75473TC
75474HC
75474RC
Interface
Interface
Interface
Interface
Interface
8-11/12
8-11/12
8-11/12
8-11/13
8-11/13
75474TC
75491ADC
Interface
Interface
75491APC
Interface
8-11/13
8-9/6,
8-11/14
8-9/6,
8-11/14
75491BDC
Interface
75491BPC
Interface
75491DC
Interface
75491PC
Interface
75492ADC
Interface
75492APC
Interface
75492BDC
Interface
75492BPC
Interface
75492DC
Interface
75492PC
Interface
75454ARC
Interface
75454ATC
Interface
75454BHC
Interface
75454BRC
Interface
75454BTC
Interface
75460DC
75460PC
75461HC
75461RC
75461TC
Interface
Interface
Interface
Interface
Interface
8-11/5
8-11/5
8-11/6
8-11/6
8·11/6
75462HC
75462RC
75462TC
75463HC
75463RC
Interface
Interface
Interface
Interface
Interface
8-11/7
8-11/7
8-11/7
8-11/8
8-11/8
74H22DC
74H22PC
8T13DC
8T13DM
8T13FM
Digital, TTL
Digital, TTL
Interface
Interface
Interface
75463TC
75464HC
75464RC
75464TC
75471HC
Interface
Interface
Interface
Interface
Interface
8-11/8
8-11/9
8-11/9
8-11/9
8-11/10
8T13PC
8T14DC
8T14DM
8T14PC
8T23DC
Interface
Interface
Interface
Interface
Interface
8-10/6,
8-11/4
8-10/6,
8-11/4
8-10/6,
8-11/4
8-10/6,
8-11/4
8-10/6,
8-11/4
1-61
Page/ltem
8-S/6,
8-11/14
8-S/6,
8-11/14
8-9/6,
8-11/14
8-9/6,
8-11/14
8-9/7,
8-11/15
8-9/7,
8-11/15
8-9/7,
8-11/15
8-S/7,
8-11/15
8-9/7,
8-11/15
8-S/7,
8-11/15
9-3/18
S-3/18
8-3/7
8-3/7
8-3/7
8-3/7
8-5/3
8-5/3
8-5/3
8-3/8
I
PRODUCT INDEX
Device No.
Family
Page/ltem
Device No.
Interface
Interface
Interface
Interface
Interface
8·3/8
8·5/4
8·5/4
8-6/10
8-6/10
9006FM
9006FMQB
9007DC
9007DM
9007DMQB
Digital,
Digital,
Digital,
Digital,
Digital,
TTL
TTL
TTL
TTL
TTL
9·5/14
9·5/14
9-3/21
9-3/21
9-3/21
8T28DC
8T28PC
900FM
900FMQB
900HC
Interface
Interface
Digital, RTLICTL
Digital, RTLICTL
Digital, RTLICTL
8-6/11
8-6/11
9-36/1
9-36/1
9-36/1
9007FM
9007FMQB
9008DC
9008DM
9008DMQB
Digital,
Digital,
Digital,
Digital,
Digital,
TTL
TTL
TTL
TTL
TTL
9-3/21
9-3/21
9-516
9-516
9-5/6
900HM
900HMQB
9000DC
9000DM
9000DMQB
Digital, RTLICTL
Digital, RTLICTL
Digital, TTL
Digital, TTL
Digital, TTL
9-36/1
9-36/1
9-6/1
9-6/1
9-6/1
9008FM
9008FMQB
9009DC
Digital, TTL
Digital, TTL
Interface
Digital, TTL
9-5/6
9-5/6
8-3/9
9-3/19,
9-18/4
9009DM
Interface
Digital, TTL
9009DMQB
Interface
Digital, TTL
8-3/9
9-3/19,
9-18/4
8-3/9
9-3/19,
9-18/4
9009FM
Interface
Digital, TTL
9OO9FMQB
Interface
Digtal, TTL
8T23PC
8T24DC
8T24PC
8T26DC
8T26PC
9000FM
9000FMQB
9001DC
9001DM
9001DMQB
Digital,
Digital,
Digital,
Digital,
Digital,
TTL
TTL
TTL
TTL
TTL
9-6/1
9-6/1
9-6/2
9-6/2
9-6/2
9001FM
9001FMQB
9002DC
9002DM
9002DMQB
Digital,
Digital,
Digital,
Digital,
Digital,
TTL
TTL
TTL
TTL
TTL
9-612
9-6/2
9-3/6
9-3/6
9-3/6
9002FM
9002FMQB
9003DC
9003DM
9003DMQB
Digital,
Digital,
Digital,
Digital,
Digital,
TTL
TTL
TTL
TTL
TTL
9-3/6
9-3/6
9-3/14
9-3/14
9-3/14
9003FM
9003FMQB
9004DC
9004DM
9004DMQB
Digital,
Digital,
Digital,
Digital,
Digital,
TTL
TTL
TTL
TTL
TTL
9-3/14
9-3/14
9-3/16
9-3/16
9-3/16
9004FM
9004FMQB
9005DC
9005DM
9005DMQB
Digital,
Digital,
Digital,
Digital,
Digital,
TTL
TTL
TTL
TTL
TTL
9005FM
9005FMQB
9006DC
9006DM
9006DMQB
Digital,
Digital,
Digital,
Digital,
Digital,
TTL
TTL
TTL
TTL
TTL
901FM
901FMQB
901HM
901HMQB
Family
Digital,
Digital,
Digital,
Digital,
RTLICTL
RTLICTL
RTLICTL
RTLICTL
Page/ltem
8-3/9
9-3/19,
9-18/4
8-3/9
9-3/19,
9-18/4
9-36/2
9-36/2
9-36/2
9-36/2
9012DC
9012DM
9012DMQB
9012FM
Digital,
Digital,
Digital,
Digital,
TTL
TTL
TTL
TTL
9-3/7
9-317
9-3/7
9-3/7
9-3/16
9-3/16
9-5/4
9-5/4
9-5/4
9012FMQB
9014DC
9014DM
9014DMQB
9014FM
Digital,
Digital,
Digital,
Digital,
Digital,
TTL
TTL
TTL
TTL
TTL
9-3/7
9-4/20
9-4/20
9-4/20
9-4/20
9-5/4
9-5/4
9-5/14
9-5/14
9-5/14
9014FMQB
9015DC
9015DM
9015DMQB
9015FM
Digital,
Digital,
Digital,
Digital,
Digital,
TTL
TTL
TTL
TTL
TTL
9-4/20
9-4/2
9-4/2
9-4/2
9-4/2
1-62
PRODUCT INDEX
Device No.
Family
Page/ltem
Device No.
Family
Page/ltem
9015FMOB
9016DC
9016DM
9016DMOB
9016FM
Digital,
Digital,
Digi!al,
Digital,
Digital,
TTL
TTL
TTL
TTL
TTL
9·4/2
9-3/1
9-3/1
9-3/1
9-3/1
906FM
906FMOB
906HC
906HM
906HMOB
Digital,
Digital,
Digital,
Digital,
Digital,
RTLICTL
RTLICTL
RTLICTL
RTLICTL
RTLICTL
9·36/7
9-36/7
9-36/7
9-36/7
9-36/7
9016FMOB
9017DC
9017DM
9017DMOB
9017FM
Digital,
Digital,
Digital,
Digital,
Digital,
TTL
TTL
TTL
TTL
TTL
9-3/1
9-3/2
9-3/2
9-3/2
9-3/2
907FM
907FMOB
907HC
907HM
907HMOB
Digital,
Digital,
Digital,
Digital,
Digital,
RTLICTL
RTLICTL
RTLICTL
RTLICTL
RTLICTL
9-36/8
9-36/8
9-36/8
9-36/8
9-36/8
9-3/2
9-36/3
9-36/3
9-36/3
9-36/3
908FM
908FMOB
908HC
908HM
908HMOB
Digital,
Digital,
Digital,
Digital,
Digital,
RTLICTL
RTLICTL
RTLICTL
RTLICTL
RTLICTL
9-36/9
9-36/9
9-36/9
9-36/9
9-36/9
Digital,
Digital,
Digital,
Digital,
Digital,
RTLICTL
RTLICTL
RTLI CTL
RTLICTL
RTLICTL
9-36/10
9-36/10
9-36/10
9-36/10
9-36/10
9017FMOB
902FM
902FMOB
902HC
902HMOB
Digital, TTL
Digital, RTLICTL
Digital, RTLICTL
Digital, RTLICTL
Digital, RTLICTL
9020DC
9020DM
9020DMOB
9020FM
9020FMOB
Digital,
Digital,
Digital,
Digital,
Digital,
TTL
TTL
TTL
TTL
TTL
9-6/13
9-6/13
9-6/13
9-6/13
9-6/13
909FM
909FMOB
909HC
909HM
909HMOB
9022DC
9022DM
9022DMOB
9022FM
9022FMOB
Digital,
Digital,
Digital,
Digital,
Digital,
TTL
TTL
TTL
TTL
TTL
9-6/14
9-6/14
9-6/14
9-6/14
9-6/14
9093DC
9093DM
9093DMOB
9093FM
9093FMOB
Digital,
Digital,
Digital,
Digital,
Digital,
DTL
DTL
DTL
DTL
DTL
9-37/23
9-37/23
9-37/23
9-37/23
9-37/23
9024DC
9024DM
9024DMOB
9024FM
9024FMOB
Digital,
Digital,
Digital,
Digital,
Digital,
TTL
TTL
TTL
TTL
TTL
9-7/3
9-7/3
9-7/3
9-7/3
9-7/3
9093PC
9094DC
9094DM
9094DMOB
9094FM
Digital,
Digital,
Digital,
Digital,
Digital,
DTL
DTL
DTL
DTL
DTL
9-37/23
9-37/24
9-37/24
9-37/24
9-37/24
903FM
903FMOB
903HC
903HM
903HMOB
Digital,
Digital,
Digital,
Digital,
Digital,
RTLICTL
RTLICTL
RTLICTL
RTLICTL
RTLICTL
9-36/4
9-36/4
9-36/4
9-36/4
9-36/4
9094FMOB
9094PC
9097DC
9097DM
9097DMOB
Digital,
Digital,
Digital,
Digital,
Digital,
DTL
DTL
DTL
DTL
DTL
9-37/24
9-37/24
9-37/25
9-37/25
9-37/25
904FM
904FMOB
904HC
904HM
904HMOB
Digital,
Digital,
Digital,
Digital,
Digital,
RTLICTL
RTLICTL
RTLICTL
RTLICTL
RTLICTL
9-36/5
9-36/5
9-36/5
9-36/5
9-36/5
9097FM
9097FMOB
9097PC
9099DC
9099DM
Digital,
Digital,
Digital,
Digital,
Digital,
DTL
DTL
DTL
DTL
DTL
9-37/25
9-37/25
9-37/25
9-37/26
9-37/26
905FM
905FMOB
905HC
905HM
905HMOB
Digital,
Digital,
Digital,
Digital,
Digital,
RTLICTL
RTLICTL
RTLICTL
RTLICTL
RTLICTL
9-36/6
9-36/6
9-36/6
9099DMOB
9099FM
9099FMOB
9099PC
910FM
9-36z6
9-36/6
1-63
Digital, DTL
Digital, DTL
Digital, DTL
Digital, DTL
Digital, RTLICTL
9-37/26
9-37/26
9-37/26
9-37/26
9-36/11
II
PRODUCT INDEX
Device No.
910FMQB
910HC
910HM
910HMQB
9109DC
9109DM
9109DMQB
911FM
911FMQB
911HM
911HMQB
9110DC
Family
Digital,
Digital,
Digital,
Digital,
RTLICTL
RTL/CTL
RTLICTL
RTLICTL
Page/Item
Device No.
9·36/11
9-36/11
9-36/11
9-36/11
Family
Page/Item
914HM
914HMQB
915FM
915FMOB
915HC
Digital,
Digital,
Digital,
Digital,
Digital,
RTLICTL
RTLICTL
RTLICTL
RTL/CTL
RTLICTL
9·36/15
9-36/15
9-36/16
9-36/16
9-36/16
915HM
915HMOB
9157DC
9157FM
9157FMQB
Digital, RTLICTL
Digital, RTLICTL
Digital, DTL
Digital, DTL
Digital, DTL
9-36/16
9-36/16
9-37/32
9-37/32
9-37/32
Interface
Digital, DTL
Interface
Digital, DTL
Interface
Digital, DTL
8-12/11
9-37/27
8-12/11
9-37/27
8-12/11
9-37/27
Digital, RTLICTL
Digital, RTLICTL
Digital, RTLICTL
Digital, RTLICTL
Digital, DTL
9-36/12
9-36/12
9-36/12
9-36/12
9-37/28
9157PC
9158DC
9158PC
921FM
921FMOB
Digital, DTL
Digital, DTL
Digital, DTL
Digital, RTLICTL
Digital, RTLICTL
9-37/32
9-37/33
9-37/33
9-36/17
9-36/17
9110DM
9110DMQB
9111DC
9111DM
9111DMQB
Digital,
Digital,
Digital,
Digital,
Digital,
DTL
DTL
DTL
DTL
DTL
9-37/28
9-37/28
9-37/29
9-37/29
9-37/29
921HC
921HM
921HMOB
923HC
926FM
Digital,
Digital,
Digital,
Digital,
Digital,
RTLICTL
RTLICTL
RTLICTL
RTLICTL
RTLICTL
9-36/17
9-36/17
9-36/17
9-36/18
9-36/19
9111FM
9111FMQB
9112DC
Digital, DTL
Digital, DTL
Interface
Digital, DTL
Interface
Digital, DTL
9-37/29
9-37/29
8-13/1
9-37/30
8-13/1
9-37/30
926FMOB
926HC
926HM
926HMOB
927FM
Digital,
Digital,
Digital,
Digital,
Digital,
RTLICTL
RTLICTL
RTLICTL
RTLICTL
RTLICTL
9-36/19
9-36/19
9-36/19
9-36/19
9-36/20
912FM
912FMQB
Interface
Digital, DTL
Digital, RTLICTL
Digital, RTLICTL
8-13/1
9-37/30
9-36/13
9-36/13
927FMQB
927HC
927HM
927HMOB
930DC
Digital, RTLICTL
Digital, RTLICTL
Digital, RTLICTL
Digital, RTLICTL
Digital, DTL
9-36/20
9-36/20
9-36/20
9-36/20
9-36/26
912HC
912HM
912HMQB
913FM
913FMQB
Digital,
Digital,
Digital,
Digital,
Digital,
RTLICTL
RTLICTL
RTLICTL
RTLICTL
RTLICTL
9-36/13
9-36/13
9-36/13
9-36/14
9-36/14
930DM
930DMOB
930FM
930FMQB
930HC
Digital,
Digital,
Digital,
Digital,
Digital,
DTL
DTL
DTL
DTL
DTL
9-36/26
9-36/26
9-36/26
9-36/26
9-36/26 .
913HC
913HM
913HMQB
9135DC
9135FM
Digital, RTLICTL
Digital, RTLICTL
Digital, RTLICTL
Digital, DTL
Digital, DTL
9-36/14
9-36/14
9-36/14
9-37/31
9-37/31
930HM
930HMOB
930PC
9300DC
9300DM
Digital,
Digital,
Digital,
Digital,
Digital,
DTL
DTL
DTL
TTL
TTL
9-36/26
9-36/26
9-36/26
9-12/1
9-12/1
9135FMQB
9135PC
914FM
914FMQB
914HC
Digital, DTL
Digital, DTL
Digital, RTL/CTL
Digital, RTLICTL
Digital, RTLICTL
9-37/31
9-37/31
9-36/15
9-36/15
9-36/15
9300DMQB
9300FM
9300FMQB
9300PC
9301DC
Digital,
Digital,
Digital,
Digital,
Digital,
TTL
TTL
TTL
TTL
TTL
9-12/1
9-12/1
9-12/1
9-12/1
9-10/17,
9-11/10
9112DM
9112DMQB
1-64
PRODUCT INDEX
Device No.
Family
9301DM
Digital, TTL
9301DMQB
Digital, TTL
9301FM
Digital, TTL
9301FMQB
Digital, TTL
9301PC
Digital, TTL
9302DC
Interface
Digital, TTL
Page/Item
8-8/4
9-10/19,
9-11/12,
9-19/3
9302DMQB
Interface
Digital, TTL
8-8/4
9-10/19,
9-11/12,
9-19/3
Interface
Digital, TTL
8-8/4
9-10/19,
9-11/12,
9-19/3
9302PC
Interface
Digital, TTL
Interface
Digital, TTL
Digital, TTL
9304DM
9304DMQB
9304FM
9304FMQB
9304PC
Digital,
Digital,
Digital,
Digital,
Digital,
TTL
TTL
TTL
TTL
TTL
9-20/2
9305DC
9305DM
9305DMQB
9305FM
9305FMQB
Digital,
Digital,
Digital,
Digital,
Digital,
TTL
TTL
TTL
TTL
TTL
9-15/20
9-15/20
9-15/20
9-15/20
9-15/20
8-8/5
9-19/6
8-8/5
9-19/6
9308DC
Interface
Digital, TTL
Interface
Digital, TTL
Digital, TTL
8-8/5
9-19/6
8-8/5
9-19/6
9-8/7
9308DM
9308DMQB
9308FM
9308FMQB
9308PC
Digital,
Digital,
Digital,
Digital,
Digital,
TTL
TTL
TTL
TTL
TTL
9-8/7
9-8/7
9-817
9-817
9-8/7
9309DC
9309DM
9309DMQB
9309FM
9309FMQB
Digital,
Digital,
Digital,
Digital,
Digital,
TTL
TTL
TTL
TTL
TTL
9-9/14
9-9/14
9-9/14
9-9/14
9-9/14
9309PC
9310DC
9310DM
9310DMQB
9310FM
Digital,
Digital,
Digital,
Digital,
Digital,
TTL
TTL
TTL
TTL
TTL
9-9/14
9-15/22
9-15/22
9-15/22
9-15/22
9310FMQB
9310PC
9311DC
9311DM
9311DMQB
Digital,
Digital,
Digital,
Digital,
Digital,
TTL
TTL
TTL
TTL
TTL
9-15/22
9-15/22
9-11/19
9-11/19
9-11/19
9311FM
9311FMQB
9311PC
9312DC
9312DM
Digital,
Digital,
Digital,
Digital.
Digital,
TTL
TTL
TTL
TTL
TTL
9-11/19
9-11/19
9-11/19
9-9/23
9-9/23
9312DMQB
9312FM
9312FMQB
9312PC
9313DC
Digital,
Digital,
Digital,
Digital,
Digital,
TTL
TTL
TTL
TTL
TTL
9-9/23
9-9/23
9-9/23
9-9/23
9-9/26
9307FMQB
9307PC
8-8/4
9-10/19,
9-11/12,
9-19/3
9-20/2
9304DC
Interface
Digital, TTL
Interface
Digital, TTL
9307FM
8-8/4
9-10/19,
9-11/12,
9-19/3
9-20/2
9-20/2
9-20/2
9-20/2
1-65
Page/Item
9·15/20
8-8/5
9-19/6
8-8/5
9307DMQB
8-8/4
9-10/19,
9-11/12,
9-19/3
Family
Digital, TTL
Interface
Digital, TTL
Interface
Digital, TTL
9307DM
9-10/17,
9-11/10
9-10/17,
9-11/10
9-10/17,
9-11/10
Interface
Digital, TTL
9302FMQB
9305PC
9307DC
9'10/17,
9·11/10
9-10/17,
9-11/10
9302DM
9302FM
Device No.
9-19/6
I
PRODUCT INDEX
Device No.
Family
Page/Item
9313DM
9313DMQB
9313FM
9313FMQB
9313PC
Digital,
Digital,
Digital,
Digital,
Digital,
TTL
TTL
TTL
TTL
TTL
9·9/26
9·9/26
9·9/26
9-9/26
9-9/26
9314DC
Digital, TTL
9314DM
Digital, TTL
9314DMQB
Digital, TTL
9-7/9,
9-7/13
9-7/9,
9-7113
9-7/9,
9-7113
9314FM
Digital, TTL
9314FMQB
Digital, TTL
Device No.
9317BPC
Page/Item
Interface
Digital, TTL
Interface
Digital, TTL
Interface
Digital, TTL
8·8/7
9·19/10
8-8/8
9-19/11
8-8/8
9-19/11
Interface
Digital, TTL
Interface
Digital, TTL
8-8/8
9-19/11
8-8/8
9-19/11
9318D(:
Interface
Digital, TTL
Interface
Digital, TTL
Digital, TTL
8·8/8
9-19/11
8-8/8
9-19/11
9-20/24
9318DM
9318DMQB
9318FM
9318FMQB
9318PC
Digital,
Digital,
Digital,
Digital,
Digital,
TTL
TTL
TTL
TTL
TTL
9-20/24
9-20/24
9-20/24
9-20/24
9-20/24
9317CDC
9317CDM
9317CDMQB
9317CFM
9317CFMQB
9-7/9,
9-7113
9-7/9,
9-7113
Family
9317CPC
9314PC
Digital, TTL
9315DC
interface
Digital, TTL
Interface
Digital, TTL
9-7/9,
9-7113
8-8/6
9-19/9
8-8/6
9-19/9
Interface
DiQital, TTL
Interface
Digital, TTL
8-8/6
9-19/9
8-8/6
9-19/9
9319DC
9319DM
9319DMQB
9319FM
9319FMQB
Digital,
Digital,
Digital,
Digital,
Digital,
TTL
TTL
TTL
TTL
TTL
9·11/22
9-11/22
9·11/22
9-11/22
9-11/22
9316DC
Interface
Digital, TTL
Interface
Digital, TTL
Digital, TTL
8-8/6
9-19/9
8·8/6
9-19'"9
9-15/25
9319PC
932DC
932DM
932DMQB
932FM
Digital,
Digital,
Digital,
Digital,
Digital,
TTL
DTL
DTL
DTL
DTL
9-11/22
9-36/27
9-36/27
9·36/27
9-36/27
9316DM
9316DMQB
9316FM
9316FMQB
9316PC
Digital,
Digital,
Digital,
Digital,
Digital,
TTL
TTL
TTL
TTL
TTL
9-15/25
9-15/25
9-15/25
9-15/25
9-15/25
932FMQB
932HC
932HM
932HMQB
932PC
Digital,
Digital,
Digital,
Digital,
Digital,
DTL
DTL
DTL
DTL
DTL
9-36/27
9-36/27
9-36/27
9-36/27
9-36/27
9317BDC
Interface
Digital, TTL
Interface
Digital, TTL
Interface
Digital, TTL
8-8/7
9-19/10
8-8/7
9-19/10
8-8/7
9-19/10
9320DC
9320DM
9320DMQB
9320FM
9320FMQB
Digital,
Digital,
Digital,
Digital,
Digital,
TTL
TTL
TTL
TTL
TTL
9-11/23
9-11/23
9-11/23
9-11/23
9·11/23
Interface
Digital, TTL
Interface
Digital, TTL
8-817
9-19/10
8-8/7
9-19/10
9320PC
9321DC
9321DM
9321DMQB
9321FM
9321FMQB
Digital,
Digital,
Digital,
Digital,
Digital,
Digital,
TTL
TTL
TTL
TTL
TTL
TTL
9·11/23
9-10/9
9-10/9
9-10/9
9-10/9
9-10/9
9315DM
9315DMQB
9315FM
9315FMQB
9315PC
9317BDM
9317BDMQB
9317BFM
9317BFMQB
1-66
PRODUCT INDEX
Device No.
Family
Device No.
Page/ltem
9321PC
9322DC
9322DM
9322DMQB
9322FM
Digital,
Digital,
Digital,
Digital,
Digital,
TTL
TTL
TTL
TTL
TTL
9-10/9
9-9/1
9-9/1
9-9/1
9-9/1
9322FMQB
9322PC
9324DC
9324DM
9324DMQB
Digital,
Digital,
Digital,
Digital,
Digital,
TTL
TTL
TTL
TTL
TTL
9-9/1
9-9/1
9-20/20
9-20/20
9-20/20
9324FM
9324FMQB
9324PC
9328DC
9328DM
Digital,
Digital,
Digital,
Digital,
Digital,
TTL
TTL
TTL
TTL
TTL
9-20/20
9-20/20
9-20/20
9-14/10
9-14/10
9328DMQB
9328FM
9328FMQB
9328PC
933HM
Digital,
Digital,
Digital,
Digital,
Digital,
TTL
TTL
TTL
TTL
DTL
9-14/10
9-14/10
9-14/10
9-14/10
9-36/28
933HMQB
933PC
9334DC
Digital, DTL
Digital, DTL
Digital, TTL
9334DM
Digital, TTL
9-36/28
9-36/28
9-8/17,
9-10/20
9-8/17,
9-10/20
9334DMQB
Digital, TTL
9334FM
Digital, TTL
9334FMQB
Digital, TTL
9334PC
Digital. TTL
9338DC
Digital, TTL
9338DM
Digital, TTL
9338DMQB
Digital, TTL
9338FM
Digital, TTL
9338FMQB
Digital, TTL
9338PC
Digital, TTL
9-8/17,
9-10/20
9-8/17,
9-10/20
9-8/17,
9-10/20
9-8/17,
9-10/20
9-8/20,
9-14/13
9-8/20,
9-14/13
9-8/20,
9-14/13
9-8/20,
9-14/13
9-8/20,
9-14/13
9-8/20,
9-14/13
1-67
Family
Page/ltem
9340DC
9340DM
9340DMQB
9340FM
Digital,
Digital,
Digital,
Digital,
TTL
TTL
TTL
TTL
9·20/9
9-20/9
9-20/9
9-20/9
9340FMQB
9340PC
93410ADC
93410APC
93410DC
Digital, TTL
Digital, TTL
Memories
Me(T1ories
Memories
9-20/9
9-20/9
10-3/7
10-3/7
10-3/6
93410DM
93410FM
93410PC
93411ADC
93411APC
Memories
Memories
Memories
Memories
Memories
10-3/6
10-3/6
10-3/6
10-3/9
10-3/9
93411DC
93411DM
93411DMQB
93411FM
93411PC
Memories
Memories
Memories
Memories
Memories
10-3/8
10-3/8
10-3/8
10-3/8
10-3/8
93412DC
93412DM
93412FM
93412PC
93415DC
Memories
Memories
Memories
Memories
Memories
10-3/15
10-3/15
10-3/15
10-3/15
10-3/19
93415DM
93415FM
93415PC
93415ADC
93415ADM
Memories
Memories
Memories
Memories
Memories
10-3/19
10-3/19
10-3/19
10-3/21
10-3/21
93415ADMQB
93415APC
93417DC
93417DM
93417DMQB
Memories
Memories
Memories
Memories
Memories
10-3/21
10-3/21
10-7/5
10-7/5
10-7/5
93417FM
93417PC
93419DC
93419DM
93419DMQB
Memories
Memories
Memoriea
Memories
Memories
10-7/5
10-7/5
10-3/14
10-3/14
10-3/14
93421ADC
93421APC
93421DC
93421DM
93421DMQB
Memories
Memories
Memories
Memories
Memories
10-3/13
10-3/13
10-3/12
10-3/12
10-3/12
I
PRODUCT INDEX
Device No.
Family
Page/ltem
Device No.
Family
Page/ltem
93421FM
93421PC
93422DC
93422DM
93422FM
Memories
Memories
Memories
Memories
Memories
10·3/12
10·3/12
10-3/17
10·3/17
10-3/17
93441PC
93442DC
93442DM
93442FM
93442PC
Memories
Memories
Memories
Memories
Memories
10-7/10
10-7/12
10·7/12
10-7/12
10-7/12
93422PC
93425ADC
93425APC
93425DC
93425DM
Memories
Memories
Memories
Memories
Memories
10-3/17
10-4/3
10-4/3
10-4/1
10-4/1
93446DC
93446DM
93446DMQB
93446FM
93446PC
Memories
Memories
Memories
Memories
Memories
10-7/8
10-7/8
10-7/8
10-7/8
10-7/8
93425DMQB
93425FM
93425PC
93427DC
93427DM
Memories
Memories
Memories
Memories
Memories
10-4/1
10-4/1
10-4/1
10-7/6
10-7/6
93448DC
93448DM
93448DMQB
93448FM
93448PC
Memories
Memories
Memories
Memories
Memories
10-7/14
10-7/14
10-7/14
10-7/14
10-7/14
93427DMQB
93427FM
93427PC
93431DC
93431DM
Memories
Memories
Memories
Memories
Memories
10-7/6
10-7/6
10-7/6
10-7/9
10-7/9
93450DC
93450DM
93450FM
93450PC
93451DC
Memories
Memories
Memories
Memories
Memories
10-7/17
10-7/17
10-7/17
10-7/17
10-7/18
93431FM
93431PC
93432DC
93432DM
93432FM
Memories
Memories
Memories
Memories
Memories
10-7/9
10-7/9
10-7/11
10-7/11
10-7/11
93451DM
93451FM
93451PC
93452DC
93452DM
Memories
Memories
Memories
Memories
Memories
10-7/18
10-7/18
10-7/18
10-7/15
10-7/15
93432PC
93436DC
93436DM
93436DMQB
93436FM
Memories
Memories
Memories
Memories
Memories
10-7/11
10-7/7
10-7/7
10-7/7
10-7/7
93452DMQB
93452PC
93453DC
93453DM
93453DMQB
Memories
Memories
Memories
Memories
Memories
10-7/15
10-7/15
10-7/16
10-7/16
10-7/16
93436PC
93438DC
93438DM
93438DMQB
93438FM
Memories
Memories
Memories
Memories
Memories
10-7/7
10-7/13
10-7/13
10-7/13
10-7/13
93453PC
93454DC
93454DM
93454FM
93454PC
Memories
Memories
Memories
Memories
Memories
10-7/16
10-7/19
10-7/19
10-7/19
10-7/19
93438PC
9344DC
9344DM
9344DMQB
9344FM
Memories
Digital, TTL
Digital, TTL
Digital, TTL
Digital, TTL
10-7/13
9-21/1
9-21/1
9-21/1
9-21/1
93457DC
93457DM
93457FM
93457PC
93458DC
Memories
Memories
Memories
Memories
Memories
10-7/3
10-7/3
10-7/3
10-7/3
10-7/1
9344FMQB
9344PC
93441DC
93441DM
93441FM
Digital, TTL
Digital, TTL
Memories
Memories
Memories
9-21/1
9-21/1
10-7/10
10-7/10
10-7/10
93458DM
93458PC
93459DC
93459DM
93459PC
Memories
Memories
Memories
Memories
Memories
10-7/1
10-7/1
10-7/2
10-7/2
10-7/2
1-68
PRODUCT INDEX
Device No.
Family
Page/Item
93464DC
93464DM
93464FM
93464PC
93467DC
Memories
Memories
Memories
Memories
Memories
10-7/20
10-7/20
10-7/20
10-7/20
10-7/4
93467DM
93467FM
93467PC
93470DC
93470DM
Memories
Memories
Memories
Memories
Memories
10-7/4
10-7/4
10-7/4
10-4/4
10-4/4
93471DC
93471DM
9348DC
9348DM
9348DMQB
Memories
Memories
Digital, TTL
Digital, TTL
Digital, TTL
10-4/5
10-4/5
9-21/5
9348FM
9348FMQB
9348PC
93481ADC
93481ADM
Digital, TTL
Digital, TTL
Digital, TTL
Memories
Memories
9-21/5
9-21/5
9-21/5
10-4/7
10-4/7
93481AFM
93481APC
93481DC
93481DM
93481FM
Memories
Memories
Memories
Memories
Memories
93481PC
93SDC
935DM
93SFM
93SPC
Device No.
9370PC
Family
Page/Item
Interface
Digital, TTL
Interface
Digital, TTL
Interface
Digital, TTL
8-8/10
9-19/21
8-8/11
9-19/22
8-8/11
9-19/22
9386(8242)DC
Digital, TTL
9386(8242)DM
Digital, TTL
9-5/1,
9-20/17
9-5/1,
9-20/17
9386(8242)DMQB
Digital, TTL
9386(8242)FM
Digital, TTL
9386(8242)FMQB
Digital, TTL
9386(8242)PC
Digital, TTL
93HOODC
93HOODM
Digital, TTL
Digital, TTL
9-5/1,
9-20/17
9-12/2
9-12/2
10-4/7
10-4/7
10-4/6
10-4/6
10-4/6
93HOODMQB
93HOOFM
93HOOFMQB
93HOOPC
93H183DC
Digital,
Digital,
Digital,
Digital,
Digital,
TTL
TTL
TTL
TTL
TTL
9-12/2
9-12/2
9-12/2
9-12/2
9-20/3
Memories
Digital, DTL
Digital, DTL
Digital, DTL
Digital, DTL
10-4/6
9-36/29
9-36/29
9-36/29
9-36/29
93H183DM
93H183DMQB
93H183FM
93H183FMQB
93H183PC
Digital,
Digital,
Digital,
Digital,
Digital,
TTL
TTL
TTL
TTL
TTL
9-20/3
9-20/3
9-20/3
9-20/3
9-20/3
936DC
936DM
936FM
936PC
9368DC
Digital, DTL
Digital, DTL
Digital, DTL
Digital, DTL
Interface
Digital, TTL
9-36/30
9-36/30
9-36/30
9-36/30
8-8/9
9-19/20
93H72DC
93H72DM
93H72DMQB
93H72FM
93H72FMQB
Digital,
Digital,
Digital,
Digital,
Digital,
TTL
TTL
TTL
TTL
TTL
9-12/5
9-12/5
9-12/5
9-12/5
9-12/5
9368DM
Interface
Digital, TTL
Digital, DTL
Digital, DTL
Digital, DTL
8-8/9
9-19/20
9-36/31
9-36/31
9-36/31
93H72PC
93LOODC
93LOODM
93LOODMQB
93LOOFM
Digital,
Digital,
Digital,
Digital,
Digital,
TTL
TTL
TTL
TTL
TTL
9-12/5
9-12/3
9-12/3
9-12/3
9-12/3
Digital, DTL
Digital, DTL
Digital, DTL
Interface
Digital, TTL
9-36/31
9-36/31
9-36/31
8-8/10
9-19/21
93LOOFMQB
93LOOPC
93L01DC
Digital, TTL
Digital, TTL
Digital, TTL
937DC
937DM
937DMQB
937FM
937FMQB
937PC
9370DC
9374DC
9374PC
9'21/5
9-21/5
1-69
9-5/1,
9-20/17
9-5/1,
9-20/17
9-5/1,
9-20/17
9-12/3
9-12/3
9-10/18,
9-11/11
II
PRODUCT INDEX
Device No.
Family
93l01DM
Digital, TTL
93l01DMQB
Digital, TTL
93l01FM
Digital, TTL
93l01FMQB
Digital, TTL
93l01PC
Digital, TTL
93l08DC
Digital, TTL
9·10/18,
9·11/11
9·10/18,
9·11/11
9·8/8
93l08DM
93l08DMQB
93l08FM
93l08FMQB
93l08PC
Digital,
Digital,
Digital,
Digital,
Digital,
TTL
TTL
TTL
TTL
TTL
9·8/8
9·8/8
9·8/8
9·8/8
9·8/8
93l09DC
93l09DM
93l09DMQB
93l09FM
93l09FMQB
Digital,
Digital,
Digital,
Digital,
Digital,
TTL
TTL
TTL
TTL
TTL
9·9/15
9·9/15
9·9/15
9·9/15
9·9/15
93l09PC
93l10DC
93l10DM
93l10DMQB
93l10FM
Digital,
Digital,
Digital,
Digital,
Digital,
TTL
TTL
TTL
TTL
TTL
9·9/15
9·15/23
9·15/23
9·15/23
9·15/23
93l10FMQB
93l10PC
93l11DC
93l11DM
93l1.1DMQB
Digital,
Digital,
Digital,
Digital,
Digital,
TTL
TTL
TTL
TTL
TTL
9·15/23
9·15/23
9·11/20
9·11/20
9·11/20
93l11FM
93l11FMQB
93l11PC
93l12DC
93l12DM
Digital,
Digital,
Digital,
Digital,
Digital,
TTL
TTL
TTL
TTL
TTL
9·11/20
9·11/20
9·11/20
9·9/24
9·9/24
93l12DMQB
93l12FM
93l12FMQB
93l12PC
93l14DC
Digital,
Digital,
Digital,
Digital,
Digital,
TTL
TTL
TTL
TTL
TTL
9·9/24
9·9/24
9·9/24
9·9/24
9·7/10,
9·7/14
93l14DM
Digital, TTL
93l14DMQB
Digital, TTL
Page/ltem
9·10/18,
9·11/11
9·10/18,
9·11/11
9·10/18,
9·11/11
9·7/10,
9·7/14
9·7/10,
9·7/14
1·70
Device No.
Family
93l14FM
Digital, TTL
93l14FMQB
Digital, TTL
93l14PC
Digital, TTL
93l16DC
93l16DM
93l16DMQB
93l16FM
Digital,
Digital,
Digital,
Digital,
TTL
TTL
TTL
TTL
9·16/1
9·16/1
9·16/1
9·16/1
93l16FMQB
93l16PC
93L18DC
93l18DM
93l18DMQB
Digital,
Digital,
Digital,
Digital,
Digital,
TTL
TTL
TTL
TTL
TTL
9·16/1
9·16/1
9·20/25
9·20/25
9·20/25
93l18FM
93l18FMQB
93l18PC
93l21DC
93l21DM
Digital,
Digital,
Digital,
Digital,
Digital,
TTL
TTL
TTL
TTL
TTL
9·20/25
9·20/25
9·20/25
9·10/10
9·10/10
93l21DMQB
93l21FM
93l21FMQB
93l21PC
93l22DC
Digital,
Digital,
Digital,
Digital,
Digital,
TTL
TTL
TTL
TTL
TTL
9·10/10
9·10/10
9·10/10
9·10/10
9·9/2
93l22DM
93l22DMQB
93l22FM
93l22FMQB
93l22PC
Digital,
Digital,
Digital,
Digital,
Digital,
TTL
TTL
TTL
TTL
TTL
9·9/2
9·9/2
9·9/2
9·9/2
9·9/2
93l24DC
93l24DM
93l24DMQB
93l24FM
93l24FMQB
Digital,
Digital,
Digital,
Digital,
Digital,
TTL
TTL
TTL
TTL
TTL
9·20/21
9·20/21
9·20/21
9·20/21
9·20/21
93l24PC
93l28DC
93l28DM
93l28DMQB
93l28FM
Digital,
Digital,
Digital,
Digital,
Digital,
TTL
TTL
TTL
TTL
TTL
9·20/21
9·14/11
9·14/11
9·14/11
9·14/11
93l28FMQB
93l28PC
93l34DC
Digital, TTL
Digital, TTL
Digital, TTL
9·14/11
9·14/11
9·8/18,
9·11/1
Page/ltem
9·7/10,
9·7/14
9·7/10,
9·7/14
9·7/10,
9·7/14
PRODUCT INDEX
Device No.
Family
93L34DM
Digital, TTL
93L34DMQB
Digital, TTL
93L34FM
Digital, TTL
93L34FMQB
Digital, TTL
93L34PC
Digital, TTL
93L38DC
Digital, TTL
Page/Item
9·8/18,
9·11/1
9·8/18,
9·11/1
9·8/18,
9·11/1
9·8/18,
9·11/1
9·8/18,
9·11/1
9·8/21,
9·14/14
93L38DM
Digital, TTL
93L38DMQB
Digital, TTL
93L38FM
Digital, TTL
93L38FMQB
Digital, TTL
93L38PC
Digital, TTL
93L41DC
93L41DM
93L41DMQB
93L41FM
Digital,
Digital,
Digital,
Digital,
TTL
TTL
TTL
TTL
9·8/21,
9-14/14
9-20/11
9·20/11
9-20/11
9·20/11
93L41FMQB
93L41PC
93L412DC
93L412DM
93L412FM
Digital, TTL
Digital, TTL
Memories
Memories
Memories
9-20/11
9·20/11
10·3/16
10-3/16
10·3/16
93L412FC
93L415DC
93L415DM
93L415DMQB
93L415FM
Memories
Memories
Memories
Memories
Memories
10-3/16
10·3/20
10·3/20
10-3/20
10·3/20
93L415PC
93L420DC
93L420DM
93L420FM
93L420PC
Memories
Memories
Memories
Memories
Memories
10-3/20
10·3/10
10·3/10
10-3/10
10·3/10
93L421DC
93L421DM
93L421FM
93L421PC
93L422DC
Memories
Memories
Memories
Memories
Memories
10-3111
10-3/11
10·3/11
10-3/11
10·3/18
9·8/21,
9·14/14
9-8/21,
9·14/14
9-8/21,
9-14/14
9·8/21,
9-14/14
1· 71
Device No.
Family
93L422DM
93L422FM
93L422PC
93L425DC
93L425DM
Memories
Memories
Memories
Memories
Memories
Page/Item
10·3/18
10·3/18
10·3118
10·4/2
10·4/2
93L425DMQB
93L425FM
93L425PC
93S00DC
93S00DM
Memories
Memories
Memories
Digital, TTL
Digital, TTL
10·4/2
10·4/2
10·4/2
9·12/4
9·12/4
93S00DMQB
93S00FM
93S00FMQB
93S00PC
93S05DC
Digital,
Digital,
Digital,
Digital,
Digital,
TTL
TTL
TTL
TTL
TTL
9·12/4
9·12/4
9-12/4
9-12/4
9-15/21
93S05DM
93S05DMQB
93S05FM
93S05FMQB
93S05PC
Digital,
Digital,
Digital,
Digital,
Digital,
TTL
TTL
TTL
TTL
TTL
9-15/21
9·15/21
9-15/21
9·15/21
9-15/21
93S10DC
93S10DM
93S10DMQB
93S10FM
93S10FMQB
Digital,
Digital,
Digital,
Digital,
Digital,
TTL
TTL
TTL
TTL
TTL
9·15/24
9-15/24
9-15/24
9·15/24
9-15/24
93S10PC
93S12DC
93S12DM
93S12DMQB
93S12FM
Digital,
Digital,
Digital,
Digital,
Digital,
TTL
TTL
TTL
TTL
TTL
9·15/24
9-9/25
9-9/25
9-9/25
9-9/25
93S12FMQB
93S12PC
93S137DC
93S137DM
93S137DMQB
Digital,
Digital,
Digital,
Digital,
Digital,
TTL
TTL
TTL
TTL
TTL
9·9/25
9·9/25
9-11/9
9·11/9
9-11/9
93S137FM
93S137FMQB
93S137PC
93S16DC
93S16DM
Digital,
Digital,
Digital,
Digital,
Digital,
TTL
TTL
TTL
TTL
TTL
9·11/9
9-11/9
9·11/9
9·16/2
9-16/2
93S16DMQB
93S16FM
93S16FMQB
93S16PC
93S41DC
Digital,
Digital,
Digital,
Digital,
Digital,
TTL
TTL
TTL
TTL
TTL
9-16/2
9-16/2
9·16/2
9-16/2
9-20/13
I
PRODUCT INDEX
Device No.
Family
Page/ltem
93S41DM
93S41DMOB
93S41FM
93S41FMOB
93S41PC
Digital,
Digital,
Digital,
Digital,
Digital,
TIL
TIL
TTL
TIL
TIL
9-20/13
9-20/13
9-20/13
9-20/13
9-20/13
93S43DC
93S43DM
93S43DMOB
93S43FM
93S43FMOB
Digital,
Digital,
Digital,
Digital,
Digital,
TIL
TIL
TTL
TIL
TTL
9-21/2
9-21/2
9-21/2
9-21/2
9-21/2
93S43PC
93S46DC
93S46DM
93S46DMOB
93S46FM
Digital,
Digital,
Digital,
Digital,
Digital,
TTL
TIL
TTL
TIL
TIL
9-21/2
9-20/22
9-20/22
9-20/22
9-20/22
93S46FMOB
93S46PC
93S47DC
93S47DM
93S47DMOB
Digital,
Digital,
Digital,
Digital,
Digital,
TIL
TIL
TIL
TTL
TIL
9-20/22
9-20/22
9-20/23
9-20/23
9-20/23
93S47FM
93S47FMOB
93S47PC
93S62DC
93S62DM
Digital,
Digital,
Digital,
Digital,
Digital,
TIL
TIL
TIL
TIL
TIL
9-20/23
9-20/23
9-20/23
9-21/4
9-21/4
93S62DMOB
93S62FM
93S62FMOB
93S62PC
9401DC
Digital, TIL
Digital, TIL
Digital, TIL
Digital, TIL
Microcomputers
9-21/4
9-21/4
9-21/4
9-21/4
11-23/1
9401DM
9401PC
9403DC
Microcomputers
Microcomputers
Memories
Microcomputers
Memories
Microcomputers
11-23/1
11-23/1
10-9/16
11-23/2
10-9/16
11-23/2
Memories
Microcomputers
Microcomputers
Microcomputers
10-9/16
11-23/2
11-23/4
11-23/4
Microcomputers
Microcomputers
Microcomputers
Microcomputers
Memories
Microcomputers
11-23/4
11-:13/5
11-23/5
11-23/5
10-9/17
11-23/6
9403DM
9403PC
9404DC
9404DM
9404PC
9405ADC·
9405ADM
9405APC
9406DC
Device No.
Family
Pagel Item
Memories
Microcomputers
Memories
Microcomputers
10-9/17
11-23/6
10-9/17
11-23/6
9407DC
9407DM
9407PC
9408DC
9408PC
Microcomputers
Microcomputers
Microcomputers
Microcomputers
Microcomputers
11-23/7
11-23/7
11-23/7
11-23/8
11-23/8
9408ADC
9408APC
941DC
941DM
941DMOB
Microcomputers
Microcomputers
Digital, DTL
Digital, DTL
Digital, DTL
11-23/9
11-23/9
9-36/32
9-36/32
9-36/32
941FM
941FMOB
9410DC
Digital, DTL
Digital, DTL
Memories
Microcomputers
9-36/32
9-36/32
10-3/5
11-23/10
9410DM
Memories
Microcomputers
Memories
Microcomputers
Microcomputers
Microcomputers
10-3/5
11-23/10
10-3/5,
11-23/10
11-23/3
11-23/3
9406DM
9406PC
9410PC
9423DC
9423PC
944DC
944DM
944DMOB
944FM
944FMOB
944HC
944HM
944HMOB
944PC
9440DC
945DC
1-72
Digital,
Digital,
Digital,
Digital,
Digital,
DTL
DTL
DTL
DTL
DTL
Digital, DTL
Digital, DTL
Digital, DTL
Digital, DTL
Microcomputers
Digital, DTL
9-36/33
9-36/33
9-36/33
9-36/33
9-36/33
9-36/33
9-36/33
9-36/33
9-36/33
11-24
9-36/34
945DM
945DMOB
945FM
945FMOB
945HC
Digital,
Digital,
Digital,
Digital,
Digital,
DTL
DTL
DTL
DTL
DTL
9-36/34
9-36/34
9-36/34
9-36/34
9-36/34
945HM
945HMOB
945PC
946DC
946DM
Digital,
Digital,
Digital,
Digital,
Digital,
DTL
DTL
DTL
DTL
DTL
9-36/34
9-36./34
9-36/34
9-36/35
9-36/35
PRODUCT INDEX
Device No.
Family
Page/ltem
Device No.
Family
Page/ltem
946DMQB
946FM
946FMQB
946HC
946HM
Digital,
Digital,
Digital,
Digital,
Digital,
DTl
DTl
DTl
DTl
DTl
9·36/35
9-36/35
9-36/35
9-36/35
9-36/35
95010DMQB
95016DC
95016DM
95016DMQB
9502DC
Digital,
Digital,
Digital,
Digital,
Digital,
Eel
Eel
Eel
Eel
Eel
9·26/13
9-26/9
9-26/9
9·26/9
9-22/11
946HMQB
946PC
948DC
948DM
948DMQB
Digital,
Digital,
Digital,
Digital,
Digital,
DTl
DTl
DTl
DTl
DTl
9-36/35
9-36/35
9-37/1
9-37/1
9-37/1
9502DM
9502DMQB
95029DC
95029DM
95029DMQB
Digital,
Digital,
Digital,
Digital,
Digital,
Eel
Eel
Eel
Eel
Eel
9-22/11
9-22/11
9-24/5
9-24/5
9-24/5
948FM
948FMQB
948HC
948HM
948HMQB
Digital,
Digital,
Digital,
Digital,
Digital,
DTl
DTl
DTl
DTl
DTl
9-37/1
9-37/1
9-37/1
9-37/1
9-37/1
9503DC
9503DM
9503DMQB
9504DC
9504DM
Digital,
Digital,
Digital,
Digital,
Digital,
Eel
Eel
Eel
Eel
Eel
9-22/19
9-22/19
9-22/19
9-22/3
9-22/3
948PC
949DC
949DM
949DMQB
949FM
949FMQB
Digital,
Digital,
Digital,
Digital,
Digital,
Digital,
DTl
DTl
DTl
DTl
DTl
DTl
9-37/1
9-37/2
9-37/2
9-37/2
9-37/2
9-37/2
9504DMQB
9505DC
9505DM
9505DMQB
9507DC
Digital,
Digital,
Digital,
Digital,
Digital,
Eel
Eel
Eel
Eel
Eel
9-22/3
9-23/5
9-23/5
9-23/5
9-23/11
949HC
949HM
949HMQB
949PC
950DC
Digital,
Digital,
Digital,
Digital,
Digital,
DTl
DTl
DTl
DTl
DTl
9-37/2
9-37/2
9-37/2
9-37/2
9-37/3
9507DM
9507DMQB
951DC
951DM
951DMQB
Digital,
Digital,
Digital,
Digital,
Digital,
Eel
Eel
DTl
DTl
DTl
9·23/11
9-23/11
9-37/4
9-37/4
9-37/4
950DM
950DMQB
950FM
950FMQB
950HC
Digital,
Digilal,
Digital,
Digital,
Digital,
DTl
DTl
DTl
DTl
DTl
9-37/3
9-37/3
9-37/3
9'37/3
9-37/3
951FM
951FMQB
951HC
951HM
951HMQB
Digital,
Digital,
Digital,
Digital,
Digital,
DTl
DTl
DTl
DTl
DTl
9-37/4
9-37/4
9-37/4
9-37/4
9-37/4
950PC
95000DC
95000DM
95000DMQB
95002DC
Digital,DTl
Digital, Eel
Digital, Eel
Digital, Eel
Digital, Eel
9-37/3
9-26/2
9-26/2
9-26/2
9-22/15
951PC
95101DC
95101DM
95101DMQB
95102DC
Digital,
Digital,
Digital,
Digital,
Digital,
DTl
Eel
Eel
Eel
Eel
9-37/4
9-22/29
9-22/29
9-22/29
9-22/8
95002DM
95002DMQB
95003DC
95003DM
95003DMQB
Digital,
Digital,
Digital,
Digital,
Digital,
Eel
Eel
Eel
Eel
Eel
9-22/15
9-22/15
9-22/23
9-22/23
9-22/23
95102DM
95102DMQB
95103DC
95103DM
95103DMQB
Digital, Eel
Digital, Eel
Digital, TTL
Digital, TTL
Digital, TTL
9-22/8
9-22/8
9-21/11
9-21/11
9-21/11
95004DC
95004DM
95004DMQB
95010DC
95010DM
Digital,
Digital,
Digital,
Digital,
Digital,
Eel
Eel
Eel
Eel
Eel
9-22/7
9-22/7
9-22/7
9-26/13
9-26/13
95105DC
95105DM
95105DMQB
95106DC
95106DM
Digital,
Digital,
Digital,
Digital,
Digital,
9-22/24
9-22/24
9-22/24
9-22/1
9-22/1
1-73
Eel
Eel
Eel
Eel
Eel
II
PRODUCT INDEX
Device No.
Family
Page I Item
Device No.
Family
Page I Item
95106DMQB
95107DC
95107DM
95107DMQB
95109DC
Digital,
Digital,
Digital,
Digital,
Digital,
ECl
ECl
ECl
ECl
ECl
9·22/1
9·22/27
9·22/27
9·22/27
9·22/16
9579DMQB
958DC
958HC
9580DC
9580DM
Digital, ECl
Digital, RTLICTl
Digital, RTLICTl
Digital, ECl
Digital, ECl
9·25/4
9·36/21
9·36/21
9·25/3
9·25/3
95109DM
95109DMQB
95110DC
95110DM
95110DMQB
Digital,
Digital,
Digital,
Digital,
Digital,
ECl
ECl
TTL
TTL
TTL
9·22/16
9·22/16
9·21/8
9·21/8
9·21/8
9580DMQB
9581DC
9581DM
9581DMQB
9582DC
Digital, ECl
Digital, ECl
Digital, ECl
Digital, ECl
Interface
9·25/3
9·2517
9·25/7
9·25/7
S·5/5
95111DC
95111DM
95111DMQB
95115DC
95115DM
Digital, TTL
Digital, TTL
Digital, TTL
Interface
Interface
9·21/15
9·21/15
9·21/15
8·6/6
8·6/6
9582DM
9582DMQB
959DC
9595DC
9595DM
Interface
Interface
Digital, RTLICTl
Interface
Interface
8·5/5
8·5/5
9·36/22
8·13/2
8·13/2
95115DMQB
95116DC
95116DM
95116DMQB
95124DC
Interface
Interface
Interface
Interface
Interface
8·6/6
8·617
8·617
8·6/7
8·13/15
9595DMQB
95HOODC
95HOODM
95HOODMQB
95H02DC
Interface
Digital, ECl
Digital, ECl
Digital, ECl
Digital, ECl
8·13/2
9·26/1
9·26/1
9·26/1
9·22/12
95124DM
95124DMQB
95130DC
95130DM
95130DMQB
Interface
Interface
Digital, ECl
Digital, ECl
Digital, ECl
8·13/15
8·13/15
9·24/7
9·24/7
9·2417
95H02DM
95H02DMQB
95H03DC
95H03DM
95H03DMQB
Digital,
Digital,
Digital,
Digital,
Digital,
ECl
ECl
ECl
ECl
ECl
9·22/12
9·22/12
9·22/20
9·22/20
9·22/20
95231DC
95231DM
95231DMQB
9528DC
9528DM
Digital,
Digital,
Digital,
Digital,
Digital,
ECl
ECl
ECl
ECl
ECl
9·23/15
9·23/15
9·23/15
9·23/13
9·23/13
95H04DC
95H04DM
95H04DMQB
95H16DC
95H16DM
Digital,
Digital,
Digital,
Digital,
Digital,
ECl
ECl
ECl
ECl
ECl
9·22/4
9·22/4
9·22/4
9·26/8
9·26/8
9528DMQB
9534DC
9534DM
9534DMQB
9538DC
Digital,
Digital,
Digital,
Digital,
Digital,
ECl
ECl
ECl
ECl
ECl
9·23/13
9·24/10
9·24/10
9·24/10
9·25/11
95H16DMQB
95H22DC
95H22DM
95H22DMQB
95H23DC
Digital,
Digital,
Digital,
Digital,
Digital,
ECl
ECl
ECl
ECl
ECl
9·26/8
9·22/13
9·22/13
9·22/13
9·22/21
9538DM
9538DMQB
95400DC
95400DM
95400DMQB
Digital, ECl
Digital, ECl
Memories
Memories
Memories
9·25/11
9·25/11
10·4/9
10-4/9
10-4/9
95H23DM
95H23DMQB
95H24DC
95H24DM
95H24DMQB
Digital,
Digital,
Digital,
Digital,
Digital,
ECl
ECl
ECl
ECl
ECl
9·22/21
9·22/21
9·22/5
9·22/5
9·22/5
9578DC
9578DM
9578DMQB
9579DC
9579DM
Digital,
Digital,
Digital,
Digital,
Digital,
9·2717
9·2717
9·2717
9·25/4
9·25/4
95H28DC
95H28DM
95H28DMQB
95H29DC
95H29DM
Digital,
Digital,
Digital,
Digital,
Digital,
ECl
ECl
ECl
ECl
ECl
9·23/14
9·23/14
9·23/14
9·24/4
9·24/4
ECl
ECl
ECl
ECl
ECl
1·74
PRODUCT INDEX
Device No.
Family
Page/Item
Family
Page/Item
9603PC
961DC
961DM
961FM
961HC
Digital,
Digital,
Digital,
Digital,
Digital,
TTL
DTl
DTl
DTl
DTl
9-17110
9-27/1
9-27/1
9·26/19
9·26/19
9-26/19
961HM
961PC
96101DC
Digital, DTl
Digital, DTl
Interface
Digital, TTL
9-37/5
9·37/5
8-4/13
9-3/12,
9-18/3
Eel
Eel
Eel
Eel
Eel
9-26/17
9-26/17
9-26/17
9-22/14
9·22/14
96101PC
Interface
Digital, TTL
96106DC
96106PC
Interface
Interface
8-4/13
9-3/12,
9-18/3
8-6/8
8·6/8
Eel
Eel
Eel
Eel
Eel
9-22/14
9-22/22
9-22/22
9-22/22
9-22/6
9612ERC
9612ERM
9612ETC
9612RC
9612RM
Interface
Interface
Interface
Interface
Interface
8-3/10
8-3/10
8-3/10
8-3/10
8·3/10
9·22/6
9-22/6
9·36/23
9-17 /5
9·17/5
9612TC
9613RC
9613RM
9613TC
9614DC
Interface
Interface
Interface
Interface
Interface
8-3/10
8-5/6
8·5/6
8-5/6
8-3/11
95H29DMQB
95H55DC
95H55DM
95H55DMQB
95H84DC
Digital,
Digital,
Digital,
Digital,
Digital,
ECl
Eel
Eel
Eel
Eel
9-24/4
9-27/8
9-27/8
95H84DM
95H84DMQB
95H90DC
95H90DM
95H90DMQB
Digital,
Digital,
Digital,
Digital,
Digital,
Eel
Eel
Eel
Eel
Eel
95H91DC
95H91DM
95H91DMQB
95l22DC
95l22DM
Digital,
Digital,
Digital,
Digital,
Digital,
95l22DMQB
95l23DC
95l23DM
95l23DMQB
95l24DC
Digital,
Digital,
Digital,
Digital,
Digital,
95l24DM
95l24DMQB
960DC
9600DC
9600DM
Device No.
Digital, ECl
Digital, ECl
Digital, RTl/CTl
Digital, TTL
Digital, TTL
9-2718
9-27/1
9-37/5
9-37/5
9-37/5
9-37/5
9600DMQB
9600FM
9600FMQB
9601DC
9601DM
Digital,
Digital,
Digital,
Digital,
Digital,
TTL
TTL
TTL
TTL
TTL
9-17/5
9-17/5
9-17/5
9-17/6
9-17/6
9614DM
9614DMQB
9614FM
9614FMQB
9614PC
Interface
Interface
Interface
Interface
Interface
8-3/11
8·3/11
8-3/11
8·3/11
8·3/11
9601DMQB
9601FM
9601FMQB
9601PC
9602DC
Digital,
Digital,
Digital,
Digital,
Digital,
TTL
TTL
TTL
TTL
TTL
9-17/6
9-17/6
9615DC
9615DM
9615DMQB
9615FM
9615FMQB
Interface
Interface
Interface
Interface
Interface
8-517
9602DM
9602DMQB
9602FM
9602FMQB
9602PC
Digital,
Digital,
Digital,
Digital,
Digital,
TTL
TTL
TTL
TTL
TTL
9-1717
Interface
Interface
Interface
Interface
Interface
8·517
9-1717
9-1717
9-1717
9615PC
9616DC
9616DM
9616DMQB
9616EDC
9603DC
9603DM
9603DMQB
9603FM
9603FMQB
Digital,
Digital,
Digital,
Digital,
Digital,
TTL
TTL
TTL
TTL
TTL
9-17/10
9-17 /10
9-17/10
9-17/10
9-17/10
9616EPC
9616FM
9616FMQB
9616PC
9617DC
Interface
Interface
Interface
Interface
Interface
8·3/12
8·3/12
8-3/12
8-3/12
8·5/8
9-1716
9-17/6
9-1717
9-17 /7
1-75
8-5/7
8-517
8-517
8-517
8-3/12
8-3/12
8-3/12
8-3/12
II
PRODUCT INDEX
Device No.
Family
962DC
962DM
962DMQB
962FM
962FMQB
Digital,
Digital,
Digital,
Digital,
Digital,
962HC
962HM
962HMQB
962PC
9620DC
Digital, DTL
Digital, DTL
Digital, DTL
Digital, DTL
Interface
DTL
DTL
DTL
DTL
DTL
Page/Item
Device No.
963HC
963HM
963PC
9634DC
9634DM
9-37/6
9-37/6
9-37/6
9-37/6
9-37/6
9-37/6
9-37/6
9-37/6
9-37/6
8-5/9
Family
Digital, DTL
Digital, DTL
Digital, DTL
Interface
Interface
Page/Item
9-3717
9-3717
9-3717
8-3/14
8-3/14
9634FM
9634PC
9636RC
9636RM
9636RMQB
Interface
Interface
Interface
Interface
Interface
9636TC
9637ARC
9637ARM
9637ARMQB
9637ATC
Interface
Interface
Interface
Interface
Interface
9638RC
9638RM
9638RMQB
9638TC
9640DC
Interface
Interface
Interface
Interface
Interface
9640DM
9640PC
9641DC
9641DM
9641PC
Interface
Interface
Interface
Interface
Interface
9642DC
9642DM
9642PC
9643DC
Interface
Interface
Interface
Interface
8-6/14
8-6/14
8-3/14
8-3/14
8-3/15
8-3/15
8-3/15
9620DM
9620DMQB
9620FM
9620FMQB
9621DC
Interface
Interface
Interface
Interface
Interface
8-5/9
8-5/9
9621DM
9621DMQB
9621FM
9621FMQB
9622DC
Interface
Interface
Interface
Interface
Interface
8-3/13
8-3/13
9622DM
9622DMQB
9622FM
9622FMQB
9624DC
Interface
Interface
Interface
Interface
Interface
8-5/10
8-5/10
9624DM
9624DMQB
9624FM
9624FMQB
9624PC
Interface
Interface
Interface
Interface
Interface
8-13/3
8-13/3
9625DC
9625DM
9625DMQB
9625FM
9625FMQB
Interface
Interface
Interface
Interface
Interface
8-13/4
8-13/4
9643PC
Interface
8-12/1,
8-13/5
8'13/4
8-13/4
' 9643RC
Interface
8-12/1,
8-13/5
9643TC
Interface
8-12/1,
9625PC
9627DC
9627DM
9627DMQB
9627FM
Interface
Interface
Interface
Interface
Interface
8-13/4
9644RC
Interface
9644TC
Interface
8-12/2,
8-13/6
8-12/2,
9627FMQB
9627PC
963DC
963DM
963FM
Interface
Interface
Digital, DTL
Digital, DTL
Digital, DTL
8-5/11
9645DC
Interface
8-12/3,
8-5/11
9-3717
9-3717
9645PC
Interface
8-1317
8-12/3,
8-1317
8·5/9
8-5/9
8-3/13
8-3/13
8-3/13
8-5/10
8-5/10
8-5/10
8-13/3
8-13/3
8-13/3
8-13/3
8-13/4
8-3/15
8-5/12
8-5/12
8-5/12
8-5/12
8-3/16
8-3/16
8-3/16
8-3/16
8-6/12
8-6/12
8-6/12
8-6/13
8-6/13
8-6/13
8-6/14
8-12/1,
8-13/5
8-13/5
8-5/11
8-5/11
8-5/11
8-5/11
8-13/6
9-3717
1-76
PRODUCT INDEX
Device No.
Family
9646DC
Interface
9646PC
Interface
9646TC
Interface
9650DC
9650DM
9664ADC
Interface
Interface
Interface
Page/Item
8-12/4,
8-13/8
8-12/4,
8-13/8
8-12/4,
8-13/8
8-14/5
8-14/5
8-8/12,
8-10/12
9664APC
Interface
9664DC
Interface
9664PC
Interface
9665DC
9665PC
9666DC
9666PC
9667DC
Interface
Interface
Interface
Interface
Interface
8-8/13
8-8/13
8-8/14
8-8/14
8-8/15
Interface
Interface
Interface
Digital, TTL
8-8/15
8-8/16
8-8/16
9-17/8,
9-17/13
9667PC
9668DC
9668PC
96L02DC
8-8/12,
8-10/12
8-8/12,
8-10/12
8-8/12,
8-10/12
96L02DM
Digital, TTL
96L02FM
Digital, TTL
96L02PC
Digital, TTL
96502DC
96502DM
96502FM
96502PC
Digital, TTL
Digital, TTL
Digital, TTL
Digit~l, TTL
9-17/8,
9-17/13
9-17/9
9-17/9
9-17/9
9-17/9
974HC
974HM
989DC
989HC
9504ADC
Digital, RTLICTL
Digital, RTLICTL
Digital, RTLICTL
Digital, RTLICTL
Digital, TTL
9-36/24
9-36/24
9-36/25
9-36/25
9-3/1
9504ADM
9504APC
9505ADC
9505APC
9541DC
Digital,
Digital,
Digital,
Digital,
Digital,
TTL
TTL
TTL
TTL
TTL
Device No.
9-17/8,
9-17/13
9-17/8,
9-17/13
9-3/1
9-3/1
9-3/2
9-3/2
9-4/13
1-77
Family
Page/Item
9S41DM
9S41FM
9S41PC
9S42DC
Digital,
Digital,
Digital,
Digital,
TTL
TTL
TTL
TTL
9-4/13
9-4/13
9-4/13
9-5/2
9S42DM
9S42FM
9S42PC
BA128
Digital, TTL
Digital, TTL
Digital, TTL
Diodes
9-5/2
9-5/2
9-5/2
2-5/23
BA129
BA130
BA164
BA2l6
Diodes
Diodes
Diodes
Diodes
2-5/17
2-6/7
2-6/8
2-6/9
BA217
BA2l8
BA219
BA243
BA244
Diodes
Diodes
Diodes
Diodes
Diodes
2-6/6
2-6/1
2-5/22
2-8/3
2-8/4
BAX13
BAX16
BAY7l
BAY72
BAY73
Diodes
Diodes
Diodes
Diodes
Diodes
2-3/30
2-5/19
2-3/9
2-5/9
BAY74
BAY82
BCl13
BCl14
BCl15
Diodes
Diodes
Transistors, Sm. Signal
Transistors, Sm. Signal
Transistors, Sm. Signal
3-21 :2
3·21/13
3-21/20
BCl16A
BCl19
BC126
BC140
BC14D-l0
Transistors,
Transistors,
Transistors,
Transistors,
Transistors,
Sm.
Sm.
Sm.
Sm.
Sm.
Signal
Signal
Signal
Signal
Signal
3-17/28
3-15/28
3-16/13
3-16/27
3-16/30
BC140-l6
BC14D-25
BC140-6
BC14l
BC14l-l0
Transistors,
Transistors,
Transistors,
Transistors,
Transistors,
Sm.
Sm.
Sm.
Sm.
Sm.
Signal
Signal
Signal
Signal
Signal
3-17/2
3-17/3
3-16/28
3-19/3
3-19/6
BC141-16
BC141-25
BC141-6
BC142
BC143
Transistors,
Transistors,
Transistors,
Transistors,
Transistors,
Sm.
Sm.
Sm.
Sm.
Sm.
Signal
Signal
Signal
Signal
Signal
3-19/8
3-19/10
3-19/1
3-19/24
3-19/18
~
4, If;
2
:1. :11
2-3 ':1
I
PRODUCT INDEX
Device No.
Family
Page/Item
Device No.
Family
Page/Item
BC153
BC154
BC160
BC16o-10
BC16o-16
Transistors,
Transistors,
Transistors,
Transistors,
Transistors,
Sm.
Sm.
Sm.
Sm.
Sm.
Signal
Signal
Signal
Signal
Signal
3·21/30
3-21/31
3-16/27
3-16/30
3-17/2
BC318
BC318A
BC318B
BC318C
BC319
Transistors,
Transistors,
Transistors,
Transistors,
Transistors,
Sm.
Sm.
Sm.
Sm.
Sm.
Signal
Signal
Signal
Signal
Signal
3·21/21
3-21/22
3-21/23
3-21/24
3-20/21
BC16o-25
BC16o-6
BC161
BC161-10
BC161-16
Transistors,
Transistors,
Transistors,
Transistors,
Transistors,
Sm.
Sm.
Sm.
Sm.
Sm.
Signal
Signal
Signal
Signal
Signal
3-17/3
3-16/28
3-19/3
3-19/6
3-19/8
BC319B
BC319C
BC320
BC320A
BC320B
Transistors,
Transistors,
Transistors,
Transistors,
Transistors,
Sm.
Sm.
Sm.
Sm.
Sm.
Signal
Signal
Signal
Signal
Signal
3-20/22
3-20/23
3-22/7
3-22/8
3-22/9
BC161-25
BC161-6
BC177
BC177A
BCl77B
Transistors,
Transistors,
Transistors,
Transistors,
Transistors,
Sm.
Sm.
Sm.
Sm.
Sm.
Signal
Signal
Signal
Signal
Signal
3-19/10
3-19/1
3-22/10
3-22/12
3-22/13
BC321
BC321A
BC321B
BC321C
BC322
Transistors,
Transistors,
Transistors,
Transistors,
Transistors,
Sm.
Sm.
Sm.
Sm.
Sm.
Signal
Signal
Signal
Signal
Signal
3-21/21
3-21/22
3-21/23
3-21/27
3-20/21
BC177VI
BC178
BC178A
BC178B
BC178VI
Transistors,
Transistors,
Transistors,
Transistors,
Transistors,
Sm.
Sm.
Sm.
Sm.
Sm.
Signal
Signal
Signal
Signal
Signal
3-22/11
3-21/9
3-21/11
3-21/12
3-21/10
BC322B
BC322C
BC323
BC520
BC520B
Transistors, Sm. Signal
Transistors, Sm. Signal
Transistors, Power
Transistors, Sm. Signal
Transistors, Sm. Signal
3-20/22
3-20/23
3-6/23
3-23/10
3-23/11
BC179
BC179A
BC179B
BC204
BC204A
Transistors,
Transistors,
Transistors,
Transistors,
Transistors,
Sm.
Sm.
Sm.
Sm.
Sm.
Signal
Signal
Signal
Signal
Signal
3-21/6
3-21/7
3-21/8
3-22/4
3-22/5
BC520C
BC521
BC521C
BC521D
BC522
Transistors,
Transistors,
Transistors,
Transistors,
Transistors,
Sm.
Sm.
Sm.
Sm.
Sm.
Signal
Signal
Signal
Signal
Signal
3-23/12
3-22/21
3-22/22
3-22/23
3-20/24
BC204B
BC205
BC205A
BC205B
BC205C
Transistors,
Transistors,
Transistors,
Transistors,
Transistors,
Sm.
Sm.
Sm.
Sm.
Sm.
Signal
Signal
Signal
Signal
Signal
3-22/6
3-21/3
3-21/4
3-20/16
3-21/5
BC522C
BC522D
BC522E
BC523
BC523B
Transistors,
Transistors,
Transistors,
Transistors,
Transistors,
Sm.
Sm.
Sm.
Sm.
Sm.
Signal
Signal
Signal
Signal
Signal
3-20/25
3-20/26
3-21/1
3-22/18
3-22/19
BC207
BC207A
BC207B
BC208
BC208A
Transistors,
Transistors,
Transistors,
Transistors,
Transistors,
Sm.
Sm.
Sm.
Sm.
Sm.
Signal
Signal
Signal
Signal
Signal
3-22/4
3-22/5
3-22/6
3-20/14
3-20/15
BC523C
BC526
BC526A
BC527
BC527-10
Transistors,
Transistors,
Transistors,
Transistors,
Transistors,
Sm.
Sm.
Sm.
Sm.
Sm.
Signal
Signal
Signal
Signal
Signal
3-22/20
3-22/28
3-22/29
3-19/2
3-19/5
BC208B
BC208C
BC209
BC209B
BC209C
Transistors,
Transistors,
Transistors,
Transistors,
Transistors,
Sm.
Sm.
Sm.
Sm.
Sm.
Signal
Signal
Signal
Signal
Signal
3-20/16
3-20/17
3-20/18
3-20/19
3-20/20
BC527-16
BC527-25
BC527-6
BC528
BC528-10
Transistors,
Transistors,
Transistors,
Transistors,
Transistors,
Sm.
Sm.
Sm.
Sm.
Sm.
Signal
Signal
Signal
Signal
Signal
3-19/7
3-19/11
3-18/29
3-19/30
3-20/2
BC286
BC287
BC317
BC317A
BC317B
Transistors,
Transistors,
Transistors,
Transistors,
Transistors,
Sm.
Sm.
Sm.
Sm.
Sm.
Signal
Signal
Signal
Signal
Signal
3-19/25
3-19/19
3-22/7
3-22/8
3-22/9
BC528-16
BC528-25
BC528-6
BC530
BC531
Transistors,
Transistors,
Transistors,
Transistors,
Transistors,
Sm.
Sm.
Sm.
Sm.
Sm.
Signal
Signal
Signal
Signal
Signal
3-20/4
3-20/5
3-19/29
3-23/17
3-23/23
1-78
PRODUCT INDEX
Device No.
Family
BC532
BC533
BC537
BC537-10
BC537-16
Transistors,
Transistors,
Transistors,
Transistors,
Transistors,
Sm.
Sm.
Sm.
Sm.
Sm.
Signal
Signal
Signal
Signal
Signal
3·23/20
3·24/1
3·19/2
3·19/5
3·19/7
BC537-25
BC537-6
BC538
BC538-10
BC538-16
Transistors,
Transistors,
Transistors,
Transistors,
Transistors,
Sm.
Sm.
Sm.
Sm.
Sm.
Signal
Signal
Signal
Signal
Signal
3·19/11
3·18/29
3·19/30
3·20/2
3·20/4
BC538-25
BC727
BC727-10
BC727-16
BC727-6
Transistors,
Transistors,
Transistors,
Transistors,
Transistors,
Sm.
Sm.
Sm.
Sm.
Sm.
Signal
Signal
Signal
Signal
Signal
3·20/5
3·16/16
3·16/17
3·16/18
3·16/14
BC728
BC728-10
BC728-16
BC728-6
BC737
Transistors,
Transistors,
Transistors,
Transistors,
Transistors,
Sm.
Sm.
Sm.
Sm.
Sm.
Signal
Signal
Signal
Signal
Signal
3·15/8
3·15/10
3·15/12
3·15/9
3·16/16
BC737-10
BC737-16
BC737-6
BC738
BC738-10
Transistors,
Transistors,
Transistors,
Transistors,
Transistors,
Sm.
Sm.
Sm.
Sm.
Sm.
Signal
Signal
Signal
Signal
Signal
3·16/17
3·16/18
3·16/14
3·15/8
3·15/10
BC738-16
BC738-6
BCY70
BCY71
BCY72
Transistors,
Transistors,
Transistors,
Transistors,
Transistors,
Sm.
Sm.
Sm.
Sm.
Sm.
Signal
Signal
Signal
Signal
Signal
3·15/12
3·15/9
3·17/17
3·18/2
3·15/17
BOl15
BD220
B0221
B0222
B0223
Transistors, Sm. Signal
Transistors, Power
Transistors, Power
Transistors, Power
Transistors, Power
3·2417
3·6/8
3·5/25
3·6/3
3·6/8
B0224
B0225
BF152
BF159
BF160
Transistors, Power
Transistors, Power
Transistors, Sm. Signal
Transistors, Sm. Signal
Transistors, Sm. Signal
3·5/25
3·6/3
3·24/25
3·25/1
3·24/24
BF162
BF163
BF167
BF222
Transistors,
Transistors,
Transistors,
Transistors,
3·25/12
3·25/2
3·25/5
3·25/7
Sm.
Sm.
Sm.
Sm.
Device No.
Page/Item
Signal
Signal
Signal
Signal
BF257
Transistors, Power
Transistors, Sm. Signal
Transistors, Power
Transistors, Sm. Signal
Transistors, Power
Transistors, Sm. Signal
3·3/1
3·23/27
3·3/5
3·24/15
3·3/8
3·24/21
Transistors, Power
Transistors, Sm. Signal
Transistors, Power
Transistors, Sm. Signal
Transistors, Power
Transistors, Sm. Signal
3·3/2
3·24/6
3·3/3
3·24/8
3·3/4
3·24/14
BFX34
BFX37
BFX39
BFX40
Transistors, Power
Transistors, Sm. Signal
Transistors, Sm. Signal
Transistors, Sm. Signal
3·6/26
3·23/3
3·18/19
3·19/27
BFX41
BFY50
BFY51
BFY52
BFY56
Transistors,
Transistors,
Transistors,
Transistors,
Transistors,
Sm.
Sm.
Sm.
Sm.
Sm.
Signal
Signal
Signal
Signal
Signal
3·19/26
3·16/21
3·15/27
3·14/21
3·18/9
BFY57
BFY64
BSX20
BSX26
BSX29
Transistors,
Transistors,
Transistors,
Transistors,
Transistors,
Sm.
Sm.
Sm.
Sm.
Sm.
Signal
Signal
Signal
Signal
Signal
3·23/19
3·17/20
3·13/28
3·13/22
3·13/14
BSX32
BSX39
BZX55Cl0
BZX55Cll
BZX55C12
Transistors, Sm. Signal
Transistors, Sm. Signal
Diodes
Diodes
Diodes
3·14/6
3·13/32
2·11/28
2·12/5
2·12/13
BZX55C13
BZX55C15
BZX55C16
BZX55C18
BZX55C2V4
Diodes
Diodes
Diodes
Diodes
Diodes
2·12/20
2·12/28
2·13/5
2·13/13
2·8/6
BZX55C2V7
BZX55C20
BZX55C22
BZX55C24
BZX55C27
Diodes
Diodes
Diodes
Diodes
Diodes
2·8/9
2·13/21
2·13/28
2·14/4
2·14/12
BZX55C3VO
BZX55C3V3
BZX55C3V6
BZX55C3V9
BZX55C30
Diodes
Diodes
Diodes
Diodes
Diodes
2·8/13
2·8/17
2·9/5
2·9/12
2·14/20
BF258
BF259
BF336
BF337
BF338
1·79
Page/Item
Family
I
PRODUCT INDEX
Device No.
Family
Page/Item
BZX55C33
BZX55C4V3
8ZX55C4V7
BZX55C5V1
BZX55C5V6
Diodes
Diodes
Diodes
Diodes
Diodes
2·14/27
BZX55C6V2
BZX55C6V8
BZX55C7V5
BZX55C8V2
BZX55C9V1
Diodes
Diodes
Diodes
Diodes
Diodes
2-10/17
BZX85C10
BZX85C11
BZX85C12
BZX85C13
BZX85C15
Diodes
Diodes
Diodes
Diodes
Diodes
BZX85C16
BZX85C18
BZX85C20
BZX85C22
BZX85C24
Diodes
Diodes
Diodes
Diodes
Diodes
BZX85C27
BZX85C3V3
BZX85C3V6
BZX85C3V9
BZX85C30
Diodes
Diodes
Diodes
Diodes
Diodes
BZX85C33
BZX85C4V3
BZX85C4V7
BZX85C5V1
BZX85C5V6
Diodes
Diodes
Diodes
Diodes
Diodes
BZX85C6V2
BZX85C6V8
BZX85C7V5
BZX85C8V2
BZX85C9V1
Diodes
Diodes
Diodes
Diodes
Diodes
BZY88C10
BZY88C11
BZY88C12
BZY88C13
BZY88C15
Diodes
Diodes
Diodes
Diodes
Diodes
BZY88C16
BZY88C18
BZY88C20
BZY88C22
BZY88C24
Diodes
Diodes
Diodes
Diodes
Diodes
2-9/19
2-9/26
2-10/2
2-10/9
2-10/25
2-11/3
2-11/11
2-11/20
2-12/2
2-12/9
2-12/17
2-12/24
2-13/2
2-13/9
2-13/17
2-13/25
2-14/1
2-14/8
2-14/16
2-9/2
2-9/9
2-9/16
2-14/24
2-14/31
2-9/23
2-9/30
2-10/6
2-10/13
2-10/21
2-10/29
2-11/7
2-11/15
2-11/24
2-11/29
2-12/6
2-12/14
2-12/21
2-12/29
Device No.
Family
Page/Item
BZY88C27
BZY88C3V3
BZY88C3V6
BZY88C3V9
BZY88C30
Diodes
Diodes
Diodes
Diodes
Diodes
2·14/13
2-8/18
BZY88C33
BZY88C4V3
BZY88C4V7
BZY88C5V1
BZY88C5V6
Diodes
Diodes
Diodes
Diodes
Diodes
BZY88C6V2
BZY88C6V8
BZY88C7V5
BZY88C8V2
BZY88C9V1
Diodes
Diodes
Diodes
Diodes
Diodes
2-13/14
2-13/22
2-13/29
2-14/5
1-80
2-9/13
2-14/21
2-14/28
2-9/20
2-9/27
2-10/3
2-10/10
2-10/18
2-10/26
2-11/4
2-11/12
2-11/21
CCD1100-00
CCD110FB
CCD110FC
CCD1120-02
CCD121HB
Charge·Cpld.
Charge·Cpld.
Charge·Cpld.
Charge·Cpld.
Charge·Cpld.
Devices
Devices
Devices
Devices
Devices
5-7
5-7
5-3
5-8
5-7
CCD121HC
CCD1300-00
CCD131DB
CCD131DC
CCD132o-02
Charge·Cpld.
Charge·Cpld.
Charge·Cpld.
Charge-Cpld.
Charge·Cpld.
Devices
Devices
Devices
Devices
Devices
5-3
5-7
5-7
5-3
5-8
CCD140o-00
CCD142o-02
CCD202ADC
CCD202BDC
CCD202CDC
Charge·Cpld.
Charge·Cpld.
Charge·Cpld.
Charge·Cpld.
Charge·Cpld.
Devices
Devices
Devices
Devices
Devices
5-7
5-8
5-5
5-5
5-5
CCD202DB
CCD211ADC
CCD211BDC
CCD211CDC
CCD311DC
Charge·Cpld.
Charge·Cpld.
Charge·Cpld.
Charge·Cpld.
Charge·Cpld.
Devices
Devices
Devices
Devices
Devices
5-7
5-5
5-5
5-5
5-6
CCD321A-1
CCD321A-2
CCD321A-3
CCD321A-4
CCD321VM
Charge·Cpld.
Charge·Cpld.
Charge·Cpld.
Charge·Cpld.
Charge·Cpld.
Devices
Devices
Devices
Devices
Devices
5-6
5-6
5-6
5-6
5-7
Power
Power
Power
Power
Power
3-4/4
D40D10F
D40D13F
D40D1F
D40D4F
D40D7F
2-13/6
2-9/6
Transistors,
Transistors,
Transistors,
Transistors,
Transistors,
3-4/5
3-3/22
3-3/26
3-4/3
PRODUCT INDEX
Device No.
Family
Page/Item
Device No.
Family
Page/Item
D40N1F
D40N2F
D40N3F
D40N4F
D41D10F
Transistors.
Transistors.
Transistors,
Transistors,
Transistors,
Power
Power
Power
Power
Power
3-3/6
3-317
3-3/9
3-3/10
3-4/4
F2708DM
F27081DC
F27081DL
F3508DC
F3516EDC
Memories
Memories
Memories
Memories
Memories
D41D13F
D41D1F
D41D4F
D41D7F
DAC-08ADM
Transistors, Power
Transistors, Power
Transistors, Power
Transistors, Power
Interface
3-4/5
3-3/22
3-3/26
3-4/3
8-14/1
F3843PC
F3850DC
Digital, MOS
Microcomputers
Microcomputers
9-35/7
11-22/14
11-6,
11-7/1,
11-8
DAC-08CDC
DAC-08CPC
DAC-08DM
DAC-08EDC
DAC-08EPC
Interface
Interface
Interface
Interface
Interface
8-14/1
8-14/1
8-14/1
8-14/1
8-14/1
F3850DL
Microcomputers
F3850DM
Microcomputers
11-6,
11-7/1,
11-8
11-6,
11-7/1,
11-8
DAC-08HDC
DAC-08HPC
DN2222A
DN2369A
DN2484
Interface
Interface
Transistors, Sm_ Signal
Transistors, Sm. Signal
Transistors, Sm. Signal
8-14/1
8-14/1
3-28/6
3-28/11
3-28/1
F3850PC
Microcomputers
F3850PL
Microcomputers
DN2907
DN3014
DN3019
DN3468
DN3725
Transistors,
Transistors,
Transistors,
Transistors,
Transistors,
Sm.
Sm.
Sm.
Sm.
Sm.
Signal
Signal
Signal
Signal
Signal
3-2817
3-28/13
3-28/8
3-28/15
3-28/14
DN3904
DN3906
DN3930
DN3962
DN4033
Transistors,
Transistors,
Transistors,
Transistors,
Transistors,
Sm.
Sm.
Sm.
Sm.
Sm.
Signal
Signal
Signal
Signal
Signal
3-28/4
3-28/5
3-28/10
3-28/2
3-28/9
F3851ADC
F3851ADL
F3851ADM
F3851APC
F3851APL
Microcomputers
Microcomputers
Microcomputers
Microcomputers
Microcomputers
11-7/3
11-7/3
11-7/3
11-7/3
11-7/3
F3851DC
Microcomputers
DN4209
DN918
EN2484
EN3962
EN5172
Transistors,
Transistors,
Transistors,
Transistors,
Transistors,
Sm.
Sm.
Sm.
Sm.
Sm.
Signal
Signal
Signal
Signal
Signal
3-28/12
3-28/3
3-23/8
3-22/30
3-15/4
F3851DL
Microcomputers
11-6,
11-7/2,
11-8
11-6,
11-7/2,
11-8
F3851DM
Microcomputers
F3851PC
Microcomputers
F3851PL
Microcomputers
F3852DC
Microcomputers
F16K3DC
F16K3PC
F16K4DC
F16K4PC
F16K5DC
Memories
Memories
Memories
Memories
Memories
10-6/6
10-6/6
10-617
10-617
10-6/8
F16K5PC
F2114DC
F2114PC
F2708DC
F2708DL
Memories
Memories
Memories
Memories
Memories
10-6/8
10-6/1
10-6/1
10-8/8
10-8/8
1-81
10-8/8
10-8/9
10-8/9
10-8/10
10-8/11
11-6,
11-7/1,
11-8
11-6,
11-7/1,
11-8
11-6,
11-7/2,
11-8
11-6,
11-7/2,
11-8
11-6,
11-7/2,
11-8
11-6,
11-714,
11-9
I
PRODUCT INDEX
Device No.
Family
F3852DL
Microcomputers
F3852DM
Microcomputers
F3852PC
Microcomputers
F3852PL
Microcomputers
Page/Item
Device No.
11·6,
11·7/4,
11·9
11 -6,
11-7/4,
11 -9
11-6,
11-7/4,
11-9
11-6,
11-7/4,
11-9
Family
F3854PL
Microcomputers
F3856ADC
F3856ADL
Microcomputers
Microcomputers
F3856ADM
F3856APC
F3856APL
F3856DC
Microcomputers
Microcomputers
Microcomputers
Microcomputers
11-7/10
11-7/10
11-7/10
11-6,
11-7/8,
11 -10
F3856DL
Microcomputers
F3856DM
Microcomputers
11-6.
11-718,
11-10
11-6,
11-7/8.
11-10
F3852/
SL31116
F3853DC
Microcomputers
Microcomputers
11-7/5
11-6,
11-7/6,
11-9
F3853DL
Microcomputers
11-6,
11-7/6,
11-9
F3856PC
Microcomputers
F3853DM
Microcomputers
11-6,
11-7/6,
11-9
F3856PL
Microcomputers
F3853PC
Microcomputers
F3857DC
Microcomputers
F3853PL
Microcomputers
11-6,
11-7/6,
11-9
11-6,
11-7/6,
11-9
F3857DL
Microcomputers
F3854DC
Microcomputers
11-6,
11-7/7,
11-10
F3857DM
Microcomputers
F3854DL
Microcomputers
11-6,
11-717,
11-10
F3857PC
Microcomputers
F3854DM
Microcomputers
F3857PL
Microcomputers
F3854PC
Microcomputers
11-6,
11 -7/7,
11-10
11-6,
11-7/7,
11- 10
F3861DC
Microcomputers
1-82
Page/Item
11·6,
11'7/7,
11- 10
11-7/10
11-7/10
11 -6.
11-7/8,
11-10
11-6,
11-7/8,
11-10
11-6,
11-7/11,
11-11
11-6,
11-7/11,
11-11
11-6,
11-7/11,
11 -11
11-6,
11-7/11.
11-11
11-6,
11-7/11,
11 -11
11-6,
11-11
PRODUCT INDEX
Device No.
Family
Page/Item
Device No.
Family
Page/Item
F3861DL
Microcomputers
F3871DC
Microcomputers
F3861DM
Microcomputers
F3871DL
Microcomputers
11·6,
11-12
11·6,
11-12
F3861PC
Microcomputers
11-6,
11-11
11-6,
11·11
11-6,
11-11
F3871DM
Microcomputers
F3861PL
Microcomputers
F3871PC
Microcomputers
F3861ADC
F3861ADL
Microcomputers
Microcomputers
11-6,
11-11
11-7 112
11-7 112
F3871PL
Microcomputers
11-6,
11·12
F3861ADM
F3861APC
F3861APL
F3861BDC
F3861BDL
Microcomputers
Microcomputers
Microcomputers
Microcomputers
Microcomputers
11-7/12
F3871EDC
F3871EDL
F3871EDM
Microcomputers
Microcomputers
Microcomputers
11-7/17
Microcomputers
Microcomputers
Microcomputers
Microcomputers
Microcomputers
Microcomputers
Microcomputers
Microcomputers
Microcomputers
Microcomputers
11-7/17
F3861BDM
F3861BPC
F3861BPL
F3861CDC
F3861CDL
F3871EPC
F3871EPL
F3871FDC
F3871FDL
F3871FDM
Microcomputers
Microcomputers
Microcomputers
Microcomputers
Microcomputers
Microcomputers
Microcomputers
Microcomputers
Microcomputers
Microcomputers
11-7/18
F3861CDM
F3861CPC
F3861CPL
F3861DDC
F3861DDL
F3871FPC
F3871FPL
F3871GDC
F3871GDL
F3871GDM
F3861DDM
F3861DPC
F3861DPL
F3861EDC
F3861EDL
Microcomputers
Microcomputers
Microcomputers
Microcomputers
Microcomputers
F3871GPC
F3871GPL
F3871HDC
F3871HDL
F3871HDM
Microcomputers
Microcomputers
Microcomputers
Microcomputers
Microcomputers
F3861EDM
F3861EPC
F3861EPL
F3870DC
Microcomputers
Microcomputers
Microcomputers
Microcomputers
11-7/16
F3871HPC
F3871HPL
F3899DC
Microcomputers
Microcomputers
Microcomputers
F3899DL
Microcomputers
F3899DM
Microcomputers
F3870DL
Microcomputers
F3899PC
Microcomputers
F3870DM
Microcomputers
11·3,
11-4
11-3,
11-4
F3899PL
Microcomputers
F3870PC
Microcomputers
11-6,
11-12
Microcomputers
F38T56DC
F38T56DL
F38T56DM
Microcomputers
Microcomputers
Microcomputers
11·7/9
F3870PL
11·7/12
11-7 112
11-7/13
11-7/13
11-7/13
11·7 113
11-7/13
11-7 114
11-7/14
11-7/14
11·7/14
11-7 114
11·7/15
11-7/15
11-7/15
11-7/15
11-7/15
11-7/16
11-7 116
11-7 116
11-7/16
11-3,
11-4
11-3,
11-4
11-3,
11-4
1-83
11-6,
11-12
11-6,
11·12
11·7/17
11·7! 17
11·7/17
11-7/18
11-7/18
11·7 118
11-7 118
11-7/19
11-7/19
11-7119
11-7 119
11-7/19
11-7/20
11-7/20
11-7/20
11-7/20
11-7/20
11-6,
11-12
11-6,
11-12
11-6,
11-12
11-6,
11-12
11-7/9
11-7/9
I
PRODUCT INDEX
Device No.
Family
Page/Item
Device No.
Family
Page/Item
F38T56PC
F38T56PL
F464-2DC
F464-3DC
F464-4DC
Microcomputers
Microcomputers
Memories
Memories
Memories
11-7/9
11-7/9
10-9/11
10-9/12
10-9/13
F6840CL
F6840CP
F6840L
F6840ML
F6840P
Microcomputers
Microcomputers
Microcomputers
Microcomputers
Microcomputers
11-21/21
11-21/21
11-21/21
11-21/21
11-21/21
F6800CL
F6800CP
F6800L
F6800ML
F6800P
Microcomputers
Microcomputers
Microcomputers
Microcomputers
Microcomputers
11-21/1
11-21/1
11-21/1
11-21/1
11-21/1
F6846CL
F6846CP
F6846L
F6846ML
F6846P
Microcomputers
Microcomputers
Microcomputers
Microcomputers
Microcomputers
11-21/27
11-21/27
11-21/27
11-21/27
11-21/27
F6802CL
F6802CP
F6802L
F6802ML
F6802P
Microcomputers
Microcomputers
Microcomputers
Microcomputers
Microcomputers
11-21/5
11-21/5
11-21/5
11-21/5
11-21/5
F68488CP
F68488CL
F68488L
F68488ML
F68488P
Microcomputers
Microcomputers
Microcomputers
Microcomputers
Microcomputers
11-22/2
11-22/2
11-22/2
11-22/2
11-22/2
F6809CL
F6809CP
F6809L
F6809ML
F6809P
Microcomputers
Microcomputers
Microcomputers
Microcomputers
Microcomputers
11-21/8
11-21/8
11-21/8
11-21/8
11-21/8
F6850CP
F6850CL
F6850L
F6850ML
F6850P
Microcomputers
Microcomputers
Microcomputers
Microcomputers
Microcomputers
11-22/3
11-22/3
11-22/3
11-22/3
11-22/3
F6810CL
F6810CP
F6810L
F6810ML
F6810P
Microcomputers
Microcomputers
Microcomputers
Microcomputers
Microcomputers
11-21/9
11-21/9
11-21/9
11-21/9
11-21/9
F6852CP
F6852CL
F6852L
F6852ML
F6852P
Microcomputers
Microcomputers
Microcomputers
Microcomputers
Microcomputers
11-22/6
11-22/6
11-22/6
11-22/6
11-22/6
F6820CL
F6820CP
F6820L
F6820ML
F6820P
Microcomputers
Microcomputers
Microcomputers
Microcomputers
Microcomputers
11-21/12
11-21/12
11-21/12
11-21/12
11-21/12
F6854CP
F6854CL
F6854L
F6854ML
F6854P
Microcomputers
Microcomputers
Microcomputers
Microcomputers
Microcomputers
11-22/9
11-22/9
11-22/9
11-22/9
11-22/9
F6821CL
F6821CP
F6821L
F6821ML
F6821P
Microcomputers
Microcomputers
Microcomputers
Microcomputers
Microcomputers
11-21/12
11-21/12
11-21/12
11-21/12
11-21/12
F6860CP
F6860CL
F6860L
F6860ML
F6860P
Microcomputers
Microcomputers
Microcomputers
Microcomputers
Microcomputers
11-22/12
11-22/12
11-22/12
11-22/12
11-22/12
F68308CL
F68308CP
F68308L
F68308ML
F68308P
Microcomputers
Microcomputers
Microcomputers
Microcomputers
Microcomputers
11-21/15
11-21/15
11-21/15
11-21/15
11-21/15
F6862CP
F6862CL
F6862L
F6862ML
F6862P
Microcomputers
Microcomputers
Microcomputers
Microcomputers
Microcomputers
11-22/13
11-22/13
11-22/13
11-22/13
11-22/13
F68316CL
F68316CP
F68316L
F68316ML
F68316P
Microcomputers
Microcomputers
Microcomputers
Microcomputers
Microcomputers
11-21/18
11-21/18
11-21/18
11-21/18
11-21/18
F68AOOCP
F68AOOCL
F68AOOL
F68AOOML
F68AOOP
Microcomputers
Microcomputers
Microcomputers
Microcomputers
Microcomputers
11-21/2
11-21/2
11-21/2
11-21/2
11-21/2
1-84
PRODUCT INDEX
Device No.
Family
F68A02CP
F68A02CL
F68A02L
F68A02ML
F68A02P
Microcomputers
Microcomputers
Microcomputers
Microcomputers
Microcomputers
F68A10CP
F68A10CL
F68A10L
F68A10ML
F68A10P
Microcomputers
Microcomputers
Microcomputers
Microcomputers
Microcomputers
F68A21CP
F68A21CL
F68A21L
F68A21ML
F68A21P
Microcomputers
Microcomputers
Microcomputers
Microcomputers
Microcomputers
F68A308CP
F68A308CL
F68A308L
F68A308ML
F68A308P
Microcomputers
Microcomputers
Microcomputers
Microcomputers
Microcomputers
F68A316CP
F68A316CL
F68A316L
F68A316ML
F68A316P
Microcomputers
Microcomputers
Microcomputers
Microcomputers
Microcomputers
11-21/19
F68A40CP
F68A40CL
F68A40L
F68A40ML
F68A40P
Microcomputers
Microcomputers
Microcomputers
Microcomputers
Microcomputers
11-21/22
F68A46CP
F68A46CL
F68A46L
F68A46ML
F68A46P
Microcomputers
Microcomputers
Microcomputers
Microcomputers
Microcomputers
F68ASOCP
F68ASOCL
F68ASOL
F68ASOML
F68ASOP
Microcomputers
Microcomputers
Microcomputers
Microcomputers
Microcomputers
F68AS2CP
F68AS2CL
F68AS2L
F68AS2ML
F68AS2P
Microcomputers
Microcomputers
Microcomputers
Microcomputers
Microcomputers
Page/Item
Page/Item
Device No.
Family
11·21/6
F68AS4CP
F68AS4CL
F68AS4L
F68AS4ML
F68AS4P
Microcomputers
Microcomputers
Microcomputers
Microcomputers
Microcomputers
F68BOOCP
F68BOOCL
F68BOOL
F68BOOML
F68BOOP
Microcomputers
Microcomputers
Microcomputers
Microcomputers
Microcomputers
F68B02CP
F68B02CL
F68B02L
F68B02ML
F68B02P
Microcomputers
Microcomputers
Microcomputers
Microcomputers
Microcomputers
F68B10CP
F68B10CL
F68B10L
F68B10ML
F68B10P
Microcomputers
Microcomputers
Microcomputers
Microcomputers
Microcomputers
F68B21CP
F68B21CL
F68B21L
F68B21ML
F68B21P
Microcomputers
Microcomputers
Microcomputers
Microcomputers
Microcomputers
F68B308CP
F68B308CL
F68B308L
F68B308ML
F68B308P
Microcomputers
Microcomputers
Microcomputers
Microcomputers
Microcomputers
11-21 I 17
F68B316CP
F68B316CL
F68B316L
F68B316ML
F68B316P
Microcomputers
Microcomputers
Microcomputers
Microcomputers
Microcomputers
11-21/20
F68B40CP
F68B40CL
F68B40L
F68B40ML
F68B40P
Microcomputers
Microcomputers
Microcomputers
Microcomputers
Microcomputers
11-21/23
F68B46CP
F68B46CL
F68B46L
F68B46ML
F68B46P
Microcomputers
Microcomputers
Microcomputers
Microcomputers
Microcomputers
11·21/6
11·21/6
11·21/6
11·21/6
11·21/10
11·21/10
11·21/10
11·21/10
11-21 I 10
11-21 I 13
11-21/13
11-21/13
11-21/13
11·21 I 13
11-21/16
11-21/16
11-21 I 16
11-21 I 16
11-21 I 16
11-21 I 19
11-21 I 19
11-21/19
11-211.19
11-21/22
11-21/22
11-21/22
11-21/22
11-21/28
11-21/28
11-21/28
11-21/28
11-21/28
11-22/4
11-22/4
11-22/4
11-22/4
11-22/4
11-22/7
11-22/7
11-22/7
11-22/7
11-22/7
1-85
11·22/10
11·22/10
11·22/10
11·22/10
11·22/10
11·21/3
11·21/3
11·21/3
11-21/3
11-21/3
11-21/7
11-21/7
11-21/7
11-21/7
11·21/7
11·21 I 11
11-21 I 11
11-21/11
11-21 I 11
11-21 I 11
11-21 I 14
11-21/14
11-21/14
11-21/14
11-21/14
11-21 I 17
11-21 I 17
11-21 I 17
11-21 I 17
11-21/20
11-21/20
11-21/20
11-21/20
11-21/23
11-21/23
11-21/23
11-21/23
11-22/1
11-22/1
11-22/1
11-22/1
11-22/1
I
PRODUCT INDEX
Device No.
Family
Page/Item
Device No.
Family
F68B50CP
F68B50CL
F68B50L
F68B50ML
F68B50P
Microcomputers
Microcomputers
Microcomputers
Microcomputers
Microcomputers
11·22/5
11·22/5
11·22/5
11·22/5
11·22/5
FCD850D
FCD855
FCD855C
FCD855D
FCD860
Optoelectronics
Optoelectronics
Optoelectronics
Optoelectronics
Optoelectronics
4·14/3
4·14/4
4·14/5
4·14/6
4·14/7
F68B52CP
F68B52CL
F68B52L
F68B52ML
F68B52P
Microcomputers
Microcomputers
Microcomputers
Microcomputers
Microcomputers
11·22/8
11·22/8
11·22/8
11·22/8
11·22/8
FCD860C
FCD860D
FCD865
FCD865C
FCD865D
Optoelectronics
Optoelectronics
Optoelectronics
Optoelectronics
Optoelectronics
4·14/8
4·14/9
F68B54CP
F68B54CL
F68B54L
F68B54ML
F68B54P
Microcomputers
Microcomputers
Microcomputers
Microcomputers
Microcomputers
11·22/11
11·22/11
11·22/11
11·22/11
11·22/11
FCM7001
FCM7002
FCM7003
FCM7004
FCM7010
FCD810
FCD810A
FCD810B
FCD810C
FCD810D
Optoelectronics
Optoelectronics
Optoelectronics
Optoelectronics
Optoelectronics
4·8/1
4·8/2
4·8/3
4·8/4
4·8/5
FCM7015
FCM7030
FCM7040
FCS6400
FCS6401
Digital, MOS
Digital, MOS
Digital, MOS
Optoelectronics
Optoelectronics
9·35/14
9·35/15
9·35/16
4·7/1
4·7/2
FCD820
FCD820A
FCD820B
FCD820C
FCD820D
Optoelectronics
Optoelectronics
Optoelectronics
Optoelectronics
Optoelectronics
4·8/6
4·8/7
4·8/8
4·8/9
4·8/10
FCS8000
FCS8024
FD700
FD777
FDC3070
Optoelectronics
Optoelectronics
Diodes
Diodes
Diodes
4·7/3
4·7/4
2·3/1
2·3/4
2·21/1
FCD825
FCD825A
FCD825B
FCD825C
FCD825D
Optoelectronics
Optoelectronics
Optoelectronics
Optoelectronics
Optoelectronics
4·8111
FDC3600
FDC4376
FDC485B
FDH300
FDH333
Diodes
Diodes
Diodes
Diodes
Diodes
2·21/3
2·21/4
2·21/2
2·4/10
2·4/12
FCD830
FCDB30A
FCD830B
FCD830C
FCDB30D
Optoelectronics
Optoelectronics
Optoelectronics
Optoelectronics
Optoelectronics
4·8/16
4·8/17
FDH400
FDH444
FDH600
FDH666
Diodes
Diodes
Diodes
Diodes
2·5/2
2·5/7
2·3/26
2·4/1
FDH900
Diodes
FCD831
FCD831A
FCD831B
FCD831C
FCD831D
Optoelectronics
Optoelectronics
Optoelectronics
Optoelectronics
Optoelectronics
FDH999
Diodes
4·10/6
FH1100
FJT1100
Diodes
Diodes
2·3/32,
2·6/3
2·4/5,
2·6/4
2·7/22
2·4/21
FCD836
FCD836C
FCD836D
FCD850
FCD850C
Optoelectronics
Optoelectronics
Optoelectronics
Optoelectronics
Optoelectronics
4·10/7
4·10/8
4·10/9
4·14/1
4·14/2
FLC3503-1
FLC3505-1
FLC3505-2
FLC3507-1
FLC5505-1
Optoelectronics
Optoelectronics
Optoelectronics
Optoelectronics
Optoelectronics
4·7/14
4·7/15
4·7/16
4·7/17
4·7/18
4·8/12
4·8/13
4·8/14
4·8/15
4·8/18
4·8/19
4·10/1
4·10/2
4·10/3
4·10/4
4·10/5
1·86
Digital,
Digital,
Digital,
Digital,
Digital,
MOS
MOS
MOS
MOS
MOS
Page/Item
4·14/10
4·14/11
4·14/12
9·35/9
9·35/10
9·35/11
9·35/12
9·35/13
PRODUCT INDEX
Pagelltem
Device No.
Family
Device No.
Family
FLC5505·3
FLC6005·2
FLC6005·3
FLC8004·1
FLC8006·1
Optoelectronics
Optoelectronics
Optoelectronics
Optoelectronics
Optoelectronics
4·7119
4·7/20
4·7/21
4·7/22
4·7/23
FLV550
FLV551
FLV560
FLV561
FLX2121
FLS010
FLS011
FLS012
FLV104A
FLV110
Optoelectronics
Optoelectronics
Optoelectronics
Optoelectronics
Optoelectronics
4·5/5
4·5/6
4·5/7
4·311
4·3/2
FMT1061
FMT1061A
FMT1090
FMT1091
FMT1190
Transistors,
Transistors,
Transistors,
Transistors,
Transistors,
Signal
Signal
Signal
Signal
Signal
3·26/6
3·26/7
3·25/25
3·25/26
3·25/27
FLV111
FLV112
FLV117
FLV140
FLV141
Optoelectronics
Optoelectronics
Optoelectronics
Optoelectronics
Optoelectronics
4·3/3
4·3/4
4·3/5
4·3/6
4·3/7
FMT2060
FMT2080
FMT2085
FMT2090
FNA3420
Transistors, Sm. Signal
Transistors, Sm. Signal
Transistors, Sm. Signal
Transistors, Sm. Signal
Optoelectronics
3·25/28
3·25/29
3·25/30
3·26/1
4·7/5
FLV150
FLV151
FLV152
FLV160
FLV161
Optoelectronics
Optoelectronics
Optoelectronics
Optoelectronics
Optoelectronics
4·3/8
4·3/9
4·3/10
4·3/11
4·3/12
FNA5420
FNA5421
FNA5427
FNA5428
FNA5520
Optoelectronics
Optoelectronics
Optoelectronics
Optoelectronics
Optoelectronics
4·7/6
4·717
4·7/8
4·7/9
4·7110
FLV251
FLV252
FLV310
FLV311
FLV315
Optoelectronics
Optoelectronics
Optoelectronics
Optoelectronics
Optoelectronics
4·3/13
4·3/14
4-3/15
4·3/16
4·3/17
FNA5521
FNA5527
FNA5528
FND350
FND351
Optoelectronics
Optoelectronics
Optoelectronics
Optoelectronics
Optoelectronics
4·7/11
4·7/12
4·7/13
4·5/9
4·5/10
FLV340
FLV341
FLV350
FLV351
FLV355
Optoelectronics
Optoelectronics
Optoelectronics
Optoelectronics
Optoelectronics
4·3/18
4·3/19
4-3/20
4-3/21
4·3/22
FND357
FND358
FND360
FND361
FND367
Optoelectronics
Optoelectronics
Optoelectronics
Optoelectronics
Optoelectronics
4·5/11
4-5/12
4-5/13
4·5/14
4-5/15
FLV360
FLV361
FLV365
FLV410
FLV411
Optoelectronics
Optoelectronics
Optoelectronics
Optoelectronics
Optoelectronics
4-3/23
4·3/24
4·3/25
4-3/26
4·3/27
FND368
FND500
FND501
FND507
FND508
Optoelectronics
Optoelectronics
Optoelectronics
Optoelectronics
Optoelectronics
4-5/16
4-5/17
4·5/18
4·5/19
4·5/20
FLV440
FLV441
FLV450
FLV451
FLV460
Optoelectronics
Optoelectronics
Optoelectronics
Optoelectronics
Optoelectronics
4-3/28
4·3/29
4-4/1
4-4/2
4·4/3
FND530
FND531
FND537
FND538
FND540
Optoelectronics
Optoelectronics
Optoelectronics
Optoelectronics
Optoelectronics
4·6/1
4-6/2
4·6/3
4·6/4
4·6/5
FLV461
FLV510
FLV511
FLV540
FLV541
Optoelectronics
Optoelectronics
Optoelectronics
Optoelectronics
Optoelectronics
4·4/4
4·4/5
4·4/6
4·4/7
4-4/8
FND541
FND547
FND548
FND550
FND551
Optoelectronics
Optoelectronics
Optoelectronics
Optoelectronics
Optoelectronics
4·6/6
4-617
4·6/8
4·6/9
4-6/10
1·87
Page I Item
Optoelectronics
Optoelectronics
Optoelectronics
Optoelectronics
Optoelectronics
Sm.
Sm.
Sm.
Sm.
Sm.
4·4/9
4·4/10
4·4/11
4·4/12
4·20/4
I
PRODUCT INDEX
Device No.
Page/Item
Family
Device No.
Family
Page/Item
FND557
FND558
FND560
FND561
FND567
Optoelectronics
Optoelectronics
Optoelectronics
Optoelectronics
Optoelectronics
4·6/11
4-6/12
4-6/13
4-6/14
4-6/15
FPT100
FPT100A
FPT100B
FPT101
FPT102
Optoelectronics
Optoelectronics
Optoelectronics
Optoelectronics
Optoelectronics
4-16/1
4-16/2
4-16/3
4-16/4
4-16/5
FND568
FND6710
FND6740
FND800
FND807
Optoelectronics
Optoelectronics
Optoelectronics
Optoelectronics
Optoelectronics
4-6/16
4-6/21
4-6/23
4-6/17
4-6/18
FPT110
FPT110A
FPT110B
FPT120
FPT120A
Optoelectronics
Optoelectronics
Optoelectronics
Optoelectronics
Optoelectronics
4-16/6
4-16/7
4-16/8
4-16/9
4-16/10
FND847
FND850
FNX8009
FNX8019
FNX8039
Optoelectronics
Optoelectronics
Optoelectronics
Optoelectronics
Optoelectronics
4-6/19
4-6/20
4-20/6
4-20/5
4-20/7
FPT120B
FPT120C
FPT130
FPT130A
FPT130B
Optoelectronics
Optoelectronics
Optoelectronics
Optoelectronics
Optoelectronics
4-16/11
4-16/12
4-16/13
4-16/14
4-16/15
FNX8041
FNX8209
FPA100
FPA101
FPA102
Optoelectronics
Optoelectronics
Optoelectronics
Optoelectronics
Optoelectronics
4-20/8
4-20/9
4-19/1
4-19/2
4-19/3
FPT131
FPT132
FPT136
FPT137
FPT220
Optoelectronics
Optoelectronics
Optoelectronics
Optoelectronics
Optoelectronics
4-16/16
4-16/17
4-16/18
4-17/1
4-17/2
FPA103
FPA104
FPA105
FPA106
FPA107
Optoelectronics
Optoelectronics
Optoelectronics
Optoelectronics
Optoelectronics
4-20/1
4-20/2
4-20/3
4-20/1
4-20/2
FPT230
FPT320
FPT330
FPT400
FPT410
Optoelectronics
Optoelectronics
Optoelectronics
Optoelectronics
Optoelectronics
4-17/3
4-17 /4
4-17/5
4-17 /6
4-17/7
FPA108
FPA700
FPA700A
FPA710
FPA710A
Optoelectronics
Optoelectronics
Optoelectronics
Optoelectronics
Optoelectronics
4-20/3
4-19/4
4-19/5
4-19/6
4-1917
FPT500
FPT500A
FPT510
FPT510A
FPT520
Optoelectronics
Optoelectronics
Optoelectronics
Optoelectronics
Optoelectronics
4-17/8
4-17 /9
4-17/10
4-17/11
4-17/12
FPA720
FPA720A
FPE100
FPE104
FPE106
Optoelectronics
Optoelectronics
Optoelectronics
Optoelectronics
Optoelectronics
4-19/8
4-19/9
4-18/6
4-18/7
4-18/8
FPT520A
FPT530
FPT530A
FPT540
FPT540A
Optoelectronics
Optoelectronics
Optoelectronics
Optoelectronics
Optoelectronics
4-17/13
4-17/14
4-17/15
4-17 /16
4-17/17
FPE500
FPE510
FPE520
FPE530
FPQ2222
Optoelectronics
Optoelectronics
Optoelectronics
Optoelectronics
Transistors, Sm. Signal
4-18/9
4-18/10
4-18/11
4-18/12
3-27/14
FPT550
FPT550A
FPT560
FPT570
FPT610
Optoelectronics
Optoelectronics
Optoelectronics
Optoelectronics
Optoelectronics
4-17/18
4-18/1
4-18/2
4-18/3
4-18/4
FPQ2907
FPQ3467
FPQ3468
FPQ3724
FPQ3725
Transistors,
Transistors,
Transistors,
Transistors,
Transistors,
3-27/14
3-27/13
3-27/15
3-27/13
3-27/15
FPT630
FPX1010
FPX1011
FSA1410M
FSA1411M
Optoelectronics
Optoelectronics
Optoelectronics
Diodes
Diodes
4-18/5
4-20/10
4-20/11
2-18/12
2-18/13
Sm.
Sm.
Sm.
Sm.
Sm.
Signal
Signal
Signal
Signal
Signal
1-88
PRODUCT INDEX
Device No.
Family
Page/Item
FSA2002M
FSA2003M
FSA2500M
FSA2501M
FSA2501P
Diodes
Diodes
Diodes
Diodes
Diodes
2-18/14
2-18/15
2-18/16
2-18/17
2-18/18
FT317A
FT317B
FT359
FT401
FT402
Transistors,
Transistors,
Transistors,
Transistors,
Transistors,
Power
Power
Power
Power
Power
3-6/14
3-6/16
3-9/14
3-5/8
3-5/22
FSA2502M
FSA2503M
FSA2503P
FSA2504M
FSA2508M
Diodes
Diodes
Diodes
Diodes
Diodes
2-18/19
2-19/1
2-19/2
2-19/3
2-19/4
FT410
FT411
FT413
FT417
FT417A
Transistors,
Transistors,
Transistors,
Transistors,
Transistors,
Power
Power
Power
Power
Power
3-7/22
3-7/23
3-7/24
3-6/12
3-6/14
FSA2508P
FSA2509M
FSA2509P
FSA2510M
FSA2510P
Diodes
Diodes
Diodes
Diodes
Diodes
2-19/5
2-19/6
2-19/7
2-19/8
2-19/9
FT417B
FT423
FT427
FT428
FT430
Transistors,
Transistors,
Transistors,
Transistors,
Transistors,
Power
Power
Power
Power
Power
FSA2563M
FSA2563P
FSA2564M
FSA2564P
FSA2565M
Diodes
Diodes
Diodes
Diodes
Diodes
2-19/10
2-19/11
2-19/12
2-19/13
2-19/14
3-6/16
3-7/25
3-3/20
3-4/26
3-9/9,
3-11/11
FT431
Transistors, Power
FT47
Transistors, Power
FSA2565P
FSA2566M
FSA2566P
FSA2619M
FSA2619P
Diodes
Diodes
Diodes
Diodes
Diodes
2-19/15
2-19/16
2-19/17
2-19/18
2-19/19
FT48
Transistors, Power
3-9/11,
3-11/12
3-4/17,
3-11/14
3-4/19,
3-11/5
FT49
Transistors, Power
FT50
Transistors, Power
FSA2620M
FSA2620P
FSA2621M
FSA2702M
FSA2703M
Diodes
Diodes
Diodes
Diodes
Diodes
2-19/20
2-19/21
2-19/22
2-19/23
2-19/24
FSA2704M
FSA2705M
FSA2719M
FSA2719P
FSA2720M
Diodes
Diodes
Diodes
Diodes
Diodes
2-19/25
2-19/26
2-19/27
2-19/28
2-19/29
FT527
FT528
FTD3439
FTD3440
FTD5320
Transistors,
Transistors,
Transistors,
Transistors,
Transistors,
Power
Power
Power
Power
Power
3-3/21
3-4/27
3-4/24
3-4/15
3-5/3
FSA2720P
FSA2721
FT160
FT161
FT162
Diodes
Diodes
Transistors, Power
Transistors, Power
Transistors, Power
2-19/30
2-19/31
3-9/10
3-9/12
3-9/13
FTD5321
FTD5322
FTD5323
FTD5415
FTD5416
Transistors,
Transistors,
Transistors,
Transistors,
Transistors,
Power
Power
Power
Power
Power
3-4/28
3-5/3
3-4/28
3-4/14
3-4/21
FT2955
Transistors, Power
FT3055
Transistors, Power
FT317
Transistors, Power
3-9/26,
3-11/16
3-9/26,
3-11/16
3-6/12
Device No.
FTRl18
FTR129
FTR129A
FTR158
FTR168
FVN2
FVPl
FVP2
FWA6003
FWA6004
1-89
Page/Item
Family
Transistors,
Transistors,
Transistors,
Transistors,
Transistors,
Sm.
Sm.
Sm.
Sm.
Sm.
Signal
Signal
Signal
Signal
Signal
Transistors, Power
Transistors, Power
Transistors, Power
Digital, CMOS
Digital, CMOS
3-4/23,
3-11/6
3-4/25,
3-11/7
3-25/4
3-25/19
3-26/8
3-25/17
3-25/14
3-12/9
3-12/10
3-12/11
9-34/14
9-34/16
I
PRODUCT INDEX
Device No.
FWA6005
FWA6103
FWA6105
FWX6107
FWX6109
FWX6111
Family
Digital,
Digital,
Digital,
Digital,
Digital,
Digital,
CMOS
CMOS
CMOS
CMOS
CMOS
CMOS
Page/Item
MD2369B
MD918A
MD918B
MJ2500
MJ2501
9·34/15
9·34/14
9·34/15
9-34/17
9-34/18
9-34/19
H11A1
H11A2
H11A3
H11A4
H11B1
Optoelectronics
Optoelectronics
Optoelectronics
Optoelectronics
Optoelectronics
4-12/3
4-12/4
4-12/5
4-12/6
4-14/18
H11B2
IL 1
IL 12
IL 15
IL 16
Optoelectronics
Optoelectronics
Optoelectronics
Optoelectronics
Optoelectronics
4-14/19
4-10/17
4-10/18
4-10/19
4-12/1
IL74
M40272DC
M40272DL
M40272PC
M40272PL
Optoelectronics
Memories
Memories
Memories
Memories
4-12/2
10-6/2
10-6/2
10-6/2
10-6/2
M40273DC
M40273DL
M40273PC
M40273PL
M40274DC
Memories
Memories
Memories
Memories
Memories
10-6/3
10-6/3
10-6/3
10-6/3
10-6/4
M40274DL
M40274PC
M40272PL
M40275DC
M40275DL
Memories
Memories
Memories
Memories
Memories
10-6/4
10-6/4
10-6/4
10-6/5
10-6/5
M40275PC
M40275PL
MAN71A
MAN72A
MAN73A
Memories
Memories
Optoelectronics
Optoelectronics
Optoelectronics
10-6/5
10-6/5
4-6/25
4-6/26
4-6/27
MAN74A
MCA230
MCA231
MCA255
MCT2
Optoelectronics
Optoelectronics
Optoelectronics
Optoelectronics
Optoelectronics
4-6/28
4-14/22
4-14/23
4-14/24
Optoelectronics
Optoelectronics
Transistors, Sm. Signal
Transistors, Sm. Signal
Transistors, Sm. Signal
4-12/9
4-12/8
3-26/17
3-26/18
3-26/13
MCT26
MCT2E
MD2218A
MD2219A
MD2369A
Device No.
Family
Page/Item
Transistors, Sm. Signal
Transistors, Sm. Signal
Transistors, Sm. Signal
Transistors, Power
Transistors, Power
3·26/14
3·26/15
3-26/16
3-8/22
3-9/4
MJ2955
MJ3000
MJ3001
MJ4502
MJ802
Transistors,
Transistors,
Transistors,
Transistors,
Transistors,
Power
Power
Power
Power
Power
3-9/23
3-8/22
3-9/4
3-10/25
3-10/25
MJE3055F
MOC1000
MOC1001
MOC1002
MOC1003
Transistors, Power
Optoelectronics
Optoelectronics
Optoelectronics
Optoelectronics
3-8/17
4-12/17
4-12/18
4-12/19
4-12/20
MP52
MPS-U05F
MPS-U06F
MPS-U07F
MPS-U10F
Optoelectronics
Transistors, Power
Transistors, Power
Transistors, Power
Transistors, Power
4-5/8
3-4/30
3-5/4
3-5/7
3-3/19
MPS-U55F
MPS-U56F
MPS-U57F
MPS2924
MPS2925
Transistors, Power
Transistors, Power
Transistors, Power
Transistors, Sm. Signal
Transistors, Sm. Signal
3-4/30
3-5/4
3-5/7
3-15/1
3-14/24
MPS3392
MPS3393
MPS3638A
MPS3646
MPS3702
Transistors,
Transistors,
Transistors,
Transistors,
Transistors,
Sm.
Sm.
Sm.
Sm.
Sm.
Signal
Signal
Signal
Signal
Signal
3-14/25
3-15/3
3-15/21
3-13/26
3-15/19
MPS3703
MPS3704
MPS5172
MPS5551M
MPS6514
Transistors,
Transistors,
Transistors,
Transistors,
Transistors,
Sm.
Sm.
Sm.
Sm.
Sm.
Signal
Signal
Signal
Signal
Signal
3-16/12
3-15/26
3-15/5
3-24/2
3-14/26
MPS6515
MPS6516
MPS6519
MPS6530
MPS6531
Transistors,
Transistors,
Transistors,
Transistors,
Transistors,
Sm.
Sm.
Sm.
Sm.
Sm.
Signal
Signal
Signal
Signal
Signal
3-14/23
3-17/16
3-15/14
3-16i29
3-17/1
MPS6534M
MPS6560
MPS6561
MPS6562
MPS6563
Transistors,
Transistors,
Transistors,
Transistors,
Transistors,
Sm.
Sm.
Sm.
Sm.
Sm.
Signal
Signal
Signal
Signal
Signal
3-17/1
3-15/13
3-14/22
3-15/22
3-14/18
4-1217
1-90
PRODUCT INDEX
Device No.
Family
Page/Item
MPSA06
MPSA10
MPSA12
MPSA13
MPSA14
Transistors,
Transistors,
Transistors,
Transistors,
Transistors,
Sm.
Sm.
Sm.
Sm.
Sm.
Signal
Signal
Signal
Signal
Signal
MPSA20
MPSA42
MPSA43
MPSA55
MPSA56
Transistors,
Transistors,
Transistors,
Transistors,
Transistors,
Sm.
Sm.
Sm.
Sm.
Sm.
Signal
Signal
Signal
Signal
Signal
3-16/23
3-24/19
3-24/10
3-19/4
MPSA70
MPSA92
MPSA93
MPSL01
MPSL51
Transistors,
Transistors,
Transistors,
Transistors,
Transistors,
Sm.
Sm.
Sm.
Sm.
Sm.
Signal
Signal
Signal
Signal
Signal
3-16/23
MV5050
MV5051
MV5052
MV5053
MV5054-1
Optoelectronics
Optoelectronics
Optoelectronics
Optoelectronics
Optoelectronics
MV5054-2
MV5054-3
MV5152
MV5153
MV5154
Optoelectronics
Optoelectronics
Optoelectronics
Optoelectronics
Optoelectronics
MV5252
MV5253
MV5254
MV5352
MV5353
Optoelectronics
Optoelectronics
Optoelectronics
Optoelectronics
Optoelectronics
MV5354
MV5752
MV5753
MV5754
PE5025
Optoelectronics
Optoelectronics
Optoelectronics
Optoelectronics
Transistors, Sm. Signal
PE5030B
PE5031
PE6020
PE6021
PE7058
Transistors,
Transistors,
Transistors,
Transistors,
Transistors,
Sm.
Sm.
Sm.
Sm.
Sm.
PE7059
PE8050
PE8051
PE8550
PE8551
Transistors,
Transistors,
Transistors,
Transistors,
Transistors,
Sm.
Sm.
Sm.
Sm.
Sm.
Device No.
3·20/1
3·16/22
3·27/16
3-27/17
3-27/18
3-20/1
3-24/22
3-24/11
3-23/15
3-23/14
4-4113
4-4114
4-4115
4-4116
4-4117
4-4118
4-4119
4-4/20
4-4/21
4-4/22
4-4/23
4-4/24
4-4/25
4-4/26
4-4/27
4-4/28
4-4/29
4-4/30
4-5/1
Family
Page/Item
PN2219A
PN2222A
PN2369
PN2484
PN2905A
Transistors,
Transistors,
Transistors,
Transistors,
Transistors,
Sm.
Sm.
Sm.
Sm.
Sm.
Signal
Signal
Signal
Signal
Signal
3·17/12
3·17/14
3-13/19
3-23/9
PN2906
PN2907A
PN3251
PN3563
PN3565
Transistors,
Transistors,
Transistors,
Transistors,
Transistors,
Sm.
Sm.
Sm.
Sm.
Sm.
Signal
Signal
Signal
Signal
Signal
3-17/25
PN3567
PN3568
PN3640
PN3642
PN3643
Transistors,
Transistors,
Transistors,
Transistors,
Transistors,
Sm.
Sm.
Sm.
Sm.
Sm.
Signal
Signal
Signal
Signal
Signal
3-17/5
3-19/21
3-13/11
PN3644
PN3645
PN3690
PN3693
PN3694
Transistors,
Transistors,
Transistors,
Transistors,
Transistors,
Sm.
Sm.
Sm.
Sm.
Sm.
Signal
Signal
Signal
Signal
Signal
3-18/6
PN4248
PN4249
PN4250
PN4258
PN4355
Transistors,
Transistors,
Transistors,
Transistors,
Transistors,
Sm.
Sm.
Sm.
Sm.
Sm.
Signal
Signal
Signal
Signal
Signal
PN4888
PN4889
PN4916
PN4917
PN5138
Transistors,
Transistors,
Transistors,
Transistors,
Transistors,
Sm.
Sm.
Sm.
Sm.
Sm.
Signal
Signal
Signal
Signal
Signal
PN5139
PN6076
PN918
Transistors, Sm. Signal
Transistors, Sm. Signal
Transistors, Sm. Signal
3-19/15
3-19/17
3-17/22
3-26/3
3-21/16
3-18/11
3-16/7
3-18/28
3-25/13
3-1817
3-18/8
3-22/3
3-23/1
3-22/1
3-13/9
3-18/24
3-23/24
3-23/26
3-16/10
3-16/11
3-21/29
3-14/16
3-15/16
3-25/11,
3-26/4
3-25/3
RF400
Signal
Signal
Signal
Signal
Signal
3-25/6
3-25/20
3-19/22
RF401
SE3002
SE4001
SE4002
SE4010
Diodes
Transistors, Sm.
Transistors, Sm.
Transistors, Sm.
Transistors, Sm.
Signal
Signal
Signal
Signal
3-26/5
3-21/19
3-21/18
Signal
Signal
Signal
Signal
Signal
3-24/20
3-15/11
3-16/20
SE4020
SE4021
SE4023
SE5020
SE5035
Transistors,
Transistors,
Transistors,
Transistors,
Transistors,
Signal
Signal
Signal
Signal
Signal
3-23/6
3-20/9
3-24/13
3-15/11
3-16/15
1-91
Diodes
Sm.
Sm.
Sm.
Sm.
Sm.
2·8/1
2-812
3-21/17
3-22/17
3-21/25
3-25/16
3-25/18
I
PRODUCT INDEX
Device No.
SE6020
SE6021
SE7055
SE7056
Family
Transistors, Sm. Signal
Transistors, Sm. Signal
Transistors, Power
Transistors, Sm. Signal
Transistors, Power
Transistors, Sm. Signal
Page/Item
Device No.
Family
Page/Item
3-19/23
3-20/10
3-3/17
3-24/12
3-3/18
3-24/23
SH2201HC
Hybrids
Interface
Hybrids
Interface
Hybrids
Linear
6-3/4
8-10/10
6-3/4
8-10/10
6-4/2
7-6/12
Hybrids
Linear
Hybrids
Interface
6-4/12
7-10/11
6-3/6
8-16/1
Hybrids
Interface
Hybrids
Interface
Hybrids
Interface
6-3/6
8-16/1
6-3/7
8-16/2
6-3/7
8-16/2
Hybrids
Interface
Hybrids
Linear
6-3/5
8-10/11
6-4/3
7-6/13
SH2201HM
SH223KV
SE9300
SE9301
SE9302
SE9303
Transistors,
Transistors,
Transistors,
Transistors,
Power
Power
Power
Power
3-8/19
3-9/2
3-9/5
3-8/20
SH2714
SE9304
SE9305
SE9306
SE9307
SE9308
Transistors,
Transistors,
Transistors,
Transistors,
TranSistors,
Power
Power
Power
Power
Power
3-9/1
3-9/6
3-10/23
3-10/24
3-10/26
SH3002HM
SE9331
SE9400
SE9401
SE9402
SE9403
Transistors,
TranSistors,
Transistors,
Transistors,
Transistors,
Power
Power
Power
Power
Power
3-4/18
3-8/19
3-9/2
3-9/5
3-8/20
SE9404
SE9405
SE9406
SE9407
SE9408
Transistors,
TranSistors,
Transistors,
Transistors,
Transistors,
Power
Power
Power
Power
Power
3-9/1
3-9/6
3-10/23
3-10/24
3-10/26
SH4240A
SH4240B
SH4241A
SH42418
SH4242A
Hybrids
Hybrids
Hybrids
Hybrids
Hybrids
6-6/1
6-6/1
6-6/2
6-6/2
6-6/3
Hybrids
Linear
Hybrids
Linear
Hybrids
Linear
6-4/14
7-10/10
6-4/1
7-6/11
6-315
7-16/17
SH4242B
SH4243A
SH4243B
SH4244C
SH4245C
Hybrids
Hybrids
Hybrids
Hybrids
Hybrids
6-6/3
6-6/4
6-6/4
6-6/5
6-6/6
Hybrids
Linear
Hybrids
Interface
6-3/5
7-16/17
6-3/1
8-10/7
TAA630S
TBA510
TBA520
TBA530
TBA540
Linear
Linear
Linear
Linear
Linear
7-14/16
7-14/17
7-14/18
7-15/1
7-15/2
Hybrids
Interface
Hybrids
Interface
Hybrids
Interface
6-3/1
8-10/7
6-3/2
8-10/8
6-3/10
8-10/8
TBA560C
TBA641A12
TBA641Bll
TBA800
TBA800A
Linear
Linear
Linear
Linear
Linear
7-15/3
7-14/1
7-14/2
7-14/3
7-14/4
Hybrids
Interface
Hybrids
Interface
6-3/3
8-10/9
6-3/3
8-10/9
TBA810AS
TBA810DS
TBA810DAS
TBA810S
TBA820
Linear
Linear
Linear
Linear
Linear
7-14/6
7-14/7
7-14/8
7-14/5
7-14/9
SHOO02HC
SH123KM
SH1549
SH1552
SH2001HC
SH2001HM
SH2002HC
SH2002HM
SH2200HC
SH2200HM
SH3002HC
SH3003HC
SH3003HM
SH3011
SH323KC
1-92
PRODUCT INDEX
Device No.
Family
Page/Item
TBA820L
TBA920
TBA920S
TBA970
TBA990
Linear
Linear
Linear
Linear
Linear
7-14/10
7-15/4
7-15/5
7-15/6
7-1517
TIP31
TIP31A
TIP31B
TlP31C
TIP32
Transistors.
Transistors.
Transistors.
Transistors.
Transistors,
Power
Power
Power
Power
Power
3-5/9
3-5/14
3-5/15
3-5/19
3-5/9
TDA1190
TDAl190Z
TDA2002H
TDA2002V
TDA2002AH
Linear
Linear
Linear
Linear
Linear
7-15/8
7-15/9
7-14/11
7-14/11
7-14/12
TIP32A
TIP32B
TIP32C
TIP41
TIP41A
Transistors,
Transistors,
Transistors,
Transistors,
Transistors,
Power
Power
Power
Power
Power
3-5/14
3-5/15
3-5/19
3-7/10
3-7/11
TDA2002AV
TDA2510
TDA2521
TIL 111
TIL 112
Linear
Linear
Linear
Optoelectronics
Optoelectronics
7-14/12
7-15/10
7-15/11
4-12/10
4-12/11
TIP41B
TIP41C
TIP42
TIP42A
TIP42B
Transistors,
Transistors,
Transistors,
Transistors,
Transistors,
Power
Power
Power
Power
Power
3-7/12
3-7/13
3-7/10
3-7/11
3-7/12
TIL 113
TIL 114
TIL 115
TIL 116
TIL 117
Optoelectronics
Optoelectronics
Optoelectronics
Optoelectronics
Optoelectronics
4-14/20
4-12/12
4-12/13
4-12/14
4-12/15
TIP42C
TIP61
TIP61A
TIP61B
TIP61C
Transistors,
Transistors,
Transistors,
Transistors.
Transistors,
Power
Power
Power
Power
Power
3-7/13
3-3/13
3-3/14
3-3/15
3-3/16
TIL 118
TIL 119
TIL209A
TIL211
TIL213
Optoelectronics
Optoelectronics
Optoelectronics
Optoelectronics
Optoelectronics
4-12/16
4-14/21
4-5/2
4-5/3
4-5/4
TIP62
TIP62A
TIP62B
TlP62C
Transistors,
Transistors,
Transistors,
Transistors,
Power
Power
Power
Power
3-3/13
3-3/14
3-3/15
3-3/16
TIP110
TlP111
TIPl12
TIP115
TlPl16
Transistors,
Transistors,
Transistors,
Transistors,
Transistors,
Power
Power
Power
Power
Power
3-5/1
3-5/5
3-5/6
3-5/1
3-5/5
TIPl17
TIP120
TIP121
TIP122
TIP125
Transistors,
Transistors,
Transistors,
Transistors,
Transistors,
Power
Power
Power
Power
Power
3-5/6
3-6/22
3-7/1
3-717
3-6/22
TIP126
TIP127
TIP29
TIP29A
TlP29B
Transistors,
Transistors,
Transistors,
Transistors,
Transistors,
Power
Power
Power
Power
Power
3-7/1
3-7/7
3-3/23
3-3/27
3-4/6
TlP29C
TIP30
TlP30A
TIP30B
TlP30C
Transistors,
Transistors,
Transistors,
Transistors,
Transistors,
Power
Power
Power
Power
Power
3-4/10
3-3/23
3-3/27
3-4/6
3-4/10
Device No.
1-93
Family
Page/Item
I'A0801ADM
I'A0801CDC
I'A0801CPC
I'A0801DM
I'A0801F.DC
Interface
Interface
Interface
Interface
Interface
8-14/1
8-14/1
8-14/1
8-14/1
8-14/1
I'A0801EPC
I'A0801HDC
I'A0801HPC
I'A0802ADC
I'A0802APC
Interface
Interface
Interface
Interface
Interface
8-14/1
8-14/1
8-14/1
8-14/2
8·14/2
I'A0802BDC
I'A0802BPC
I'A0802CDC
I'A0802CPC
I'A0802HDC
Interface
Interface
Interface
Interface
Interface
8-14/2
8-14/2
8-14/2
8-14/2
8-14/2
I'A0802HPC
I'A104HM
I'A104HMQB
I'A105HM
I'A105HMQB
Interface
Linear
Linear
Linear
Linear
8-14/2
7-7/12
7-7/12
7-7/1
7-7/1
I
PRODUCT INDEX
Device No.
Family
IlA109KM
IlA111DMQB
IlA111HM
IlA111HMQB
IlA1 310PC
Linear
Linear
Linear
Linear
Linear
IlA1 39DM
IlA1 39DMQB
IlA139ADM
IlAI 391TC
IlA1394TC
Linear
Linear
Linear
Linear
Linear
7-12/4
IlA1458CHC
IlA1458CTC
IlA1458HC
IlA1458HCQR
IlA1458TC
Linear
Linear
Linear
Linear
Linear
7-10/5
7-10/5
7·10/5
7-10/5
IlA1458TCQB
IlA1488DC
IlA1488PC
IlA1489DC
IlA 1489PC
Linear
Interlace
Interlace
Interlace
Interlace
7-10/5
IlA1489ADC
IlA1489APC
IlA209KM
IlA211DMQB
IlA211HM
Interlace
Interlace
Linear
Linear
Linear
IlA211HMQB
IlA2136PC
IlA2240DC
IlA2240PC
IlA239DC
Linear
Linear
Interface
Interlace
Linear
IlA239PC
f.LA2 39ADC
f.LA239APC
f.LA2901PC
f.LA3018HM
Linear
Linear
Linear
Linear
Interlace
f.LA3018HMQB
f.LA3018AHM
f.LA3019HM
f.LA301ADC
f.LA301AHC
Interlace
Interface
Interface
Linear
Linear
f.LA301AHCQR
f.LA301ATC
f.LA301ATCQR
IlA302HC
f.LA3026HM
Linear
Linear
Linear
Linear
Interface
Page/Item
Device No.
7-5/4
7·12/1
7-12/1
7-12/1
7-16/9
7-12/4
7-12/5
7-15/18
7-15/19
7-10/5
8-3/1
8-3/1
8-5/1
8-5/1
8-5/2
8-5/2
7-515
7-12/2
7-12/2
7-12/2
7-16/10
8-16/12
8-16/12
7-12/6
7-12/6
7-1217
7-1217
7-12/15
8-17/2
8-1712
8-17/3
8-17/4
7-8/1
7-8/1
7-8/1
7-8/1
7-811
7-812
8-17/5
1-94
Family
Page/Item
IlA3036HM
IlA3039HM
IlA304HC
IlA3045DM
IlA3045DMQB
Interlace
Interlace
Linear
Interlace
Interlace
IlA3046DC
IlA3046PC
IlA305HC
IlA3054DC
IlA305AHC
Interlace
Interlace
Linear
Interlace
Linear
IlA3064HC
IlA3064PC
IlA3065PC
IlA307HC
IlA307TC
Linear
Linear
Linear
Linear
Linear
IlA3075PC
IlA308AHC
IlA308ATC
IlA308HC
IlA308TC
Linear
Linear
Linear
Linear
Linear
7-16/11
7-8/5
7-8/5
IlA3086DC
IlA3089PC
IlA309KC
IlA310HC
IlA311HC
Interlace
Linear
Linear
Linear
Linear
8-17/11
7-16/12
7-5/3
8-17/6
8·1717
7-7113
8·1718
8-1718
8-17/9
8·17/9
7-712
8-17/10
7-714
7-15/20
7-15/20
7-15/21
7-813
7-813
7-8/4
7-8/4
7-8/6
7-12/3
IlA311TC
IlA318HC
IlA324DC
IlA324PC
IlA339DC
Linear
Linear
Linear
Linear
Linear
7-12/3
7-8/7
f.LA339PC
f.LA339ADC
f.LA3401PC
f.LA3403DC
f.LA3403PC
Linear
Linear
Linear
Linear
Linear
7-12/8
7-12/9
f.LA348DC
f.L A348PC
f.LA376TC
IlA41 36DC
1lA4136DM
Linear
Linear
Linear
Linear
Linear
7-8/9
IlA4136PC
IlA4151HC
IlA4151RC
IlA4151TC
IlA4558HC
Linear
Interface
Interface
Interface
Linear
7-8/8
7-8/8
7-12/8
7-10/6
7-1017
7-1017
7-8/9
7-7/3
7-10/8
7-10/8
7-10/8
8-14/3
8-14/3
8-14/3
7-10/9
PRODUCT INDEX
Device No.
Family
Page/Item
Device No.
Family
Page/Item
I'A4558HM
I'A4558TC
I'A4558TV
I'A555HC
I'A555TC
Linear
Linear
Linear
Interface
Interface
7·10/9
7-10/9
7-10/9
8-16/10
8-16/10
I'A723DC
I'A723DCQR
I'A723HC
I'A723HCQR
I'A723PC
Linear
Linear
Linear
Linear
Linear
7-7/6
7-7/6
7-7/6
7-7/6
7-7/6
I'A555TCQR
I'A556PC
I'A702DC
I'A702HC
I'A703HC
Interface
Interface
Linear
Linear
Linear
8-16/10
8-16/11
7-8/12
7-8/12
7-16/1
I'A723PCQR
I'A725HC
I'A725EHC
I'A726HC
I'A726HM
Linear
Linear
Linear
Interface
Interface
7-716
7-8/18
7-8/19
8-17/1
8-17/1
I'A703HM
I'A706APC
I'A706BPC
I'A709DC
I'A709HC
Linear
Linear
Linear
Linear
Linear
7-16/1
7-14/13
7-14/14
7-8/13
7-8/13
I'A726HMQB
I'A727HC
I'A7300PC
I'A7302DC
I'A7302PC
Interface
Linear
Linear
Linear
Linear
8-17/1
7-8/20
7-16/15
7-12/16
7-12/16
I'A709PC
I'A710DC
I'A710DM
I'A710FM
I'A710HC
Linear
Linear
Linear
Linear
Linear
7-8/13
7-12/10
7-12/10
7-12/10
7-12/10
I'A730HC
I'A732PC
I'A733DC
I'A733DM
I'A733DMQB
Linear
Linear
Interface
Interface
Interface
7-8/21
7-16/4
8-15/5
8-15/5
8-15/5
I'A710HM
I'A710PC
I'A711DC
I'A711DM
I'A711DMQB
Linear
Linear
Linear
Linear
Linear
7-12/10
7-12/10
7-12/11
7-12/11
7-12/11
I'A733FM
I'A733FMQB
I'A733HC
I'A733HM
I'A733HMQB
Interface
Interface
Interface
Interface
Interface
8-15/5
8-15/5
8-15/5
8-15/5
8-15/5
I'A711FM
I'A711FMQB
I'A711HC
I'A711HM
I'A711HMQB
Linear
Linear
Linear
Linear
Linear
7-12/11
7-12/11
7-12/11
7-12/11
7-12/11
I'A733PC
I'A734DC
I'A734DM
I'A734HC
I'A734HM
Interface
Linear
Linear
Linear
Linear
8-15/5
7-12/12
7-12/12
7-12/12
7-12/12
I'A711PC
I'A714HC
I'A714EHC
I'A714LHC
I'A7151DC
Linear
Linear
Linear
Linear
Interface
7-12/11
7-8/14
7-8/15
7-8/16
8-14/4
I'A739DC
I'A7390TC
Linear
Interface
Linear
Interface
Linear
7-16/13
8-15/6
7-16/13
8-15/6
7-16/19
I'A7151PC
I'A715DC
I'A715HC
I'A720DC
I'A720PC
Interface
Linear
Linear
Linear
Linear
8-14/4
7-8/17
7-8/17
7-16/2
7-16/2
I'A7391PC
I'A7392DC
I'A7392DM
I'A7392PC
I'A740EHC
Linear
Linear
Linear
Linear
Linear
7-16/20
7-16/21
7-16/21
7-16/21
7-8/22
Linear
Linear
Linear
Linear
Linear
7-16/3
7-7/5
7-7/5
7-7/5
7-7/5
I'A741DC
I'A741HC
I'A741PC
I'A741RC
I'A741EDC
Linear
Linear
Linear
Linear
Linear
7-8/23
7-8/23
7-8/23
7-8/23
7-8/24
I'A721PC
I'A723DM
I'A723DMQB
I'A723HM
I'A723HMQB
I'A739PC
1-95
I
PRODUCT INDEX
Device No.
Family
Page/Item
ILA741EHC
ILA741ERC
ILA741ETC
ILA742DC
ILA746HC
Linear
Linear
Linear
Linear
Linear
ILA746PC
ILA747DC
ILA747HC
ILA747PC
ILA747PCQR
Linear
Linear
Linear
Linear
Linear
ILA747EDC
ILA747EHC
ILA748DC
ILA748HC
ILA748RC
Linear
Linear
Linear
Linear
Linear
ILA748TC
ILA749DC
ILA749DHC
ILA749DM
ILA749PC
Linear
Linear
Linear
Linear
Linear
ILA753TC
ILA757DC
ILA757DM
ILA758PC
ILA760DC
Linear
Linear
Linear
Linear
Linear
ILA760DM
ILA760DMQB
ILA760HC
ILA760HM
ILA760HMQB
Linear
Linear
Linear
Linear
Linear
7-12/13
ILA767PC
ILA775DC
ILA775PC
ILA776DC
Linear
Linear
Linear
Linear
7-16/8
Device No.
7-8/24
7-8/24
7·8/24
7·16/18
7-15/12
7-15/12
7·8/25
7-8/25
7·8/25
7-8/25
7-8/26
7-8/26
7·8/27
7·8/27
7-8/27
7-8/27
7-16/14
7-16/14
7-16/14
7-16/14
7-16/5
7-16/6
7-16/6
7-1617
7-12/13
7-12/13
7-12/13
7-12/13
7-12/13
7-12/14
7-12/14
7-10/1.
7-8/28
ILA776HC
Linear
7-10/1.
7-8/28
ILA776TC
Linear
7-10/1.
7-8/28
ILA777DC
Linear
7-10/2
ILA777HC
ILA777TC
ILA780PC
ILA7805KM
ILA7805KC
Linear
Linear
Linear
Linear
Linear
7-10/2
7-10/2
7-15/13
7-5/1
7-5/2
1-96
Family
ILA7805UC
ILA7805UCQR
ILA7806KM
ILA7806KC
ILA7806UC
Linear
Linear
Linear
Linear
Linear
ILA7808KM
ILA7808KC
ILA7808UC
ILA781PC
ILA7812KM
Linear
Linear
Linear
Linear
Linear
ILA7812KC
ILA7812UC
ILA7812UCQR
ILA7815KM
ILA7815KC
Linear
Linear
Linear
Linear
Linear
ILA7815UC
ILA7815UCQR
ILA7818KM
ILA7818KC
ILA7818UC
Linear
Linear
Linear
Linear
Linear
ILA7824KM
ILA7824KC
ILA7824UC
ILA783P3C
ILA783P4C
Linear
Linear
Linear
Linear
Linear
ILA787PC
ILA788PC
ILA7885KM
ILA7885KC
ILA7885UC
Linear
Linear
Linear
Linear
Linear
ILA78C05U1C
ILA78C06U1C
ILA78C08U1C
ILA78C10U1C
ILA78C12U1C
Linear
Linear
Linear
Linear
Linear
ILA78C15U1C
ILA78C17U1C
ILA78C18U1C
ILA78C20U1C
ILA78C22U1C
Linear
Linear
Linear
Linear
Linear
ILA78C24U1C
ILA78CBKC
ILA78CBUC
ILA78GKC
ILA78GKM
Linear
Linear
Linear
Linear
Linear
Page/Item
7-5/2
7-5/2
7-5/6
7-517
7-517
7-518
7-5/9
7-5/9
7-15/14
7-5/12
7-5/13
7-5/13
7-5/13
7-5/14
7·5/15
7·5/15
7-5/15
7-5/16
7-5/17
7-5/17
7-5/18
7-5/19
7-5/19
7-14/15
7-14/15
7-15/15
7-15/16
7-5/10
7-5/11
7-5/11
7-3/12
7-3/15
7-3/18
7-3/19
7-3/22
7-4/1
7-4/2
7-4/3
7-4/6
7-4/7
7-4/10
7-6/10
7-6/10
7-719
7-7/10
PRODUCT INDEX
Device No.
ILA78GU1C
ILA78HOSKC
ILA78H05KCQB
ILA78HOSKM
ILA78H12KC
I'A78H1SKC
I'A78HGKC
ILA78LOSAHC
ILA78LOSAWC
ILA78L09AHC
I'A78L09AWC
I'A78L 12AHC
I'A78L12AWC
I'A78L1SAHC
Family
Page/Item
Device No.
Family
Page/Item
Linear
Hybrids
Linear
Hybrids
Linear
7·7/10
6·4/4
7·6/14
6·4/4
7·6/14
ILA78M20HM
ILA78M20HC
ILA78M20UC
ILA78M24HM
ILA78M24HC
Linear
Linear
Linear
Linear
Linear
7·4/4
7·4/5
7·4/5
7·4/8
7·4/9
Hybrids
Linear
Hybrids
Linear
Hybrids
Linear
6·4/4
7·6/14
6-4/7
7·6/16
6·4/8
7·6/17
I'A78M24UC
I'A78MGHM
I'A78MGHC
ILA78MGT2C
ILA78MGU1C
Linear
Linear
Linear
Linear
Linear
7·4/9
7·7/7
7·7/8
7-7/8
7·7/8
Hybrids
Linear
Linear
Linear
Linear
6-4/10
7-7/11
7·3/2
7-3/2
7·3/5
I'A78S40DC
I'A78S40DM
I'A78S40PC
ILA790SKM
I'A790SKC
Linear
Linear
Linear
Linear
Linear
7·7/20
7-7/19
7-7/20
7·S/20
7-5/21
I'A790SUC
I'A7906KM
I'A7906KC
I'A7906UC
I'A7908KM
Linear
Linear
Linear
Linear
Linear
7,S/21
7-5/22
7-5/23
7·5/23
7-5/24
I'A7908KC
ILA7908UC
I'A7912KM
I'A7912KC
I'A7912UC
Linear
Linear
Linear
Linear
Linear
7-6/1
7-6/1
7·6/2
7-6/3
7·6/3
I'A791SKM
I'A791SKC
I'A791SUC
I'A7918KM
I'A7918KC
Linear
Linear
Linear
Linear
Linear
7-6/4
7·6/5
7·6/5
7-6/6
7·617
I'A7918UC
I'A791KC
ILA791PSC
ILA7924KM
I'A7924KC
Linear
Linear
Linear
Linear
Linear
7-617
7-10/3
7-10/3
7-6/8
7-6/9
ILA7924UC
I'A796HC
I'A796HM
I'A796PC
ILA798HC
Linear
Linear
Linear
Linear
Linear
7-6/9
7-15/17
7-15/17
7-15/17
7-10/4
I'A798RC
I'A798TC
I'A79GKM
I'A79GKC
I'A79GU1C
Linear
Linear
Linear
Linear
Linear
7-10/4
7-10/4
7-7/16
7-7117
7-7/17
7·3/S
7-3/6
7-3/6
7·3/7
I'A78L1SAWC
Linear
Linear
Linear
Linear
Linear
I'A78L18AHC
I'A78L18AWC
I'A78L24AHC
I'A78L24AWC
I'A78L26AHC
Linear
Linear
Linear
Linear
Linear
7-3/8
7-3/8
7·3/9
7·3/9
7-3/1
I'A78L26AWC
I'A78L62AHC
ILA78L62AWC
ILA78L82AHC
ILA78L82AWC
Linear
Linear
Linear
Linear
Linear
7·3/1
7·3/3
7-3/3
7·3/4
7-3/4
I'A78MOSHM
I'A78MOSHC
ILA78MOSUC
I'A78M06HM
I'A78M06HC
Linear
Linear
Linear
Linear
Linear
7-3/10
7-3/11
7-3/11
7-3/13
7-3/14
I'A78M06UC
ILA78M08HM
ILA78M08HC
ILA78M08UC
I'A78M12HM
Linear
Linear
Linear
Linear
Linear
7-3/14
7-3/16
7-3/17
7-3/17
7-3/20
I'A78M12HC
I'A78M12UC
ILA78M1SHM
I'A78M1SHC
I'A78M1SUC
Linear
Linear
Linear
Linear
Linear
7-3/21
7-3/21
7-3/23
7-3/24
7-3/24
7·3/7
1-97
I
PRODUCT INDEX
Device No.
Family
Page/Item
/LA79HGKC
6·4/11
7-7118
6-4/11
7-7118
/LA79M05AHC
Hybrids
Linear
Hybrids
Linear
Linear
/LA79M05AUC
/LA79M05HM
/LA79M06AHC
/LA 79M06AUC
/LA79M06HM
Linear
Linear
Linear
Linear
Linear
7-4/12
7 -4/11
7-4/14
/LA79M08AHC
/LA 79M08AUC
/LA79M08HM
/LA 79M 12AHC
/LA 79M 12AUC
Linear
Linear
Linear
Linear
Linear
7-4/16
7-4/16
7-4/15
7-4/18
/LA79M12HM
/LA79M15AHC
/LA 79M 15AUC
/LA79M15HM
/LA79M20AHC
Linear
Linear
Linear
Linear
Linear
7-4/17
/LA79M20AUC
/LA79M20HM
/LA 79M24AHC
/LA79M24AUC
/LA79M24HM
Linear
Linear
Linear
Linear
Linear
7-4/22
/LA79MGHC
/LA79MGHM
/LA79MGT2C
/LA79MG
/LAF111HM
Linear
Linear
Linear
Linear
Linear
/LAF211HC
/LAF311HC
/LAF355HC
/LAF355TC
/LAF356HC
Linear
Linear
Linear
Linear
Linear
/LAF356TC
VN46AF
VN66AF
VN88AF
ZPD10
Linear
Transistors, Power
Transistors. Power
Transistors. Power
Diodes
/LA79HGKM
ZPD11
ZPD12
ZPD.13
ZPD15
ZPD16
Diodes
Diodes
Diodes
Diodes
Diodes
7-4/12
7-4/14
7-4/13
7-4/18
7-4/20
7-4/20
7-4/19
7-4/22
7-4/21
7-4/24
7-4/24
7-4/23
7-7/15
7-7 114
7-7 115
7-7/15
7-10/14
7-10/15
7-10/16
7-8/10
7-8/10
7 -8/11
7-8/11
3-12/6
3-12/7
3-12/12
2-11/30
2-12/7
2-12/15
2-12/22
2-12/30
2-13/7
1-98
Device No.
Family
ZPD18
ZPD2,7
ZPD20
ZPD22
ZPD24
Diodes
Diodes
Diodes
Diodes
Diodes
ZPD27
ZPD3
ZPD3,3
ZPD3,6
ZPD3,9
Diodes
Diodes
Diodes
Diodes
Diodes
ZPD30
ZPD33
ZPD4,3
ZPD4,7
ZPD5,1
Diodes
Diodes
Diodes
Diodes
Diodes
ZPD5,6
ZPD6,2
ZPD6,8
ZPD7,5
ZPD8,2
ZPD9,1
Diodes
Diodes
Diodes
Diodes
Diodes
Diodes
Page/Item
2·13/15
2-8/10
2-13/23
2-13/30
2-14/6
2-14/14
2-8/14
2-8/19
2-9/7
2-9/14
2-14/22
2-14/29
2-9/21
2-9/28
2-10/4
2-10/11
2-10/19
2-10/27
2-11/5
2-11/13
2-11/22
I
DIODES
I
FAIRCHILD DIODES
DIODES
COMPUTER DIODES (BY ASCENDING tr r)
GLASS PACKAGE
BV
trr
ns
Max
Min
IR
nA
Max
1
FD700
0.70
30
50
20
1.1
50
2
1N4376
0.75
20
100
10
1.1
Item
V
@
VR
VF
V
V
IF
rnA
DEVICE
NO.
@
C
pF
Max
Package
No.
1.0
00-7
50
1.0
00-7
00-7
Max
3
BAY82
0.75
15
100
12
1.0
20
1.3
4
FD777
0.75
15
100
8.0
1.0
20
1.3
00-7
5
1N5282
2.0
80
100
55
1.3
500
2.5
00-35
6
1N4153
2.0
75
50
50
0.88
20
4.0
00-35
7
1N4151
2.0
75
50
50
1.0
50
4.0
00-35
8
1N4305
2.0
75
100
50
0.85
10
2.0
00-35
9
BAY71
2.0
50
100
35
1.0
20
2.0
00-35
10
1N4152
2.0
40
50
30
0.88
20
4.0
00-35
11
1N4154
2.0
35
100
25
1.0
30
4.0
00-35
12
1N914
4.0
100
25
20
1.0
fO
4.0
00-35
13
1N914A
4.0
100
25
20
1.0
20
4.0
00-35
14
1N914B
4.0
100
25
20
1.0
100
4.0
00-35
15
1N916
4.0
100
25
20
1.0
10
2.0
00-35
16
1N916A
4.0
100
25
20
1.0
20
2.0
00-35
17
1N916B
4.0
100
25
20
1.0
30
2.0
00-35
18
1N4,148
4,0
100
25
20
1.0
10
4.0
00-35
10
2.0
00-35
00-35
19
1N4149
4.0
100
25
20
1,0
20
1N4446
4.0
100
25
20
1,0
20
4,0
21
1N4447
4.0
100
25
20
1,0
20
4.0
00-35
22
1N4448
4.0
100
25
20
1.0
100
2.0
00-35
23
1N4449
4.0
100
25
20
1.0
30
2.0
00-35
24
1N3604
4.0
75
50
50
1.0
50
2,0
00-35
25
1N3600
4,0
75
100
50
1.0
200
2.5
00-35
26
FDH600
4.0
75
100
50
1.0
200
2.5
00-35
27
1N3064
4,0
75
100
50
1.0
10
2.0
00-35
28
1N4150
4.0
75
100
50
1.0
200
2.5
00-35
29
1N4454
4,0
75
100
50
1,0
10
2.0
00-35
30
BAX13
4.0
50
200
50
1.0
20
3.0
00-35
31
BAY74
4,0
50
100
35
1,1
300
3.0
00-35
32
FDH900
4.0
45
500
40
1,1
100
3.0
00-35
.
2-3
I
FAIRCHILD DIODES
DIODES
COMPUTER DIODES (BY ASCENDING trr>
GLASS PACKAGE
Item
DEVICE
NO.
trr
ns
Max
BV
V
Min
IR
nA
Max
1
FDH666
4.0
40
100
@
(Cont'd)
VR
V
VF
V
Max
25
1.0
@
IF
mA
C
pF
Max
Package
No.
100
3.5
00-35
00-35
00-35
2
1N4450
4.0
40
50
30
1.0
200
4.0
3
1N4009
4.0
35
100
25
1.0
30
4.0
4
1N625
4.0
30
1000
20
1.5
4.0
-
00-35
5.0
00-35
5
FDH999
5.0
35
1000
1.0
25
10
LOW LEAKAGE DIODES (BY DESCENDING BV)
GLASS PACKAGE
Item
DEVICE
NO.
BV
V
Min
IR
nA
Max
6
1N486B
250
50
@
VR
V
VF
V
Max
225
1.0
@
IF
mA
C
pF
Max
Package
No.
100
-
00-35
00-35
7
1N485B
200
25
180
1.0
100
-
8
1N459
200
25
175
1.0
3.0
-
00-35
9
1N459A
200
25
175
1.0
100
-
00-35
200
6.0
00-35
10
FDH300
150
1.0
125
1.0
11
1N3595
150
1.0
125
1.0
200
8.0
00-35
12
FDH333
150
3.0
125
1.05
200
6.0
00-35
00-35
13
1N458A
150
5.0
125
1.0
100
-
14
1N484B
150
25
130
1.0
100
-
00-35
15
1N458
150
25
125
1.0
7.0
6.0
00-35
16
BAY73
125
5.0
100
1.0
200
8.0
00-35
17
1N483B
80
25
70
1.0
100
-
00-35
18
1N457
70
25
60
1.0
20
8.0
00-35
19
1N457A
70
25
60
1.0
100
-
00-35
20
1N482B
40
25
36
1.0
100
-
00-35
21
FJT1100
30
0.001
5.0
1.05
10
1.5
00-7
00-35
00-35
22
1N456A
30
25
25
1.0
100
-
23
1N456
30
25
25
1.0
40
10
2-4
FAIRCHILD DIODES
DIODES
HIGH VOLTAGE SWITCHING DIODES (BY DESCENDING BV)
GLASS PACKAGE
BV
DEVICE
NO.
V
Min
IR
nA
Max
1
1N661
240
2
FDH400
200
Item
VR
VF
V
V
Max
10000
200
1.0
100
150
@
IF
mA
C
pF
Max
trr
ns
Max
Package
No.
6.0
-
300
DO-35
1.0
200
2.0
50
DO-35
@
3
1N3070
200
100
175
1.0
100
5.0
50
DO-35
4
1N643
200
1000
100
1.0
10
3.0
300
DO-35
5
1N842
200
100
160
1.0
150
-
300
DO-35
6
1N629
200
1000
175
1.5
4.0
-
1000
DO-35
7
FDH444
150
50
100
1.1
200
2.5
60
DO-35
8
1N628
150
1000
125
1.5
4.0
-
1000
DO-35
9
BAY72
125
100
100
1.0
100
5.0
50
DO-35
10
1N658
120
50
50
1.0
100
-
300
DO-35
11
1N660
120
5000
100
1.0
6.0
-
300
DO-35
12
1N627
100
1000
75
1.5
4.0
-
1000
DO-35
13
1N626
50
1000
35
1.5
4.0
-
1000
DO-35
trr
ns
Max
Package
No.
GENERAL PURPOSE DIODES (BY DESCENDING BV)
GLASS PACKAGE
BV
Item
DEVICE
NO.
V
Min
IR
nA
Max
@
VR
VF
V
V
Max
@
IF
mA
C
pF
Max
1N661
240
10000
200
1.0
6.0
-
300
DO-35
15
15923
200
100
200
1.2
200
-
-
DO-35
16
1N463A
200
500
175
1.0
100
-
DO-35
17
BA129
200
10
180
1.0
50
6.0
-
DO-35
-
DO-35
120
DO-35
14
18
15922
150
100
150
1.2
200
-
19
BAX16
150
100
150
1.0
1.0
10
20
1N660
120
5000
100
1.0
6.0
-
-
DO-35
-
DO-35
21
15921
100
100
100
1.2
200
-
22
BA219
100
200
50
0.85
10
5.0
-
DO-35
23
BA128
75
100
50
1.0
50
5.0
-
DO-35
24
1N462A
70
500
60
1.0
100
-
-
DO-35
25
1N659
60
5000
50
1.0
6.0
-
-
DO-35
26
15920
50
100
50
1.2
200
-
-
DO-35
2-5
I
FAIRCHILD DIODES
DIODES
GENERAL PURPOSE DIODES (BY DESCENDING BV)
GLASS PACKAGE
BV
Item
DEVICE
NO.
Min
IR
nA
Max
1
BA218
50
50
V
VR
VF
V
V
@
(Cont'd)
IF
mA
@
Max
25
1.0
C
pF
Max
10
5.0
trr
ns
Max
Package
No.
00-35
-
2
1544
50
50
10
1.15
10
6.0
-
00-35
3
FDH900
45
500
40
1.1
100
3.0
4.0
00-35
4
FDH999
35
1000
25
1.0
10
5.0
5.0
00-35
5
1N461A
30
500
25
1.0
100
10
-
00-35
6
BA217
30
50
10
1.0
10
5.0
-
00-35
7
BA130
30
100
25
1.0
10
2.0
-
00-35
8
BA164
20
2000
15
1.0
10
-
-
00-35
9
BA216
10
1.0
15
-
-
00-35
pF
Max
trr
ns
Max
Package
No.
10
1500
MILITARY QUALIFIED SMALL SIGNAL DIODES (NUMERIC LISTING)
GLASS PACKAGE
BV
Item
DEVICE
NO.
Min
IR
nA
Max
V
@
VR
VF
V
V
@
IF
mA
Max
C
10
1N457JAN
70
25
60
1.0
20
6.0
-
00-7
11
1N458JAN
150
25
125
1.0
7.0
6.0
-
00-7
12
1N459JAN
200
25
175
1.0
3.0
6.0
-
00-7
00-7
13
lN483BJAN
80
25
70
1.0
100
-
-
14
1N483BJANTX
80
25
70
1.0
100
-
-
00-7
15
1N485BJAN
200
25
180
1.0
100
-
-
00-7
16
1 N485BJANTX
200
25
180
1.0
100
-
-
00-7
17
lN486BJAN
250
25
225
1.0
100
-
-
00-7
18
1 N486BJANTX
250
25
225
1.0
100
-
-
00-7
19
1N914JAN
100
25
20
1.0
10
4.0
4.0
00-35
20
1N914JANTX
100
25
20
1.0
10
4.0
4.0
00-35
21
lN3064JAN
75
100
50
1.0
10
2.0
4.0
00-7
22
1N3064JANTX
75
100
50
1.0
10
2.0
4.0
00-7
23
1N3595JAN
150
1.0
125
1.0
200
8.0
3000
00-7
24
1 N3595JANTX
150
1.0
125
1.0
200
8.0
3000
00-7
25
1 N3595JANTXV
150
1.0
125
1.0
200
8.0
3000
00-7
00-7
00-7
26
lN3600JAN
75
100
50
1.0
200
2.5
4.0
27
1 N3600JANTX
75
100
50
1.0
200
2.5
4.0
2-6
FAIRCHILD DIODES
DIODES
MILITARY QUALIFIED SMALL SIGNAL DIODES (NUMERIC LISTING)
GLASS PACKAGE
BV
Item
DEVICE
NO.
VR
VF
V
V
Max
100
50
1.0
V
Min
IR
nA
Max
75
@
@
IF
mA
C
(Cont'd)
pF
Max
trr
ns
Max
200
2.5
4.0
00-7
Package
No.
1
1 N3600JANTXV
2
1N4148JAN
100
25
20
1.0
10
4.0
4.0
00-35
3
1N4148JANTX
100
25
20
1.0
10
4.0
4.0
00-35
4
1N4148JANTXV
100
25
20
1.0
10
4.0
4.0
00-35
5
1N4148-1JAN
100
25
20
1.0
10
4.0
4.0
00-35
6
1N4148-1JANTX
100
25
20
1.0
10
4.0
4.0
00-35
7
1N4148-1 JANTXV
100
25
20
1.0
10
4.0
4.0
00-35
8
1N4150JAN
75
100
50
1.0
200
2.5
4.0
00-35
9
1N4150JANTX
75
100
50
1.0
200
2.5
4.0
00-35
10
1N4150JANTXV
75
100
50
1.0
200
2.5
4.0
00-35
11
1N4150-1JAN
75
100
50
1.0
200
2.5
4.0
00-35
12
1N4150-1JANTX
75
100
50
1.0
200
2.5
4.0
00-35
13
1N4150-1JANTXV
75
100
50
1.0
200
2.5
4.0
00-35
14
1N4376JAN
20
100
10
1.1
50
1.0
0.75
00-7
15
1N4376JANTX
20
100
10
1.1
50
1.0
0.75
00-7
16
1N4454JAN
75
100
50
1.0
10
2.0
4.0
00-35
17
1N4454JANTX
75
100
50
1.0
10
2.0
4.0
00-35
18
1N4454JANTXV
75
100
50
1.0
10
2.0
4.0
00-35
19
1N4454·1 JAN
75
100
50
1.0
10
2.0
4.0
00-35
20
1N4454·1 JANTX
75
100
50
1.0
10
2.0
4.0
00-35
21
1N4454-1 JANTXV
75
100
50
1.0
10
2.0
4.0
00-35
HOT CARRIER DIODE
GLASS PACKAGE
BV
Item
DEVICE
NO.
V
Min
IR
nA
Max
22
FH1100
5.0
50
@
VR
VF
V
V
Max
1.0
0.55
2-7
@
IF
mA
10
pF
Max
NF
dB
Max
Package
No.
1.0
10
00-7
C
I
FAIRCHILD DIODES
DIODES
VOLTAGE VARIABLE CAPACITOR DIODES
GLASS PACKAGE
Figure of
Merit (0)
Min
DEVICE
NO.
BV
V
Min
IR
nA
Max
1
RF400
35
30
30
10
350
2.0
2.0
00-35
2
RF401
35
30
30
7.0
350
2.0
2.0
00-35
Item
@
C
pF
Max
VR
V
C1/C4
C3/C20
VR1 = O.1V VR3 = 3V Package
VR4 = 4.0V VR20 = 20V
No.
BANDSWITCH DIODES
GLASS PACKAGE
Item
DEVICE
NO.
BV
V
Min
IR
nA
Max
VR
V
C
pF
Max
RS
11
Max
VF
V
Max
3
BA243
20
100
15
2.0
1.0
1.0
100
00-35
4
BA244
20
100
15
2.0
0.5
1.0
100
00-35
@
@
IF
mA
Package
No.
ZENER DIODES (BY ASCENDING VZ)
GLASS PACKAGE
Item
DEVICE
NO.
Vz
V
Nom
Tol.·
±VZ
@IZ
mA
%
Zz
11
Max
VR
IR
p.A @ V
Max
T.C.
Po
O/ofOC
mW Package
Typ (Max) TA=25°C No.
5
1N5221B
2.4
5
30
20
100
1.0
(-.085)
500
00-35
6
BZX55C2V4
2.4
5
80
5.0
50
1.0
-.080
500
00-35
7
1N5222B
2.5
5
30
20
100
1.0
(-.085)
500
00-35
500
00-35
8
1N5223B
2.7
5
30
20
75
1.0
(-.080)
9
BZX55C2V7
2.7
5
75
5.0
50
1.0
-.070
500
00-35
ZPD2,7
2.7
5
83
5.0
-
-
(-.090)
500
00-35
500
00-35
10
11
1N5224B
2.8
5
30
20
75
1.0
(-.080)
12
1N5225B
3.0
5
29
20
50
1.0
(-.075)
500
00-35
13
BZX55C3VO
3.0
5
80
5.0
40
1.0
-.065
500
00-35
500
00-35
14
ZPD3
3.0
5
90
5.0
-
-
(-.090)
15
1N746A
3.3
5
28
20
10
1.0
-.070
500
00-35
16
1N5226B
3.3
5
28
20
25
1.0
(-.070)
500
00-35
17
BZX55C3V3
3.3
5
85
5.0
40
1.0
-.060
500
00-35
18
BZY88C3V3
3.3
5
22
20
3.0
1.0
(-.091)
500
00-35
19
ZPD3,3
3.3
5
90
5.0
-
-
(-.080)
500
00-35
'Tolerance: Ali zener diodes are also available in ±1%, ±2%, ±10% and ±20% tolerances.
2-8
FAIRCHILD DIODES
DIODES
ZENER DIODES (BY ASCENDING VZ>
GLASS PACKAGE
Item
DEVICE
NO.
Vz
Tol.·
V
Nom
±VZ
n
%
Max
Zz
(Cont'd)
@IZ
rnA
VR
IR
/lA @ V
Max
T.C.
Po
%jOC
mW Package
Typ (Max) TA=25°C No.
-
1000
00-41
1
1N4728A
3.3
5
10
76
100
1.0
2
BZX85C3V3
3.3
5
20
80
40
1.0
-.065
1000
00-41
3
1N747A
3.6
5
24
20
10
1.0
-.065
500
00-35
4
1N5227B
3.6
5
24
20
15
1.0
(-.065)
500
00-35
5
BZX55C3V6
3.6
5
85
5.0
40
1.0
-.055
500
00-35
500
00-35
500
00-35
1000
00-41
6
BZY88C3V6
3.6
5
20
20
3.0
1.0
(-.069)
7
ZPD3,6
3.6
5
90
5.0
-
-
(-.080)
8
1N4729A
3.6
5
10
69
100
1.0
-
BZX85C3V6
3.6
5
15
60
20
1.0
-.065
1000
00-41
10
1N748A
3.9
5
23
20
10
1.0
-.060
500
00-35
11
1N5228B
3.9
5
23
20
10
1.0
(-.060)
500
00-35
12
BZX55C3V9
3.9
5
80
5.0
40
1.0
-.050
500
00-35
13
BZY88C3V9
3.9
5
18
20
3.0
1.0
(-.062)
500
00-35
14
ZPD3,9
3.9
5
90
5.0
-
-
(-.070)
500
00-35
9
-
15
1N4730A
3.9
5
9.0
64
50
1.0
1000
00-41
16
BZX85C3V9
3.9
5
15
60
10
1.0
-.045
1000
00-41
17
1N749A
4.3
5
22
20
2.0
1.0
±.055
500
00-35
18
1N5229B
4.3
5
22
20
5.0
1.0
(±.055)
500
00-35
19
BZX55C4V3
4.3
5
70
5.0
40
1.5
-.040
500
00-35
20
BZY88C4V3
4.3
5
17
20
3.0
1.0
(-.047)
500
00-35
21
ZPD4,3
4.3
5
90
5.0
-
-
(-.060)
500
00-35
22
1N4731A
4.3
5
9.0
58
10
1.0
1000
00-41
23
BZX85C4V3
4.3
5
13
50
3.0
1.0
-.020
1000
00-41
24
1N750A
4.7
5
19
20
2.0
1.0
±.043
500
00-35
500
00-35
-
25
1N5230B
4.7
5
19
20
5.0
2.0
(±.030)
26
BZX55C4V7
4.7
5
60
5.0
30
1.5
-.020
500
00-35
27
BZY88C4V7
4.7
5
17
20
3.0
2.0
(-.032)
500
00-35
(-.050)
500
00-35
1000
00-41
28
ZPD4,7
4.7
5
78
5.0
-
-
29
1N4732A
4.7
5
8.0
53
10
1.0
30
BZX85C4V7
4.7
5
13
45
3.0
1.5
+.005
1000
00-41
31
1N751A
5.1
5
17
20
1.0
1.0
±.030
500
00-35
"Tolerance: All zener diodes are also available in ±1 %, 2±%, ±10% and ±20% tolerances.
2-9
-
I
FAIRCHILD DIODES
DIODES
ZENER DIODES (BY ASCENDING VZ) (Cont'd)
GLASS PACKAGE
Item
DEVICE
NO.
Vz
V
Nom
Tol."
±VZ
Zz
%
Max
n
@IZ
mA
IR
/J. A
VR
@ V
Max
T.C.
PD
%/oC
mW Package
Typ (Max) TA=25°C No.
1
1N52318
5.1
5
17
20
5.0
2.0
(±.030)
500
00-35
2
8ZX55C5V1
5.1
5
35
5.0
2.0
1.0
+.010
500
00-35
3
8ZY88C5V1
5.1
5
11
20
1.0
2.0
(-.030)
500
00-35
4
ZPD5,1
5.1
5
60
5.0
0.1
0.8
(+.040)
500
00-35
5
1N4733A
5.1
5
7.0
49
10
1.0
1000
00-41
-
6
8ZX85C5V1
5.1
5
10
45
1.0
2.0
+.010
1000
00-41
7
1N752A
5.6
5
11
20
1.0
1.0
+.028
500
00-35
8
1N52328
5.6
5
11
20
5.0
3.0
(±.038)
500
00-35
5.6
5
25
5.0
2.0
1.0
+.025
500
00-35
500
00-35
500
00-35
1000
00-41
9
8ZX55C5V6
10
8ZY88C5V6
5.6
5
8
20
1.0
2.0
(+.054)
11
ZPD5,6
5.6
5
40
5.0
0.1
1.0
(+.060)
12
10
2.0
-
1N4734A
5.6
5
5.0
45
13
BZX85C5V6
5.6
5
7.0
45
1.0
2.0
+.025
1000
00-41
14
1N52338
6.0
5
7.0
20
5.0
3.5
(+.038)
500
00-35
15
1N753A
6.2
5
7.0
20
0.1
1.0
+.045
500
00-35
16
1N52348
6.2
5
7.0
20
5.0
4.0
(+.045)
500
00-35
17
BZX55C6V2
6.2
5
10
5.0
2.0
2.0
+.032
500
00-35
18
BZY88C6V2
6.2
5
3.1
20
1.0
2.0
(+.065)
500
00-35
(+.070)
19
ZPD6,2
6.2
5
10
5.0
0.1
2.0
20
1N4735A
6.2
5
2.0
41
10
3.0
21
8ZX85C6V2
6.2
5
4.0
35
1.0
3.0
500
00-35
1000
00-41
+.032
1000
00-41
-
22
1N754A
6.8
5
5.0
20
0.1
1.0
+.050
500
00-35
23
1N9578
6.8
5
4.5
18.5
150
5.2
+.050
500
00-35
24
1N52358
6.8
5
5.0
20
3.0
5.0
(+.050)
500
00-35
25
8ZX55C6V8
6.8
5
8.0
5.0
2.0
3.0
+.040
500
00-35
26
8ZY88C6V8
6.8
5
3.0
20
1.0
3.0
(+.070)
500
00-35
27
ZPD6,8
6.8
5
8.0
5.0
0.1
3.0
(+.070)
500
00-35
4.0
28
1N4736A
6.8
5
3.5
37
10
29
8ZX85C6V8
6.8
5
3.5
35
1.0
4.0
30
1N755A
7.5
5
6.0
20
0.1
1.0
'Tolerance: All zener diodes are also available in ±1%, ±2%, ±10%. and ±20% tolerances.
2-10
-
1000
00-41
+.040
1000
00-41
.+.058
500
00-35
FAIRCHILD DIODES
DIODES
ZENER DIODES (BY ASCENDING VZ)
GLASS PACKAGE
Item
DEVICE
NO.
Vz
V
Nom
Tol."
±VZ
%
Max
Zz
.n
1
1N958B
7.5
5
5.5
(Cont'd)
@IZ
mA
IR
VR
!J.A @ V
Max
16.5
75
T.C.
PD
%/oC
mW Package
Typ (Max) TA=25°C No.
5.7
+.058
500
00-35
2
1N5236B
7.5
5
6.0
20
3.0
6.0
(+.058)
500
00-35
3
BZX55C7V5
7.5
5
7.0
5.0
2.0
5.0
+.045
500
00-35
4
BZY88C7V5
7.5
5
5.0
20
0.5
3.0
(+.079)
500
00-35
5
ZPD7,5
7.5
5
7.0
5.0
0.1
5.0
(+.070)
6
1N4737A
7.5
5
4.0
34
10
5.0
7
BZX85C7V5
7.5
5
3.0
35
1.0
4.5
8
1N756A
8.2
5
8.0
20
0.1
9
1N959B
8.2
5
6.5
15
50
10
1N5237B
8.2
5
8.0
20
3.0
6.5
11
BZX55C8V2
8.2
5
7.0
5.0
2.0
500
00-35
1000
00-41
+.045
1000
00-41
1.0
+.062
500
00-35
6.2
+.062
500
00-35
(+.062)
500
00-35
6.0
+.048
500
00-35
500
00-35
500
00-35
-
12
BZY88C8V2
8.2
5
6.0
20
0.4
3.0
(+.073)
13
ZPD8,2
8.2
5
7.0
5.0
0.1
6.0
(+.070)
14
1N4738A
8.2
5
4.5
31
10
6.0
-
1000
00-41
15
BZX85C8V2
8.2
5
5.0
25
1.0
5.0
+.048
1000
00-41
16
1N5238B
8.7
5
8.0
20
3.0
6.5
(+.065)
500
00-35
17
1N757A
9.1
5
10
20
0.1
1.0
+.068
500
00-35
18
1N960B
9.1
5
7.5
14
25
6.9
+.068
500
00-35
19
1N5239B
9.1
5
10
20
3.0
7.0
(+'068)
500
00-35
20
BZX55C9V1
9.1
5
10
5.0
2.0
7.0
+.050
500
00-35
500
00-35
500
00-35
00-41
21
BZY88C9V1
9.1
5
7.0
20
0.4
5.0
(+.077)
22
ZPD9,1
9.1
5
10
5.0
0.1
7.0
(+.080)
23
1N4739A
9.1
5
5.0
28
10
7.0
-
1000
24
BZX85C9V1
9.1
5
5.0
25
1.0
6.5
+.051
1000
00-41
25
1N758A
10
5
17
20
0.1
1.0
+.075
500
00-35
26
1N961B
10
5
8.5
12.5
10
7.6
+.072
500
00-35
27
1N5240B
10
5
17
20
3.0
8.0
(+.075)
500
00-35
28
BZX55C10
10
5
15
5.0
2.0
7.5
+.055
500
00-35
29
BZY88C10
10
5
25
5.0
2.5
6.7
(+.072)
500
00-35
30
ZPD10
10
5
15
5.0
0.1
7.5
(+.080)
500
00-35
'Tolerance: All zener diodes are also available in ±1%, ±2%, ±10% and ±20% tolerances.
2-11
I
FAIRCHILD DIODES
DIODES
ZENER DIODES (BY ASCENDING VZ) (Cont'd)
GLASS PACKAGE
Item
1
DEVICE
NO.
Vz
V
Nom
1N4740A
10
Tol."
±Vz
Zz
fl
%
Max
5
7.0
@Iz
mA
IR
p.A
Max
25
10
@
VR
V
T.C.
Po
mW Package
Typ (Max) TA=25°C No.
7.6
%rc
-
1000
00-41
2
BZX85C10
10
5
7.0
25
0.5
7.0
+.055
1000
00-41
3
1N962B
11
5
9.5
11.5
5.0
8.4
+.073
500
00-35
4
1N5241B
11
5
22
20
2.0
8.4
(+.076)
500
00-35
5
BZX55C11
11
5
20
5.0
2.0
8.5
+.060
500
00-35
6
BZY88C11
11
5
35
5.0
2.5
7.37
(+.073)
500
00-35
7
ZPD11
11
5
20
5.0
0.1
8.5
(+.090)
500
00-35
8
1 N4741 A
11
5
8.0
23
5.0
8.4
1000
00-41
BZX85C11
11
5
8.0
20
0.5
7.7
+.060
1000
00-41
10
1N759A
12
5
30
20
0.1
1.0
+.077
500
00-35
11
1N963B
12
5
11.5
10.5
5.0
9.1
+.076
500
00-35
9
-
12
1N5242B
12
5
30
20
1.0
9.1
(+.077)
500
00-35
13
BZX55C12
12
5
20
5.0
2.0
9.0
+.065
500
00-35
5
35
5.0
2.5
8.04
(+.076)
500
00-35
(+.090)
14
BZY88C12
12
15
ZPD12
12
5
20
5.0
0.1
9.0
16
1N4742A
12
5
9.0
21
5.0
9.1
17
20
0.5
8.4
500
00-35
1000
00-41
+.065
1000
00-41
-
BZX85C12
12
5
9.0
18
1N964B
13
5
13
9.5
5.0
9.9
+.079
500
00-35
19
1N5243B
13
5
13
9.5
0.5
9.9
(+.079)
500
00-35
20
BZX55C13
13
5
26
5.0
2.0
10
+.070
500
00-35 .
500
00-35
500
00-35
1000
00-41
21
BZY88C13
13
5
35
5.0
2.5
8.71
(+.079)
22
ZPD13
13
5
25
5.0
0.1
10
(+'090)
23
1N4743A
13
5
10
19
5.0
9.9
24
BZX85C13
13
5
10
20
0.5
9.1
+.065
1000
00-41
25
1N5244B
14
5
15
9.0
0.1
10
(+.082)
500
00-35
26
1N965B
15
5
16
8.5
5.0
11.4
+.082
500
00-35
-
27
1N5245B
15
5
16
8.5
0.1
11
(+.082)
500
00-35
28
BZX55C15
15
5
30
5.0
2.0
11
+.070
500
00-35
29
BZY88C15
15
5
40
5.0
2.5
10.05
(+.082)
500
00-35
30
ZPD15
15
5
30
5.0
0.1
11
(+.090)
500
00-35
'Tolerance: All zener diodes are also available in ±1%, ±2%, ±10% and ±20% tolerances.
2-12
FAIRCHILD DIODES
DIODES
ZENER DIODES (BY ASCENDING VZ) (Cont'd)
GLASS PACKAGE
Item
DEVICE
NO.
Vz
V
Nom
Tol."
±VZ
Zz
%
Max
n
@IZ
mA
IR
J1.A
Max
@
VR
V
1
1N4744A
15
5
14
17
5.0
11.4
2
BZX85C15
15
5
15
15
0.5
10.5
3
1N966B
16
5
17
7.8
5.0
4
1N5246B
16
5
17
7.8
5
BZX55C16
16
5
40
6
BZY88C16
16
5
45
T.C.
PD
%JOC
mW Package
Typ (Max) TA=25°C No.
-
1000
00-41
+.070
1000
00-41
12.2
+.083
500
00-35
0.1
12
(+.083)
500
00-35
5.0
2.0
12
+.075
500
00-35
5.0
2.5
10.72
(+.083)
500
00-35
(+.095)
500
00-35
1000
00-41
+.070
1000
00-41
13
(+.084)
500
00-35
13.7
+.085
500
00-35
(+.085)
500
00-35
7
ZPD16
16
5
40
5.0
0.1
12
8
1N4745A
16
5
16
15.5
5.0
12.2
9
BZX85C16
16
5
15
15
0.5
11.0
17
5
19
7.4
0.1
7.0
5.0
7.0
0.1
14
-
10
1N5247B
11
1N967B
18
5
21
12
1N5248B
18
5
21
13
BZX55C18
18
5
55
5.0
2.0
14
+.075
500
00-35
14
BZY88C18
18
5
50
5.0
2.5
12.06
(+.085)
500
00-35
15
ZPD18
18
5
50
5.0
0.1
14
(+.095)
500
00-35
16
1N4746A
18
5
20
14
5.0
13.7
-
1000
00-41
17
BZX85C18
18
5
20
15
0.5
12.5
+.075
1000
00-41
18
1N5249B
19
5
23
6.6
0.1
14
(+'086)
500
00-35
19
1N968B
20
5
25
6.2
5.0
15.2
+.086
500
00-35
6.2
0.1
15
(+'086)
500
00-35
+.080
500
00-35
20
1N5250B
20
5
25
21
BZX55C20
20
5
55
5.0
2.0
15
22
BZY88C20
20
5
60
5.0
2.5
13.4
(+'086)
500
00-35
(+.100)
500
00-35
1000
00-41
23
ZPD20
20
5
50
5.0
0.1
15
24
1N4747A
20
5
22
12.5
5.0
15.2
25
BZX85C20
20
5
24
10
0.5
14
+.075
1000
00-41
26
1N969B
22
5
29
5.6
5.0
16.7
+.087
500
00-35
27
1N5251B
22
5
29
5.6
0.1
17
(+.087)
500
00-35
28
BZX55C22
22
5
55
5.0
2.0
17
+.080
500
00-35
500
00-35
500
00-35
1000
00-41
-
29
BZY88C22
22
5
65
5.0
2.5
14.74
(+.087)
30
ZPD22
22
5
55
5.0
0.1
17
(+.100)
31
1N4748A
22
5
23
11.5
5.0
16.7
'Tolerance: All zener diodes are also available in ±1%, ±2%, ±10% and ±20% tolerances.
2-13
-
I
FAIRCHILD DIODES
DIODES
ZENER DIODES (BY ASCENDING VZ) (Cont'd)
GLASS PACKAGE
Vz
V
Nom
Tol.·
±VZ
%
Max
Zz
n
Item
DEVICE
NO.
1
BZX85C22
22
5
25
2
1N970B
24
5
3
1N5252B
24
5
4
BZX55C24
24
5
@IZ
rnA
IR
VR
!J.A @ V
Max
10
0.5
15.5
33
5.2
5.0
18.2
33
5.2
0.1
18
80
5.0
2.0
18
T.C.
PD
%/oC
mW Package
Typ (Max) TA=25°C
No.
DO-41
+.080
1000
+.088
500
DO-35
(+.088)
500
DO-35
+.085
500
DO-35
5
BZY88C24
24
5
75
5.0
2.5
16.08
(+.088)
500
DO-35
6
ZPD24
24
5
80
5.0
0.1
18
(+.100)
500
DO-35
7
1N4749A
24
5
25
10.5
5.0
18.2
1000
DO-41
-
8
BZX85C24
24
5
25
10
0.5
17
+.080
1000
DO-41
9
1N5253B
25
5
35
5.0
0.1
19
(+.089)
500
DO-35
10
1N971B
27
5
41
4.6
5.0
20.6
+.090
500
DO-35
5
41
4.6
0.1
21
(+.090)
500
DO-35
11
1N5254B
27
12
BZX55C27
27
5
80
5.0
2.0
20
+.085
500
DO-35
13
BZY88C27
27
5
85
5.0
2.5
18.09
(+.090)
500
DO-35
(+.100)
14
ZPD27
27
5
80
5.0
0.1
20
15
1N4750A
27
5
35
9.5
5.0
20.6
16
BZX85C27
27
5
30
8.0
0.5
19
17
1N5255B
28
5
44
4.5
0.1
21
18
1N972B
30
5
49
4.2
5.0
22.8
19
1N5256B
30
5
49
4.2
0.1
23
20
BZX55C30
30
5
80
5.0
2.0
500
DO-35
1000
DO-41
+.085
1000
DO-41
(+.091)
500
DO-35
+.091
500
DO-35
(+.091)
500
DO-35
22
+.085
500
DO-35
500
DO-35
500
DO-35
1000
DO-41
-
21
BZY88C30
30
5
95
5.0
2.5
20.1
(+.091)
22
ZPD30
30
5
80
5.0
0.1
22.5
(+.100)
23
1N4751A
30
5
40
8.5
5.0
22.8
-
24
BZX85C30
30
5
30
8.0
0.5
21
+.085
1000
DO-41
25
1N973B
33
5
58
3.8
5.0
25.1
+.092
500
DO-35
26
1N5257B
33
5
58
3.8
0.1
25
(+.092)
500
DO-35
27
BZX55C33
33
5
80
5.0
2.0
24
+.085
500
DO-35
28
BZY88C33
33
5
120
5.0
2.5
21
(+.100)
500
DO-35
29
ZPD33
33
5
80
5.0
0.1
25
(+.100)
500
DO-35
30
1N4752A
33
5
45
7.5
5.0
25.1
1000
DO-41
31
BZX85C33
33
5
8.0
0.5
1000
DO-41
35
23
-Tolerance: All zener diodes are also availC\ble in ±1%. ±2%. ±10% and ±20% tolerances.
2-14
+.085
FAIRCHILD DIODES
DIODES
MILITARY QUALIFIED ZENER DIODES (BY ASCENDING VZ)
GLASS PACKAGE
Tol.
±VZ
Zz
V
Nom
%
Max
Vz
Item
DEVICE
NO.
n
@IZ
mA
'R
/lA @
Max
VR
T.C.
V
%/oC
Max
PD
mW
Package
No.
TA=25°C
1
1N747AJAN
3.6
5
22
20
3.0
1.0
-.065
400
00-7
2
1N747AJANTX
3.6
5
22
20
3.0
1.0
-.065
400
00-7
3
1 N747 AJANTXV
3.6
5
22
20
3.0
1.0
-.065
400
00-7
4
1N748AJAN
3.9
5
20
20
2.0
1.0
-.060
400
00-7
5
1N748AJANTX
3.9
5
20
20
2.0
1.0
-.060
400
00-7
6
1N748AJANTXV
3.9
5
20
20
2.0
1.0
-.060
400
00-7
7
1N749AJAN
4.3
5
18
20
2.0
1.0
-.055
400
00-7
400
00-7
400
00-7
8
1 N749AJANTX
4.3
5
18
20
2.0
1.0
-.055
9
1N749AJANTX
4.3
5
18
20
2.0
1.0
-.055
1N750AJAN
4.7
5
16
20
5.0
1.5
-.043
400
00-7
11
1N750AJANTX
4.7
5
16
20
5.0
1.5
-.043
400
00-7
12
1 N750AJANTXV
4.7
5
16
20
5.0
1.5
-.043
400
00-7
13
1N751AJAN
5.1
5
14
20
5.0
2.0
±.030
400
00-7
00-7
10
14
1N751AJANTX
5.1
5
14
20
5.0
2.0
±.030
400
15
1N751AJANTXV
5.1
5
14
20
5.0
2.0
±.030
400
00-7
16
1N752AJAN
5.6
5
8.0
20
5.0
2.5
+.032
400
00-7
17
1 N752AJANTX
5.6
5
8.0
20
5.0
2.5
+.032
400
00-7
18
1 N752AJANTXV
5.6
5
8.0
20
5.0
2.5
+.032
400
00-7
19
1N962BJAN
11
5
9.5
11.5
5.0
8.4
+.073
400
00-35
20
1N962BJANTX
11
5
9.5
11.5
5.0
8.4
+.073
400
00-35
21
1N962BJANTXV
11
5
9.5
11.5
5.0
8.4
+.073
400
00-35
22
1N962B-1JAN
11
5
9.5
11.5
5.0
8.4
+.073
400
00-35
23
1N962B-1 JANTX
11
5
9.5
11.5
5.0
8.4
+.073
400
00-35
400
00-35
24
1 N962B-1 JANTXV
11
5
9.5
11.5
5.0
8.4
+.073
25
1N963BJAN
12
5
11.5
10.5
5.0
9.1
+.076
400
00-35
26
1N963BJANTX
12
5
11.5
10.5
5.0
9.1
+.076
400
00-35
27
1N963BJANTXV
12
5
11.5
10.5
5.0
9.1
+.076
400
00-35
28
1 N963B-1 JAN
12
5
11.5
10.5
5.0
9.1
+.076
400
00-35
29
1N963B-1 JANTX
12
5
11.5
10.5
5.0
9.1
+.076
400
00-35
30
1N963B-1JANTXV
12
5
11.5
10.5
5.0
9.1
+.076
400
00-35
31
1N964BJAN
13
5
13
9.5
5.0
9.9
+.079
400
00-35
32
1N964BJANTX
13
5
13
9.5
5.0
9.9
+.079
400
00-35
2-15
I
FAIRCHILD DIODES
DIODES
MILITARY QUALIFIED ZENER DIODES (BY ASCENDING VZ)
GLASS PACKAGE
Item
DEVICE
NO.
Vz Tol.
V
±VZ
Nom
%
Zz
n
(Cont'd)
@IZ
mA
IR
!J.A
Max
@ VR
V
T.C.
%/OC
Max
Max
Po
mW
Package
No.
T A=25°C
1
1N964BJANTXV
13
5
13
9.5
5.0
9.9
+.079
400
00-35
2
1N964B-1JAN
13
5
13
9.5
5.0
9.9
+.079
400
00-35
3
1N964B-1JANTX
13
5
13
9.5
5.0
9.9
+.079
400
00-35
4
1N964B-1JANTXV
13
5
13
9.5
5.0
9.9
+.079
400
00-35
5
1N965BJAN
15
5
16
8.5
5.0
11
+.082
400
00-35
6
1N965BJANTX
15
5
16
8.5
5.0
11
+.082
400
00-35
7
1N965BJANTXV
15
5
16
8.5
5.0
11
+.082
400
00-35
8
1N965B-1JAN
15
5
16
8.5
5.0
11
+.082
400
00-35
9
1N965B-1JANTX
15
5
16
8.5
5.0
11
+.082
400
00-35
10
1N965B-1JANTXV
15
5
16
8.5
5.0
11
+.082
400
00-35
11
1N966BJAN
16
5
17
7.8
5.0
12
+.083
400
00-35
12
1N966BJANTX
16
5
17
7.8
5.0
12
+.083
400
00-35
13
1N966BJANTXV
16
5
17
7.8
5.0
12
+.083
400
00-35
14
1N966B-1 JAN
16
5
17
7.8
5.0
12
+.083
400
00-35
15
1N966B-1JANTX
16
5
17
7.8
5.0
12
+.083
400
00-35
16
1N966B-1JANTXV
16
5
17
7.8
5.0
12
+.083
400
00-35
17
1N967BJAN
18
5
21
7.0
5.0
14
+.085
400
00-35
18
1N967BJANTX
18
5
21
7.0
5.0
14
+.085
400
00-35
19
1N967BJANTXV
18
5
21
7.0
5.0
14
+.085
400
00-35
20
1N967B-1JAN
18
5
21
7.0
5.0
14
+.085
400
00-35
21
1N967B-1 JANTX
18
5
21
7.0
5.0
14
+.085
400
00-35
22
1N967B-1 JANTXV
18
5
21
7.0
5.0
14
+.085
400
00-35
23
1N968BJAN
20
5
25
6.2
5.0
15
+.086
400
00-35
24
1N968BJANTX
20
5
25
6.2
5.0
15
+.086
400
00-35
25
1N968BJANTXV
20
5
25
6.2
5.0
15
+.086
400
00-35
26
1N968B-1 JAN
20
5
25
6.2
5.0
15
+.086
400
00-35
27
1N968B-1JANTX
20
5
25
6.2
5.0
15
+.086
400
00-35
28
1N968B-1JANTXV
20
5
25
6.2
5.0
15
+.086
400
00-35
22
5
29
5.6
5.0
17
+.087
400
00-35
+.087
400
00-35
29
1N969BJAN
30
1N969BJANTX
22
5
29
5.6
5.0
17
31
1N969BJANTXV
22
5
29
5.6
5.0
17
+.087
400
00-35
32
1N969B-1 JAN
22
5
29
5.6
5.0
17
+.087
400
00-35
2-16
FAIRCHILD DIODES
DIODES
MILITARY QUALIFIED ZENER DIODES (BY ASCENDING VZ) (Cont'd)
GLASS PACKAGE
Item
DEVICE
NO.
Vz Tol.
V ±Vz
Nom %
Max
Zz
n
@IZ
mA
IR
J1.A
Max
@ VR
V
T.C.
°lorc
Max
Po
mW Package
TA=25°C No.
1
1 N969B-1 JANTX
22
5
29
5.6
5.0
17
+.087
400
00-35
2
1 N969B-1 JANTXV
22
5
29
5.6
5.0
17
+.087
400
00-35
3
1N970BJAN
24
5
33
5.2
5.0
18
+.088
400
00-35
4
1 N970BJANTX
24
5
33
5.2
5.0
18
+.088
400
00-35
5
1 N970BJANTXV
24
5
33
5.2
5.0
18
+.088
400
00-35
6
1N970B-1JAN
24
5
33
5.2
5.0
18
+.088
400
00-35
7
1N970B-1JANTX
24
5
33
5.2
5.0
18
+.088
400
00-35
8
1N970B-1JANTXV
24
5
33
5.2
5.0
18
+.088
400
00-35
41
4.6
5.0
21
+.090
400
00-35
00-35
9
1 N971BJAN
27
5
10
1 N971 BJANTX
27
5
41
4.6
5.0
21
+.090
400
11
1 N971 BJANTXV
27
5
41
4.6
5.0
21
+.090
400
00-35
12
1N971B-1JAN
27
5
41
4.6
5.0
21
+.090
400
00-35
13
1 N971 B-1 JANTX
27
5
41
4.6
5.0
21
+.090
400
00-35
14
1 N971 B-1 JANTXV
27
5
41
4.6
5.0
21
+.090
400
00-35
15
1N972BJAN
30
5
49
4.2
5.0
23
+.091
400
00-35
16
1 N972BJANTX
30
5
49
4.2
5.0
23
+.091
400
00-35
17
1 N972BJANTXV
30
5
49
4.2
5.0
23
+.091
400
00-35
18
1N972B-1JAN
30
5
49
4.2
5.0
23
+.091
400
00-35
19
1 N972B-1 JANTX
30
5
49
4.2
5.0
23
+.091
400
00-35
20
1 N972B-1 JANTXV
30
5
49
4.2
5.0
23
+.091
400
00-35
21
1N973BJAN
33
5
58
3.8
5.0
25
+.092
400
00-35
22
1 N973BJANTX
33
5
58
3.8
5.0
25
+.092
400
00-35
23
1 N973BJANTXV
33
5
58
3.8
5.0
25
+.092
400
00-35
24
1N973B-1JAN
33
5
58
3.8
5.0
25
+.092
400
00-35
58
3.8
5.0
25
+.092
400
00-35
58
3.8
5.0
25
+.092
400
00-35
25
1N973B-1JANTX
33
5
26
1N973B-1JANTXV
33
5
2-17
I
FAIRCHILD DIODES
DIODES
MATCHED DIODE ASSEMBLIES
PLASTIC AND GLASS PACKAGES
Number of Diodes
2
Moulded
Pair
(308)
2
Discrete
Pair
00-7 or
00-35
4
Moulded
Quad
(310)
4
Discrete
Quad
00-7 or
00-35
4
Moulded
Bridge
(309)
DEVICE
NO.
DEVICE
NO.
DEVICE
NO.
DEVICE
NO.
DEVICE
NO.
Package
Item
VF Matching (-55°C to +100°C)
Basic Diode
IF Range
~VF
Specification
rnA
mV
1
1N914
0.01-1.0
3.0
FA2310E
FA2310U
FA4310E
FA4310U
FA3310
2
1N3070
0.01-1.0
3.0
FA2320E
FA2320U
FA4320E
FA4320U
FA3320
3
1N3595
0.01-1.0
10
FA2330E
FA2330U
FA4330E
FA4330U
FA3330
1N4306
4
-
0.1-10
10
5
-
0.1-10
10
-
-
-
-
1N4307
-
-
-
-
MILITARY QUALIFIED DIODE ASSEMBLIES
PLASTIC AND GLASS PACKAGES
Item
DEVICE
NO.
BV
V
Min
IR
nA
Max
@
VR
V
VF
V
Max
@
IF
rnA
C
pF
Max
trr
ns
Max
Package
No.
6
1N4306JAN
75
50
50
1.0
50
2.0
4.0
30B
7
1N4306JANTX
75
50
50
1.0
50
2.0
4.0
30B
B
1 N4306JANTXV
75
50
50
1.0
50
2.0
4.0
30B
9
1N4307JAN
75
50
50
1.0
50
2.0
4.0
310
10
1 N4307 JANTX
75
50
50
1.0
50
2.0
4.0
310
11
1 N4307 JANTXV
75
50
50
1.0
50
2.0
4.0
310
MONOLITHIC DIODE ARRAYS (NUMERIC LISTING)
PLASTIC - CERAMIC - METAL PACKAGES
Item
DEVICE
NO.
BV
V
Min
VF
V
Max
@
IF
rnA
~VF
mV
Max
trr
ns
Min
Configuration
Package
No.
12
FSA1410M
60
LO
100
15
10
CAB
TO-1B
13
FSA1411M
60
1.0
100
15
10
CCB
TO-1B
14
FSA2002M
60
1.0
100
15
10
CCB
TO-91
15
FSA2003M
60
1.0
100
15
10
CAB
TO-91
16
FSA2500M
60
1.0
100
15
10
M16
TO-91
17
FSA2501M
60
1.0
100
15
10
M16
TO-116
1B
FSA2501P
60
1.0
100
15
10
M16
TO-116
19
FSA2502M
60
1.0
100
15
10
M16
TO-96
2-1B
FAIRCHILD DIODES
DIODES
MONOLITHIC DIODE ARRAYS (NUMERIC LISTING)
PLASTIC - CERAMIC - METAL PACKAGES
Item
DEVICE
NO.
BV
VF
V
V
Min
Max
@
IF
mA
(Cont'd)
IlVF
mV
Max
trr
ns
Min
Configuration
Package
No.
1
FSA2503M
60
1.0
100
15
10
2M8
TO-116
2
FSA2503P
60
1.0
100
15
10
2M8
TO-116
3
FSA2504M
60
1.0
100
15
10
2M8
TO-86
4
FSA2508M
60
1.3
500
15
10
4M4
68
5
FSA2508P
60
1.3
500
15
10
4M4
98
6
FSA2509M
60
1.3
500
15
10
2M8
TO-116
7
FSA2509P
60
1.3
500
15
10
2M8
TO-116
TO-116
TO-116
8
FSA251OM
60
1.3
500
15
10
M16
9
FSA2510P
60
1.3
500
15
10
M16
10
FSA2563M
60
1.3
500
15
10
CC8
TO-116
11
FSA2563P
60
1.3
500
15
10
CC8
TO-116
12
FSA2564M
60
1.3
500
15
10
CA8
TO-116
13
FSA2564P
60
1.3
500
15
10
CA8
TO-116
14
FSA2565M
60
1.3
500
15
10
CC13
TO-116
15
FSA2565P
60
1.3
500
15
10
CC13
TO-116
16
FSA2566M
60
1.3
500
15
10
CA13
TO-116
17
FSA2566P
60
1.3
500
15
10
CA13
TO-116
18
FSA2619M
100
1.0
10
15
5
S8
68
19
FSA2619P
100
1.0
10
15
5
S8
98
20
FSA2620M
100
1.0
10
15
5
S7
TO-116
21
FSA2620P
100
1.0
10
15
5
S7
TO-116
22
FSA2621M
100
1.0
10
15
5
S7
TO-86
23
FSA2702M
60
1.0
200
3
6
R4
TO-33
24
FSA2703M
60
1.0
200
3
6
R4
TO-72
25
FSA2704M
60
1.0
200
-
6
R4
TO-33
26
FSA2705M
60
1.0
200
-
6
R4
TO-72
27
FSA2719M
75
1.0
10
15
6
S8
68
28
FSA2719P
75
1.0
10
15
6
S8
98
29
FSA2720M
75
1.0
10
15
6
S7
TO-116
30
FSA2720P
75
1.0
10
15
6
S7
TO-116
31
FSA2721
75
1.0
10
15
6
S7
TO-86
Note: See configurations on following page.
2-19
IE
FAIRCHILD DIODES
DIODES
MILITARY QUALIFIED DIODE ARRAYS (NUMERIC LISTING)
CERAMIC PACKAGES
Item
DEVICE
NO.
BV
VF
V
V
Min
Max
1
1N5768JAN
60
1.0
IF
mA
@
tfr
ns
Max
trr
ns
Max
Configuration
Package
No.
100
40
20
GGS
TO-91
2
1N5768JANTX
60
1.0
100
40
20
GGS
TO-91
3
1N5768JANTXV
60
1.0
100
40
20
GGS
TO-91
4
1N5770JAN
60
1.0
100
40
20
GAS
TO-91
5
1N5770JANTX
60
1.0
100
40
20
GAS
TO-91
6
1N5770JANTXV
60
1.0
100
40
20
GAS
TO-91
7
1N5772JAN
60
1.0
100
40
20
M16
TO-91
S
1N5772JANTX
60
1.0
100
40
20
M16
TO-91
9
1N5772JANTXV
60
1.0
100
40
20
M16
TO-91
10
1N5774JAN
60
1.0
100
40
20
2MS
TO-S6
11
1N5774JANTX
60
1.0
100
40
20
2MS
TO-S6
2MS
TO-S6
,
12
1N5774JANTXV
60
1.0
100
40
20
13
1N6100JAN
75
1.0
100
15
5.0
S7
TO-S6
14
1N6100JANTX
75
1.0
100
15
5.0
S7
TO-S6
1N61 OOJANTXV
75
1.0
100
15
5.0
S7
TO-S6
15
CONFIGURATIONS
1fffffff+
fffffff
1fffffff+
ffffffff
CC8
2M8
CA8
4M4
2-20
M16
FAIRCHILD DIODES/RECTIFIERS
DIODES
DIODE DICE (BY DESCENDING B V)
Basic BV IR
VR VF
IF trr
If = Ir C
DEVICE Standard V nA @ V V @ mA ns @ mA
pF
Item
NO.
Device Min Max
Max
Typ
Max
Chip
Size
Mils
Basic
Application
15x15 High Voltage Switching
1
FDC3070 1N3070 200 100
175 1.0
100
50
10
2.5
2
FDC485B 1N485B 200
25
175 1.0
100 500
10
5.0 17.5x17.5 High Voltage Low Leakage
3
FDC3600 1N3600
75 100
50 1.0
100
4.0
10
2.5
4
FDC4376 1N4376
20 100
10 1.1
50
0.8
10
1.2 17.5x17.5 Ultra High Speed Switching
15x15 General Purpose Switching
RECTIFIERS
GENERAL PURPOSE RECTIFIERS
GLASS PACKAGE
Item
DEVICE
NO.
VR
V
Min
5
1N4001
50
6
1N4002
100
7
1N4003
200
8
1N4004
400
9
1N4005
600
IR
@
,.,.A
VF
V
Max
10
IF
10
A
A
VFM
V
Max
1.1
1.0
1.6
1.0
DO-41
10
1.1
1.0
1.6
1.0
DO-41
10
1.1
1.0
1.6
1.0
DO-41
10
1.1
1.0
1.6
1.0
DO-41
10
1.1
1.0
1.6
1.0
DO-41
@
@
Package
No.
FAST RECOVERY RECTIFIERS
GLASS PACKAGE
Item
DEVICE
NO.
VR
V
Min
10
1N4933
50
Max
VF
V
Max
5.0
1.2
1.0
200
DO-41
200
DO-41
IR
@
,.,.A
IF
@
A
trr
ns
Max
Package
No.
11
1N4934
100
5.0
1.2
1.0
12
1N4935
200
5.0
1.2
1.0
200
DO-41
13
1N4936
400
5.0
1.2
1.0
200
DO-41
14
1N4937
600
5.0
1.2
1.0
200
DO-41
2-21
I
I
I
I
PRODUCT INDEX
DIODES<.
I
I
I
I TRANSISTORS
I
OPTOELECTRONICS
I
CHARGE~COUPLED DEVICES
IHY8RIDSI
I
I
I
I
LINEAR
INTERFACE
IDIGITAL.
I
(MEMORIES
IMICROCOMPUTERS
IAERbSPACEANP.OEF,ENSE
rt9Gl¢ICO~~ECTION.D1AGRAMg·
ORDERING.INFOFlMATION AND
PACI<,AGE 'cUTL! N ES
.
...
••
1
·•••..······11
FAIRCHILD TRANSISTORS
POWER
POWER TRANSISTORS (BY ICmax, POLARITY AND ASCENDING V CEO)
Item
IC
=
DEVICE NO.
Polarity
NPN
PNP
I
hFE @IC
VCEO
V
A
Max
MiniMax
VCE(sat)
V
Max
@IC
A
IT
MHz
Min(Typ)
PD(Max)
W
T C= 25°C
Package
No.
0.1 A Max Continuous
1
BF257
160
25/-
0.03
1.0
0.03
75
1.0
TO-39
2
BF336
180
20/-
0.03
-
-
50
1.0
TO-39
3
BF337
200
20/-
0.03
-
-
50
1.0
TO-39
4
BF338
225
20/-
0.03
-
-
50
1.0
TO-39
5
BF258
250
25/-
0.03
1.0
0.03
75
1.0
TO-39
6
D40N1F
250
30/90
0.02
-
-
40
10
Dynawatt
7
D40N2F
250
60/180
0.02
-
-
40
10
Dynawatt
8
BF259
300
25/-
0.03
1.0
0.03
75
1.0
TO-39
9
D40N3F
300
30/90
0.02
-
-
40
10
Dynawatt
10
D40N4F
300
60/180
0.02
-
-
40
10
Dynawatt
IC
=
0.15 A Max Continuous
11
2N5059
250
30/150
0.03
1.0
0.03
30
1.0
TO-39
12
2N5058
300
35/150
0.03
1.0
0.03
30
1.0
TO-39
IC
= 0.5 A Max
Continuous
13
TIP61
TIP62
40
40/-
0.05
0.07
0.50
3.0
15
TO-220
14
TIP61A
TIP62A
60
40/-
0.05
0.07
0.50
3.0
15
TO-220
15
TIP61B
TIP62B
80
40/-
0.05
0.07
0.50
3.0
15
TO-220
TO-220
TO-39
100
40/-
0.05
0.07
0.50
3.0
15
SE7055
220
40/-
0.03
1.00
0.02
50
1.0
SE7056
300
40/-
0.03
1.00
0.02
50
1.0
TO-39
Dynawatt
16
TIP61C
17
18
TIP62C
300
40/-
0.03
-
-
40
10
FT427
30
20/-
0.50
-
-
-
10
Dynawatt
21
FT527
30
20/-
0.50
-
-
-
10
TO-220
22
D40D1F
D41D1F
30
50/150
0.10
0.5
0.5
-
10
Dynawatt
23
TIP29
TIP30
40
15/75
1.00
0.7
1.0
3.0
30
TO-220
40
20/100
0.50
0.6
1.0
3.0
25
TO-66
40
20/100
0.50
0.6
1.0
4.0
25
TO-66
45
50/150
0.10
0.5
0.5
-
10
Dynawatt
3.0
30
TO-220
4.0
25
TO-66
19
IC
20
MPS-U10F
= 1.0 A Max Continuous
24
2N4898
25
2N4910
26
D40D4F
27
28
TIP29A
D41D4F
TIP30A
60
15/75
1.00
0.7
1.0
2N3740
60
30/100
0.25
0.6
1.0
3-3
I
FAIRCHILD TRANSISTORS
POWER
POWER TRANSISTORS (BY Icmax, POLARITY AND ASCENDING VCEO)
Item
DEVICE NO.
Polarity
NPN
PNP
I
VCEO
hFE
V
Max
@IC
VCE(sat) @IC
V
A
Min/Max
A
Max
PD~aX)
fT
MHz
Min(Typ)
TC=25°C
(Cont'd)
Package
No.
IC = 1.0 A Max Continuous (Cont'd)
1
60
20/100
0.50
0.5
1.0
4.0
25
TO-66
2N4899
60
20/100
0.50
0.6
1.0
3.0
25
TO-66
D41D7F
60
50/150
0.10
0.5
0.5
-
10
Dynawatt
50/150
0.10
0.5
0.5
-
10
Dynawatt
10
Dynawatt
TO-220
2N4911
2
3
D40D7F
4
D40D10F D41D10F
75
5
D40D13F D41D13F
75
50/150
0.10
0.5
0.5
-
6
TIP29B
TIP30B
80
15/75
1.00
0.7
1.0
3.0
30
2N3741
80
30/100
0.25
0.6
1.0
4.0
25
TO-66
7
80
20/100
0.50
0.6
1.0
3.0
25
TO-66
80
20/100
0.50
0.6
1.0
4.0
25
TO-66
TIP30C
100
15/75
1.00
0.7
1.0
3.0
30
TO-220
2N5681
2N5679
100
40/150
0.25
1.0
0.5
30
10
TO-39
2N5682
2N5680
120
40/150
0.25
1.0
0.5
30
10
TO-39
2N5415
200
30/150
0.05
2.5
0.5
15
10
TO-39
FTD5415
8
2N4900
9
2N4912
10
TIP29C
11
12
13
14
200
30/150
0.05
2.5
0.05
15
10
Dynawatt
15
FTD3440
250
40/160
0.02
0.5
0.05
15
10
Dynawatt
16
2N3440
250
40/160
0.02
0.5
0.05
15
10
TO-39
17
FT47
250
30/150
0.30
1.0
1.0
10
40
TO-220
18
SE9331
300
30/250
0.10
2.5
0.10
10
20
TO-66
19
FT48
300
30/150
0.30
1.0
1.00
10
40
TO-220
20
2N5416
300
30/120
0.05
2.0
0.05
15
10
TO-39
21
FTD5416
300
30/120
0.05
2.0
0.05
15
10
Dynawatt
350
40/160
0.02
0.5
0.05
15
10
TO-39
22
2N3439
23
FT49
350
30/150
0.30
1.0
1.00
10
40
TO-220
24
FTD3439
350
40/160
0.02
0.5
0.05
15
10
Dynawatt
25
FT50
400
30/150
0.30
1.0
1.00
10
40
TO-220
I C = 2.0 A Max Continuous
26
FT428
25
201-
0.5
-
-
-
10
Dynawatt
27
FT528
25
201-
0.5
-
-
-
10
TO-220
28
FTD5321
FTD5323
50
40/250
0.5
0.8
0.5
40
10
Dynawatt
29
2N5321
2N5323
50
40/250
0.5
0.8
0.5
50
10
TO-39
60
501-
0.25
0.5
0.25
40
10
Dynawatt
30
MPS-U05F MPS-U55F
3-4
FAIRCHILD TRANSISTORS
POWER
POWER TRANSISTORS (BY Icmax, POLARITY AND ASCENDING VCEO) (Cont'd)
Item
DEVICE NO.
Polarity
NPN
·1
PNP
hFE
VCEO
V
Max Min/Max
@IC VCE(sat)
A
V
Max
@IC
A
fT
MHz
Min(Typ)
TC=25°C
PD(Max)
W
Package
No.
I C = 2.0 A Max Continuous (Cont'd)
1.0
2.5
2.0
-
50
TO-220
0.5
0.5
0.5
50
10
TO-39
0.5
0.5
0.5
40
10
Dynawatt
0.25
0.5
0.25
40
10
Dynawatt
1.0
2.5
2.0
-
50
TO-220
1.0
2.5
2.0
-
50
TO-220
40
10
Dynawatt
2.0
100
TO-3
3.0
40
TO-220
1.0
3.0
6.0
TO-39
1
TlP110*
TIPl15*
60
2
2N5320
2N5322
75
30/130
3
FTD5320
FTD5322
75
30/130
4
MPS-U06F MPS-U56F
80
50/-
5
TIP111*
TIPl16*
80
1000/-
6
TlPl12*
TIPl17*
100
1000/-
7
MPS-U07F MPS-U57F
100
30/-
0.25
0.05
0.25
8
FT401
300
20/100
0.5
0.8
0.5
10/50
3.0
1.2
3.0
30/150
0.25
0.6
1000/-
I C = 3.0 A Max Continuous
9
TIP31
10
ITIP32
I
40
2N4234
40
2N4235
I
I
60
30/150
0.25
0.6
1.0
3.0
6.0
TO-39
12
2N3766
60
40/160
0.5
1.0
0.5
10
20
TO-66
13
2N5334
60
30/150
1.0
0.7
2.0
40
6.0
TO-39
14
TIP31A
TIP32A
60
10/50
3.0
1.2
3.0
3.0
40
TO-220
15
TIP31B
TIP32B
80
10/50
3.0
1.2
3.0
3.0
40
TO-220
2N4236
80
30/150
0.25
0.6
1.0
3.0
6.0
TO-39
11
16
17
2N3767
80
40/160
0.5
1.0
0.5
10
20
TO-66
18
2N5335
80
30/150
1.0
0.7
2.0
40
6.0
TO-39
19
TIP31C
100
10/50
3.0
1.2
3.0
3.0
40
TO-220
20
2N5838
250
8/40
3.0
1.0
3.0
5.0
100
TO-3
21
2N5839
275
10/50
2.0
1.5
2.0
5.0
100
TO-3
22
FT402
325
20/100
0.5
2.0
3.0
2.0
100
TO-3
2N5840
350
10/50
2.0
1.5
2.0
5.0
100
TO-3
40
30/120
1.0
1.0
1.0
0.8
36
TO-220
23
IC
24
TIP32C
= 4.0 A Max Continuous
2N5296
25
BD221
40
30/120
1.0
1.0
1.0
0.8
36
TO-220
26
2N4231
40
25/100
1.5
0.7
1.5
4.0
35
TO-66
27
2N4237
40
30/150
0.25
0.6
1.0
1.0
6.0
TO-39
28
2N6121
45
25/100
1.5
0.6
1.5
2.5
40
TO-220
BD224
2N6124
'Darlington
3-5
I
FAIRCHILD TRANSISTORS
POWER
POWER TRANSISTORS (BY ICmax, POLARITY AND ASCENDING VCEO)
Item
IC
DEVICE NO.
Polarity
NPNi
PNP
VCEO
hFE
@IC VCE(sat) @IC
A
V
A
MiniMax
Max
V
Max
fT
MHz
Min(Typ)
(Cont'd)
PO(Max)
W
TC=25°C
Package
No.
= 4.0 A Max Continuous (Cont'd)
1
2N3054
55
25/150
0.5
1.0
0.5
-
25
TO-66
2
2N5298
60
20/80
1.5
1.0
1.5
0.8
36
TO-220
3
B0222
B0225
60
20/80
1.5
1.0
1.5
0.8
36
TO-220
4
2N6122
2N6125
60
25/100
1.5
0.6
1.5
2.5
40
TO-220
5
2N4232
60
25/100
1.5
0.7
1.5
4.0
35
TO-66
TO-39
6
2N4238
60
30/150
0.25
0.6
1.0
1.0
6.0
7
2N5294
70
30/120
0.5
1.0
0.5
0.8
36
TO-220
8
B0220
70
30/120
0.5
1.0
0.5
0.8
36
TO-220
TO-220
B0223
80
20/80
1.5
0.6
1.5
2.5
40
2N4233
80
25/100
1.5
0.7
1.5
4.0
35
TO-66
2N4239
80
30/150
0.25
0.6
1.0
1.0
6.0
TO-39
9
2N6123
10
11
2N6126
12
FT317
FT417
100
35/-
1.0
0.5
1.0
20
40
TO-220
13
2N6473
2N6475
100
15/150
1.5
1.2
1.5
10
40
TO-220
14
FT317A
FT417A
120
35/-
1.0
0.5
1.0
20
40
TO-220
15
2N6474
2N6476
120
15/150
1.5
1.2
1.5
10
40
TO-220
16
FT317B
FT417B
140
35/-
1.0
0.5
1.0
20
40
TO-220
I C = 5.0 A Max Continuous
17
2N5067
2N4901
40
20/80
1.0
0.4
1.0
4.0
87.5
TO-3
18
2N4913
2N4904
40
25/100
2.5
1.5
5.0
4.0
87.5
TO-3
19
2N5490
40
20/100
2.0
1.0
2.0
0.8
50
TO-220
20
2N5494
40
20/100
3.0
1.0
3.0
0.8
50
TO-220
21
2N5492
55
20/100
2.5
1.0
2.5
0.8
50
TO-220
22
TIP120*
0.5
2.0
3.0
-
65
TO-220
TIP125*
60
10001-
60
50/250
0.5
0.15
0.5
-
7.0
TO-39
60
20/80
1.0
0.4
1.0
4.0
87.5
TO-3
2N4895
60
40/120
2.0
1.0
5.0
50
7.0
TO-39
26
BFX34
60
40/150
2.0
1.0
0.5
70
5.0
TO-39
27
2N4896
60
100/300
2.0
1.0
5.0
80
7.0
TO-39
28
2N4914
60
25/100
2.5
1.5
5.0
4.0
87.5
TO-3
29
2N5496
70
20/100
3.5
1.0
3.5
0.8
50
TO-220
23
BC323
24
2N5068
25
2N4902
2N4905
'Darlington
3-6
FAIRCHILD TRANSISTORS
POWER
POWER TRANSISTORS (BY Icmax, POLARITY AND ASCENDING VCEO)
DEVICE NO.
Polarity
NPN
PNP
I
Item
hFE @IC
VCEO
V
A
Max MiniMax
VCE(sat) @IC
V
A
Max
fT
MHz
Min(Typ)
(Cont'd)
PD(Max)
W
TC=25°C
Package
No.
I C = 5.0 A Max Continuous (Cont'd)
1
TIP121*
TIP126*
80
2N4903
10001-
0.5
2.0
3.0
-
65
TO-220
2
2N5069
80
20/80
1.0
0.4
1.0
4.0
87.5
TO-3
3
2N4897
80
40/120
2.0
1.0
5.0
50
7.0
TO-39
4
2N5336
80
30/120
2.0
0.7
2.0
30
6.0
TO-39
5
2N5337
80
60/240
2.0
0.7
2.0
30
6.0
TO-39
6
2N4915
2N4906
80
25/100
2.5
1.5
5.0
4.0
87.5
TO-3
7
TIPt22*
TIP127*
100
0.5
2.0
3.0
-
65
TO-220
10001-
8
2N5338
100
30/120
2.0
0.7
2.0
30
6.0
TO-39
9
2N5339
100
60/240
2.0
0.7
2.0
30
6.0
TO-39
40
301-
0.3
1.5
6.0
3.0
65
TO-220
I C = 6.0 A Max Continuous
10
TIP41
TIP42
11
TIP41A
TIP42A
60
301-
0.3
1.5
6.0
3.0
65
TO-220
12
TIP41B
TIP42B
80
301-
0.3
1.5
6.0
3.0
65
TO-220
13
TIP41C
TIP42C
100
301-
0.3
1.5
6.0
3.0
65
TO-220
30
30/150
3.0
1.0
3.0
10
40
TO-220
40
20/100
2.5
1.4
7.0
2.5
50
TO-220
50
30/150
2.5
1.0
2.5
10
40
TO-220
1.0
4.0
4.0
115
TO-3
2.5
50
TO-220
I C = 7.0 A Max Continuous
14
2N6111
15
2N6129
16
2N6109
2N6132
17
2N5873
2N5871
60
20/100
2.5
18
2N6130
2N6133
60
20/100
2.5
1.4
7.0
19
2N6107
70
30/150
2.0
1.0
2.0
10
40
TO-220
115
TO-3
20
2N5874
2N5872
80
20/100
2.5
1.0
4.0
4.0
21
2N6131
2N6134
80
20/100
2.5
2.8
7.0
2.5
50
TO-220
I C = 7.5 A Max Continuous
22
FT410
200
30/90
1.0
0.8
1.0
(5.0)
100
TO-3
23
FT411
300
30/90
1.0
0.8
1.0
(5.0)
100
TO-3
24
FT413
325
20/80
0.5
0.8
0.5
(5.0)
100
TO-3
100
TO-3
150
TO-3
25
325
FT423
1.0
0.8
1.0
(5.0)
20/100 4.0
1.0
5.0
4.0
30/90
I C = 8.0 A Max Continuous
26
I
2N5877
I
2N5875
I
60
'Darlington
3-7
I
FAIRCHILD TRANSISTORS
POWER
POWER TRANSISTORS (BY ICmax, POLARITY AND ASCENDING VCEO)
DEVICE NO.
Item
POlr ty
NPN
PNP
hFE @IC
VCEO
V
A
Max MiniMax
VCE(sat) @IC
V
A
Max
'T
MHz
Min(Typ)
PD(Max)
W
TC=25°C
(Cont'd)
Package
No.
I C - 8.0 A Max Continuous (Cont'd)
1
2N6055*
2N6053*
60
750/18K
4.0
2.0
4.0
4.0
100
TO-3
2
2N5878
2N5876
80
20/100
4.0
1.0
5.0
4.0
150
TO-3
3
2N6056*
2N6054*
80
750/18K
4.0
2.0
4.0
4.0
100
TO-3
4
2N6306
250
15/75
3.0
0.8
3.0
5.0
125
TO-3
5
2N6307M
300
15/75
3.0
1.0
3.0
5.0
125
TO-3
6
2N6308M
350
12/60
3.0
1.5
3.0
5.0
125
TO-3
40
15/60
8.0
2.5
16
-
75
TO-220
40
1K/20K
3.0
2.0
3.0
20
40
TO-220
40
20/80
4.0
0.75
4.0
4.0
150
TO-3
40
1K/20K
5.0
2.0
5.0
20
100
TO-3
I C = 10.0 A Max Continuous
7
2N6103
8
2N6386*
9
2N4907
10
2N6383*
11
2N3713
12
2N3789
60
25/75
1.0
1.0
5.0
4.0
150
TO-3
60
25/90
1.0
1.0
5.0
4.0
150
TO-3
TO-220
13
2N6099
60
20/80
4.0
2.5
10
-
75
14
2N3715
60
50/150
1.0
0.8
5.0
4.0
150
TO-3
60
50/180
1.0
1.0
5.0
4.0
150
TO-3
16
2N6387*
60
1K/20K
3.0
2.0
3.0
20
40
TO-220
17
MJE3055F
60
20/70
4.0
1.1
4.0
2.0
70
TO-220
20/80
15
2N3791
18
2N4908
60
4.0
0.75
4.0
4.0
150
TO-3
19
SE9300*
SE9400*
60
1000/-
4.0
2.0
4.0
1.0
70
TO-220
20
SE9303*
SE9403*
60
1000/-
4.0
2.0
4.0
1.0
100
TO-3
21
2N6384*
5.0
2.0
5.0
20
100
TO-3
22
MJ2500*
5.0
2.0
10
150
TO-3
23
2N6101
75
TO-220
24
2N3714
25
26
MJ3000*
2N3790
2N3716
27
28
60
2N3792
2N6388*
29
2N4909
1K/20K
70
20/80
5.0
2.5
10
-
80
25/75
1.0
1.0
5.0
4.0
150
TO-3
80
25/90
1.0
1.0
5.0
4.0
150
TO-3
80
50/150
1.0
0.8
5.0
4.0
150
TO-3
80
50/180
1.0
1.0
5.0
4.0
150
TO-3
80
1K/20K
3.0
2.0
3.0
20
40
TO-220
80
20/80
4.0
0.75
4.0
4.0
150
TO-3
60
10001-
'Darlington
3-8
FAIRCHILD TRANSISTORS
POWER
POWER TRANSISTORS (BY Icmax, POLARITY AND ASCENDING VCEO)
Item
IC
DEVICE NO.
VCEO
potrlty
NPN
PNP
V
Max
hFE
@IC
A
VCE(sat) @IC
V
MinIMax
A
fT
MHz
Mln(Typ)
W
TC=25°C
Max
(Cont'd)
PD(Max)
Package
No.
= 10.0 A Max Continuous (Cont'd)
1
SE9304*
SE9404*
80
1K/-
4.0
2.0
4.0
1.0
100
TO-3
2
SE9301*
SE9401*
80
1K/-
4.0
2.0
4.0
1.0
70
TO-220
20
3
2N6385*
2.0
5.0
100
TO-3
4
MJ2501
MJ3001
80
1000/-
5.0
2.0
10
150
TO-3
5
SE9302*
SE9402*
100
1K/-
4.0
2.0
1.0
70
TO-220
6
SE9305*
SE9405*
100
1K/-
4.0
2.0
40
80
1K/20K 5.0
1.0
100
TO-3
7
2N6249
200
10/50
10
1.5
10
2.5
100
TO-3
8
2N6250
275
8/50
10
1.5
10
2.5
100
TO-3
9
FT430
300
15/45
2.5
0.9
2.5
-
125
TO-3
10
FT160
300
55/-
4.0
1.9
5.0
TO-220
FT431
325
15/35
2.5
0.7
2.5
-
70
11
125
TO-3
12
FT161
330
55/-
4.0
1.9
5.0
-
70
TO-220
13
FT162
350
55/-
4,0
1.9
5.0
TO-220
FT359*
350
250/-
3.0
2.8
7.0
-
70
14
125
TO-3
15
2N6251
350
10
1.5
10
2.5
100
TO-3
40
15/200 0.2
1.5
4.0
1.5
100
TO-3
60
750/18K 6.0
2.0
6.0
4.0
150
TO-3
6/50
IC = 12.0 A Max Continuous
16
2N6569
17
2N6057*
2N6050*
18
2N5881
2N5879
60
20/100 6.0
1.0
7.0
4.0
160
TO-3
19
2N5882
2N5880
80
20/100 6.0
1.0
7.0
4.0
160
TO-3
20
2N6058*
2N6051*
80
750/18K 6.0
2.0
6.0
4.0
150
TO-3
21
2N6059*
2N6052*
100
750/18K 6.0
2.0
6.0
4.0
150
TO-3
40
20/150 5.0
1.3
5.0
5.0
75
TO-220
60
20/70
1.1
4.0
4.0
150
TO-3
IC
= 15.0 A Max Continuous
22
2N6486
23
MJ2955
2N6489
4.0
24
2N6576*
60
2K/20K 4.0
4.0
15
10
120
TO-3
25
2N3055SD
60
20/70
4.0
1.1
4.0
0.8
115
TO-3
26
FT3055
60
20/70
4.0
1.1
4.0
2.0
70
TO-220
27
2N3055
28
2N6487
FT2955
2N6490
60
20/70
4.0
1.1
4.0
-
117
TO-3
60
20/150
5.0
1.3
5.0
5.0
75
TO-220
"Darlington
3-9
IE
FAIRCHILD TRANSISTORS
POWER
POWER TRANSISTORS (BY Icmax, POLARITY ANDASCENDINGVCEO)
DEVICE NO.
Item
pority
NPN
PNP
VCEO
V
Max
@IC VCE(sat)
V
A
Max
Min/Max
hFE
@IC
A
(Cont'd)
fT
MHz
Mln(Typ)
PD(Max)
W
TC=25°C
Package
No.
IC = 15.0 A Max Continuous (Cont'd)
1
2N6488
2
2N6577*
2N6491
80
20/150
5.0
1.3
5.0
5.0
75
TO-220
90
2K/20K
4.0
4.0
15
10
120
TO-3
100
25/100
8.0
1.0
10
0.5
200
TO-3
IC = 16.0 A Max Continuous
3
2N5629
4
5
2N6029
2N5630
6
7
2N6030
2N5631
8
2N6031
100
25/100
8.0
2.0
16
1.0
200
TO-3
120
20/80
8.0
1.0
10
0.5
200
TO-3
120
20/80
8.0
2.0
16
1.0
200
TO-3
140
15/60
8.0
1.0
10
0.5
200
TO-3
140
15/60
8.0
2.0
16
1.0
200
TO-3
I C = 20.0 A Max Continuous
9
2N3772
60
15/60
10
1.4
10
0.2
150
TO-3
10
2N5885
2N5883
60
20/100
10
1.0
15
4.0
200
TO-3
11
2N6282*
2N6285*
60
750/18K
10
2.0
10
4.0
160
TO-3
12
2N5039
75
20/100
10
1.0
10
60
140
TO-3
13
2N6283*
2N6286*
80
750/18K
10
2.0
10
4.0
160
TO-3
14
2N5886
2N5884
80
20/100
10
1.0
15
4.0
200
TO-3
15
2N5303
80
15/60
10
2.0
20
2.0
200
TO-3
16
2N5038
17
2N6284*
2N6287*
90
20/100
12
1.0
12
60
140
TO-3
100
750/18K
10
2.0
10
4.0
160
TO-3
40
15/60
15
2.0
15
0.2
150
TO-3
40
15/60
15
1.0
15
4.0
200
TO-3
40
15/60
15
2.0
20
2.0
200
TO-3
60
15/60
15
1.0
15
4.0
200
TO-3
60
15/60
15
2.0
20
2.0
200
TO-3
2.0
10
4.0
160
TO-3
I C = 30.0 A Max Continuous
18
2N3771
19
20
2N4398
2N5301
21
2N4399
22
2N5302
23
SE9306
SE9406
60
1000/-
10
24
SE9307
SE9407
80
1000/-
10
2.0
10
4.0
160
TO-3
25
MJ802
MJ4502
90
7.5
0.8
7.5
2.0
200
TO-3
26
SE9308
SE9408
100
10
2.0
10
4.0
160
TO-3
25/100
1000/-
'Darlington
3-10
FAIRCHILD TRANSISTORS
POWER
POWER TRANSISTORS {BY ICmax, POLARITY AND ASCENDING VCEO}
Item
DEVICE NO.
Polarily
NPN
PNP
I
VCEO
V
Max
VCE(sal) @IC
V
A
Max
hFE @ IC
A
Min/Max
fT
MHz
Min(Typ)
(Cont'd)
Po (Max)
W
TC=25°C
Package
No.
I C = 50.0 A Max Conlinuous (Conl'd)
1
2
I 2N5685
I 2N5683
I 2N5686 I 2N5684
60
15/60
25
1.0
25
80
15/60
25
1.0
25
I
I
2.0
2.0
I
I
J TO-3
300
I
300
TO-3
POWER SWITCHING TRANSISTORS (BY I cmax, POLARITY)
Ilem
DEVICE NO.
Polarily
PNP
NPN
I
VCEO
V
Max
hFE
@IC
A
Switching Times (Typ)
@Ie
If
Is
Ion
A
Il S
Il s
Il s
E
Po
W
TC=25°C
Min/Max
Package
No.
IC Max = 1.0 A
3
2N3440
250
40/160
0.2
0.07
2.2
0.35
0.1
10
TO-39
4
FT47
250
30/150
0.3
0.08
1.8
0.4
1.0
40
TO-220
5
FT48
300
30/150
0.3
0.08
1.8
0.4
1.0
40
TO-220
6
FT49
350
30/150
0.3
0.08
1.8
0.4
1.0
40
TO-220
7
FT50
400
30/150
0.3
0.08
1.8
0.4
1.0
40
TO-220
I C Max = 3.0 A
8
2N5839
275
10/50
2.0
0.45
3.0
0.3
2.0
100
TO-3
9
2N5840
350
10/50
2.0
0.45
3.0
0.3
2.0
100
TO-3
80
50/150
1.0
0.4
.8
0.4
5.0
150
TO-3
Ie Max = 10 A
10
2N3716
11
FT430
300
115/45
2.5
0.5
2.6
0.3
2.5
125
TO-3
12
FT431
325
15/35
2.5
0.5
2.6
0.3
2.5
125
TO-3
13
2N6249
200
10/50
10
0.5
1.0
0.4
10
175
TO-3
14
2N6250
275
8/50
10
0.5
1.0
0.4
10
175
TO-3
15
2N6251
350
6/50
10
0.5
1.0
0.4
10
175
TO-3
16
FT3055
60
20/70
4.0
.65/.35
.5/.25
.4/.15
10
70
TO-220
FT2955
17
2N6386*
40
1K/20K
3.0
0.8
4.0
5.0
3.0
40
TO-220
18
2N6387*
60
1K/20K
5.0
0.8
3.5
5.0
5.0
40
TO-220
19
2N6388*
80
1K/20K
5.0
0.8
3.5
5.0
5.0
40
TO-220
"Darlington
3-11
FAIRCHILD TRANSISTORS
POWER
POWER SWITCHING TRANSISTORS (BY Icmax, POLARITY)
(Cont'd)
Switching Times
Item
DEVICE NO.
Polarity
NPN
PNP
VCEO
I
hFE
V
@IC
A
@IC
A
ton
ts
tf
Ils
Ils
IlS
Typ
Typ
Typ
Po
W
Package
No.
Typ TC=25°C
Max
MiniMax
90
20/100
10
0.30
0.75
0.15
10
140
TO-3
.8/.6 3.3/2.5
4/1.5
10
160
TO-3
IC Max = 20 A
1
2N5038
2
2N6282 111
2N6285 111
60
750/18K
10
3
2N6283 111
2N6286111
80
750/18K
10
.8/.6 3.3/2.5
4/1.5
10
160
4
2N6284 111
2N6287 111
100
750/18K
10
.8/.6
3.3/2.5
4/1.5
10
160
TO-3
40
15/60
.35/.3
1.2/.7
.5/.4
10
200
TO-3
IC Max = 30 A
5
I 2N5301 I 2N4398
15
I
I
TO-3
POWER GROOVE MOS TRANSISTORS
Switching Times(2)
DEVICE NO.
Item N-Channel
P-Channel
VOS VOG
V
V
Max
Max
IGF
mA
Max
10
Max
9fs
mV
Min
A
Po
td(on) tr td(off) tf
ns
W
ns
ns
ns
Max Max Max Max Max
Package
No.
6
VN46AF
40
40
2.0
2.0
170
5.0
5.0
5.0
5.0
12.5
Dynawatt
7
VN66AF
60
60
2.0
2.0
170
5.0
5.0
5.0
5.0
12.5
Dynawatt
8
2N6657
60
60
2.0
2.0
170
5.0
5.0
5.0
5.0
25
TO-3
9
FVN2
60
60
2.0
2.0
100
10
10
10
10
6.25
TO-39
10
FVP1
60
60
2.0
2.0
150
10
10
10
10
25
TO-3
11
FVP2
60
60
2.0
1.5
100
10
10
10
10
6.25
TO-39
170
5.0
5.0
5.0
5.0
12.5
Dynawatt
12
VN88AF
80
80
2.0
2.0
13
2N6658
90
90
2.0
2.0
170
5.0
5.0
5.0
5.0
25
TO-3
14
2N6661
90
90
2.0
2.0
170
5.0
5.0
5.0
5.0
6.25
TO-39
1. Darlington
2.ID=1A,RL=25f1
3-12
FAIRCHILD TRANSISTORS
SMALL SIGNAL
HIGH SPEED SWITCHING TRANSISTORS (BY ASCENDING VCEO)
(FOR MEDIUM SPEED-SEE GENERAL PURPOSE SECTION)
Item
ts @IC
Po
hFE @IC VCE (sat)
VCEO
Cob
'T
DEVICE NO.
(VCER) (toft)
TA
TC
@IC
Polarity
ns mA
V
mA MHz pF 25°C 25°C Package
mA
V
NPN
Min
PNP
Max
No.
MiniMax
W
Max
Min Max mW
(140) 10
1
2N5228
5.0
301-
10 0.40
10
300
5.0
625
1.0
2
2N3639
6.0
30
10
30/120
10 0.16
10
500
3.5
200
0.5 TO-106
3 2N5134
10
18
10
20/150
10 0.25
10
250
4.0
200
0.5 TO-106
4 2N4274
12
13
10
35/120
10 0.20
10
400
4.0
280
0.83 TO-106
5 2N5224
12
(60) 10
40/400
10 0.35
10
250
4.0
625
1.0
12
15
10
30/120
10 0.15
10
700
3.0
200
0.5 TO-106
6
2N4258A
TO-92
TO-92
7
2N4208
12
20
10
30/120
10 0.15
10
700
3.0
350
0.7
8
2N4258
12
20
10
30/120
10 0.15
10
700
3.0
200
0.5 TO-106
9
PN4258
12
20
10
30/120
10 0.15
10
700
3.0
625
1.0
10
2N4313
12
20
10
30/120
30 0.19
30
700
4.5
200
0.5 TO-106
11
PN3640
12
(35) 50
30/120
10 0.20
10
500
3.5
625
1.0
12
2N3640
12
50
10
30/120
10 0.20
10
500
3.5
200
0.5 TO-106
TO-18
TO-92
TO-92
13
2N2894
12
(90) 30
30/150
30 0.20
30
400
6.0
360
1.2
TO-18
14
BSX29
12
(90) 30
30/120
30 0.20
30
400
6.0
360
1.2
TO-18
15
2N4209
15
20
10
50/120
10 0.18
10
850
3.0
350
0.7
TO-18
16
2N5771
15
20
10
50/120
10 0.15
10
850
3.0
625
1.0
TO-92
17 2N4275
15
13
10
35/120
10 0.20
10
400
4.0
280
18 2N2369
15
13
10
40/120
10 0.25
10
500
4.0
360
0.83 TO-106
1.2
TO-18
19 PN2369
15
13
10
40/120
10 0.25
10
500
4.0
625
1.0
TO-92
20 2N2369A
15
13
10
40/120
10 0.20
10
500
4.0
360
1.2
TO-18
21 2N5769
15
13
10
40/120
10 0.20
10
500
4.0
625
1.0
TO-92
22 BSX26
15
13
10
40/120
10 0.25
10
500
4.0
360
1.2
TO-18
23 2N3009
15
18
10
30/120
30 0.18
30
350
5.0
360
1.2
TO-52
24 2N3013
15
18
10
30/120
30 0.18
30
350
5.0
360
1.2
TO-52
25 2N3646
15
18
10
30/120
30 0.20
30
350
5.0
200
0.5 TO-106
26 MPS3646
15
18
10
30/120
30 0.20
30
350
5.0
625
1.0
TO-92
27 2N5772
15
18
10
30/120
30 0.20
30
350
5.0
625
1.0
TO-92
28 BSX20
15
18
10
30/120
30 0.18
30
350
5.0
360
1.2
TO-18
29 2N914
15
20
20
30/120
10 0.25
20
300
6.0
360
1.2
TO-18
30 2N708
15
25
10
30/120
10 0.40
10
300
6.0
360
1.2
TO-18
31 2N3014
20
18
10
30/120
30 0.18
30
350
5.0
360
1.2
TO-52
32 BSX39
20
18
10
40/120
30 0.18
30
350
6.0
360
1.2
TO-18
3-13
I
FAIRCHILD TRANSISTORS
SMALL SIGNAL
HIGH SPEED SWITCHING TRANSISTORS (BY ASCENDING VCEO)
(FOR MEDIUM SPEED-SEE GENERAL PURPOSE SECTION)
Item
DEVICE NO.
Polarity
NPN
PNP
1
2N5910
2
3
ts @IC
fT Cob
PD
VCEO
hFE @IC V CE (sat)
(VCER) (toft)
@IC
TA
TC
V
ns mA
mA MHz pF 25°C 25°C Packag e
mA V
Min
Max
MiniMax
Min Max mW
W
No.
Max
20
20
2N3209
20
2N5023
30
2N3724
5
2N4013
6
BSX32
7
2N3253
4
8
2N3467
(Cont'd)
10
30/120
(90)
30
30/120
30
(90)
500
40/100
500
30
(60)
500
60/150
100
30
(60)
500
60/150
40
(60)
500
40
(70)
500
40
(90)
500
10
0.15
10
700
3.0
0.20
30
400
0.35
500
200
0.20
100
100
0.20
60/150
100
25/-
150
40/120
500
200 0.5
TO-106
5.0
360 1.2
TO-18
25
1000 4.0
TO-39
300
12
800 3.5
TO-39
100
300
12
360 1.2
TO-18
0.25
100
300
10
800 3.5
TO-39
0.35
150
175
12
1000 5.0
TO-39
0.50
500
175
25
1000 5.0
TO-39
9
2N5022
50
(90) 500
25/100
500
0.40
500
170
25
1000 4.0
TO-39
10
2N3468
50
(90)
500
25/75
500
0.60
500
150
25
1000 5.0
TO-39
50
(60)
500
40/150
100
0.26
100
250
10
800 3.5
TO-39
11
2N4047
12
2N3725
50
(60)
500
60/150
100
0.26
100
300
10
BOO 3.5
TO-39
13
2N4014
50
(60)
500
60/150
100
0.26
100
300
10
360 1.2
TO-1B
14
2N3444
50
(70)
500
20/60
500
0.60
500
150
12
1000 5.0
TO-39
GENERAL PURPOSE AMPLIFIER AND SWITCHING TRANSISTORS
(BY ASCENDING VCEO)
(ALSO SEE LOW LEVEL AND HIGH VOLTAGE SECTION)
Item
15
VCEO
DEVICE NO.
(VCER
Polarity
V
NPN
PNP
Min
@IC
mA
Min/Max
fT
Cob
VCE(sat)
V
@IC
MHz
Max
mA pF
Max Min
PD
TC TA
ns 25°C 25°C Package
No.
Max mW W
toft
150
10
200
-
300 0.70 TO-105
0.20
10
5.0
300
-
625
50
0.50
50
30
100
200
350
0.50
350
30
60
-
625
1.0
TO-92
-
TO-92
12
35/350
PN5139
20
-/30
10
17
2N5142
20
-/30
18
MPS6563
20
50/200
16
2N5128
hFE
(hfe)
50
0.25
1.0
TO-92
300 0.70 TO-105
19
2N5223
20
50/BOO
2.0
0.70
2.0
4.0
150
-
625
20
2N5136
20
20/400
150
0.25
150
35
40
-
220 0.60 TO-105
21
BFY52
20
60/-
150
0.35
150
12
200
-
BOO 2.B6
TO-39
22
MPS6561
20
50/200
350
0.50
150
30
60
-
625
1.0
TO-92
23
MPS6515
25
250/500
2.0
0.50
2.0
3.5
-
-
625
1.0
TO-92
24
MPS2925
25
(235/470)
2.0
-
-
12
-
-
625
1.0
TO-92
25
MPS3392
25
150/300
2.0
-
-
3.5
-
-
625
1.0
TO-92
26
MPS6514
25
150/300
2.0
0.50
2.0
3.5
-
-
625
1.0
TO-92
3-14
FAIRCHILD TRANSISTORS
SMALL SIGNAL
GENERAL PURPOSE AMPLIFIER AND SWITCHING TRANSISTORS
(BY ASCENDING VCEO) (Cont'd)
(ALSO SEE LOW LEVEL AND HIGH VOLTAGE SECTION)
Item
DEVICE NO.
Polarity
NPN
PNP
@IC
VCEO
hFE
(VCER) (hfe)
V
mA
Min
Min/Max
VCE(sat)
V
@IC
Max mA
Cob
fT
pF MHz
Max Min
PD
TA TC
ns
25°C 25°C Package
No.
Max mW W
toff
1
MPS2924
25
(150/300)
2.0
-
-
12
-
-
625
1.0
TO-92
2
2N4124
25
120/360
2.0
0.30
2.0
4.0
300
-
625
-
TO-92
3
MPS3393
25
90/180
2.0
-
-
3.5
-
-
625
1.0
TO-92
-
200 0.50 TO-106
4
EN5172
25
100/500
10
0.25
10
12
-
5
MPS5172
25
100/500
10
0.25
10
12
-
-
625
6
2N5135
25
50/600
10
1.00
100
25
40
-
300 0.80 TO-105
0.80
1.0
TO-92
7
2N5225
2N5226
25
30/600
50
50
20
50
-
625
-
TO-92
8
BC738
BC728
25
40/250
100
0.5 1000
45
100
-
1120
3.4
TO-92
9
BC738-6
BC728-6
25
40/100
100
0.5 1000
45
100
-
1120
3.4
TO-92
10
BC738-10 BC728-10
25
63/163
100
0.5 1000
45
100
-
1120
3.4
TO-92
11
PE8050
25
65/200
100
0.5 1000
45
100
-
1120
3.4
TO-92
12
BC738-16 BC728-16
25
100/250
100
0.5 1000
45
100
-
1120
3.4
TO-92
13
MPS6560
PE8550
25
50/200
500
0.50
500
30
60
-
625
1.0
TO-92
14
MPS6519
25
250/500
2.0
0.50
2.0
4.0
-
-
625
1.0
TO-92
15
2N4126
25
120/360
2.0
0.40
2.0
4.5
250
-
625
-
TO-92
16
PN6076
25
100/500
10
0.25
10
15
-
-
721 1.47
TO-92
17
BCY72
25
-/50
10
0.25
10
6.0
200
-
360
1.2
TO-18
18
2N3638
25
-/30
50
0.25
50
20
100
170
300
0.7
TO-105
19
MPS3702
25
60/300
50
0.25
50
12
100
-
625
1.0
TO-92
20
2N3638A
25
-/100
50
0.25
50
10
150
170
300
0.7 TO-105
21
MPS3638A
25
-/100
50
0.25
50
10
150
170
625
1.0
TO-92
22
MPS6562
25
50/200
500
0.50
500
30
60
-
625
1.0
TO-92
23
2N718
28
40/120
150
1.50
150
35
50
-
400
1.5
TO-18
24
2N4123
30
50/150
2.0
0.30
2.0
4.0
250
-
625
-
TO-92
25
2N3566
30
50/160
10
1.00
100
25
40
-
300 0.80
TO-105
100/300
26
MPS3704
30
50
0.60
50
12
100
-
625
1.0
TO-92
27
BFY51
30
40/-
150
0.35
150
12
50
-
800 2.86
TO-39
28
BC119
30
40/120
150
0.35
150
25
40
-
800
5.0
TO-39
29
2N2218
30
40/120
150
0.40
150
8.0
250
-
800
3.0
TO-39
30
2N2221
30
40/120
150
0.40
150
8.0
250
-
500
1.8
TO-18
3-15
E
FAIRCHILD TRANSISTORS
SMALL SIGNAL
GENERAL PURPOSE AMPLIFIER AND SWITCHING TRANSISTORS
(BY ASCENDING VCEO) (Cont'd)
(ALSO SEE LOW LEVEL AND HIGH VOLTAGE SECTION)
Item
DEVICE NO.
Polarity
NPN
PNP
@IC
hFE
VCEO
(hfe)
(VCER)
V
mA
Min
MiniMax
VCE{sat)
V
@Ic
Max mA
Cob
fT
PD
toft
TC
ns 25°C 25°C Package
No.
Max mW
W
TA
pF MHz
Max Min
-
1
2N3641
30
40/120 150
0.22
150
8.0
250
2
2N3300
30
100/300 150
0.22
150
8.0
250 150
800
3.0
TO-39
3
2N3302
30
100/300 150
0.22
150
8.0
250 150
360 1.80
TO-18
4
2N2219
30
100/300 150
0.40
150
8.0
250
-
800
3.0
TO-39
500
1.8
TO-18
350 0.70 TO-105
5
2N2222
30
100/300 150
0.40
150
8.0
250
-
6
2N3643
30
100/300 150
0.22
150
8.0
250
-
350 0.70 TO-105
7
PN3643
30
100/300 150
0.22
150
8.0
250
-
625
1.0
TO-92
8
2N4125
30
50/150
2.0
0.40
2.0
4.5
200
-
625
-
TO-92
9
2N5227
30
501700
2.0
0.40
2.0
5.0
100
-
625
-
TO-92
10
PN4916
30
70/200
10
0.14
10
4.5
400 150
625
1.0
TO-92
11
PN4917
30
150/300
10
0.14
10
4.5
200
150
625
1.0
TO-92
12
MPS3703
30
30/150
50
0.25
50
12
100
-
625
1.0
TO-92
13
BC126
30
30/120 150
0.50
150
-
-
-
300
0.8 TO-105
BC727-6
35
40/100 100
0.75
1000
45
100
-
1120
3.4
TO-92
PE8551
35
40/180 100
0.5
1000
45
100
-
1120
3.4
TO-92
BC727
35
40/250 100
0.75
1000
45
100
-
1120
3.4
TO-92
14
BC737-6
15
16
BC737
17
BC737-10 BC727-10
35
63/160 100
0.75
1000
45
100
-
1120
2.4
TO-92
18
BC737-16 BC727-16
35
100/200 100
0.75
1000
45
100
-
1120
2.4
TO-92
150
1.50
150
45
60
-
600
2.0
TO-39
1120
19
2N1132
35
30/90
20
PE8051
35
40/180 100
.75
1000
45
100
-
3.4
TO-92
21
BFY50
35
301-
150
0.20
150
12
50
-
800 2.86
TO-39
22
MPSA10
40
40/400
5.0
-
-
4.0
50
-
625
1.0
TO-92
23
MPSA20
40
40/400
5.0
0.25
5.0
4.0
125
-
625
1.0
TO-92
TO-92
MPSA70
24
2N3903
40
50/150
10
0.20
10
4.0
250 225
625
-
25
2N3904
40
100/300
10
0.20
10
4.0
300 225
625
-
TO-92
26
2N3947
40
100/300
10
0.20
10
4.0
300 450
360
1.2
TO-18
800
5.0
TO-39
27
BC140
BC160
40
40/400 100
1.40
1000
25
50
-
28
BC140-6
BC160-6
40
40/100 100
1.40
1000
25
50
-
800
5.0
TO-39
29
MPS6530
40
40/120 100
0.50
100
5.0
-
-
625
1.0
TO-92
30
BC140-10 BC160-10
40
63/160 100
1.40
1000
25
50
-
800
5.0
TO-39
3-16
FAIRCHILD TRANSISTORS
SMALL SIGNAL
GENERAL PURPOSE AMPLIFIER AND SWITCHING TRANSISTORS
(BY ASCENDING VCEO) (Cont'd)
(ALSO SEE LOW LEVEL AND HIGH VOLTAGE SECTION)
Item
DEVICE NO.
Polarity
NPN
PNP
hFE @IC
VCEO
(VCER) (hfe)
mA
V
MiniMax
Min
VCE(sat)
V @IC
Max mA
fT
cob
pF
Max
toft
MHz ns
Min Max
PD
TA TC
25 Q C 25°C Package
mW
W
No.
1
MPS6531 MPS6534M
40
90/270
100
0.30
100
5.0
-
-
625
1.0
TO-92
1.40
1000
25
60
800
800
5.0
TO-39
TO-39
2
BC140-16 BC160-16
40
100/250
100
3
BC140-25 BC160-25
40
160/400
100
1.40
1000
25
50
-
800
5.0
4
2N3567
PN3567
150
40/120 150
0.25
0.25
150
150
20
20
60
60
-
5
40
40
-
300
625
0.8 TO-105
1.0 TO-92
6
2N2218A
40
40/120
150
0.30
150
8.0
250
285
800
3.0
TO-39
7
2N2221A
40
40/120
150
0.30
150
8.0
250
285
500
1.8
TO-18
8
2N4400
40
50/150
150
0.40
150
6.5
200
255
625
-
TO-92
9
2N697
(40)
40/120
150
1.50
150
35
50
-
600
2.0
TO-39
10
2N3569
40
100/300
150
0.25
150
20
60
-
300
0.8 TO-105
11
2N2219A
40
100/300
150
0.30
150
8.0
300
285
800
3.0
TO-39
12
PN2219A
40
100/300
150
0.30
150
8.0
300
285
625
1.0
TO-92
13
2N2222A
40
100/300
150
0.30
150
8.0
300
285
500
1.8
TO-18
14
PN2222A
40
100/300
150
0.30
150
8.0
300
285
625
1.0
TO-92
15
2N4401
40
100/300
150
0.40
150
6.5
250
225
625
-
TO-92
40
50/100
2.0
0.50
2.0
4.0
-
-
625
1.0
TO-92
16
MPS6516
40/120
17
BCY70
40
50/-
10
0.25
10
6.0
200
-
360
1.2
TO-18
18
2N3250
40
50/150
10
0.25
10
6.0
250
225
360
1.2
TO-18
19
2N3905
40
50/150
10
0.25
10
4.5
200
260
625
-
TO-92
20
BFY64
40
801-
10
0.30
50
10
200
120
700
3.0
TO-39
21
2N3251
40
100/300
10
0.25
10
6.0
300
250
360
1.2
TO-18
22
PN3251
40
100/300
10
0.25
10
6.0
250
225
625
1.0
TO-92
23
2N3906
40
100/300
10
0.25
10
4.5
250
300
625
-
TO-92
24
2N2904
40
40/120
150
0.40
150
8.0
200
110
600
3.0
TO-39
25
PN2906
40
40/120
150
0.40
150
8.0
200
110
625
1.0
TO-92
26
2N4402
40
50/150
150
0.40
150
8.5
150
255
625
-
TO-92
27
2N4037
40
50/250
150
1.40
150
-
60
-
1000
-
TO-39
28
BC116A
40
80/240
150
0.40
150
8.0
130
-
300
0.8
TO-39
29
2N2905
40
100/300
150
0.40
150
8.0
200
110
600
3.0
TO-39
30
2N2907
40
100/300
150
0.40
150
8.0
200
110
400
1.8
TO-18
3-17
-
11
FAIRCHILD TRANSISTORS
SMALL SIGNAL
GENERAL PURPOSE AMPLIFIER AND SWITCHING TRANSISTORS
(BY ASCENDING VCEO) (Cont'd)
(ALSO SEE LOW LEVEL AND HIGH VOLTAGE SECTION)
Item
DEVICE NO.
Polarity
NPN
PNP
hFE @IC
VCEO
(VCER) (hie)
V
mA
Min MinIMax
VCE(sat)
V @IC
Max mA
Po
TA TC
pF MHz ns 25°C 25°C Package
mW W
No.
Max Min Max
Cob
IT
toff
1
2N4403
40
100/300
150
0.40
150
8.5
200
255
625
-
TO-92
2
BCY71
45
100/600
10
0.25
10
6.0
200
-
360
1.2
TO-18
3
2N3502
45
115/300
50
0.25
50
8.0
200
100
700
3.0
TO-39
4
2N3504
45
115/300
50
0.25
50
8.0
200
100
400
1.3
TO-18
5
2N3644
45
115/300
50
0.25
50
8.0
200
100
300
0.7 TO-105
6
PN3644
45
115/300
50
0.25
50
8.0
200
100
625
1.0
TO-92
40/160
10
-
3.5
200
1.0
TO-92
-
200
-
625
3.5
625
1.0
TO-92
TO-39
7
PN3693
45
8
PN3694
45
100/400
10
-
9
BFY56
45
30/150
150
0.30
150
2.5
40
625
800
5.0
10
150
0.22
150
8.0
250
-
350
0.7 TO-105
2N3642
45
40/120
11
PN3642
45
40/120
150
0.22
150
8.0
250
-
625
1.0
TO-92
12
2N2270
45
50/200
150
0.90
150
15
100
-
1000
5.0
TO-39
13
2N4409
50
60/400
1.0
0.20
1.0
12
60
-
625
-
TO-92
14
2N915
50
50/200
10
1.00
10
3.5
250
-
360
1.2
TO-18
15
2N718A
(50l
40/120
150
1.50
150
25
60
1.8
TO-18
16
2N1613
(50l
401120
150
1.50
150
25
80
800
3.0
TO-39
17
2N3053
(SOl
50/250
150
1.40
150
15
100
-
500
-
5.0
TO-39
18
2N1711
(50l
100/300
150
1.50
150
25
70
-
800
3.0
TO-39
100
0.50
500
20
100
400
800
4.0
TO-39
19
BFX39
55
40/-
20
2N4354
60
50/500
10
0.15
150
30
100
-
350
0.8 TO-105
21
2N3250A
60
50/150
10
0.25
10
6.0
250
225
360
1.2
TO-18
22
2N3251A
60
100/300
10
0.25
10
6.0
300
250
360
1.2
TO-18
23
2N4355
60
100/400
10
0.15
150
30
100
-
350
0.8 TO-105
24
PN4355
60
100/400
10
0.15
150
30
100
-
625
1.0
TO-92
25
2N3503
60
115/300
50
0.25
50
8.0
200
100
700
3.0
TO-39
26
2N3505
60
115/300
50
0.25
50
8.0
200
100
400
1.3
TO-18
200
100
300
0.7 TO-105
27
2N3645
60
115/300
50
0.25
50
8.0
28
PN3645
60
115/300
50
0.25
50
8.0
200
100
300
0.7 TO-105
BC527-6
60
40/100
100
0.50
1000
15
100
625
1.0
TO-92
2N4030
60
40/120
100
0.15
150
20
100
-
800
4.0
TO-39
29
30
BC537-6
3-18
FAIRCHILD TRANSISTORS
SMALL SIGNAL
GENERAL PURPOSE AMPLIFIER AND SWITCHING TRANSISTORS
(BY ASCENDING VCEO) (Conl'd)
(ALSO SEE LOW LEVEL AND HIGH VOLTAGE SECTION)
Item
1
DEVICE NO.
Polarity
NPN
PNP
@IC VCE(sat)
VCEO
hFE
(VCER)
(hfe)
V @IC
V
mA Max mA
Min
MiniMax
BC141-6
BC161-6
60
40/100 100
2
BC537
BC527
60
40/400 100
3
BC141
BC161
60
40/400 100
MPSA55
60
501-
0.25
4
100
cob
fT
pF
Max
MHz
Min
100
-
50
-
-
50
-
625
1.40 1000
25
50
0.50 1000
15
1.40 1000
25
100
Po
TA TC
ns 25°C 25°C Package
Max mW W
No.
toft
5.0
TO-39
625
1.0
TO-92
800
5.0
TO-39
1.0
TO-92
800
5
BC537-10
BC527-10
60
63/160 100
0.50 1000
15
100
-
625
1.0
TO-92
6
BC141-10
BC161-10
60
63/160 100
1.40 1000
25
50
-
800
5.0
TO-39
7
BC537-16
BC527-16
60
100/250 100
0.50 1000
15
100
-
625
1.0
TO-92
8
BC141-16
9
BC161-16
60
100/250 100
1.40 1000
25
50
5.0
TO-39
60
100/300 100
0.15
150
20
150
-
800
2N4032
800
4.0
TO-39
60
150/400 100
1.40 1000
25
50
-
800
5.0
TO-39
0.50 1000
-
10
BC141-25
BC161-25
11
BC537-25
BC527-25
60
160/400 100
15
100
625
1.0
TO-92
12
2N2904A
60
40/120 150
0.40
150
8.0
200
110 600
3.0
TO-39
13
2N2906A
60
40/120 150
0.40
150
8.0
200
110 400
1.8
TO-18
14
2N2905A
60
100/300 150
0.40
150
8.0
200
110 600
3.0
TO-39
15
PN2905A
60
100/300 150
0.40
150
8.0
150
110 625
1.0
TO-92
16
2N2907A
60
100/300 150
0.40
150
8.0
200
110 400
1.8
TO-18
100/300 150
110 625
17
PN2907A
60
0.40
150
8.0
150
18
BC143
60
201-
200
0.60
200
-
-
19
BC287
60
20/200 500
0.45
500 13(Typ) 200(Typ)
1.0
TO-92
-
700
3.0
TO-39
-
800
4.0
TO-39
20
2N3568
60
40/120 150
0.25
150
20
60
-
300
0.8
TO-105
21
PN3568
60
100/300 150
0.18
150
15
250
-
625
1.0
TO-92
22
PE6020
60
100/300 150
0.18
150
15
250
-
625
1.0
TO-92
23
SE6020
60
100/300 150
0.18
150
15
250
1000 300
0.8
TO-105
24
BC142
60
201-
200
0.40
200
-
-
25
BC286
60
20/180 500
0.40
500 12(Typ) 100(Typ)
BFX41
75
401-
100
0.50
500
27
BFX40
75
60/-
500
0.50
28
2N4356
80
50/250
10
0.15
29
BC528-6
80
40/100
BC528
80
40/400
26
30
BC538
-
800
5.0
TO-39
-
800
4.0
TO-39
400 800
4.0
TO-39
20
100
500
20
150
-
800
4.0
TO-39
150
30
100
-
350
0.8
TO-105
100
0.50 1000
15
100
-
625
1.0
TO-92
100
0.50 1000
15
100
-
625
1.0
TO-92
3-19
E
FAIRCHILD TRANSISTORS
SMALL SIGNAL
GENERAL PURPOSE AMPLIFIER AND SWITCHING TRANSISTORS
(BY ASCENDING VCEO) (Cont'd)
(ALSO SEE LOW LEVEL AND HIGH VOLTAGE SECTION)
Item
V
1
MPSA06
BC53S-10 BC52S-10
MPSA56
2N4033
@IC
fT
Po
TA
TC
pF MHz ns 25°C 25°C
W
Max Min Max mW
Cob
VCE(sat)
V @IC
mA
Max
mA
Min
2
3
hFE
(hfe)
VCEO
(VCER)
DEVICE NO.
Polarity
NPN
PNP
MiniMax
toff
Package
No.
80
50/-
100
0.25
100
-
50
-
625
1.0
TO-92
80
63/160 100
0.50
1000
15
100
-
625
1.0
TO-92
80
100/300 100
0.15
150
20
150
-
800
4.0
TO-39
4
BC53S-16 BC52S-16
80
100/250 100
0.50
1000
15
100
-
625
1.0
TO-92
5
BC53S-25 BC52S-25
80
160/400 100
0.50
1000
15
100
-
625
1.0
TO-92
6
2N4410
80
60/400
10
0.20
1.0
12
60
-
625
-
TO-92
7
-
800
5.0
TO-39
800
3.0
TO-39
2N3020
80
40/120 150
0.20
150
12
80
8 2N1S93
80
40/120 150
5.00
150
15
50
9
PE6021
80
100/300 150
0.18
150
15
250 1000
625
1.0
TO-92
10 SE6021
80
100/300 150
0.18
150
15
250 1000
12
15
2N3019
80
100/300 150
0.20
150
12 2N2405
90
60/200 150
0.50
150
11
300
0.8
TO-105
100
-
800
5.0
TO-39
200
-
800
2.4
TO-39
LOW LEVEL, LOW NOISE AMPLIFIER TRANSISTORS (BY ASCENDING VCEO)
Item
DEVICE NO.
Polarity
PNP
NPN
VCEO
hFE
V
@IC
mA
hFE
@IC
mA
NF
dB
Max
@f
kHz
Package
No.
Min
MiniMax
13 2N5133
18
60/1000
1.0
-
-
-
-
-
-
TO-106
14
20
90 (Typ)/-
0.01
110/800
2.0
10
1.0
-
TO-106
20
SO (Typ)/-
0.01
110/220
2.0
10
1.0
-
-
TO-106
20
150 (Typ)/-
0:01
200/450
2.0
10
1.0
-
-
TO-106
17 BC20SC
20
270 (Typ)/-
0.01
420/800
2.0
10
1.0
-
-
TO-106
18 BC209
20
150 (Typ)/-
0.01
19 BC209B
20
150 (Typ)/-
0.01
200/800
,
200/45Q·,
20 BC209C
20
270 (Typ)/-
0.01
20
150 (Typ)/-
BC20S
15 BC20SA
16 BC20SB
21
BC319
BC205B
BC322
22 BC319B
BC322B
20
150 (Typ)/-
23 BC319C
BC322C
20
270 (Typ)/-
Min/Max
NF @f
dB kHz
Max
2.0
4.0
1.0
4.0
2.0
4.0
1.0
4.0
420/450
2.0
4.0
1.0
4.0
0.01
200/800
2.0
4.0
1.0
4.0
0.01
200/450
2.0
4.0
1.0
4.0
0.01
420/800
2.0
4.0
1.0
4.0
400/2000
2.0
3.0
1.0
3.0
""
24 BC522
20
-
-
25 BC522C
20
-
-
400/800
2.0
3.0
1.0
3.0
26 BC522D
20
-
-
750/1550
2.0
3.0
1.0
3.0
3-20
WB TO-106
WB TO-106
WB TO-106
WB TO-S2
WB TO-92
WB TO-92
WB TO-92
WB TO-92
WB TO-92
FAIRCHILD TRANSISTORS
SMALL SIGNAL
LOW LEVEL. LOW NOISE AMPLIFIER TRANSISTORS
(BY ASCENDING V CEO) (Cont'd)
Item
DEVICE NO.
Polarity
NPN
PNP
1
BC522E
2
BC113
VCEO
V
Min
20
hFE
@IC
mA
Min/Max
-
hFE
@IC
mA
Min/Max
-
1200/2200 2.0
NF
dB
Max
@f
kHz
NF
dB
Max
@f
kHz
3.0
1.0
3.0
WB.
Package
No.
TO-92
200/-
1.0
-
-
TO-106
3
BC205
20
80 (Typ)/-
0.01
110/500
2.0
10
1.0
-
-
TO-106
4
BC205A
20
80 (Typ)/-
0.01
110/220
2.0
10
1.0
-
-
TO-106
5
BC205C
20
80 (Typ)/-
0.01
400/800
2.0
10
1.0
-
-
TO-106
-
4.0
1.0
4.0
TO-18
4.0
1.0
4.0
WB
WB
4.0
1.0
4.0
WB
TO-18
-
TO-18
20
120/-
0.1
6
BC179
20
120/460
2.0
-
7
BC179A
20
120/220
2.0
-
8
BC179B
20
180/460
2.0
-
2.5 (Typ) 1.0
BC178
25
70/460
2.0
-
-
10
1.0
10
BC178VI
25
70/140
2.0
-
-
10
1.0
11
BC178A
25
120/220
2.0
-
10
1.0
BC178B
-
-
9
TO-18
TO-18
TO-18
25
180/460
2.0
-
10
1.0
-
-
TO-18
13
BC114
25
120/-
0.1
200/-
10
3.0
1.0
-
-
TO-106
14
2N5089
25
400/1200
0.1
400/-
10
-
-
2.0
WB
TO-92
15
2N3565
25
70/-
0.1
150/600
1.0
-
-
TO-106
PN3565
25
70/-
0.1
150/600
1.0
-
-
-
16
TO-92
17
SE4010
25
200/1000
-
3.0
1.0
-
12
18
SE4002
25
200/1000
1.0
-
-
-
-
-
19
SE4001
25
60/300
1.0
-
-
-
-
-
-
20
BC115
30
50/-
1.0
50/-
100
-
-
-
-
TO-105
21
BC318
30
90 (Typ)/-
0.01
110/800
2.0
6.0
1.0
-
-
TO-92
22
BC318A BC321A
30
90 (Typ)/-
0.01
110/220
2.0
6.0
1.0
-
TO-92
23
BC318B BC321B
30
150 (Typ)/-
0.01
200/450
2.0
6.0
1.0
-
-
24
BC318C
30
270 (Typ)/-
0.01
420/800
2.0
6.0
1.0
-
-
TO-92
TO-106
BC321
25
SE4023
30
900/-
26
2N5088
30
300/900
-
1.0
0.01
0.1
1200/2200
300/-
TO-106
TO-106
TO-106
TO-92
10
3.0
1.0
8.0
0.01
10
-
-
3.0
WB
TO-92
2.0
6.0
1.0
-
-
TO-92
27
BC321C
30
80(Typ)/-
28
2N5138
30
50/800
0.10
50/-
1.0
-
-
TO-106
PN5138
30
50/800
0.10
50/-
1.0
-
-
29
-
-
-
TO-92
30
BC153
40
50/-
0.10
50/-
10
1.0
1.0
-
-
TO-106
31
BC154
40
160/-
0.10
160/-
10
2.5
1.0
-
-
TO-106
32
2N4250
40
250noo
0.10
250/-
1.0
2.0
1.0
2.0
WB
TO-106
0.01
400/800
3-21
I
FAIRCHILD TRANSISTORS
SMALL SI.GNAL
LOW LEVEL, LOW NOISE AMPLIFIER TRANSISTORS
(BY ASCENDING VCEO) (Cont'd)
DEVICE NO.
Polarity
Item NPN
PNP
VCEO
V
Min
MiniMax
hFE
@IC
mA
NF
dB
Max
@f
kHz
NF
dB
Max
MiniMax
@f
kHz Package
No.
0.10
2501-
1.0
2.0
1.0
2.0
WB
TO-92
501-
0.10
501-
1.0
-
-
-
-
TO-106
40
501-
0.10
501-
1.0
-
-
-
-
TO-92
45
90(Typ)/-
0.01
50/450
2.0
10
1.0
-
-
TO-106
90(Typ)/-
0.01
110/220
2.0
10
1.0
-
-
TO-106
200/450
2.0
10
1.0
-
-
TO-106
-
TO-92
1
PN4250
40
2
2N4248
40
PN4248
BC204
3
@IC
mA
hFE
2501700
4
BC207
5
BC207A BC204A
45
6
BC207B
BC204B
45 150(Typ)/-
0.01
7
BC317
BC320
45
90(Typ)/-
0.01
110/450
2.0
6.0
1.0
-
8
BC317A
BC320A
45
90(Typ)/-
0.01
110/220
2.0
6.0
1.0
-
-
TO-92
9
BC317B
BC320B
45 150(Typ)/-
0.01
200/450
2.0
6.0
1.0
-
-
TO-92
10
BC177
45
70/220
2.0
-
-
10
1.0
-
-
TO-18
11
BC177VI
45
70/140
2.0
-
10
1.0
-
-
TO-18
12
2.0
-
-
10
1.0
-
-
TO-18
-
10
1.0
-
-
TO-18
0.01
2.0
1.0
4.0
0.1
TO-18
TO-18
BC177A
45
120/220
13
BC177B
45
180/460
14
2N3964
45
180/-
-
2.0
0.001
250/500
15
2N930
45
100/300
0.01
600/-
10
-
-
3.0
WB
16
2N5962
45
450/-
0.01
600/1400
10
3.0
1.0
3.0
17
SE4021
45
450/.
0.01
600/1400
10
3.0
1.0
3.0
WB TO-92
WB TO-106
18
BC523
45
180/800
2.0
1001-
0.01
-
-
TO-92
19
45
180/400
2.0
1001-
0.01
-
-
-
-
BC523B
-
TO-92
20
BC523C
45
380/800
2.0
1001-
0.01
-
-
-
-
TO-92
21
BC521
45
600/1400
10
3501-
0.01
3.0
1.0
-
-
TO-92
22
BC521C
45
380/800
2.0
3501-
0.01
3.0
1.0
3.0
TO-92
23
BC521D
45
750/1500
2.0
3501-
0.01
3.0
1.0
3.0
WB
WB
24
2N5210
50
200/600
0.1
250/-
10
3.0
1.0
2.0
WB
TO-92
25
2N5209
TO-92
50
100/300
0.1
150/-
10
4.0
1.0
3.0
2N5087
50
250/800
0.10
2501-
10
2.0
1.0
2.0
WB
WB
TO-92
26
27
2N5086
50
150/500
0.10
1501-
10
3.0
1.0
3.0
WB
TO-92
28
BC526
50
40/-
0.01
(100/600)
2.0
-
-
-
-
TO-92
29
BC526A
50
401-
0.01
(100/300)
2.0
-
-
10
WB
TO-92
30
EN3962
60
601-
0.01
100/300
0.01
3.0
1.0
10
0.1
TO-106
31
2N4250A
60
2501700
0.10
250/-
1.0
2.0
1.0
2.0
32
2N4249
60
100/300
0.10
100/-
1.0
3.0
1.0
3.0
3-22
TO-92
WB TO-106
WB TO-106
FAIRCHILD TRANSISTORS
SMALL SIGNAL
LOW LEVEL, LOW NOISE AMPLIFIER TRANSISTORS
(BY ASCENDING VCEO) (Cont'd)
Item
DEVICE NO.
Polarity
NPN
PNP
hFE
@IC
VCEO
V
mA
Min Min/Max
1
PN4249
60
100/300
2
2N3965
60
180/-
0.10
0.001
3
BFX37
60
70/300
4
2N3962
60
60/-
0.001
60
100/-
0.01
5
2N5961
0.01
NF
dB
Max
@f
kHz
NF
dB
Max
3.0
1.0
3.0
0.01
2.0
1.0
1.0
3.0
100/300 0.01
150/950
hFE
@IC
mA
Min/Max
100/250/500
100/-
1.0
10
@f
kHz Package
No.
WB
TO-92
4.0
0.1
TO-18
1.0
3.0
WB
TO-18
3.0
1.0
10
0.1
TO-18
6.0
1.0
-
-
TO-106
6
SE4020
60
100/-
0.01
150/950
10
6.0
1.0
-
7
2N2484
60
100/500
0.01
2501-
1.0
2.0
10
3.0
100/500
0.01
250/-
1.0
2.0
10
3.0
BC520B
60
180/460
12
BC520C
60
380/800
2.0
100/-
0.Q1
3.0
1.0
3.0
WB
WB
WB
WB
WB
WB
13
2N3117
60
250/500
0.01
4001-
1.0
1.0
1.0
1.0
10
8
EN2484
60
9
PN2484
60
100/500
0.01
2501-
1.0
2.0
10
3.0
10
BC520
60
150/700
10
100/-
0.01
3.0
1.0
3.0
11
2.0
100/-
0.01
3.0
1.0
3.0
TO-92
TO-18
TO-106
TO-92
TO-92
TO-92
TO-92
TO-18
HIGH VOLTAGE AMPLIFIER TRANSISTORS (BY ASCENDING VCEO)
Item
DEVICE NO.
Polarity
NPN
PNP
VCEO
hFE
V
Min
MiniMax
@IC
IT
Cob
mA
MHz
Min
pF
Max
Po
TA
25°C
mW
TC
25°C
W
Package
No.
100
40/250
50
60
8.0
625
1.0
TO-92
15
MPSL01
120
50/300
10
60
8.0
814
1.79
TO-92
16
2N5830
120
80/500
25
100
40
814
1.79
TO-92
14
MPSL51
17
BC530
120
40/180
10
100
6.0
625
1.0
TO-92
18
2N5400
120
40/180
10
100
6.0
625
1.0
TO-92
19
BFY57
125
30/150
30
40
12
800
5.0
TO-39
20
BC532
140
60/250
10
100
6.0
814
1.79
TO-92
21
2N5550
140
60/250
10
100
6.0
814
1.79
TO-92
22
2N3114
150
30/120
30
40
9.0
800
5.0
TO-39
23
BC531
150
60/240
10
100
6.0
625
1.0
TO-92
24
PN4888
150
40/400
10
30
4.0
625
1.0
TO-92
25
2N5401
150
60/240
10
100
6.0
625
1.0
TO-92
26
PN4889
150
80/300
10
40
4.0
625
1.0
TO-92
160
40/150
10
40
3.5
1000
7.0
TO-39
27
BF257
3-23
I
FAIRCHILD TRANSISTORS
SMALL SIGNAL
HIGH VOLTAGE AMPLIFIER TRANSISTORS (BY ASCENDING VCEO)
Item
1
BC533
fT
@IC
hFE
VCEO
DEVICE NO.
Polarity
NPN
PNP
V
Min
Min/Max
160
80/250
rnA
10
100
Po
Cob
pF
Max
MHz
Min
6.0
(Cont'd)
TA
TC
25°C
mW
25°C
W
Packag e
No.
814
1.79
TO-92
2
MPS5551M
160
80/250
10
100
6.0
814
1.79
TO-92
3
2N5831
160
80/250
10
100
4.0
814
1.79
TO-92
4
2N5832
160
175/500
10
100
4.0
814
1.79
TO-92
5
2N5833
180
50/250
10
100
4.0
814
1.79
TO-92
6
BF336
180
20/-
30
80
(3.5)
800
-
TO-39
7
B0115
180
22/-
50
-
3.5
-
6.0
TO-39
8
BF337
200
20/-
30
80
(3.5)
800
-
TO-39
9
2N4926
200
20/200
30
30
(6.0)
1000
7.0
TO-39
10
MPSA43
200
501200
30
50
4.0
878
2.08
TO-92
200
30/150
30
50
8.0
625
1.0
TO-92
11
MPSA93
12
SE7055
220
40/150
10
40
(3.5)
1000
7.0
TO-39
13
PE7058
220
40/220
30
40
4.0
1230
4.17
TO-92
14
BF338
225
20/-
30
80
(3.5)
800
-
TO-39
15
BF258
250
40/15.0
10
40
3.5
1000
7.0
TO-39
16
2N4927
250
20/200
30
30
(6.0)
1000
7.0
TO-39
17
2N5059
250
30/150
30
30
10
1000
5.0
TO-39
18
2N5058
300
19
MPSA42
300
40/200
30
20
PE7059
300
40/200
30
21
BF259
300
25/-
30
300
25/-
30
300
40/100
10
35/150
30
.-
22
23
MPSA92
SE7056
30
10
1000
5.0
TO-39
50
3.0
878
2.08
TO-92
40
4.0
1230
4.17
TO-92
4.2
1000
7.0
TO-39
50
6.0
625
1.0
TO-92
40
(3.0)
1000
7.0
TO-39
90 (Typ)
NPN RF-IF AMPLIFIER AND OSCILLATOR TRANSISTORS
(BY ASCENDING FREQUENCY)
Item
DEVICE
NO.
PG
@f
[GMAJ
(OSC POWER)
dB
MHz
Min
24
BF160
-
25
BF152
28
-
10.7
Po
TA
VCEO
fT
V
MHz
Min
Cob
[CceJ
(Ccb)
pF
Max
12
400
1.2
-
-
310
TO-106
12
600
1.2
-
-
310
TO-106
Min
3-24
NF
dB
Max
@f
25°C
MHz
mW
Package
No.
FAIRCHILD TRANSISTORS
SMALL SIGNAL
NPN RF-IF AMPLIFIER AND OSCILLATOR TRANSISTORS
(BY ASCENDING FREQUENCY) (Cont'd)
Item
DEVICE
NO.
PG @f
[GMA]
(OSC POWER)
dB
Min
MHz
VCEO
V
Min
fT
MHz
Min
1
BF159
22
40
20
600
2
BF163
22
40
40
400
@f
MHz
PD
TA
25°C
mW
3.5 (Typ)
60
310
TO-106
0.8 (Typ) 3.0 (Typ)
40
310
TO-106
cob
[C ce ]
(Ccb)
pF
Max
1.2
NF
dB
Max
-
-
5.0
45
500
TO-92
45
175
TO-72
3
PE5025
25
45
30
300
(1.1 )
4
FTR118
27
45
20
300
(0.2) (Typ)
5
BF167
27
45
30
300
0.22
3.0 (Typ)
(0.4)
6
PE5030B
28
45
40
600
7
BF222
20 (Typ)
100
50
400
8
2N3563
14
200
12
600
1.7
0.4 (Typ)
Packag e
No.
-
-
5.0
0.1
-
-
425 (65°C)
425 (65°C)
310
TO-92
TO-92
TO-72
TO-106
9
2N5179
15
200
12
900
(1.0)
4.5
200
250
TO-72
10
2N918
15
200
15
600
1.7
6.0
60
200
TO-72
11
PN918
15
200
15
600
1.7
6.0
60
625
TO-92
12
BF162
15
200
40
400
1.2
5.5
200
310
TO-106
13
PN3690
15
200
40
400
1.6
5.5
200
200
TO-92
14
FTR168
16
200
300
400
0.12 (Typ)
4.0
200
500
TO-92
15
2N5130
17
200
12
450
(1.7)
-
-
200
TO-106
16
SE5020
20
200
20
375
0.5
3.3
200
175
TO-18
17
FTR158
20
200
20
300
(0.20) (Typ)
3.3
200
500
TO-92
18
SE5035
22
200
30
600
0.3
-
-
200
TO-18
19
FTR129
22
200
30
600
(0.20) (Typ)
4.5
200
500
TO-92
20
PE5031
22
200
30
600
(0.4)
4.5
200
425 (65°C)
TO-92
21
2N2857
12.5
450
15
1000
(1.0)
4.5
450
250
TO-72
22
2N3839
12.5
450
15
1000
(1.0)
3.4
450
250
TO-72
23
2N3880
14
450
15
1200
(.75)
3.5
450
250
TO-72
24
2N5031
14
450
10
1000
(1.5)
2.5
450
250
TO-72
25
FMT1090
14 (Typ)
450
14
1400 (Typ)
(1.2)
4.0
450
600
TO-92
26
FMT1091
15 (Typ)
450
14
1400 (Typ)
(1.2)
3.5
450
600
TO-92
27
FMT1190
12.5(Typ)
450
12
1400 (Typ)
(1.2)
5.0
450
600
TO-92
28
FMT2060
15 (Typ)
450
14
1000
(1.0)
2.8 (Typ)
450
240
TO-120
29
FMT2080
13.0 (Typ)
450
14
1400 (TyP)
(0.9)
2.0 (Typ)
450
200
TO-72
30
FMT2085
13.0(Typ)
450
14
1400 (Typ)
(1.0)
2.0 (Typ)
450
400
TO-92
3-25
I
FAIRCHILD TRANSISTORS
SMALL SIGNAL
NPN RF-IF AMPLIFIER AND OSCILLATOR TRANSISTORS
(BY ASCENDING FREQUENCY) (Cont'd)
Item
PG
[GMA]
(OSC POWER)
dB
@f
Min
MHz
DEVICE
NO.
VCEO
V
Min
fT
MHz
Min
Cob
[C ce ]
(Ccb)
pF
Max
NF
dB
Max
@f
MHz
Po
TA
25°C
mW
Package
No.
13.0 (Typ)
450
14
1400 (Typ)
(0.8)
2.0 (Typ)
450
240
TO-120
2N5770
15
500
15
900
-
6.0
60
625
TO-92
PN3563
(30)
500
12
600
1.7
6.0
60
625
TO-92
1
FMT2090
2
3
4
PN918
(30)
500
15
600
1.7
6.0
60
625
TO-92
5
SE3002
(3.0)
930
12
600
1.7
-
-
200
TO-106
6
FMT1061
-
-
14
1000
(1.0)
3.5
450
250
TO-72
7
FMT1061A 13.8 (Typ) 1000
1300
(1.0)
3.0
450
250
TO-72
8
FTR129A
-
-
-
500
TO-92
9
2N3570
-
(0.75)
7.0
1000
250
TO-72
14
10
2N3571
-
-
15
1200
(0.85)
4.0
450
250
TO-72
11
2N3572
-
-
13
1000
(0.85)
6.0
450
250
TO-72
12
2N3683
-
-
12
1000
2.0
4.0
200
250
TO-72
Matching
VBE
mV
Package
No.
35
1000 (Typ) (0.40) (Typ)
15
1500
DUAL TRANSISTORS (BY ASCENDING VCEO)
DEVICE NO.
Polarity
NPN
PNP
Item
13
MD2369A
VCEO
V
Min
MiniMax
15
40/120
hFE
@IC
mA
10
hFE
%
10
5.0
TO-78
14
MD2369B
15
40/120
10
20
10
TO-78
15
M0918A
15
50/-
1.0
10
5.0
TO-78
16
MD918B
15
50/-
1.0
20
5.0
TO-78
17
MD2218A
40
40/120
150
-
TO-78
18
MD2219A
40
100/300
150
-
19
2N2913
45
60/240
0.01
-
-
20
2N2917
45
60/240
0.01
20
10
TO-78
21
2N2915
45
60/240
0.01
10
3.0
TO-78
22
2N2914
45
150/300
0.01
-
-
TO-78
23
2N2918
45
150/300
0.01
20
5.0
TO-78
250/600
0.01
20
5.0
TO-78
TO-78
TO-78
24
2N4020
45
25
2N4023
45
250/600
0.1
10
3.0
TO-78
60
60/240
0.01
10
3.0
TO-39
26
*2N2919
'Also available
In
JAN, JTX and TXV.
3-26
FAIRCHILD TRANSISTORS
SMALL SIGNAL
DUAL TRANSISTORS (BY ASCENDING VCEO)
Item
DEVICE NO.
Polarity
NPN
PNP
(Cont'd)
hFE
VCEO
V
Min
MinIMax
Matching
VBE
mV
%
@IC
mA
hFE
Package
No.
1
*2N2920
60
150/300
0.01
10
3.0
TO-78
2
*2N2920A
60
150/300
0.01
10
1.5
TO-78
-
TO-71
TO-78
3
2N3800
60
150/450
0.1
-
4
2N3806
60
150/450
0.1
-
-
5
2N3802
60
150/450
0.1
20
8.0
TO-71
6
2N3808
60
150/450
0.1
20
8.0
TO-78
7
2N3804
60
150/450
0.1
10
5.0
TO-71
8
2N3810
60
150/450
0.1
10
5.0
TO-78
9
2N4025
60
250/600
0.1
10
3.0
TO-78
10
2N3805
60
300/900
0.1
10
5.0
TO-71
11
2N3811
60
300/900
0.1
10
5.0
TO-78
-
-
TO-78
12
2N4017
100/350
80
0.01
UNMATCHED QUAD TRANSISTORS (BY ASCENDING VCEO)
Item
DEVICE NO.
Polarity
NPN
PNP
hFE
VCEO
V
Min
MiniMax
@IC
mA
VCE (sat) @ IC
V
mA
Max
Package
No.
13
FPQ3724
FPQ3467
40
30/-
500
0.5
500
TO-116
14
FPQ2222
FPQ2907
40
100/-
150
0.4
150
TO-116
15
FPQ3725
FPQ3468
50
20/-
500
0.5
500
TO-116
NPN DARLINGTON TRANSISTORS (BY ASCENDING VCEO)
hFE
@IC
mA
VCE (sat) @ IC
mA
V
Max
Item
DEVICE
NO.
VCEO
V
Min
16
MPSA12
20
20000/-
10
1.0
10
TO-92
10
1.5
100
TO-92
10
1.5
100
TO-92
100
1.6
100
TO-18
10
1.0
10
TO-72
Min/Max
17
MPSA13
30
5000/-
18
MPSA14
30
10000/-
19
2N997
40
20
2N2725
45
7000/70000
2000/10000
'Also available in JAN, JTX and TXV.
3-27
Package
No.
I
FAIRCHILD TRANSISTORS
SMALL SIGNAL
NPN AND PNP TRANSISTOR DICE (BY APPLICATION)
Item
DEVICE
NO.
Basic
@IC
VCEO ICBO@VCB hFE
Standard
V
V
nA
mA
Pol. Device
Min Max
MinIMax
1
DN2484
NPN 2N2484
60
20
45
2501100/450
2
DN3962
PNP 2N3962
60
20
50
3
DN918
NPN 2N918
15
20
15
4
DN3904
NPN 2N3904
40
50
30
5
DN3906
PNP 2N3906
40
50
6
DN2222A NPN 2N2222A
40
20
7
DN2907
PNP 2N2907
40
8
DN3019
NPN 2N3019
9
DN4033
PNP 2N4033
10
DN3930
PNP 2N3930
Chip
Size
Mils
Basic
Application
1.0 17.5x17.5 Low Level, Low Noise Amp.
1.0
llx24
3.0
9x14
100/300
10
llx18
General Purpose Amp.
30
100/300
10
llx20
General Purpose Amp.
60
100/300 100
15x16.5 G. P. Amp. and Switch
20
50
100/300 100
19x19
80
20
90
100/300 100
30x30
G. P. Amp. and Switch
80
50
60
100/300 100
24x30
G. P. Amp. and Switch
180
20
100
80/300
10
22x22
HighVoltageAmp.andSwitch
201-
Low Level, Low Noise Amp.
R. F. Amp.
G. P. Amp. and Switch
11
DN2369A NPN 2N2369A
15
400
20
40/120
10
12
DN4209
PNP 2N4209
15
20
8.0
35/-
1.0
13
DN3014
NPN 2N3014
20
300
20
30/120
30 13.5x13.5 High Speed Sat. Switch
14
DN3725
NPN 2N3725
50
1700
60
60/150 100
27x27
High Speed Core Driver
15
DN3468
PNP 2N3468
100
27x33
High Speed Core Driver
50
100
30
25/-
3-28
9x14
High Speed Sat. Switch
9.5x14.5 High Speed Sat. Switch
I
OPTOELECTRONICS
I
FAIRCHILD OPTOELECTRONICS
OPTO
LED VISIBLE LAMPS
Item
DEVICE NO.
Lens
Characteristic
IF
mA
Typ
Luminous
Intensity
IF = 20mA
mcd
Typ
VF
IF= 20mA
Typ
Package
No.
V
1
FLV104A
Clear
100
(4.0mW/sr)
2.0
Opto-8
2
FLV110
Red Diffused
20
2.0
1.7
Opto-S
3
FLV111
Clear Point Source
20
2.0
1.7
Opto-S
4
FLV112
Clear Diffused
20
2.0
1.7
Opto-S
S
FLV117
Red Diffused
SO
1.0
1.9
Opto-S
6
FLV140
Red Diffused
20
2.0
1.7
Opto-4
7
FLV141
Red Point Source
20
2.0
1.7
Opto-4
8
FLV150
Red Diffused
20
2.0
1.7
Opto-4
9
FLV151
Red Point Source
20
2.0
1.7
Opto-4
10
FLV152
Red Point Source
20
3.0
1.7
Opto-4
Red Diffused
20
2.0
1.7
Opto-7
Opto-7
11
FLV160
12
FLV161
Red Point Source
20
2.0
1.7
13
FLV251
Red Point Source
10
S.O
2.1
Opto-4
14
FLV252
Red Point Source
10
8.0
2.1
Opto-4
1S
FLV310
Green Diffused
20
3.2
2.3
Opto-S
16
FLV311
Green Point Source
20
3.2
2.3
Opto-S
17
FLV315
Green Diffused
20
2.S
3.0
Opto-S
18
FLV340
Green Diffused
20
3.2
2.3
Opto-4
19
FLV341
Green Point Source
20
3.2
2.3
Opto-4
20
2.3
Opto-6
FLV350
Green Diffused
20
3.2
21
FLV351
Green Point Source
20
3.2
2.3
Opto-6
22
FLV355
Green Diffused
20
2.S
3.0
Opto-6
23
FLV360
Green Diffused
20
3.2
2.3
Opto-7
24
FLV361
Green Point Source
20
3.2
2.3
Opto-7
2S
FLV365
Green Diffused
20
2.S
3.0
Opto-7
26
FLV410
Yellow Diffused
20
3.2
2.3
Opto-S
27
FLV411
Yellow Point Source
20
3.2
2.3
Opto-S
28
FLV440
Yellow Diffused
20
3.2
2.3
Opto-4
29
FLV441
Yellow Point Source
20
3.2
2.3
Opto-4
4-3
I
FAIRCHILD OPTOELECTRONICS
OPTO
LED VISIBLE LAMPS
Item
1
DEVICE NO.
FLV450
2
FLV451
(Cont'd)
IF
mA
Typ
Lens
Characteristic
Yellow Diffused
20
Yellow Point Source
20
Luminous
Intensity
IF = 20mA
mcd
Typ
VF
V
Typ
Package
No.
3.2
2.3
Opto-6
3.2
2.3
Opto-6
3
FLV460
Yellow Diffused
20
3.2
2.3
Opto-7
4
FLV461
Yellow Point Source
20
3.2
2.3
Opto-7
5
FLV510
Red Diffused
10
3.0
1.9
Opto-5
6
FLV511
Red Point Source
10
3.0
1.9
Opto-5
7
FLV540
Red Diffused
10
3.0
1.9
Opto-4
8
FLV541
Red Point Source
10
3.0
1.9
Opto-4
9
FLV550
Red Diffused
10
3.0
1.9
Opto-6
10
FLV551
Red Point Source
10
3.0
1.9
Opto-6
11
FLV560
Red Diffused
10
3.0
1.9
Opto-7
12
FLV561
Red Point Source
10
3.0
1.9
Opto-7
13
MV5050
Clear Point Source
20
2.0
1.7
Opto-9
14
MV5051
Clear Diffused
20
1.6
1.7
Opto-9
15
MV5052
Red Point Source
20
2.0
1.7
Opto-9
16
MV5053
Red Diffused
20
1.6
1.7
Opto-9
17
MV5054-1
Red Semi-Diffused
20
2.0
1.7
Opto-10
18
MV5054-2
Red Semi-Diffused
20
3.0
1.7
Opto-10
19
MV5054-3
Red Semi-Diffused
20
4.0
1.7
Opto-10
20
MV5152
Amber Point Source
20
16.0
1.9
Opto-10
21
MV5153
Amber Diffused
20
4.0
1.9
Opto-9
22
MV5154
Amber Semi-Diffused
20
8.0
1.9
Opto-10
23
MV5252
Green Point Source
20
6.0
2.3
Opto-10
24
MV5253
Green Diffused
20
1.5
2.3
Opto-9
25
MV5254
Green Semi-Diffused
20
3.0
2.3
Opto-10
26
MV5352
Yellow Point Source
20
10.0
2.3
Opto-10
27
MV5353
Yellow Diffused
20
6.0
2.3
Opto-9
28
MV5354
Yellow Semi-Diffused
20
10.0
2.3
Opto-10
29
MV5752
Red Point Source
20
16.0
1.9
Opto-10
30
MV5753
Red Diffused
20
4.0
1.9
Opto-9
4-4
FAIRCHILD OPTOELECTRONICS
OPTO
LED VISIBLE LAMPS
Item
(Cont'd)
IF
rnA
Typ
Lens
Characteristic
DEVICE NO.
Luminous
Intensity
IF = 20mA
mcd
Typ
VF
V
Typ
Package
No.
1
MV5754
Red Semi-Diffused
20
8.0
1.9
Opto-10
2
TIL209A
Red Diffused T-1
20
2.0
1.7
Opto-11
3
TIL211
Green Diffused T-1
20
0.5
1.7
Opto-11
TIL213
Yellow Diffused T-1
20
0.5
1.7
Opto-11
4
LED LAMP MOUNTING HARDWARE
Description
Package
No.
.265
±.002
Single-Part Construction (Flat Black Finish)
Opto-1
0.187
.250
±.003
3-Piece Construction: Hex Nut, Threaded
Barrel and Bezel (Bezel in Silver Finish)
Opto-2
FLS012
0.187
.250
±.003
3-Piece Construction: Hex Nut, Threaded
Barrel and Bezel (Bezel in Black Finish)
Opto-2
MP52
0.125
.250
±.003
Mounting Clip for MV Series Lamps
Opto-3
Item
DEVICE
NO.
Panel
Thickness
Panel
Hole
5
FLS010
.060to.250
6
FLS011
7
8
7-SEGMENT NUMERIC DISPLAYS
CI
QI III
0
z
C
...
w
.!-Ul
U ..c: QI
:>
'"
CI..c:
.. .U
III QI c::
..c:J:_
0
E
C
w
~
0
9
FND350
.2
~
.;;:
III
'0
a..
...0
:§.
ca
U
III
0
QI
'uQI
0
0
E
~ ::!.
-0
Co
C
.2
CI
QI
III
~
CI
QI
U
QI
2
E
0111
: : I QI E ~g> ::::I>-E 0'"
g~o'O
0 111
......
CI
N
._
c
NU u.!l!
,a,:II
III ::::I
E QI II ::t '610
Qla..
LI.
~'E 1.1.
0
a..
....1-....I
QI.,.
t: 1I «
1II1Il«
0
z
QI
CI
,a,:
U
'"
'0
a..
'0
0.362
CA
Red
7-Segment Display
RH
200
1.7
450
01 Opto-12
RH
200
1.7
450
02 Opto-12
0
-
III
a..
10
FND351
0.362
CA
Red
Overflow ±1 Digit
11
FND357
0.362
CC
Red
7-Segment Display
RH
200
1.7
450
01 Opto-12
Red
Overflow ±1 Digit
RH
200
1.7
450
02 Opto-12
12
FND358
0.362
CC
13
FND360
0.362
CA
Red
7-Segment Display
RH
200
1.7
900
01 Opto-12
14
FND361
0.362
CA
Red
Overflow ± Digit
RH
200
1.7
900
02 Opto-12
15 FND367
0.362
CC
Red
7-Segment Display
RH
200
1.7
900
01 Opto-12
16 FND368
0.362
CC
Red
Overflow ±1 Digit
RH
200
1.7
900
02 Opto-12
17 FND500
0.500
CC
Red
7-Segment Display
RH
200
1.7
600
03 Opto-13
18 FND501
0.500
CC
Red
Overflow ±1 Digit
RH
200
1.7
600
04 Opto-13
19 FND507
0.500
CA
Red
7-Segment Display
RH
200
1J
600
03 Opto-13
20 FND508
0.500
CA
Red
Overflow ±1 Digit
RH
200
1.7
600
04 Opto-13
4-5
II
FAIRCHILD OPTOELECTRONICS
OPTO
7-SEGMENT NUMERIC DISPLAYS (Cont'd)
0
z
w
U
E
~
:;
w
C
'E
.
.!-tA
CJ .c CII
... .-
ta CI.c
(,,)
ta CII c
.cI:_
U
C
~
.;:
ta
'0
Q.
1
FND530
0.500
CC
.
.2
Q.
.;:
0
..
U
C
'0
Grn
CJ
CII
'0
Q.
ca
E
'uCII
C
7-Segment Display
RH
CI
CII
til ..
~c§
.....
:Slloot
;0
UCIIE
...:.!!!
ta ::I
~Q.
80
C
CI
CII
til
.....
oot
u..g>
>('11
II
u..
-
CI
CII
.. ~oot
::I>-E
g~ 0"0
.2
ti
CIIE
2e
°ClUta
......
.~c
.- C ('II CJ
E CII II ::t
::I
...1-...I
'E u..
g
0
z
CII
CI
ta
...:
CJ
ta
Q.
2.2
2000
03 Opto-13
2
FND531
0.500
CC
Grn
Overflow ±1 Digit
RH
80
2.2
2000
04 Opto-13
3
FND537
0.500
CA
Grn
7-Segment Display
RH
80
2.2
2000
03 Opto-13
4
FND538
0.500
CA
Grn
Overflow ±1 Digit
RH
80
2.2
2000
04 Opto-13
5
FND540
0.500
CC
Vel
7-Segment Display
RH
80
2.2
2000
03 Opto-13
6
FND541
0.500
CC
Vel
Overflow ± Digit
RH
80
2.2
2000
04 Opto-13
7
FND547
0.500
CA
Vel
7-Segment Display
RH
80
2.2
2000
03 Opto-13
8
FND548
0.500
CA
Vel
9
FND550
0.500
CC
10
FND551
0.500
CC
0.500
Overflow ± Digit
RH
80
2.2
2000
04 Opto-13
Amb
7-Segment Display
RH
80
2.2
2000
03 Opto-13
Amb
Overflow ±1 Digit
RH
80
2.2
2000
04 Opto-13
CA
Amb
7-Segment Display
RH
80
2.2
2000
03 Opto-13
Overflow ±1 Digit
RH
80
2.2
2000
04 Opto-13
11
FND557
12
FND558
0.500
CA
Amb
13
FND560
0.500
CC
Red
7-Segment Display
RH
200
2.2
1200
03 Opto-13
14
FND561
0.500
CC
Red
Overflow ±1 Digit
RH
200
1.7
1200
04 Opto-13
15
FND567
0.500
CA
Red
7-Segment Display
RH
200
1.7
1200
03 Opto-13
16
FND568
0.500
CA
Red
Overflow ±1 Digit
RH
200
1.7
1200
04 Opto-13
17
FND800
0.800
CC
Red
7-Segment Display
RH
200
1.7
600
05 Opto-14
18
FND807
0.800
CA
Red
7-Segment Display
RH
200
1.7
600
05 Opto-14
19
FND847
0.800
CA
Red
7-Segment Display
LH
200
1.7
600
06 Opto-14
20
FND850
0.800
CC
Red
7-Segment Display
LH
200
1.7
600
06 Opto-14
21
FND6710
0.560
CA
Red
Dual Digit Display
RH
200
1.7
500
010 Opto"16
22
FND6730'
0.560
CA
Red
11/2 Digit ±18 Display RH
200
1.7
500
-
-
010 Opto-16
23
FND6740
0.560
CC
Red
Dual Digit Display
RH
200
1.7
500
24
FND6750'
0.560
CC
Red
1/2 Digit ±18 Display
RH
200
1.7
500
-
25
MAN71A
0.300
CA
Red
7-Segment Display
RH
200
1.7
450
07 Opto-15
26
MAN72A
0.300
CA
Red
7-Segment Display
LH
200
1.7
450
07 Opto-15
27
MAN73A
0.300
CA
Red
Overflow ±1 Digit
None
200
1.7
450
08 Opto-15
28
MAN74A
0.300
CC
Red
7-Segment Display
RH
200
1.7
450
09 Opto-15
* Available 2nd Half, 1978
4-6
-
FAIRCHILD OPTOELECTRONICS
OPTO
7-SEGMENT NUMERIC DISPLAY ARRAYS
VF
IF
Item
DEVICE
NO.
Digits
= s.o mA
AM/PM
V
Typ
Luminous
Intensity / Seg
/.Lcd @mA
Typ
Seg/Seg
Match
Typ
No.
Logic/
of Connection Package
Pins
Diagram
No.
1
FCS6400
4
No
1.7
200
10
±33%
34
017
Opto-24
2
FCS6401
3 1/2
Yes
1.7
200
10
±33%
34
018
Opto-25
3 1/2
Yes
1.65
350
8.0
±33%
34
011
Opto-17
Opto-18
3
FCSSOOO
4
FCSS024
4
No
1.65
350
8.0
±33%
34
012
5
FNA3420(3)
4
No
1.7
600
20
±33%
13
-
6
FNA5420
4
No
1.7
600
20
±33%
13
013
Opto-20
7
FNA5421
3 1/2
No
1.7
600
20
±33%
13
014
Opto-21
8
FNA5427
4
No
1.7
600
20
±33%
13
013
Opto-20
9
FNA542S
3 1/2
No
1.7
600
20
±33%
13
014
Opto-21
10
FNA5520
5
No
1.7
600
20
±33%
14
015
Opto-22
11
FNA5521
41/2
No
1.7
600
20
±33%
14
016
Opto-23
12
FNA5527
5
No
1.7
600
20
±33%
14
015
Opto-22
13
FNA552S
41/2
No
1.7
600
20
±33%
14
016
Opto-23
-
LIQUID CRYSTAL DISPLAYS
Item
DEVICE
NO. (1,2)
14
FLC3503-1
15
FLC3505-1
16
Description
Digit Height
HUMin
Ladies 3 112 Digit
(mm)
s
Logic/Connection
Diagram
Package
No.
3.3
-
019
Opto-38
Mens 3 1 /2 Digit
4.6
-
020
Opto-39
FLC3505-2
Mens 31/2 Digit
5.1
-
021
Opto-40
17
FLC3507-1(31
Mens 3 112 Digit
6.7
-
-
18
FLC5505-1
Mens 5 1/2 Digit
5.1
3.6
022
19
FLC5505-3131
Mens 5 1/2 Digit
5.3
3.8
-
20
FLC6005-2
Mens 6 Digit
4.6
3.1
023
21
FLC6005-3 131
Mens 6 Digit
4.5
3.1
-
-
22
FLCS004-1 (3)
8 Digit Calculator
3.5
-
-
-
23
FLCS006-1 131
8 Digit Calculator
6.0
-
-
-
1. With polarizers attached, device code is followed by -Po
2. Electrical Characteristics:
Operating voltage range
Visual threshold voltage (90% on)
Operating frequency range
Operating temperature range
3V to 6V
2.BV Max
25Hz to 1KHz
-10° to BO°C
3. Consult factory.
4-7
Opto-41
Opto-42
II
FAIRCHILD OPTOELECTRONICS
OPTO
COUPLERS-TRANSISTOR OUTPUT
MAX RATINGS @ TA = 25°C
Transistor
Po
Diode
VCEO
V
VR
V
IF
mA
VISO
kV
mW
IC
mA
1 FCD810(11
250
25
20
3.0
60
1.5ac
2 FCD810A(11
250
25
20
3.0
60
1.5
3 FCD810B(11
250
25
20
3.0
60
2.5
4 FCD810C(11
250
25
20
3.0
60
5.0
5 FCD81 00 (1)
250
25
20
3.0
60
6.0
6 FCD820 (1,31
250
25
30
3.0
60
1.5ac
7 FCD820A(11
250
25
30
3.0
60
1.5
8 FCD820B(11
250
25
30
3.0
60
2.5
9 FCD820C(11
250
25
30
3.0
60
5.0
10
FCD820D(11
250
25
30
3.0
60
6.0
11
FCD825 (1 ,51
250
25
30
3.0
60
1.5ac
12 FCD825A (1,51
250
25
30
3.0
60
1.5
FCD825B(1,51
250
25
30
3.0
60
2.5
14 FCD825C(1,51
250
25
30
3.0
60
5.0
15 FCD825D(1,51
Item
13
DEVICE
NO.
250
25
30
3.0
60
6.0
FCD830(2,31
250
25
30
3.0
60
1.5
17 FCD830A(21
250
25
30
3.0
60
1.5ac
18 FCD830B(21
250
25
30
3.0
60
2.5
FCD830C(21
250
25
30
3.0
60
5.0
16
19
1. Standard transistor output
2. High speed transistor output
guaranteed 2.0 !,s max tr and tf with 100 [) RL
B.O !,S typ at 1Kll RL
3. CTR guaranteed with transistor in saturation
4. JEDEC registered data and conditions
5. CTR typ at 1.0mA = 40%
4-8
FAIRCHILD OPTOELECTRONICS
COUPLED CHARACTERISTICS
INPUT
DIODE
CHARACT.
OUTPUT
TRANSISTOR
CHARACT.
c
Min Currenl Transfer Ratio
@IF @VCE
IC/IF
rnA
V
%
Ir, If
}J-s
Typ
@IF
rnA
VF
V
Max
VCE(sal)
V
Max
@IC
rnA
@IF
rnA
___ .2 E
.!:! U
e
C)::1
o
!;~
"-!!:
1- ....
::1"-
0::;;
CI:
..
0
en
C
GI
III
GI
Q
IV
.5
..
IV
GI
ct
C
IV
'0
.
E
IV
Q
IV
is
.II:
Q
0
iii
iii
u
'il.
>-
l-
N
Q
u::
c: ,
.lI:
'" GI
-01
GI
u
Q,
.
0.
1/)",
1;-
;=0
0
0
c:
,S!
~
E
'"
c: ..
001
o ,!l!
0
Qj'
1/1
:nc:
°'S
0
0
I&.
.5
SH2001
High Voltage,
High Current
NAND
DTL,TTL
1.0
50
H5
TO-100
2
SH2002
High Voltage,
High Current
NAND
DTL,TTL
1.0
40
H5
TO-100
3
SH2200
High Voltage,
High Current
NAND
DTL,TTL
2.0
50
H5
TO-100
4
SH2201
High Voltage,
High Current
NAND
DTL,TTL
2.0
100
H5
TO-100
5
SH3011*
Dual Hammer
NonInverting
TTL
5.0
80
H8
8-pin TO-3
0
E
~
';:
:;;
u
W
0.
::s
GI
1/1
0.
->
::s
'S
01
GI
l:i0
'61
.lI:
';:
0
...I
Q,
>
2
'"
'"
u
0
ANALOG SWITCHES
c:
0
GI
01
0
z
W
0
E
:;;
w
c:
U
a
'61
u
1/1
'S0.
0
0
...I
';:
GI
GI
~g)(
c:.l!~
~.!! -
O;C:
.l!
'0
»
>-
Q.
0.
::s
:g
.
c: E
c: '"
o 01
O,!l!
GI
l:i0
'm
0
0
Qj'
01
'"
0.
'"
.lI:
u
~
0
0
.5
6
SH3002
SPDT Analog Switch
TTL
200
±12
H6
TO-100
7
SH3003
DPST Analog Switch
TTL
200
±12
H7
TO-100
a:
I/)
...I
CONSUMER
RADIO-AUDIO/TV CIRCUITS
c:
o
o
z
w
o
:;;
w
o
~
E
c: '"
..
001
O,!l!
c:
o
a
';:
l:i0
lilGI
o
'61
o
...I
4
SH1549
Memory Control Hybrid
H4
1"x2" Single In-line
5
SH1552
Ladder Network for Signal Conversion
H3
1"x2" Single In-line
6
SH3006*
Wideband Amplifier/Prescaler
-To be announced
6-3
I
FAIRCHILD HYBRIDS
VOLTAGE REGULATORS
VOLTAGE REGULATORS
Item DEVICE NO.
1
SH123
Output
Voltage
Range-V
Output
Current
A (Max)
Output
Current
Peak
A (Typ)
7.5 to 25
5.0
3.0
8.0
Input
Voltage
Range-V
Description
3 Term. Pos. VR
2
SH223
3 Term. Pos. VR
7.5 to 25
5.0
3.0
8,0
3
SH323
3 Term. Pos. VR
7.5 to 25
5.0
3.0
8.0
4
IlA78H05
3 Term. Pos. VR
7.5 to 25
5.0
5.0
8.0
5
IlA78H05A
3 Term. Pos. VR
7.0 to 40
5.0
5.0
8.0
6
IlA78P05
3 Term. Pos. VR
7.0 to 40
5.0
10
12
7
12
5.0
8.0
IlA78H12
3 Term. Pos. VR
15.5 to 25
8
IlA78H15
3 Term. Pos. VR
18.5 to 25
15
5.0
8.0
9
SH1605*
Switching Regulator
5.0 to 40
2.0 to 20
5.0
10
10
IlA78HG
4 Term. Pos. VR
7.5 to 40
5.0 to 24
5.0
8.0
11
IlA79HG
4 Term. Neg. VR
7.0 to -40
-2.2 to -24
5.0
8.0
-_ ..
AMPLIFIERS
OPERATIONAL AMPLIFIER
Item
DEVICE NO.
12
SH2714
Description
Input Offset
Voltage
mV
Input Offset
Voltage Drift
IlVloC
Input Offset
Current
nA
0.5
0.7
2.8
Input Offset
Voltage .0 rift
IlV/oC
Dual Instrumentation Amplifier
SERVO AMPLIFIER
Item
DEVICE NO.
Description
Input Offset
Voltage
mV
13
SH3015*
Servo Amplifier
6.0
-
Input Offset
Current-nA
200
CURRENT AMPLIFIER
Item
14
DEVICE NO.
SHOOO2
Function
Voltage Gain
(Typ)
AC Current
Gain-AlmA
Input Impedance
K.n (Typ)
Current Amplifier
0.97
40
400
"To be announced
6-4
FAIRCHILD HYBRIDS
Line Regulation %
Quiescient
Current
mA
Ripple
Rejection
dB
Dropout
Voltage
V
Logic/
Connection
Diagram
Package(s)
1
10
60
2.5
H12
TO-3
1
10
60
2.5
H12
TO-3
1
10
60
2.5
H12
TO-3
1
10
60
2.5
H1£
TO-3
1
10
60
1.75
H12
TO-3
1
10
60
2.0
H12
TO-3
1
10
60
3.5
H9
TO-3
1
10
60
3.5
H9
TO-3
30
-
-
-
-
-
1
10
60
2.5
H10
4-pin TO-3
1
5
50
3.5
H11
4-pin TO-3
Input Bias Common Mode Diff. Input
Current
Range
Voltage
V
nA
V
3.0
Bandwidth
AV= MHz
0.3
20K
1.0
Diff. Input
Voltage
V
Voltage Gain
V/V
Bandwidth
AV= MHz
Output
Current
A
-
-
6.0
±30
Input Bias Common Mode
Range
Current
V
nA
500
Output
Current
A
Voltage Gain
VlV
-
±12
Logic/
Connection
Diagram
Package(s
-
H2
TO-116
Logic/
Connection
Diagram
Package(s
-
-
Output Impedance
n (Typ)
Output Voltage
Swing (Typ)
DCOfiset
Voltage
mV (Typ)
Bandwidth
MHz (Typ)
Logic/
Connection
Diagram
Package(s)
6.0
±11
30
50
H1
TO-99
6-5
I
FAIRCHILD HYBRIDS
AUTOMOTIVE
IGNITION MODULES
Output Current
Item DEVICE NO.
1
Description
SH4240
Ignition Module
Input Capability
Magnetic Pickup
A
Package(s)
2.0 to 7.0
Module A,S
2
SH4241
Ignition Module
Magnetic Pickup
2.0 to 7.0
Module A,S
3
SH4242
Ignition Module
Logic
2.0 to 7.0
Module A,S
4
SH4243
Ignition Module
Logic
2.0 to 7.0
Module A,S
5
SH4244
Ignition Module
Opto, Logic, Hall Effect
2.0 to 7.0
Module C
Ignition"Module
Opto, Logic, Hall Effect
2.0 to 7.0
Module C
6
SH4245
6-6
I
LINEAR
I
FAIRCHILD LINEAR
VOLTAGE REGULATORS
VOLTAGE REGULATORS (BY OUTPUT CURRENT)
CII
0
z
w
!
>1-
:;:
1;:-
0
0
0
E
CII
as
:!::a:
o »
w
"S
.
~
.a
c::
.2
m-;C
- as
6,::E
CII ......
~
c::
c::
;>; :8u_
0
CII ......
0:>
CII
0:>
CII
"0
I-
:::i
....I
CII
E
c::
.
~
::::I
0
as
6,::E .~.5 _CC
-
E
Q.
'E
as E
0
c::
o:~ CII E
~ID
~"O
a:
u
III
CII
·s
0
CII
CII
c::
as
0:
CII
CII
.!>
Ci
>
"SQ.
.E
c::
CII
CII
nfi)
Cia:
c:: E
c::
I::::I ......
0 CII
....
as
u .-
.!
>>>
&.>
e
0
0
CII ......
0
~
"iii'
'ii"
CII
as
'61 0
.¥
....I
a..
0
u
as
Fixed Positive 100 rnA
1 }lA78L26
2.6
2 }lA78L05
5.0
3 }lA78L62
6.2
4 }lA78L82
8.2
5 }lA78L09
9.0
6 }lA78L12
12
7 }lA78L15
15
8 }lA78L18
18
9 }lA78L24
24
C,
C,
C,
C,
C,
C,
C,
C,
C,
43
5.5
4.8 to 35
2.2
L-VR1,2
TO-39,TO-92
60
41
5.5
7.2 to 35
2.2
L-VR1,2
TO-39,TO-92
80
40
5.5
8.4 to 35
2.2
L-VR1,2
TO-39,TO-92
80
39
5.5
10.4 to 35
2.2
L-VR1,2
TO-39,TO-92
90
38
5.5
11.2 to 35
2.2
L-VR1,2
TO-39,TO-92
100
37
6.0
14.2 to 35
2.2
L-VR1,2
TO-39,TO-92
300
150
34
6.0
17.2 to 35
2.2
L-VR1,2
TO-39,TO-92
300
170
33
6.0
20.2 to 40
2.2
L-VR1,2
TO-39,TO-92
TO-39,TO-92
V
100
V
150
V
175
V
175
V
188
V
250
V
V
V
50
300
200
31
6.0
26.2 to 40
2.2
L-VR1,2
Fixed Positive 500 rnA
10 }lA78M05
5.0
M
50
50
62
6.0
8.0 to 35
2.5
L-VR2
TO-39
11 }lA78M05
5.0
C
100
100
62
6.0
7.5 to 35
2.5
L-VR2,6
TO-39,TO-220
12 }lA78 COS
5.0
M
100
50
62
6.0
8.0 to 35
3.0
L-VR6
TO-220
13 }lA78M06
6.0
M
60
60
59
6.0
9.0 to 35
2.5
L-VR2
TO-39
14 }lA78M06
6.0
100
120
59
6.0
8.5 to 35
2.5
L-VR2,6
TO-39,TO-220
15 }lA78C06
6.0
C
C, V
100
60
59
6.0
9.0 to 35
3.0
L-VR6
TO-220
16 }lA78M08
8.0
M
60
80
56
6.0
11 to 35
2.5
L-VR2
TO-39
17 }lA78M08
8.0
100
160
56
6.0
10.5 to 35
2.5
L-VR2,6
TO-39,TO-220
18 }lA78C08
100
80
46
6.0
11 to 35
3.0
L-VR6
TO-220
TO-220
8.0
C
C, V
19 }lA78C10
10
C
100
100
55
6.0
13 to 35
3.0
L-VR6
20 }lA78M12
12
M
60
120
55
6.0
15 to 35
2.5
L-VR2
TO-39
21 }lA78M12
12
100
240
55
6.0
14.5 to 35
2.5
L-VR2,6
TO-39,TO-220
22 }lA78C12
12
C
100
120
46
6.0
15 to 35
3.0
L-VR6
TO-220
23 }lA78M15
15
M
60
150
54
6.0
18 to 35
2.5
L-VR2
TO-39
24 }lA78M15
15
C
100
300
54
6.0
17.5 to 35
2.5
L-VR2,6
TO-39,TO-220
C,
V
* Operating junction temperature range:
C = Commercial temperature range, DoC to +125°C; V = Vehicular & Industrial temperature range,
-40°C to +125°C; M = Extended Military, -55°C to +150°C.
7-3
II
FAIRCHILD LINEAR
VOLTAGE REGULATORS
VOLTAGE REGULATORS (BY OUTPUT CURRENT)
(Cont'd)
CII
CII
0
z
w
0
E
~
:>
w
0
CI
C1I
=0:
0>0
..
CII
::I
>1-
~CII
'5
E
~;
c.
CII
0
I-
c::
.2
CQ')C
-
C1I
6,:t
CII-a:: >
CII
c::
::;
E
c::
c::
0
ca)('
C1I
6,:t
CII-a:: >
-
't:I
C1I
E
0
oJ
~
.
'ECII
::::I
u~ 0
.~.5 -~
c::
a::~ CII E
u
/II
.!!!m CII
8:'t:I
.:;
ii:
0
CI
c::
C1I
a::
CII
CI
.!>
.!
'00:
'0
-I-
CII
CI
>
'5
C.
.5
>>0
::::1--
.
&,>
c::
.2
tien
CII __
..
c:: E
c:: C1I
0
0
.....
U
CI
C1I
.-
'iii'
'i"
CI
C1I
0
'61 0
...:
c
oJ
a.
0
U
C1I
Fixed Positive 500 rnA (Cont'd)
1 IlA78C15
15
C
100
150
46
6.0
18 to 35
3.0
L-VR6
TO-220
2 IlA78C17
17
C
100
170
52
6.0
20 to 35
3.0
L-VR6
TO-220
3 IlA78C18
18
C
100
180
46
6.0
21 to 35
3.0
L-VR6
TO-220
4 IlA78M20
20
M
60
200
53
6.0
23 to 40
2.5
L-VR2
TO-39
5 IlA78M20
20
C
100
400
53
6.0
22.5 to 40
2.5
L-VR2,6
TO-39,TO-220
6
IlA78C20
20
C
100
200
46
6.0
23 to 40
3.0
L-VR6
TO-220
7 IlA78C22
22
C
100
220
53
6.0
24.5 to 40
2.5
L-VR6
TO-220
8
24
M
60
240
50
6.0
27 to 40
2.5
L-VR2
TO-39
IlA78M24
9 IlA78M24
24
C
100
480
50
6.0
26.5 to 40
2.5
L-VR2,6
TO-39,TO-220
10 IlA78C24
24
C
100
240
46
6.0
27 to 40
3.0
L-VR6
TO-220
M
50
100
54
2.0
-7.5 to -35
2.5
L-VR3
TO-39
Fixed Negative 500 rnA
11
IlA79M05
-5.0
12 IlA79M05
-5.0
C
50
100
54
2.0
-7.3 to -35
2.3
L-VR3,7
TO-39
13
IlA79M06
-6.0
M
60
120
54
2.0
-8.5 to -35
2.5
L-VR3
TO-39,TO-220
14 IlA79M06
-6.0
C
60
120
54
2.0
-8.3 to -35
2.3
L-VR3,7
TO-220
15
IlA79M08
-8.0
M
80
160
54
2.0
-10.5 to -35
2.5
L-VR3
TO-39
16
IlA79M08
-8.0
C
80
160
54
2.0
-10.3 to -35
2.3
L-VR3,7
TO-39,TO-220
17
IlA79M12
-12
M
80
240
54
3.0
-14.5 to -35
2.5
L-VR3
TO-39
18
C
80
240
54
3.0
-14.3 to -35
2.3
L-VR3,7
TO-39,TO-220
TO-39
IlA79M12
-12
19
IlA79M15
-15
M
80
240
54
3.0
-17.5 to -35
2.5
L-VR3
20
IlA79M15
-15
C
80
240
54
3.0
-17.3 to -35
2.3
L-VR3,7
TO-39,TO-220
21
IlA79M20
-20
M
80
300
54
3.5
-22.5 to -40
2.5
L-VR3
TO-39
22
IlA79M20
-20
C
80
300
54
3.5
-:22.3 to -40
2.3
L-VR3,7
TO-39,TO-220
23
IlA79M24
-24
M
80
300
54
3.5
-26.5 to -40
2.5
L-VR3
TO-39
24 IlA79M24
-24
C
80
300
54
3.5
-26.3 to -40
2.3
L-VR3,7
TO-39,TO-220
• Operating junction temperature range:
C = Commercial temperature range, O°C to +125°C; V = Vehicular & Industrial temperature range,
-40°C to +125°C; M = Extended Military, -55°C to +150°C.
7-4
FAIRCHILD LINEAR
VOLTAGE REGULATORS
VOLTAGE REGULATORS (BY OUTPUT CURRENT)
(Cont'd)
GI
GI
0
z
w
0
E
~
CI
I'll
:!::c:
0>>1-
:;
1;
0
0
w
'5
.f
.a
E
GI
Q.
0
i)C
-
I'll
:2::E
2'11:>
E
GI
C
I-
::::i
GI
c
c
E
C
.2
~
utiM GI
C
-
I'll
~::E
GI11:>
'ii~
ll:-
E
'Q.'a
'a
I'll
0
Glal
Q.
a:
....I
CI
.
c
'EGI
I'll
II:
:2
GI
0
_C(
C
GI
u
UI
E
GI
·s
a
CI
.l!!>
'0
>
'5Q.
.E
GI
CI
.l!!
>>-
'O'iL
-I-
:2-
.
&.>
0
0
c
.2
uu;"
GIC E
Ui'
C
0 E
CI
0
...... 1'11
u .'61 0
0
....I
arCI
I'll
..10:
U
I'll
D.
Fixed Positive 1.0 A
1 JLA7805
5.0
M
50
50
68
6.0
8.0 to 35
3.0
L-VR10
TO-3
2.5
2 IlA7805
5.0
C
100
100
62
8.0
7.5 to 35
3 IlA309
5.0
C
50
100
-
10
4 IlA109
5.0
M
50
100
-
10
-
L-VR6,10
TO-3,TO-220
-
L-VR10
TO-3
-
L-VR10
TO-3
5 JLA209
5.0
V
50
100
-
10
6 JLA7806
6.0
M
60
60
65
6.0
9.0 to 35
-
L-VR10
TO-3
3.0
L-VR10
TO-3
7 JLA7806
6.0
C
120
120
59
8.0
8.5 to 35
2.5
L-VR6,10
TO-3,TO-220
8 IlA7808
8.0
M
80
80
62
6.0
11 to 35
9 IlA7808
8.0
C
160
160
3.0
L-VR6,10
TO-3,TO-220
10.5 to 35
2.5
L-VR6,10
TO-3,TO-220
56
8.0
10 IlA7885
8.5
M
85
85
60
6.0
11.5 to 35
3.0
L-VR10
TO-3
-
-
11 IlA7885
8.5
C
170
170
54
8.0
11 to 35
2.5
L-VR6,10
TO-3,TO-220
12 IlA7812
12
M
120
120
61
6.0
15 to 35
3.0
L-VR10
TO-3
13 JLA7812
12
C
240
240
55
8.0
14.5 to 35
2.5
L-VR6,10
TO-3,TO-220
14 JLA7815
15
M
150
150
60
6.0
18 to 35
3.0
L-VR10
TO-3
15 JLA7815
15
C
300
30Q
54
8.0
17.5 to 35
2.5
L-VR6,10
TO-3,TO-220
16 JLA7818
18
M
180
180
59
6.0
21 to 35
3.0
L-VR10
TO-3
17 IlA7818
18
C
360
360
53
8.0
20.5 to 35
2.5
L-VR6,10
TO-3,TO-220
18 IlA7824
24
M
240
240
56
6.0
27 to 40
3.0
L-VR10
TO-3
19 IlA7824
24
C
480
480
50
8.0
26.5 to 40
2.5
L-VR6,10
TO-3,TO-220
-5.0
M
50
50
54
2.0
-7.8 to -35
2.8
L-VR11
TO-3
C
100
100
54
2.0
-7.3 to -35
2.3
L-VR7,11
TO-3,TO-220
2.8
L-VR11
TO-3
Fixed Negative 1.0 A
20 IlA7905
21 JLA7905
-5.0
22 IlA7906
-6.0
M
60
60
54
2.0
-8.8 to -35
23 IlA7906
-6.0
C
120
120
54
2.0
-8.3 to -35
2.3
L-VR7,11
TO-3,TO-220
24 IlA7908
-8.0
M
80
80
54
2.0
-10.8 to -35
2.8
L-VR11
TO-3
• Operational junction temperature range:
C = Commercial temperature range, O°C to +125°C; V = Vehicular & Industrial temperature range,
-40°C to +125°C; M = Extended Military, -55°C to +150°C.
7-5
I
FAIRCHILD LINEAR
VOLTAGE REGULATORS
VOLTAGE REGULATORS (BY OUTPUT CURRENT)
CII
CI
ftI
0
=="Q:
o :>.
Z
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w
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0
(Cont'd)
CII
CI
c:
ftI
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CI
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CII
CI
ftI
.-CI c
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Fixed Negative 1.0 A (Cont'd)
1 f.l A7908
-8.0
C
160
160
54
2.0
-10.3 to -35
2.3
L-VR7,11
TO-3,TO-220
2 f.lA7912
-12
M
120
120
54
3.0
-14.8 to -35
2.8
L-VR11
TO-3
3 f.lA7912
-12
C
240
240
54
3.0
-14.3 to -35
2.3
L-VR7,11
TO-3,TO-220
4 f.lA7915
-15
M
150
150
54
3.0
-17.8 to -35
2.8
L-VR11
TO-3
5 f.lA7915
-15
C
300
300
54
3.0
-17.3 to -35
2.3
L-VR7,11
TO-3,TO-220
6 f.lA7918
-18
M
180
180
54
3.0
-20.8 to -35
2.8
L-VR11
TO-3
7 f.lA7918
-18
C
360
360
54
3.0
-20.3 to -35
2.3
L-VR7,11
TO-3,TO-220
8 f.lA7924
-24
M
240
240
54
3.0
-26.8 to -40
2.8
L-VR11
TO-3
9 f.lA7924
-24
C
480
480
54
3.0
-26.3 to -40
2.3
L-VR7,11
TO-3,TO-220
Fixed Positive 2.0 A
TO-3,TO-220
Fixed Positive 3.0 A
11 SH123
5.0
M
25
100
-
20
7.5 to 20
2.5
H12
TO-3
12 SH223
5.0
M
25
100
-
20
7.5 to 20
2.5
H12
TO-3
13 SH323
5.0
C
25
100
-
20
7.5 to 20
2.5
H12
TO-3
5.0
C,M
120
50
60
10
8.5 to 25
3.5
H12
TO-3
5.0
C,M
25
50
60
10
7.8 to 2.5
2.3
H12
TO-3
16 f.lA78H12
12
C
-
120
60
10
15.5 to 25
3.5
H9
TO-3
17 f.lA78H15
15
C
30
30
60
10
18.5 to 25
-
H9
TO-3
C
25
50
10
7.5 to 40
I 2.5
H12
TO-3
Fixed Positive 5.0 A
14 f.l A78H05
121
15 f.l A78 H05A
Fixed Positive 10 A
I 60 I
1. Operating junction temperature range:
C = Commercial temperature range, O°C to +125°C; V = Vehicular & Industrial temperature range,
-40°C to +125°C; M = Extended Military, -55°C to +150°C.
2. To be announced
7-6
FAIRCHILD LINEAR
VOLTAGE REGULATORS
VOLTAGE REGULATORS (BY OUTPUT CURRENT)
41
CI
C
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a:
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41
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41
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41
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c
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41
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CI
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Positive Adjustable
1 ",A105
12
4.5 to 30 M
0.06
0.1
1.0
2.0
8.5 to 50 3.0
L-VR14
TO-99
2 ",A305
12
4.5 to 30 C
0.06
0.1
1.0
2.0
8.5 to 40 3.0
L-VR14
TO-99
3 ",A376
25
5.0 to 37 C
0.1
0.5
1.0
2.5
9.0 to 40 3.0
L-VR20
9T
45
4.5 to 40 C
0.06
0.4
-
2.0
8.5 to 50 3.0
L-VR14
TO-99
5 ",A723
150
2.0 to 37 M
0.3
0.15
58
3.5
9.5 to 40 3.0
L-VR15,17
TO-100,6A
6 ",A723
150
2.0 to 37 C
0.5
0.2
58
4.0
9.5 to 40 3.0
L-VR15,17 TO-100,6A,9A
7 ",A78MG
500
5.0 to 30 M
1.0
1.0
62
5.0
7.5 to 40
L-VR4
TO-39
8 ",A78MG
500
5.0 to 30 C
1.0
1.0
62
5.0
7.5 to 40 2.5 L-VR4,8,18
TO-39,8Z,9V
9 ",A78G
1000
5.0 to 30 M
1.0
1.0
68
5.0
7.5 to 40 2.5
L-VR12
TO-3
10 ",A78G
1000
5.0 to 30 C
1.0
1.0
62
5.0
7.5 to 40 3.0
L-VR8,12
TO-3,8Z
11 ",A78HG 5000
5.0 to 24 C
1.0
1.0
60
10
8.5 to 25 3.5
H10
TO-3
12 ",A104
25 -0,015 to -40 M
0.1
5mV
1.0
5.0
-8.0 to -50 2.0
L-VR16
TO-100
13 ",A304
25 -0.035 to -30 C
0.1
5mV
1.0
5.0
-8.0 to -40 2.0
L-VR16
TO-100
1.0
50
2.5
-7.0 to -30 2.5
L-VR5
TO-39
4 ",A305A
3.0
Negative Adjustable
14 ",A79MG
500
-2.23 to -30 M
1.0
15 ",A79MG
500
-2.23 to -30 C
1.0
1.0
50
2.5
-7.0 to -30 2.3 L-VR5,9,19 TO-39,8Z,9V
16 ",A79G
1000
-2.23 to -30 M
1.0
2.0
50
2.0
-7.0 to -40 2.8
L-VR13
TO-3
17 ",A79G
1000
-2.23 to -30 C
1.0
2.0
50
2.0
-7.0 to -40 2.3
L-VR9,13
TO-3,8Z
-2.25 to -24 C,M 1.0
1.0
50
5.0
-7.0to -40
2.0
H11
TO-3
100
2.0
-2.5 to -40
-
L-VR21
6B
2.0 -2.5 to -40
-
L-VR21
6B,9B
5.0t040
-
18 ",A79HG 5000
Adjustable Switching Regulator
19 ",A78S
1500
-1.3 to -40 M
-
-
20 ",A78S
1500
-1.3 to -40 C
-
21 SH160S<2) 5000
2.0 to 20 C
-
-
..
100
-
30
-
1. Operating junction temperature range:
C = Commercial temperature range, DOC to +125°C; V = Vehicular & Industrial temperature range,
-4DOC to +125°C; M = Extended Military, -55°C to +15DoC.
2. To be announced
7-7
-
I
FAIRCHILD LINEAR
OPERATIONAL AMPLIFIERS
OPERATIONAL AMPLIFIERS-COMMERCIAL (DOC TO +70°C)
'E
!
CII
.
01
J!
'15_
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a;=>e
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ci
I:
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0
0
:a
W
CII
'1:
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0
1
~A301A
u
'5
a.
.E
UI
°
General Purpose Op Amp
7.5
:::I
as
0
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30
50
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0
0
.E
250
±12
2
IlA302
Voltage Follower
15
30
-
30
±10
3
~A307
General Purpose Op Amp
7.5
30
50
250
±15
4
IlA308
Super Beta Op Amp
7.5
30
1.0
7.0
±13.5
5
IlA308A
Super Beta Op Amp
0.5
5.0
1.0
7.0
±13.5
6
IlA31 0
Voltage Follower
7.5
-
7.0
±10
7
IlA318
High Speed Op Amp
10
-
200
500
±11.5
8
IlA324
Quad Op Amp
7.0
-
50
250 +13,-Vs
IlA348
Quad Op Amp
6.0
-
50
200
±12
10
IlAF355
FET Input Op Amp
10
-
0.05
0.2
±10
11
IlAF356
FET Input Op Amp
10
-
0.05
0.2
±10
-4,+0.5
9
12
IlA702C
WideBand de Amp
5.0
10
2000
7500
13
IlA709C
High Perf Op Amp
7.5
-
500
1500
±8
14
IlA714C
High Perf Op Amp
0.15
1.8
6.0
7.0
±13
15
IlA714E
High Perf Op Amp
0.075
1.3
3.8
4.0
±13
16
IlA714L
High Perf Op Amp
0.25
3.0
20
30
±13
17
IlA715C
High Speed Op Amp
7.5
-
250
1500
±10
18
IlA725C
Instr Op Amp
2.5
-
35
125
±13.5
19
IlA725E
Instr Op Amp
0.5
2.0
5.0
75
±13.5
20
IlA727C
Temp Controlled Diff Amp
10
1.5
25
75
±12
21
IlA730C
Differential Amp
5.0
-
3.0
16
±3.5
22
IlA740E
FET Input Op Amp
100
-
0.3
2.0
±10
23
IlA741C
Freq Comp Op Amp
6.0
-
200
500
±12
24
IlA741E
Freq Comp Op Amp
3.0
15
30
80
±12
25
IlA747C
Dual Freq Comp Op Amp
6.0
500
±12
IlA747E
Dual Freq Comp Op Amp
3.0
-
200
26
200
500
±12
27
IlA748C
High Perf Op Amp
6.0
-
200
500
±12
28
IlA776C
Multi-Purpose Prog Op Amp (lSET = 15 IlA)
6.0
-
25
50
±10
"Military, automotive and industrial range devices are available. Please request specific data.
7-8
FAIRCHILD LINEAR
c:
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01
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0.5
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Min
Max
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130
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Qj'
01
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Q.
TO-99,6A,9T
1
L-OA9,22
5.5
0
L-OA1
TO-99
5.0
0.5
±3
±18
3.0
10
±12
±18
0.9985
10
1.0
±30
25K
1.0
5.0
0.5
±3
±18
3.0
0
L-OA2
TO-99,9T
±0.5
15K
1.0
1.0
0.3
±5
±18
0.8
1
L-OA3,27
TO-99,9T
±0.5
80K
1.0
1.0
0.3
±2
±20
0.8
1
L-OA3,27
TO-99,9T
TO-99
-
±10
0.999
20
1.0
30
±5
±18
5.5
0
L-OA1
25K
15
6.0
50
±5
±18
10
0
L-OA8
TO-99
±32
25K
1.0
1.2
0.5
+5
+32
2.0
0
L-OA25
6A,9A
±36
25K
1.0
5.0
0.5
±5
±18
4.5
0
L-OA25
6A,9A
±30
50K
2.5
-
5.0
±5
±18
4.0
0
L-OA8
TO-99,9T
±30
50K
5.0
-
12
±5
±18
10
0
L-OA8
TO-99,9T
±5
2K
30
3.5
3.5
+6,-3
+14,-7
6.7
2
L-OA4,17
TO-99,6A
±5
15K
1.0
5.0
0.3
±9
±18
2.9
0
L-OA5,18
TO-99,6A,9A,9T
±30
-
1.2
5.5
0.25
±3
±22
5.0
0
L-OA1
TO-99
±3
±22
4.0
0
L-OA1
TO-99
0
L-OA1
TO-99
±30
-
1.2
6.0
0.25
±30
-
1.2
5.0
0.25
±3
±18
6.0
±15
10K
65
5.0
100
±6
±18
10
3
L-OA12,19
TO-100,6A
±22
250K
1.0
5.0
±22
3.0
4
L-OA6
TO-99
1000K
1.0
5.0
-
±3
±22
±3
±22
3.0
4
L-OA6
TO-99
±15
0.06K
1.0
0.001
-
±9
±18
5.7
2
L-OA13
TO-100
±5
0.1K
1.5
-
+6
+14
13
0
L-OA7
TO-99
-
±30
25K
3.0
5.0
6.0
±5
±22
8.0
0
L-OA8
TO-99
±30
20K
1.0
5.0
0.5
±5
±18
2.8
0
L-OA8,20
TO-99,6A,9A,9T
±30
50K
1.0
5.0
0.7
±5
±22
3.75
0
L-OA8,20
TO-99,6A,9T
±30
20K
1.0
5.0
0.5
±5
±18
5.6
0
L-OA14,21
TO-100,6A,9A
±30
20K
1.0
5.0
0.5
±5
±18
4.25
0
L-OA14,21
TO-100,6A
±30
20K
1.0
5.0
0.5
±5
±18
2.8
1
L-OA9,22
TO-99,6A,6T,9T
±30
50K
1.0
2.0
0.8
±1.2
±18
0.19
1
L-OA10,23
TO-99,6A,9T
7-9
I
FAIRCHILD LINEAR
OPERATIONAL AMPLIFIERS
OPERATIONAL AMPLIFIERS.,....COMMERCIAL (O°C TO +70°C) (Cont'd)
GI
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Multi-Purpose Prog Op Amp USET
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6.0
GI
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001
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0
10
°±10
2
p,A777C
Precision Op Amp
7.5
-
50
250
±12
3
p,A791C
Power Operational Amp
6.0
500
±12
4
p,A798C
Dual Op Amp
6.0
6.0
-
200
200
500
±12
-
-
-
300
-
50
250 +36,-Vs
5
p,A1458C
Internally Comp, High Perf Dual Mono Op Amp
6
p,A3401
Quad Single Supply Amp
7
p,A3403
QuadOp Amp
8.0
-
50
8
p,A4136
Quad Op Amp
6.0
200
9
p,A4558
Dual Op Amp
6.0
-
SHOOO2'21
Current Amp
30
-
11
SH2714'21
Dual Instrumentation Amp
0.25
3.0
20
30
±18
12
SH300S'2.31
-
-
-
-
-
13
SH301S'2.31 Servo Amp
6.0
-
200
500
±12
10
I. 0 GHz Preamp
-500 +13,-Vs
500
±12
200
500
±12
-
10K
-
1. Military, automotive and industrial range devices are available. Please request specific data.
2. Also see Hybrid Section
3. To be announced
VOLTAGE COMPARATORS
0
z
III
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.......
>c
ftI
01!!:::E
:i:;:(
.r0::t.
--
GI"
J!G.t
-01
oJ!!
'So
Q.>
.5
c
'iii
0 .....
GlQ.
01>IVI0
>
---
Q
C
14
p,AF111
Voltage Comparator
(FET Front End Inputs)
0.05
0.000025
4.0
200K
15
p,AF211
Voltage Comparator
(FET Front End Inputs)
0.05
0.000025
4.0
200K
16
p,AF311
Voltage Comparator
(FET Front End Inputs)
0.15
0.000075
10
200K
Notes on following pages.
7-10
FAIRCHILD LINEAR
iij~
•- IV
'C=
I!!~>
.2!:==
co.
.5
r:
'iii
CII>
01 ......
J!l>
'E
~>C
:s IV oS!
O:::IE
.... IV"" ~
:scc 11:"
iI: > ......
.9-E
CIICC >
:s
" 'i=" ~ _
>:::IE
'0
>
'0,...
'0
:iicc
!XI
±30
50K
0.2
±30
25K
±30
20K
±30
20K
±30
Supply Voltage
!::.
!::.
~)C
:s IV
OE
~
a. CC
a.E
>
>
UI
Min
Max
>-
a:>-
.....
a.
en
0
r:
.2
'E
....
:s
gr: E
'"
C 0r:
IS./!!
.....
IV
r: ..
001
IV CII
CII
a.
o
E
0
'61
'"
Gi'
.!!
01
IV
'Uc
a.E
""a.
u
0
80
IV
....I
L-OA10,23
TO-99,6A,9T
1
L-OA9,22
TO-99,6A,9T
4
L-OA15,16
TO-100,9W
0
L-OA11
TO-99,6T,9T
0
L-OA11
TO-99,9T
0
L-OA24
9A
7.0
0
L-OA25
6A,9A
±18
10
0
L-OA26
6A,9A
±18
5.0
0
L-OA11
TO-99,9T
±20
±10
0
H1
TO-99
0.12
0.1
±1.2
±18
0.03
1.0
5.0
0.5
±5
±20
2.8
1.0
1080
0.5
±5
±18
25
1.0
6.0
0.5
+5
+36
4.0
20K
1.0
5.0
0.5
±5
±18
2.9
1K
5.0
10
0.6
+5
±9
10
±30
25K
1.0
5.0
0.6
+5
+18
±36
20K
3.0
5.0
1.2
±5
±36
20K
3.0
5.0
1.2
±5
-
0.97
50
100
200
±5
-
;: I:
1
30
150
1.2
5.0
0.25
±3
±10
12
0
H2
6A
-
200
>1K
-
-
+12
+18
-
0
-
-
-
-
-
10K
1.0
±12
±40
30
0
-
-
M'
-CII
01
r:
IV
~,
CII
CII
IV
i=a:
E
II:
>>- ....
....
'8;>
c:~
....
oi'r:
'"
:s
iii
CII
a.
UI
II:
01
=0:
o >:s
---.
CII
I!!
i=!-s
!:::
....I
0
r:
.... III
.
E
cl&.
....CII
r:
.2
gr: E
r: IV
..
o 01
o .!!
'iii'
'61
""Do
'Uc
0
....I
Gi'
01
III
u
III
+36
200
2
M
L-OA28,29
TO-99
+36
200
2
A
L-OA28,29
TO-99
+36
200
2
C
L-OA28,29
TO-99
7-11
•
FAIRCHILD LINEAR
OPERATIONAL AMPLIFIERS
VOLTAGE COMPARATORS (Cont'd)
0
C
W
a
Z
E
!
0
.;:
u
C
c
:>
w
_-~
GI"-GI
111-
:::I ......
-:;.....,
Os
'So
.E 0
.E
.E
c
III
CI.:::Ic(
GI
-~
&C
.-..
en::' .-.
.!!!
>c
ID
GI III
_ ..
:I
0
::t
=
c ca
Of:l
III -
>c
-01
:::IOc(
CI.
::t
CI.>
c
'iii
CJ ......
GlCI.
01>-
S!::.
0
>
1
/LA111
Voltage Comparator (Strobed
Inputs, Single Supply, Low 113)
0.1
0.04
0.7
200K
2
/L A211
Voltage Comparator (Strobed
Inputs, Single Supply, Low Is)
0.1
0.04
0.7
200K
3
/LA311
Voltage Comparator (Strobed
Inputs, Single Supply, Low Ie)
0.25
0.06
2.0
200K
4
/LA139
Quad Comparator (Single
Supply, MRR inel. gnd)
0.1
0.025
5.0
200K
5
/LA139A
Quad Comparator (Single
Supply, MRR inel. gnd)
0.1
0.025
2.0
200K
6
/LA239
Quad Comparator (Single
Supply, MRR inel. gnd)
0.25
0.05
5.0
200K
7
/LA239A
Quad Comparator (Single
Supply, MRR inel. gnd)
0.25
0.05
2.0
200K
8
/LA339
Quad Comparator (Single
Supply, MRR inel. gnd)
0.25
0.05
5.0
200K
9
/LA339A
Quad Comparator (Single
Supply, MRR inel. gnd)
0.25
0.05
2.0
200K
10
/LA710
Voltage Comparator
20/25
3.0/5.0
2.0/5.0
1.75K
11
/L A711
Dual Comparator
75/100
10/15
3.5/5.0
1.5K
12
/LA734
Precision Comparator
(Low Drift -3.5/LV/oC)
0.15
0.025/0.05
5.0/3.0
25K
13
/LA760
High Speed
Differential Comparator
60
7.5
6.0
5K
14
/LA77S
Quad Comparator (Single
Supply, MRR inel. gnd)
0.3
0.07
9.0
200K
15
/LA2901
Quad Comparator (Single
Supply, MRR inel. gnd)
0.25
0.05
7.0
200K
16
/LA7302
Quad Comparator (Single
Supply, MRR inel. gnd)
0.1
0.03
5.0
200K
1. Measured at TA = 25°C
2. Response time is specified for 100 mV step input with 5.0 mV overdrive.
3. M = Military temperature range, -55°C to +125°C; A = Automotive temperature range, -40°C to +85°C;
C = Commercial temperature range, O°C to +70°C.
7-12
FAIRCHILD LINEAR
Pi'
-CD
01
~
CD
01
III
:!:"'Q:
o >-
>~
>- .......
1>
:::I
I/)
c
III
CD
II:
E
!
i=a:
c=~
.......
o
If)
i'C
CD
~'5
~o
::JC
~III
OIL
II:
.a
I!
!.
E
CD
~
C
.2
gE
C
C
III
..
001
os
e
CD
01
'Uo
~
0
a.
Q
U
III
....I
0, +5 to ±15
200
5
M
L-OA28,29
TO-99,6T
0, +5 to ±15
200
5
A
L-OA28,29
TO-99,6T
0, +5 to ±15
200
5
e
L-OA28,29
TO-99,6T
±1 to ±18, gnd to +2
or gnd to +36
1300
1
M
L-OA30
6A
±1 to ±18, gnd to +2
or gnd to +36
1300
1
M
L-OA30
6A
±1 to ±18, gnd to +2
or gnd to +36
1300
1
A
L-OA30
6A,9A
±1 to ±18, gnd to +2
or gnd to +36
1300
1
A
L-OA30
6A,9A
±1 to ±18, gnd to +2
or gnd to +36
1300
1
e
L-OA30
6A,9A
±1 to ±18, gnd to +2
or gnd to +36
1300
1
e
L-OA30
6A
+12,-6
40
1
TO-99,3F,6A,9A
40
1
M,e
M,e
L-OA31 ,32,33
+12,-6
L-OA34,35,36
TO-100,3F,6A,9A
±5 to ±15
200
2
M,e
L-OA37 ,38
TO-100,6A
±4.5 to ±6.5
25
2
M,e
L-OA39,40
TO-99,6A
±1 to ±18, gnd to +2
or gnd to +36
1300
1
M,e
L-OA30
6A,9A
±1 to ±18, gnd to +2
or gnd to +36
1300
1
A
L-OA30
9A
±1 to ±18, gnd to +2
or gnd to +36
1300
1
e
L-OA30
6A,9A
7-13
II
FAIRCHILD LINEAR
CONSUMER CIRCUITS
AUDIO POWER AMPLIFIERS
Power
Logic/
Supply Speaker Power
Voltage Impedance Output Connection
Package(s)
W
Diagram
V
n
Item
DEVICE
NO.
1
TBA641A12.
High current capability
9.0
4.0
2.2
L-C12
9H(Qui!)
2
TBA641B11
High current capability
14
4.0
4.5
L-C12
9J (Qui!)
3
TBA800
Suitable for 24 V supply
operation; eg: TV
24
16
5.0
L-C11
9W-P3
4
TBA800A
Suitable for 24 V supply
operation; eg: TV
24
16
5.0
L-C11
9W-P4
5
TBA810S
Thermal shutdown
14.4
4.0
6.0
L-C10
9W-P3
6
TBA810AS
Thermal shutdown
14.4
4.0
6.0
L-C10
9W-P4
7
TBA810DS
Thermal shLitdown over
voltage protection
14.4
4.0
6.0
L-C10
9W-P3
8
TBA810DAS
Thermal shutdown over
voltage protection
14.4
4.0
6.0
L-C10
9W-P4
9
TBA820
Low power supply operationsuitable for battery
operation
12
9.0
6.0
3.5
8.0
8.0
4.0
4.0
2.0
1.2
0.75
0.22
L-C29
9A (Quill
10
TBA820L
Low power supply operationsuitable for battery
operation
12
9.0
6.0
3.5
8.0
8.0
4.0
4.0
2.0
1.2
0.75
0.22
L-C29
9A
11
TDA2002
Thermal shutdown, over
voltage protection, short
ci rcuit protection
16
14.4
14.4
2.0
2.0
4.0
10
8.0
5.0
L-C1
GO (TO-220
type)
12
TDA2002A
Thermal shutdown,
short circuit protection
16
14.4
14.4
2.0
2.0
4.0
10
8.0
5.0
L-C1
GO (TO-220
type)
13
fJ.A706A
High current capability
9.0
4.0
2.2
L-C12
9H
14
fJ.A706B
High current capability
14
4.0
5.5
L-C12
9J
15
fJ.A783
Thermal shutdown (operation
from 4.0 to 30 V)
24
8.0
9.0
L-C1O
9W-P3,P4
Features
TELEVISION CIRCUITS
Item
DEVICE NO.
Description
Useful for
NTSC
PAL
Package(s)
L-C33
98
X
L-C44
98
X
L-C45
98
16
TAA630S
Chroma Demodulator
X
17
TBA510
Chroma Processor
18
TBA520
Chroma Demodulator
7-14
Logic/Connection
Diagram(s)
FAIRCHILD LINEAR
CONSUMER CIRCUITS
TELEVISION CIRCUITS
(Cont'd)
Item
Description
DEVICE NO.
Useful for
NTSC
PAL
Logic/Connection
Diagram(s)
Package(s)
1
TBA530
RG8 Matrix Preamplifier
X
L-C43
98
2
TBA540
Reference Combination
X
L-C31
98
3
TBA560C
Luma & Chroma Control
Combination
X
L-C32
98
4
TBA920
Horizontal Oscillator
X
X
L-C34
98
5
TBA920S
Horizontal Oscillator
X
X
L-C34
98
6
TBA970
Video Amplifier
X
X
L-C35
98
7
TBA990
Chroma Demodulator
X
L-C36
98
8
TDA1190
TV Sound System
9
TDA1190Z
TV Sound System
10
TDA2510
Chroma Combination
11
TDA2521
Chroma Demodulator
X
X
L-C8
9W
X
X
L-C8
9W
X
X
L-C47
98
X
L-C46
98
X
12
IlA746
Chroma Demodulator
X
L-C17
TO-100,9A
13
IlA780
PLL Chroma Subcarrier
Regenerator
X
L-C39
98
14
IlA781
Gain Controlled Chroma
Amplifier
X
L-C21
9A
15
IlA787
Chroma Processor
X
L-C40
98
16
IlA788
Chroma DemodulatorDC Tint Control
X
L-C41
98
17
IlA796
Double 8alanced Modulator/
Demodulator
X
X
L-C4,22
TO-100,9A
18
IlA1391
Horizontal Processor
Flyback)
X
X
L-C7
9T
X
L-C7
9T
L-C25
TO-100,9A
L-C26
9A
(+
19
IlA1394
Horizontal Processor
(- Flyback)
X
20
IlA3064
Automatic Fine Tuning
X
21
IlA3065
Sound IF
X
7-15
X
I
FAIRCHILD LINEAR
CONSUMER CIRCUITS
RADIO-AUDIO CIRCUITS
Item
DEVICE NO.
Description
Logic/Connection
Diagram(s)
Package(s)
IF, RF Amplifiers, Gain Blocks, Detectors, Decoders
1
).lA703
IF, RF Amplifier
L-C2
TO-99
2
).lA720
AM Radio Circuit (RF, Converter, IF)
L-C13
6A,9A
3
).lA721
AM/FM IF Amplifier, FM Limiter,
Detector
L-C37
9B
4
).lA732
Stereo Decoder
L-C14
9A
5
).lA753
FM Gain Block
L-C5
9T
6
).lA757
Gain Controlled IF Amplifier
L-C19
6A
7
).lA758
PLL Stereo Decoder
L-C38
9B
8
).lA767
Stereo Decoder
L-C20
9A
9
).lA1310
PLL Stereo Decoder
L-C23
9A
10
).lA2136
FM IF Limiter Detector
L-C24
9A
11
).lA3075
FM IF Limiter Detector
L-C27
9A
12
).lA3089
FM IF Limiter Detector
L-C42
9B
Preamplifiers
13
).lA739
Dual Audio Preamplifier
L-C15
6A,9A
14
).lA749
Dual Audio Preamplifier
L-C3, 18
TO-99,6A,9A
).lA7300
Dolby "8" Noise Reduction
L-C48
9B
Dolby
15
Special Functions
16
SH1549'
Station Memory Control Hybrid
H4
1" x 2"
Single
In-line
17
SH1552'
Ladder Network for Signal Conversion
H3
1" x 2"
Single
In-line
18
).lA742
Zero Crossing ac Trigger Trigac
L-C16
6A
19
).lA7390
Ground Fault Detector
L-C6
9T
20
).lA7391
2.0 A Motor Speed Control
L-C9
9W-P6
21
).lA7392
300 mA Motor Speed Control
L-C30
6A,9A
• For further information contact Hybrid Marketing
7-16
I
INTERFACE
I
FAIRCHILD INTERFACE
LINE DRIVERS/RECEIVERS/TRANSCEIVERS
LINE DRIVERS
-0
z
~
(.)
0
w
:;:
E
w
!
C
C
:g
c
:I
oC ...
.- 01
C >
a!Q.Q1
E ~
011:
(.)
~
_25
::s;
0. a!
CQ.
- E
0
(.)
-C
"S
.2
.9-
:I !
.9-i
:I
0
5=0
01
C
Q.
~
(.)
""
Quad
/-LA1489
TTL
Volt
Single
Ended
C
~a: CL
01
DI
.!
(.)t. ~ '0»
:0:I :0-
"Set
.9-E
:I
0
III
cI
"
_Q.
±10 220
Q.
0.
:I
U)
±15
01
.--
DI
a!
..III
Q.o.
A.
c~
Q.
C
:8
_I .........
-:0-
U
a!
...01
C
.2
ti
..
01 .....
C E
oC •...
(.)01
t E r! ......C!!
~
.~
0
Q ....0
A.
- 4 149
a
-III
';"
DI
..III
•u
:.
6A,9A
1
/-LA1488
2
54n437
Quad 2NAND
Any
TTL
TTL
Volt
Single
Ended
48
10
+5.0
108
4
D2
31,
6A,9A
3
54n438
Quad 2NAND
96106
TTL
Volt
Single
Ended
48
13
+5.0
98
4
D2
31,
6A,9A
4
54/7440
Dual 2NAND
Any
TTL
TTL
Volt
Single
Ended
48
11
+5.0
52
2
D5
31,
6A,9A
5
54H/74H40
Dual 2NAND
Any
TTL
TTL
Volt
Single
Ended
48
7.0
+5.0
88
2
D5
31,
6A,9A
6
548/74840
Dual 2NAND
Any
TTL
TTL
Volt
Single
Ended
48
4.0
+5.0
88
2
D5
31,
6A,9A
7
8T13
Dual
8T14
TTL
Volt
Single
Ended
250'31 20
+5.0
280
2
121
4L
68,98
8
8T23
Dual
18M-370
8T24
TTL
Volt
Single
Ended
250'31 20
+5.0
280
2
121
68,9B
9
9009
Dual 2NAND
Any
TTL
TTL
Volt
Single
Ended
48
10
+5.0
54
2
D5
31,6A
10
9612
Dual
9613
TTL
Volt
Diff
50
14
+5.0
150
2
123
6T,9T
4L
68,98
11
9614
Dual
9615
TTL
Volt
Diff or
Single
40
16
+5.0
170
2
12
12
9616
Triple
RS232
9617,
9627
TTL
Volt
Single
Ended
17 300
±12
250
3
14
31
6A,9A
13
9621
Dual
9622
TTL
Volt
Diff or
Single
20
10
+5.0,
+15
100
2
17
31,6A
14
9634
Dual
9637A
TTL,
Volt
CMOS
Diff
±50
10
+5.0
200
2
133
4L
68,98
15
9636
Dual
9637A
TTL,
Volt
CMOS
Single
Ended
±75
- ±9.0 to
200
2
134
6T,9T
±50
10
+5.0
-
2
136
6T,9T
20
3.0
-5.2
312
3
E78
4L,
68,98
16
17
9638
Dual
9637A
TTL
Volt
Diff
101231
Triple
8us Dvr
All 10K
ECL
ECL
Volt
Single
Ended
10523141
1. In some cases, only commercial temperature range
devices are listed. Please request specific
information for military versions.
±15
2. OC = open collector, 38 = 3-state
3. Foldback current limited
4. 105XX and 106XX denote military temperature range
8-3
I
FAIRCHILD INTERFACE
LINE DRIVERS/RECEIVERS/TRANSCEIVERS
LINE DRIVERS (Cont'd)
~
-0
z
w
U
E
!
:;
w
0
1
~
C
0
:g
C
::s
I&.
7
0
U
~
Ut:,
'5,21
'500(
8
aE
::s
0
0c
-:0-
CII
t-
is
.cI
is.
a.
::s
III
'0
»
:0-
9-
til
c
......
III
U III
a. a. Go
GI .......
C E
GI
C III
,- .......
0
...
a.
o~
UCII
r!
~ E GI 'C:i.!!
:0~
'61 0
'C
: ...
0
Go
0
0
-I
..
.......
GI
CII
III
..II:
U
III
Go
Single
Ended
16
3.0
-5.2
510
4
E105
4l,6B
Dual 2NAND
Any
TTL
TTL
Volt
Single
Ended
40
4.0
+5.0
88
2
D5
31,
6A,9A
Octallnverting
Bus Dvr
Any
TTL
TTL
Volt
Single
Ended
40
12
+5.0
175
8
D73
9Z
Octal
Bus Dvr
Any
TTL
TTL
Volt
Single
Ended
40
12
+5.0
180
8
D74
9Z
Octal
Bus Dvr
Any
TTL
TTL
Volt
Single
Ended
40
12
+5.0
180
8
D77
9Z
Octal3S
Inverting
Any
TTL
TTL
Volt
Single
Ended
40
12
+5.0
175
8
D80
9Z
74LS540
54LSI
Octal3S
Any
TTL
TTL
Volt
Single
Ended
40
12
+5.0
180
8
D81
9Z
TTL
Curr
Diff
6.0
9.0
±5.0
180
2
114
31
6A,9A
12
9.0
±5.0
285
2
31
114 6A,9A
54S1
54LSI
54LSI
54LSI
74LS244
6
811:
::s I!
a.::s
J!
...
,2
Volt
74LS241
5
2:
GI
--
0
GI
a.
-
:8III ......
ECl
74LS240
4
a.
E
_:i!ii
::sa.'Iii
C a.
-E
c
.S!
'5
a.
'5
GI
All ECl
logic
74S140
3
0'"
-C :0GI
111-
~
c
I!
... ......
a. Ii:
::s:o-
.rJU
Quad
101921
10592(41
2
C
GI
CII
C
54LSI
74LS541
8
5sn5109
Dual
75107,
75108
9
55/75110
Dual
75107,
75108
TTL
Curr
Diff
10
55n5121
Dual
75122
TTL
Volt
Single
Ended
250(31 20
+5.0
280
2
121
6B,9B
11
75123
Dual
IBM-370
75124
TTL
Volt
Single
Ended
250(31 20
+5.0
280
2
121
6B,9B
12
75150
Quad
75154
TTL
DTl
Volt
Single
Ended
15
20
±12
100
2
151, 6A,6T,
52 9A,9T
13
96101
Quad 296106
NANDOC
TTL
Volt
Single
Ended
80
13
+5.0
98
4
D3 TO-86
6A,9A
14
100123
Hex
Bus Dvr
AII95K
and 100K
ECl
ECl
Volt
Single
Ended
20
1.8
-4.5
730
6
15
100194
Quint
Duplex
Bus Dvr
AII100K
ECl
ECl
Volt
-
-
2.0
-4.5
-
-
1. In some cases, only commercial temperature range
devices are listed. Please request specific
information for military versions.
E14
4Q
E110 4Q,6Q
2. OC = open collector, 38 = 3-state
3. Foldback current limited
4. 105XX and 106XX denote military temperature range
8-4
FAIRCHILD INTERFACE
LINE DRIVERS/RECEIVERS/TRANSCEIVERS
LINE RECEIVERS
.
~
-0
'C
Q
C
Z
c
W
0
0
E
~
:;:
tic
Q
LI.
w
=
0
C
III
Do
E
CII
;e
iE
0
~:;
:;
Do
0
0=
0
'0
!!::,
E
'5
Do III
c ~
III
CII
'0
0
:::E
~>
E
E
0
-U)
0
III
Do
III
0
III
'iii
I!!
CII
01
Ii: .!
'0
t:
»
cI
Q.
III
o!
III
>-
'0
J:
~
c
:is
'0>
:J:
.J::.I-
0
01
~
~
>-
Do
.s- =
.U)
u
..
C
III
a. ,2
DoDo
,>- !. iE
~ I!
r! o 01
:8III .....
=10;; E
0
Do
CII
>
'Qj
u
CII
II:
o
,!!
'UQ
'61
0
-I
.....
.!!.
CII
01
.:u
III
Do
1
,uA1489
Quad RS232
,uA1488
TTL
+0,5
£30
0.25V
220
-
-
4
150
6A,9A
2
,uA1489A Quad RS232
,uA1488
TTL
+0.5
±30
1.0V
25
-
-
4
150
6A,9A
3
8T14
Triple
8T13
TTL
Yes
20 +5.0
315
3
122
68,98
8T24
Triple 18M-370
8T23
TTL
-
+5.0
4
+5.0
Yes
20 +5.0
315
3
122
68,98
5
9582
Triple
All Eel
logic
Eel
VREF
±1.0
No
2.2 -5.2
250
3
E22
68
6
9613
Dual Ditt
9612
TTL
±0.5
±15
No
25 +5.0
143
2
124
6T,9T
7
9614
TTL
±1.0
±15
No
30 +5.0
150
2
9615
Dual Dift
8
9617
Triple RS232
9616
TTL
+1.5
±25
Yes
60 +5.0
60
3
15
6A
9
9620
Dual Diff
9621
TTL
±0.5
±15
No
35 +5.0
-12
110
2
16
31,6A
10
9622
Dual
9621
TTL
+1.5
±10
No
38 +5.0
-12
140
2
18
31,6A
11
9627
Dual RS2321
mil. std. 188
9616
TTL
+0.45
±25
No
70 ±12
234
2
111
4l
68,98
12
9637A
Dual
9634,
9636,
9638
TTL
+0.2
±15
0.3V
17 +5.0
-
2
135
6T,9T
RS422/423
10014
Active
Terminator
All Eel
logic
Eel
VREF
-
No
-
-5.2
65
14
E18
4l
68,98
101141
Triple
All Eel
logic
Eel
VREF
±1.0
No
2.2 -5.2
145
3
E24
4l
68,98
Quad
All Eel
logic
Eel
VREF
+2.0
No
1.9 -5.2
95
4
E23
4l
68,98
Triple
All Eel
logic
Eel
VREF
+2.0
No
1.9 -5.2
75
3
E24
4l
68,98
13
14
10514 12)
15
101151
1051512)
13 4L,68,9 8
16
10116
17
55/75107 Dual
75109
75110
TTL
±25
±3.0
No
17 ±5.0
130
2
113
31
6A,9A
18
55n5108 Dual
75109
75110
TTL
±25
±3.0
No
19 ±5.0
130
2
113
31
6A,9A
1. In some cases, only commercial temperature range devices are given. Please request specific
information for military versions.
2. 105XX and 106XX denote military temperature range.
8-5
I
FAIRCHILD INTERFACE
L1NEDRIVERS/RECEIVERS/TRANSCEIVERS
LINE RECEIVERS (Conl'd)
...
~
.;:
o
t:-
ci
C
Z
0
W
:g
s:w
!
a
0
0
E
C
C
E
0
0
c
=
&I.
0
~
;e
'SD-
>
".
-:t
o ...
~~
"5 ";;
~>
E
E
0
_0
0
0
!~
Q.C
C GI
GI
01
'ii: S
0
.!I.!
.........>-
IIJ
!
SIIJ
IIJ
C
•
".&
>:t
0
IV
.II:
u
c
IV
DIV
GI
":E
'S
Q.
'S
01
:a==
-5>
E
0
0
GI
>-
'0
»
~
Q.
Q.
=
0
c
:8IV_ D-IV...
D-Q. GI
->-
.2
¥E
: ......... ...
.-0;=
iE~
c IV
c ...
Q.
IIJ
001
o .!!
~o
U
CiI
II:
...I
GI
0
D-
0
IIJ
......
GI
01
.rJu
IV
D-
1
55/75122 Triple
75121
TTL
-
+5.0
Yes
20 +5.0 315
3
122
68,98
2
75124
Triple 18M-370
75123
TTL
-
+5.0
Yes
20 +5.0 315
3
122
68,98
3
75154
Quad R8232
75150
TTL,
DTl
2.2
±15
Yes
22 +5.0 200
+12
4
138
6A,9A
4
75207
Dual
75109
75110
TTL
±10
±3.0
No
17 ±5.0 130
2
113
6A,9A
5
75208
Dual
75109
75110
TTL
±10
±3.0
No
19 ±5.0 130
2
113
6A,9A
6
95115
Quad
All ECl
logic
ECl
VREF
+2.0
No
1.9 -5.2
95
4
E23
68
7
95116
Triple
All ECl
logic
ECl
VREF
+2.0
No
1.9 -5.2
75
3
E24
68
8
96106
Quad 2-NOR
8us
96101
TTL
1.5
-
No
20 +5.0
90
4
D39
TO-86
6A,9A
9
100114
Quint
All ECl
logic
ECl
VREF
±1.0
No
1.2 -4.5
380
5
E25
4Q
TRANSCEIVERS
c
'So(
ci
§:
w
c
Z
0
:g
0
E
!
s:w
C
=
0
&I.
.&E
=..l.
Oc
... !
.~ ~
00
2!
.2
¥ E
"'UI
>.rJ
Gig
o.!!
11:-
'i:'l
0_
...I! ...~
13
16
4
153
68,98
13
16
4
154
68,98
'S
Q.o(
'S E
O..l.
... c
.~~
.- = Sa
~IV
~
GI
!...
~o
II:
GI=
... .0
:to
GI
Gl DI
...
~UI
._
c
GI'
GlQ.
u"
~'r
gD-
C IV
C ...
001
~o
'61
0
...I
. !.
GI
01
.rJu
IV
D-
12
9640/26S10
Quad OC Inverting
100
20
-
15
18
4
137
68,98
13
9641/26S11
Quad OC
100
20
-
15
20
4
155
68,98
14
9642
Quad OC Inverting
100
20
0.6V
15
18
4
156
68,98
10
8T26
Quad 38
40
16
11
8T28
Quad 38
40
16
1. In some cases, only commercial temperature range devices are given. Please request specific
information for military versions.
2. OC
= open collector, 38 = 3-state
8-6
-
-
-
-"
-----
~~
-
~
FAIRCHILD INTERFACE
LINE DRIVERS/RECEIVERS/TRANSCEIVERS
TRANCE IVERS (Cont'd)
.&E
~
§:
Z
C
W
Oc
0
...GI ...2!
0
:;:
w
0
c
,t~
~
CO
:;:
E
~
-.
~c(
ci
U
~
c
0
'5
D.c(
'5E
GI
GI 01
C aI
C ...
...
.~ ~
"'... ..Q
C ...
'"
Glc
glf
.!!
aI
>.
",D.
u'tI .;: 'tI
.!!l:
... C
GI 2!
,t ...
GI
gE
r!
O.!.
GI=
~
¥o
a:
GI",
.~
GI'
GI D.
:1:0
>-aI
a:-
001
O.!!!
GI U
-'"
Gi'
01
aI
I! ...
"uo
'61
.....0
'"a..
O_D. I-~
u
III
54LSn4LS242
Quad Inverting 3S
40
40
0.4V
12
12
4
075
31,6A,9A
2
54LS/74LS243
Quad 3S
40
40
O.4V
12
12
4
076
31,6A,9A
3
54LS(1)n4LS245
Octal3S
40
40
0.4V
12
12
8
079
9Z
4
100194 (1 )
Ouplex
2.0
1.1
5
E110
4Q,6Q
DISPLAY DRIVERS
DISPLAY DRIVERS
~
:s
ci
z
W
0
E
~
:;:
W
0
:;D.
§:
E
C
0
~c
0
~
D.
.E
~
~
0
0
--
ID
...GI
'tI
0
u
GI
0
0
0
ID
01
c
:ij!
C
III
GI
C
o> ~
..QD. 2!
c(.E
...
~
oc(
GI
g'cn '5 E _GI
~OI
:ij!
a:
iii
iii
a.D.
C
III
~
0.....
......
'tI::&
c_ :I:
.!>
til.
... ~
-101
0111
-=
D.III
.&
~
0
~o
0>
"
GI
D.
>-
~
I-
I
.!!!
D.
.!!
0
>-
c
0
; E
~E
C III
>.=
001
o •
a.. c0
c ...
..QIII O.!!!
'tiD. "UO
C .-
.! .~ '61
0
0 .....
til
--'"
GI
01
~
u
If
5
45118
7-Seg Latchl
Oecoder/Ovr
CMOS Yes
No
Yes
25
H
LEO
0.Q15 C111 4L,6B,
9B
6
47348
7-8eg Latchl
Oecoder/Ovr
CM08 Yes
Yes
Yes
25
H
LEO
0.015 C114 70,9M
7
45438
7-8eg Latchl
Oecoder/Ovr
CM08 Yes
No
Yes
H
LCO
0.015 C112 4L,6B,
9B
8
54/7441
1-of-10
Cold Cathode
TTL
Yes
No
No
7.0
55
L
Gas
Oischarge
145 0140 4L,6B,
9B
9
54n445
1-of-10
OC Ovr
TTL
Yes
No
Yes
80
30
L
Common
Anode
215 0135 4L,7B,
9B
10
54/7446
7-8eg
Oecoder/Ovr
TTL
Yes
Yes
No
40
30
L
Common
Anode
320 0143
11
54n447
7-8eg
Oecoder/Ovr
TTL
Yes
Yes
No
40
15
L
Common
Anode
320 0143 4L,7B,
9B
54LSI
7-8eg
Oecoder/Ovr
TTL
Yes
Yes
No
12
15
L
74LS47
Common
Anode
35 0143 4L,6B,
9B
54n448
7-8eg Oecoder
TTL
Yes
Yes
No
8.0
5.5
H
12
13
1. To be announced
2. OC = open collector, 38
= 3-state
8-7
-
------
-
4L,7B
9B
265 0141 4L,7B,
9B
I
FAIRCHILD INTERFACE
DISPLAY DRIVERS
DISPLAY DRIVERS (Cont'd)
Q
~
:a:;:
0
Z
W
r:
::;
.2
U
Q
LL.
0
E
~
1\1
«
w
r:
~
Q,
E
0
0
'S
Q,
.=
_......
0
..
QI
"u
0
QI
Q
Q
0
II»
Q
r:
:i
r:
II1II
iii
t
Q,
II»
a:
QI
S'S E
.all. QI
cc.=
t
->e
0II1II
g'c»
.i;
Oct tn,
:i
r:
,e.
iii
0
II1II
~
...I
.....
":t l:
~
'S E
~
0
_QI
~Q
Q,IIIII
8.
>-
CJ
I-
i
>II1II
is.
.!I!
QI
:;= .!:
ti
o~ ct
Q
..
r:
~
; E'
o '
A.r:
0
~=
.a
II1II
"Q,
r: .-
.2
1!r: E
II1II
r: ..
o .!!
OQ
C;iQ
J! .; '61
0
tnQ
...I
:g
QI
Q
II1II
.IIIi
u
1\1
A.
1
54LS/
74LS48
7-Seg
Decoder/Dvr
TTL
Yes
Yes
No
1.3
5.5
H
-
125 . D141 4L,68,
98
2
5449
7-Seg Decoder
TTL
Yes
Yes
No
9.6
5.5
H
165 D142
3
54LSI
74LS49
7-Seg Decoderl TTL
Dvr OC
Yes
Yes
No
1.3
5.5
H
-
4
9302
1-of-10
OC Dvr
TTL
Yes
No
Yes
16
5.5
L
-
145 D133 4L,68,
98
5
9307
7-Seg
Decoder
TTL
Yes
Yes
No
11
5.5
H
LED,Com
Cathode
165 D141 4L,78,
98
6
9315
1-of-10
Cold Cathode
TTL
Yes
No
No
7.0
55
L
Gas
Discharge
145 D140 4L,68,
98
7
93178
7-Seg
Decoder/Dvr
TTL
Yes
Yes
Yes
40
20
L
LED,Com
Anode
220 D143 4L,78,
98
8
9317C
7-Seg
Decoder/Dvr
TTL
Yes
Yes
Yes
20
30
L
LED,Com
Anode
220 D143 4L,78,
98
9
9368
7-Seg
LED Dvr
TTL
Yes
Yes
No
20
1.7 H
LED,Com
Cathode
320 D144 78,98
10
9370
7-Seg
LED Dv r
TTL
Yes
Yes
No
25
5.5
L
LED,Com
Anode
350 D145 68,98
11
9374
7-Seg
LED Dvr
Yes
TTL,
CMOS
Yes
No
15
10 L
LED,Com
Anode
175 D145 68,98
12
9664
Hex Digit Dvr
MOS, No
TTL,
CMOS
No
No
150
20
L
LED
Neg
126 6A,9A
13
9665
7-Darl ington
Dvr
DTL,
No
TTL
MOS,
CMOS
No
No
350
50
L
LED, Gas
Discharge
0
139 68,98
14
9666
7-Darlington
Dvr
PMOS No
No
No
350
50
L
LED, Gas
Discharge
0
139 68,98
15
9667
7-Darlington
Dvr
TTL,
No
CMOS
No
No
350
50
L
LED, Gas
Discharge
0
139 68,98
16
9668
7-Darlington
Dvr
CMOS, No
PMOS
No
No
350
50
L
LED, Gas
Discharge
0
139 68,98
'OC = open collector, 38 = 3-state
8-8
31
40 D142 31,6A,
9A
-
-
- ---
~
----
FAIRCHILD INTERFACE
DISPLAY DRIVERS
DISPLAY DRIVERS (Cont'd)
c
0
~
Z
:>
c:
'S
C
::::I
0.
II.
.5
::::I
0.
«.5
iii
QI
c
c
~Q)
QI
'EQI
0
'tI::E
......
J:
Olu
''-
c:
:==
-oc
.2
tl
QI
'-:==
...J
~ E
o c:' c:c: E
~
>.=0 o Ol
QI
~- > 52
0« en,
_QI
'S E ::::IOl J:QI
o.lu
0.
'5= .::
'S og
tl
0.
::::I
>-
Il.
>lu
Q.
..Q lu
I-
.
i5
o
U>
~
.!!!
Ol
lu
'tI 0. ~c
c: '.! .~ Ol
0
0
Q.
III
a:
iii
1-of-10
TTL
Cold Cathode
Yes
No
No
7.0
55
L
Gas
Discharge
80 0140
4L,7B,
9B
1-of-10
OC Ovr
TTL
Yes
No
Yes
80
15
L
Common
Anode
215 0135
74145
4L,7B,
9B
54 LSI
74LS247
7-Seg
Oecoder/Ovr
TTL
Yes
Yes
No
12
15
L
LED, Com
Anode
54LSI
7-Seg
Oecoder/Ovr
TTL
Yes
Yes
No
1.3
5.5
H
125 0141
4L,6B,
9B
7-Seg OC
Oecoder/Ovr
TTL
Yes
Yes
No
1.3
5.5
H
40 0141
4L,6B,
9B
541
74141
541
74LS248
5
0
o
..Q
lu
(,)
0
W
~
4
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75492
Hex Digit
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126 TO-99,
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AUXILIARY DRIVERS
HIGH SPEED BUFFERS AND PERIPHERAL DRIVERS
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9
55/75431
Dual Drivers
TTL
AND
AND
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300
15
15
10 2
117
TO-99
6T,9T
10
55/75432
Dual Drivers
TTL
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300
15
15
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118
TO-99
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11
55/75433
Dual Drivers
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300
15
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55175450
Dual Drivers
TTL
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300
30
20
30
2
116
31,6A,9A
3
55175451
Dual. Drivers
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AND
AND
Internal
300
30
20
25
2
117
TO-99
6T,9T
4
55175452
Dual Drivers
TTL
AND
NAND
Internal
300
30
20
35
2
118
TO-99
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5
55175453
Oual Drivers
TTL
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300
30
20
25
2
119
TO-99
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6
55175454
Dual Drivers
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300
30
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HIGH CURRENT, HIGH VOLTAGE BUFFERS AND PERIPHERAL DRIVERS
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SH2002
High Current,
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1000
40
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SH2200
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2000
50
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1
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TO-l00
10
SH2201
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High Voltage
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2000
100
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11
SH3011*
Dual Hammer TTL
-
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5000
80
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2
H8
8-pin
TO-3
12
9664
Hex Driver
-
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150
20
-
600
6
126
6A,9A
13
55/75450 Dual Drivers
-
300
30
20
30
2
116
31,6A,9A
TTL,
MOS,
CMOS
TTL
NAND
'To be announced
8-10
FAIRCHILD INTERFACE
AUXILIARY DRIVERS
HIGH CURRENT, HIGH VOLTAGE BUFFERS AND PERIPHERAL DRIVERS (Cont'd)
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300
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2
117
TO-99
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2
55/75452
Dual Drivers
TTL
-
NAND
300
30
20
35
2
118
TO-99
6T,9T
3
55/75453
Dual Drivers
TTL
-
OR
300
30
20
25
2
119
TO-99
6T,9T
4
55/75454
Dual Drivers
TTL
-
NOR
300
30
20
35
2
120
TO-99
6T,9T
5
55/75460
Dual Drivers
TTL
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Cl
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(3
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-
300
35
30
35
2
116
31,6A,9A
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300
35
30
35
2
117
TO-99
6T,9T
6
55/75461
Dual Drivers
TTL
-
7
55/75462
Dual Drivers
TTL
-
NAND
300
35
30
35
2
118
TO-99
6T,9T
8
55/75463
Dual Drivers
TTL
-
OR
300
35
30
35
2
119
TO-99
6T,9T
9
55/75464
Dual Drivers
TTL
-
NOR
300
35
30
35
2
120
TO-99
6T,9T
10
55/75471
Dual Drivers
TTL
-
AND
300
80
55
30
2
117
TO-99
6T,9T
11
55/75472
Dual Drivers
TTL
NAND
300
80
55
45
2
118
TO-99
6T,9T
12 55/75473
Dual Drivers
TTL
-
OR
300
80
55
30
2
119
TO-99
6T,9T
13
55/75474
Dual Drivers
TTL
-
NOR
300
80
55
40
2
120
TO-99
6T,9T
14
75491
Quad Driver
TTL,
MOS,
CMOS
-
-
50
20
-
600
4
125
TO-99
6T,9A,9T
15
75492
Hex Driver
TTL,
MOS,
CMOS
-
-
250
20
-
600
6
126
TO-99
6T,9A,9T
NAND
8-11
I
FAIRCHILD INTERFACE
AUXILIARY DRIVERS
MOS, CCD AND CORE MEMORY DRIVERS
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TTL
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2
9644
Dual TTL to CCO/MOS Ovr
TTL
(300)
8.0
+5.0
157
6T,9T
3
9645
Quad TTL to CCO/MOS Ovr
TTL
(300)
8.0
+5.0
159
68,98
TTL
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30
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6A,9A,9T
4L,78,98
157,58 6A,6T,9A,9T
4
9646
Dual MOS Clock Ovr
5
55/75325
Core Memory Ovr
TTL
600
25
+5.0, +24
115
6
55/75326
Core Memory Ovr
TTL
600
30
+5.0
168
4L,78,98
7
55/75327
Core Memory Ovr
TTL
600
35
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+4.5 to +24
169
4L,78,98
LEVEL TRANSLATORS
LEVEL TRANSLATORS
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40498
Hex Inverting
8uffer
+3.0to+15
0.0
-2.5 131
+16 141
C12
4L,
68,98
9
40508
Hex Non-Inverting 8uffer
+3.0to+15
0.0
-2.5 131
+16 141
C13
4L,
68,98
10
41048
TTL to Logic
HIGH MOS
+3.0to+15
0.0
+9.95
+0.05
1.4
C62
4L,
68,98
11
9109
HLOTL-TTL Hex
+12 to +20
0.0
OC
+0.4
120 380
G12
6A
85
1. In some cases, only commercial temperature range devices are given. Please request specific
information for military versions.
2. 105XX and 106XX denote military temperature range.
3. 10H-mA
4. 10L-mA
8-12
FAIRCHILD INTERFACE
LEVEL TRANSLATORS
LEVEL TRANSLATORS (Cont'd)
~
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TTl-HlDTl Hex
2
9595
3
9624
4
9625
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5
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6.0 375
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68
TTl-MOS
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0.0 to -30
VTAP-1.0
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120
40
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60
110 31,6A,9A
+5.0
0.0 to -30
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70
Dual TTL to MOS
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0.0
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+0.3
8.0
-
157,
58
6A,6T,
9A,9T
9644
Dual TTL to MOS
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+5.0to+12
0.0
Vee-0.5
+0.3
8.0
-
157
6T,9T
7
9645
Quad TTL to MOS
Driver
+5.0
0.0
Vee-0.5
+0.3
8.0
-
159
68,98
8
9646
Dual MOS Clock
Driver
-22 to +22
0.0
Vee-0.5
+1.0
30
-
160,
61
6A,9A
9T
9
11C24
Dual TTL Voltage
Controlled
Multivibrator
+5.0
-
+2.5
+0.5
30 160
E19
6A
Phase-Freq
Detector
+5.0
-
+2.5
+0.5
-
165
E20
6A
+5.0
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-0.96
-1.62
-
260
E21
68
101241 TTl-ECl Quad
10524 Diff Driver
+5.0
-5.2
-0.96
-1.65
3.0 265
E16
4l,68,
98
101251 ECl-TTL Quad
8uffer
+5.0
-5.2
+2.5
+0.5
3.0 410
E17
4l,68
98
+5.0 or
+6.0
-5.2
+3.0 or
+4.0
+0.5 or
+0.6
6.0 430 E106
4l,68
98
+5.0
-5.2
-1.05
-1.595
3.0 295
10 11C44
11
11C58 ECl Voltage
Controlled
Multivibrator
12
13
10525
14
10177
ECl to MOS
15
95124
TTl-ECl Quad
Diff Driver
1. In some cases, only commercial temperature range devices are given. Please request specific
information for military versions.
2. 105XX and 106XX denote military temperature range.
8-13
E16
68
I
-
- --
- -
-
---
FAIRCHILD INTERFACE
CONVERTERS
CONVERTERS
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8-8it High Speed Digitalto-Analog Converter
TTL, CMOS, ECl,
HTl, MOS
2.0
±0.1
85
162
68,98
8-8it Multiplying Digitalto-Analog Converter
TTL, CMOS
2.0
±0.19
250
163
68,98
3
~A4151
Voltage-to-Frequency
Converter
TTL, CMOS
164 5S,6T,9T
4
~A7151
Voltage-to-Frequency
Converter w/Op Amp
TTL, CMOS
165
6A,9A
5
9650
4-8it Current Source
TTL
112
68
6
9706 111
8-Channel, 6-8it Microprocessor, TTL
Digital-to-Analog Converter
166
6A,9A
7
9708 111
6-Channel, 8-8it Microprocessor, TTL
Analog-to-Digital Converter
167
68,98
8
9710 111
10-8it High Speed
Digital-to-Analog Converter
TTL, CMOS,
ECl
8.0 ±0.25
200
6N,9N
9
9712 111
12-8it High Speed
Digital-to-Analog Converter
TTL, CMOS,
ECl
8.0 ±O.25
300
6N,9N
2.0
±0.1
±0.2
AMPLIFIERS
CORE SENSE AMPLIFIERS
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25
130
68,98
68,98
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10
7524
Dual Sense Amp
11 to 19
11
7525
Dual Sense Amp
·8.0 to 22
±2.5
AND
Com Collector
25
130
12
7528
Dual Sense Amp
11 to 19
±2.5
AND
Com Collector
25
131
68,98
13
7529
Dual Sense Amp
8.0 to 22
±2.5
AND
Com Collector
25
131
68,98
1.
AND
To be announced
2. In some cases, only commercial temperature range devices are given. Please request specific information
for military versions.
8-14
FAIRCHILD INTERFACE
AMPLIFIERS
CORE SENSE AMPLIFIERS
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C
0
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III
~
0
0
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0
~
E
E
e:>-
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~
GI
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0
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GI
O.!!!
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cI
....
E
01
()c
'SQ.
'S
UI
..
C III
C
001
~
'61
u
:.
0
1
7534
Dual Sense Amp
11 to 19
±2.5
NAND
Uncom Collector
25
132
68,98
2
7535
Dual Sense Amp
8.0 to 22
±2.5
NAND
Uncom Collector
25
132
68,98
3
75234
Dual Sense Amp
11 to 19
±2.5
NAND
Com Collector
25
132
68,98
4
75235
Dual Sense Amp
8.0 to 22
±2.5
NAND
Com Collector
25
132
68,98
TAPE/DISC PREAMPLIFIERS
C
'iii
..
0
z
LLI
c
0
0
~
c
iii ....
~~
cuI01 .....
GI
C
~
01
GI
>- ....
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c >- Be:
:;)1..... ->~
N
'i
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5
p.A733
Diff Video Amp
400
120
0.4
0.6
2,5
6
p.A739
Dual Low Noise
Preamp
20
1.0
0,05
1.0
+12,-14
C
~
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III
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0
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III
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u
III
Q.
11
TO-91
58,6A,9A
148
6A,9A
• In some cases, only commercial temperature range ·devices are given. Please request specific
information for military versions.
8-15
~
cu
I
-
- - -
-
- - ---
FAIRCHILD INTERFACE
SWITCHES
ANALOG SWITCHES
e
.2
GI
DI
0
e
Z
E
2
0
SH3002
1ie E..
>-
O.!
()O
e ....
a.
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Bic:
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TTL
200
0
~
Ii!!.
:;
0
SPOT Analog Switch
~
»0
1IlGI
>
w
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DI
i;:
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0
6~
is.
a.
::s
200
fit
GI
DI
'61
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~
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0
.
±12
H6
TO-100
±12
H7
TO-100
2
SH3003
DPST Analog Switch
TTL
3
40168
Quad 8ilateral SPST Switch
CMOS
1080
3.0 to 15
C63
31,6A,9A
4
40518
8-Chan Analog Multiplexer
CMOS
340
3.0 to 15
C65
4L,68,98
5
40528
Dual 4-Chan Analog Multiplexer
CMOS
340
3.0 to 15
C64
4L,68,98
6
40538
Triple 2-Chan Analog Multiplexer
CMOS
340
3.0 to 15
C96
4L,68,98
7
40668
Quad 8i1ateral SPST Switch
CMOS
300
3.0 to 15
C63
31,6A,9A
8
40678
16-Chan Analog Multiplexer
CMOS
340
3.0 to 15
C97
4M,6N,9N
9
47418
4x4 Crosspoint Switch
CMOS
340
3,0 to 15
C98
4L,68,98
SPECIAL FUNCTIONS
TIMERS AND COUNTERS
>u
e
GI
::s
l
•
0
Z
e
.2
U
e
::s
W
0
E
s:
w
IL. N
..
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Ole
GI::Z::
E
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ia.
'E
f
..
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~ = w
::s
'6t
DI::z::
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e
e
::s
E
0
0
:;
Oct
:; E >-~
~
IL.
::s
0
::s
0
a:
::s
~-
.. .. -i>- 's
a.
e
:8
ee¥ E
..
..
of
0-
GI
DI
a.
DI~
e"
()O
-f it
GI
DI
.=u
:.
!
Q
10
JtA555
Single Timer
1,0
100
TTL
200
18
1.0
128
58,9T
11
JtA556
Dual Timer
1.0
100
TTL
200
18
1.0
129
78,98
12
JtA2240 Programmable Timer-Counter
TTL
5.0
18
0.5
127
78,98
IL.
i=
120
In
i=
'In some cases, only commercial temperature range devices are given. Please request specific information
for military versions.
8-16
0
~
FAIRCHILD INTERFACE
SPECIAL FUNCTIONS
ARRAYS
..
0
Z
C
0
1&1
(.)
E
:l!!
1/1
'5
'5Q. So
:::I
~
:>
1&1
C
:::I
II..
c
.5 0
GI
"a
·0
"a
1/1
-
~
:aIa ·c
j
Q.
Ia
Q
C
:2
"a
C
0
:;::
GlE ~E
----
E!i= Cia.. 1/1
Ia> t~ COQ
(.) .!! QGI
cc ::E'E
"Uc
~
E
reI
1.1
~
Qg
C,-
C
I
GI
Ia :21"; > > >
Z
is. .Q
0
C
0
C
~~ 0
;:
GI .Ia Ia
Q. III
1&1
III
~
(.)
ii ii ~ CJ "5 "a CI),cc
'Q. (.)
1&1
III III ...I cc ::E
i
> > > 9 Q
• • • - - - - 40 30 5.0 5.0 -
-
140
5U
GI
1.1
GI
1.1
(.)
(.)
GI
C
I
I
I
I
re
!
:.
1 J.i.A726
Temp Controlled
Diff Pair
2
J.i.A3018
Matched Transistor
Array
• •
• • •
-
20
15 5.0
50 -
-
141
5G
3
J.i.A3018A
Matched Transistor
Array
• • - • • •
-
20
15 5.0
50
-
-
141
5G
4
J.i.A3019
Diode Array
-
-
-
-
-
1.0 -
147
5E
5
J.i.A3026
Dual Diff Amp
Transistor Array
-
-
-
-
6
J.i.A3036
Dual Darlington
Transistor Array
7
J.i.A3039
Quad Plus
Two Diodes
-
-
-
• -
-
-
20
15 5.0
50
-
-
144
5G
• • • -
•
-
-
30
15 5.0
50
-
-
142
5E
-
-
•
-
-
-
1.0 1.0
146
5G
-
20
15 5.0
50 -
-
143
6A
-
-
-
-
-
-
8 J.i.A3045
Diff Pair Plus
Three Transistors
• •
-
-
• •
9
J.i.A3046
Diff Pair Plus
Three Transistors
• •
-
-
• • -
20
15 5.0
50
-
-
143
6A,
9A
10
J.i.A3054
Dual Diff Amp
Transistor Array
-
-
-
-
• -
-
20
15 5.0
50 -
-
145
6A
9A
11
J.i.A3086
Diff Pair Plus
Three Transistors
• •
-
-
• • -
20
15 5.0
50 1.0
-
143
6A
• Military grade available.
8-17
I
FAIRCHILD DIGITAL
TTL
SSI FUNCTIONS
~
~
c:
0
~
c:
E
:;,
~
II.
cdl E
0·-0
0"'"
GI~CIi
c:
eo
~>oen~
~~~E
0_"(11
Do 0 ............
~~~~
....I
LtILtI
~
E
....I
1- .... 0
1-1::::,..
...........
lhn
en
~
0
,..
tl:~
.... E
c."
(II
en
...... (II
..c:l:
......
Q ....
._
LtI -II)~
~;S~E
Q.ot::~
~.cIl)(IJ
o~
... c
... :111
~
...
E
~'ltCl
~t::,..
,;~~
-
c
CI
II)
,..
~
Z:t:~
'It E
'U
II)
.c.cll) .....
,21~ ~ ~
:t:
C?
Il.
t:: C'C'ooII
.c:t:~
,21~
:t:
c
CD
: ~~ E
:=gt::~
GI
E
l1li
cC ..
001
(,) ,!!
C3C
'61
...
0
ff'
(IJ
GI
Of
.l1li
.¥
u
Q.l1li
NOR Gates
1
Quad 2-lnput
-
54LSn4LS02
54n402
2
Quad 2-lnput
9015
-
-
3
Triple 3-lnput
-
54LSn4LS27
54n427
-
4
Dual4-lnput
54Sn4S02
D10
31,6A,9A
-
D11
4L,6B
D12
31,I)A,9A
54n425
-
-
D13
31,6A,9A
wiSt robe
5
Dual 4-lnput (Exp)
-
54n423
-
-
D14 4L,6B,9B
6
Dual 5-lnput
-
54LSn4LS260
-
-
-
D72
31,6A,9A
7
Quad 2-lnput
54LS/74LS28
-
D10
31,6A,9A
Quad 2-lnput (OC)
-
-
8
-
-
D10
6A,9A
-
5417417
-
-
D15
31,6A,9A
5417407
-
-
D15
31,6A,9A
54LS/74LS08
54n408
54Hn4H08
54S/74S08
D16
31,6A,9A
54 LS/74 LS09
54/7409
-
54Sn4S09
D16
31,6A,9A
74LS33
AND Gates
Quad 2-lnput (OC)
-
13
Quad 2-2-3-3 Input
-
-
-
-
9S41
D17 4L,6B,9B
14
Triple 3-lnput
54LSn4LS11
54n411
54Hn4H11
54Sn4S11
D18
31,6A,9A
15
Triple 3-lnput (OC)
-
54LSn4LS15
-
-
54Sn4S15
D18
31,6A,9A
16
Dual 4-lnput
-
54LSn4LS21
54/7421
54Hl74H21
-
D19
31,6A,9A
54LSn4LS86
54n486
54S/74S86
D21
31,6A,9A
54LSn4LS136
-
-
D21
31,6A,9A
-
D22
4L,6B
9
Hex Buffer (OC/15 V)
10
Hex Buffer (OC/30 V)
11
Quad 2-lnput
12
OR Gates
17
Quad 2-lnput
54Lsn4LS32
Exclusive OR Gates
-
18
Quad 2-lnput
19
Quad 2-lnput (OC)
20
Quad 2-lnput
OR/NOR
9014
-
-
21
Quad 2-lnput
OR/NOR
-
-
-
-
54Sn4S135
22
Quad 2-lnput
-
54LSn4LS386
-
-
-
Notes on following pages.
9-4
D23 4L,6B,9B
D94
31,6A,9A
FAIRCHILD DIGITAL
TTL
SSI FUNCTIONS
(Cont'd)
C
0
:::N"
1.1-
~
-c
.2
E
~
~
olliE
g.!~
!I;S~E
°O ............
.... N
!I 'fi ~ III
OCl)."c
U
C
Q)GI
......
Cl)1Il
II..
LL.
CD
..J
C
:::I
..J"'~
~t::E
.,,0
t>oCl)~
. an t:
'tIIZIll
cnQ)c
0
.,..
&1)&1)
-g::t~
~." E
...... N
N
CI) ....
.c::t ......
01'"
._
&I)
III
C
::t
CD
GI E
1\1
~ C
C ..
GI
>0 CI) E o
01
GI.III:."
.!!
D.=t::Q)
Cl)0
.,.. (J
.c.cCl) ...... 'ilc
.2'~~~ '61
0
..J
C')
::t
'til
§:
III
GI
01
1\1
.III:
1.1
1\1
II..
-
Exclusive NOR Gate
74LS266
Quad 2-lnput (DC)
31,6A,9A
AND-OR Gates
2
Dual 4-2 Input
3
2-2-2-3 Input (Exp)
-
-
-
-
-
9005
-
9008
-
9S42
D25
4L,6B,9B
54H174H52
-
D26
31,6A,9A
5417450
54H174H50
-
D27
31,6A,9A
54LS174LS51
54/7451
54H174H51
-
54/7453
54H174H53
-
D29
31,6A,9A
5417454
54H174H54
-
D30
31,6A,9A
-
AND-OR-INVERT Gates
4
Dual 2-2 Input (Exp)
Dual 2-2 Input
2-2-2-3 Input (Exp)
7
2-2-2-3 Input
-
8
2-2-3-3 Input
-
31,6A,9A
-
-
-
D31
2-2-3-4 Input
-
54LS174LS54
9
74S64
D32
6A,9A
-
-
74S65
D32
6A,9A
-
54H174H55
-
D33
31,6A,9A
54LS/74LS55
-
-
-
D34
31,6A,9A
31,6A,9A
10
2-2-3-4 Input (DC)
11
4-4 Input (Exp)
12
4-4 Input
54S174S51 D28
31,6A,9A
5
6
Gate Expanders
13
Triple 3-lnput
-
-
-
54H174H61
-
D35
14
Duiil 4-lnput
9006
-
5417460
54H174H60
-
D36
31,6A,9A
-
-
-
54H/74H62
-
D37
31,6A,9A
-
D66
31,6A,9A
-
D67
31,6A,9A
D68
4L,6B,9B
15
2-2-3-3 AND-OR
Buffer Gates and Drivers
16
Quad Buffer (3S)
-
54LS174LS125
54174125
17
Quad Buffer (3S)
-
54LS174LS126
54174126
-
54LS174LS365
-
-
-
-
D69
4L,6B,9B
-
D70
4L,6B,9B
-
D71
4L,6B,9B
18
Hex (3S)
19
Hex Inverter (3S)
20
Hex (3S)
21
Hex Inverter (3S)
-
54LS174LS366
-
-
54LS174LS367
-
54LS174LS368
-
-
1. OC = open collector, 3S = 3-state.
2. The logic symbols located in the Logic/Connection Diagram Section are for the DIP version.
3. For specific availability or delivery information on a given package and temperature grade,
consult the Fairchild O.E.M. Price List or call the local sales representative or distributor.
9-5
I
FAIRCHILD DIGITAL
TTL
TTL SINGLE AND DUAL FLIP-FLOPS
C.-.
GI D.
-
0' ...
0--
()
II. N
OC
U
GI
,lI:::J:
>u
c:i
c
W
()
0
E
~
GI
Z
t;
c
:;:
J!l
II.
0
.5
Gi
t/)
,lI:
U
f
u
~
0
D.
W
~
01
'C
W
...I'll
.!!
...
~>-
f--
g:!!!
is is 0
0
20
-U- X X
1 Single JK
9000
3J, 3K, JK
2 Single JK
9001
2J,2K,
J, K,JK
-U-
X
X
3 Single JK
54H/74H71
(AOI)
(2+2)J, (2+2)K
J"'L
X
-
4 Single JK
54H/74H101
(AOI)
(2+2)J, (2+2)K
1.
X
-
5 Single JK
54/7472
3J,3K
....n..
X
X
6 Single JK
54H174H72
3J,3K
J'"'L
X
X
30
7 Single JK
54H174H102
8 Single JK
54/7470
9 Dual 0
5417474
10 Dual 0
11
Dual 0
12
Dual 0
54LS/74LS74
c
~.-.
D.D.
:;~
1/1
I
,lI:>-
c
.S!
0
:;:;
1'11.-.
D.D.
.- >-
--
.-0;=
Ill ...
1i
E
cC I'll
...
01
() .!!!
.-.
o
eGI
~o
01
uS
t E 's,
~
,lI:
0
a.
a.
o
GI
0
0
0
~
I'll
U
I'll
16
100
0.50
31,6A
50
16
115
051
31,6A
30
22
95
052a
31, 6A, 9A
50
16
100
052b
31, 6A, 9A
20
25
50
053a
31, 6A, 9A
22
80
053a
31, 6A, 9A
1.
X
X
50
16
100
053b
31, 6A, 9A
s
X
X
35
27
65
054
31, 6A, 9A
0
S
X
X
25
20
85
061
31, 6A, 9A
54H/74H74
0
S
X
X
43
13
150
061
31, 6A, 9A
54S/74S74
0
S
X
X
100
7.0
150
061
31, 6A, 9A
0
..r
X
X
50
15
20
061
31, 6A, 9A
K JK L..f" K JK -U- X
3J,3K
2J, 2K, J,
K
13 Dual JK
9020
J, K,J,
X
50
16
210
055
4L,68
14 Dual JK
9022
J,
X
15
16
210
056
4L,68
15 Dual JK
5417473
J, K
X
20
25
100
057a
31, 6A, 9A
16 Dual JK
54174107
J, K
..JL. ..JL. -
X
20
25
100
057a
31, 6A, 9A
17
54H174H73
J, K
Sl.
-
X
30
22
160
057a
31, 6A, 9A
18 Dual JK
54H174H103
J, K
"l..
-
X
50
16
200
057b
31, 6A, 9A
19 Dual JK
54S174S113
J, K
"L
X
-
125
5.0
150
063
31, 6A, 9A
Dual JK
20
Oual.JK
54LS174LS113
J, K
"l..
X
-
60
12
20
063
31, 6A, 9A
21
Dual JK
54/7476
J, K
J'"'L
X
X
20
25
100
058
4L,68,98
22
OualJK
54H/74H76
J, K
J"'L
X
X
30
22
150
058
4L,68,98
23
OualJK
54H/74H106
J, K
"l..
X
X
50
16
200
058
4L,68,98
24
Dual JK
54S/74S112
J, K
"L
X
X
125
5.0
150
062
4L,68,98
25
Dual JK
54LS/74LS112
J, K
"L
X
X
60
12
20
062
4L,68,98
26
OualJK
54H/74H78
J, K
....n..
X
X
30
22
160
059'8
31,6A,9A
27
OualJK
54H/74H108
J, K
1.
X
X
50
16
200
059ib
31,6A,9A
9-6
FAIRCHILD DIGITAL
TTL
TTL SINGLE AND DUAL FLIP-FLOPS
0
0
E
!
CII
ne
:::I
u..
1
Dual JK
2
"w
w
(J
.II!
:>
W
~
u
:::I
0
CL
.5
0
54S174S114
J,K
'1..
C
-
...III
e
>u
~
e_ :::ICLCL
III .....
CII CL
CLCI.
:::II:::1>- ->0 ..... .- >-
(/)
0
u..
ti
!
ti
!
g==
a;
01
Z
e
(Cont'd)
is
il........
CII
N
~::r:
s
:!!
~>-
u.!!!
o
CII
OC
.-:1-.....
e
.2
1ie E'"
e ...
o
01
C~
~ E
'tic
0
Do
....0
~
(J
.!!!
'61
'Ui'
ar01
'u"
Do
'"
~
is
0
X
X
125
5.0
150
D64
31,6A,9A
60
12
20
D64
31,6A,9A
Dual JK
54LS/74LS114
J,K
'1..
X
X
3
Dual JK
9024,54174109
J,K
X
25
22
90
D60
4L,6B,9B
Dual JK
54S174S109
J,K
X
X
100
7.0
160
D60
4L,6B,9B
5
Dual JK
54LS/74LS109
J,K
r
.r
.r
X
4
X
X
50
15
20
D60
4L,6B,9B
6
DualJK
54LS/74LS76
J,K
'1..
X
X
60
12
20
D58
4L,6B,9B
7
DualJK
54LS174LS107
J,K
'1...
-
X
60
12
20
D57a
31,6A,9A
8
DualJK
54LS/74LS78
J,K
.r
X
X
45
16
20
D82
31,6A,9A
LATCHES/FLIP-FLOPS
~
u .....
OCL
->-
a0 .....
e
>:8
-g;
e
.....>CII ~::::CLCL
u CII e..c' ~Iu ..... 'ii ..... .0 -o >CII w:C;
.2111 CCL :1(J ....
(J e a~
e ...........
0
0 ..... is;
E ..!!0 III- ._:::I IIICII ."ii~
0 - - III
E '"
!:T'" e
E
e :::I
CL CII :::I '"
0
e CCII 'Ii
(J w.5 a:: Do w
C
Do
...
0
Z
e
W
(J
0
E
!
ne
:>
w
:::I
u..
C
.II!
:::I
CL
.5
J!
'"
C
01...........
e
.!!III
~
CII
e E
e I!
o 01
'"
.0
'"
'"
ii
- '"
"'
!
0
(J
.!!!
'tic
'61
0
....
.....
III
.....CII
I
01
'"
~
u
'"
Do
9
4-Bit RS Latch
9314
4x(R1S1) L
1(U
12
18
18
175
D146
4L,7B,9B
10
4-Bit RS Latch
93L14
4x(R1S1) L
1(U
30
51
45
50
D146
4L,7B,9B
-
11
4-Bit RS Latch
54/74279
4x(RS)
90
D147
4L,6B,9B
54LS174LS279
4x(RS)
-
-
14
4-Bit RS Latch
-
-
12
-
14
19
D147
4L,6B,9B
13
4-Bit D Latch
9314
4xD
L
1(U
12
18
18
175
D146
4L,7B,9B
14
4-Bit D Latch
93L14
4xD
L
1(U
30
51
45
50
D146
4L,7B,9B
15
4-Bit D Latch
54/7475
4xD
20
16
16
160
D148
4L,6B,9B
16
4-Bit D Latch
5477
4xD
-
2(H)
2(H)
20
16
16
160
D149
31
17
4-Bit D Latch
54/74196
4xD
L
1(U
20
23
20
240
D125
31,6A,9A
18
4-Bit D Latch
54LS174LS196
4xD
L
1(U
20
28
24
60
D125
31,6A,9A
19
4-Bit D Latch
54174197
4xD
L
1(U
20
23
20
240
D125
31,6A,9A
20
4-Bit D Latch
54LS/74LS197
4xD
L
21
4-Bit D Latch
54LS/74LS75
4xD
22
4-Bit D Latch
54LS/74LS77
4xD
9-7
1(U
20
28
24
60
D125
31,6A,9A
2(H)
20
10
10
32
D148
4L,6B,9B
2(H)
20
10
10
32
D149
4L,6B,9B
FAIRCHILD DIGITAL
TTL
LATCHES/FLIP-FLOPS (Cont'd)
~
u .....
oD.
..
0
Z
~
c
W
.S!
E
!
u
U
c
:;:
W
:::I
u..
0
.!
:::I
D.
.5
as
as
0
as
.!!
~=-
C
-GI
.....
u
....
u
0
E
E
0
u
U
GI
_
.!! II)
o >
.aas :::I
cD.
w.5
->~!:. 0
.!!II) 0 .....
.ac
as ' ~~
c.c
u .....
w:C; .2~
u,
,!i
._ GI ->.!!as
:::I II) .a0 ' - asGl
GI :::I cO
a::Q. w
c
-e: 'iii;' ..... :8asD.D......
OD. .- >-
c
0
~E
c as
C ..
o~ .~ !:. 001
0 ..... 0;= U.!
-as cII) t E ()o
~
'61
ftj
0
Q.
0
....0
.....
II)
";'
01
.:
U
as
Q.
1 4-Bit D Latch
54LS/74LS375
4xD
-
2(H)
20
10
10
32
2 4-Bit D Flip-Flop
54/74175
4xD
L
1U)
20
20
-
150
3 4-Bit D Flip-Flop
54LS/74LS175
4xD
L
1Ln
20
21
-
55
7.0
10
-
300
D150
D190 4L,6B,9B
D150
4L,6B,9B
D150 4L,6B,9B
4 4-Bit D Flip-Flop
54S174S175
4xD
L
1CJl
5 4-Bit D Flip-Flop
54/74298
4x2
1(L)
20
20
-
195
D156 4L,7B,9B
6 4-Bit D Flip-Flop
-
1('1..)
20
20
-
65
D156 4L,6B,9B
4L,6B,9B
54LS/74LS298
4x2
7 Dual 4-Bit D Latch
9308
8xD 2xL
2x2 AND
15
19
12
300
D151 4M,6N,9N
8 Dual 4-Bit D Latch
93L08
8xD 2xL
2x2 AND
30
32
32
100
D151 4M,6N,9N
9 Dual 4-Bit D Latch
54174116
8xD 2xL
2x2 AND
300
D151 4M,6N,9N
15
19
12
10 Dual 4-Bit Addr. Latch 54LS/74LS256
8xD
X
2(U
12
20
20
100
D87 4L,6B,9B
11 6-Bit D Flip-Flop
54174174
6
L
1(..r)
20
20
-
225
D152 4L,6B,9B
12 6-Bit D Flip-Flop
54S174S174
6
L
1Ln
7.0
10
450
D152 4L,6B,9B
6
80
0152 4L,6B,9B
L
1Lrl
20
21
-
1Cn
10
23
23
135
D86
9Z
54LS(2h4LS373 8xD
-
1(H)
15
24
16
120
D85
9Z
54LS(2h4LS573 8xD
-
1(U
D179
9Z
13 6-Bit D Flip-Flop
54LS/74LS174
14 8-Bit D Flip-Flop(3S)
54LS(2h4LS374 8xD
15 8-Bit D Latch
16 8-Bit D Latch
17 8-Bit Addr Latch
9334
1xD
-
-
-
-
L
1(U
3 addr bits
11
18
28
280
D134 4L,7B,9B
18
30
37
10
D134 4L,6B,9B
18 8-Bit Addr Latch
93L34
1xD
L
1(U
3 addrbits
19 8-Bit Addr Latch
54LS/74LS259
1xD
L
1(U
3 addr bits
11
18
28
70
D134 4L,6B,9B
20 8cBit Multi Port Reg
9338
1xD
-
1(U
9 addr bits 7.0
24
35
425
D153 4L,7B,9B
21 8-Bit Multi Port Reg
93L38
1xD
1(U
9 addr bits
19
38
52
105
D153 4L,7B,9B
22 4x4 Register File
54174170
4xD
-
2
25
-
25
635
D154 4L,7B,9B
-
26
125
D154 4L,7B,9B
24
150
D154 4L,7B,9B
23 4x4 Register File
54LS174LS170
4xD
-
2
25
24 4x4 Register File(3S)
54LS/74LS670
4xD
-
2
25
1. 3S = 3-state
2. To be announced
9-8
FAIRCHILD DIGITAL
TTL
MULTIPLEXERS
:"'5
,e.
e
:8IV_
:::I
0
Z
.E
e
:;:
:aIV
u..
C
0
:!
:::I
Q,
11.1
e
E
J!!
t;
0
:::I
W
0
~
IV
~e;
>'ii_ IV.!! lE 'iiC .....
Ce; CQ, -Q,
GI
GI>>-
e
.S!
!!
::;
'S
,e.
C
:::I
'S
!l1.~
CI- ... ~ 0
tiC ,c
..... IV .....
;E e
E !l1.11J IVIIJ -IIJ
0
Gle ee ~e
IV
w
u..
0 t/)
~
GI
0
e
w
...:::I
I-
1
X
>-
GI
IV
2-
Q.
GI
I
1ie
E
o
til
IV
e ...
"Q
O.!!!
'61
0
.....I
IIJ
'i'
til
IV
u
IV
~
a..
2 Quad 2-lnput 93L22
1
X
-
23
20
14
45
5.0 0157 4L,78,98
3 Quad 2-lnput 54n4157
1
X
-
18
14
9.0 150
10 0157 4L,78,98
4 Quad 2-lnput 54LSn4LS157
1
X
-
18
14
9.0
1 Quad 2-lnput 9322
18
14
9.0 150
10 0157 4L,78,98
49
5.0 0157 4L,68,98
10 8.0
5.0 250
12.5 0157 4L,68,98
16
7.0
5 Quad 2-lnput 54Sn4S157
1
X
6 Quad 2-lnput 54LS/74LS158
1
-
X
7 Quad 2-lnput 54Sn4S158
1
-
X
8 Quad 2-lnput 54LS/74LS257
1
3S
-
14
16
12
50
5.0 0157 4L,68,98
9 Quad 2-lnput 54S/74S257
1
3S
-
10
13
5.0 320
12.5 0157 4L,68,98
1
-
3S
12
16
1
-
10 Quad 2-lnput 54LS/74LS258
11 Quad 2-lnput 54Sn4S258
12
8.0 7.0
24
5.0 0157 4L,68,98
4.0 195
12.5 0157 4L,68,98
10
35
5.0 0157 4L,68,98
12.5 0157 4L,68,98
3S
8.0
13
4.0 280
X
Clocked
(edge-trigger) Latched
-
-
20
-
195
10 0156 4L,78,98
Clocked
X
13 Quad 2-lnput 54LSn4LS298 (edge-trigger) Latched
-
-
20
-
65
5.0 0156 4L,68,98
12 Quad 2-lnput 54/74298
14 Oual 4-lnput
9309
X
15
93L09
-
X
15 Oual 4-lnput
X
X
45
-
30
16 Oual 4-lnput
54n4153
2
X
22
19
17 Oual 4-lnput
54LS/74LS153
2
X
18
16
31
5.0 0158 4L,68,98
18 Oual 4-lnput
54Sn4S153
2
X
12
10
6.0 225
12.5 0158 4L,68,98
19 Oual 4-lnput
54LSn4LS253
2
3S
-
18
16
10
-
20 Oual 4-lnput
54S/74S253
2
3S
21 Oual 4-lnput
54LSn4LS352
2
-
22 Oual 4-lnput
54LS/74LS353
2
3S
10 150
10 0155 4L,68,98
38
5.0 0155 4L,68,98
15 180
10 0158 4L,68,98
10
43
5.0 0158 4L,68,98
12.5 0158 4L,68,98
12
13
6.0 325
X
17
15
8.0
31
5.0 0180 4L,68,98
3S
20
12
10
42
5.0 0181
4L,68,98
23 8-lnput
9312
1
X
X
18
15
10 135
10 0159 4L,78,98
24 8-lnput
93L12
1
X
X
54
45
30
36
5.0 0159 4L,78,98
25 8-lnput
93S12
1
X
X
12
10
7.0 190
12.5 0159 4L,78,98
26 8-lnput
9313
1
X
OC
25
22
18 135
10 0159 4L,78,98
1.
2.
OC = open collector, 38 = 3-state
Unit Load (UU = 40}J.A HIGH/1.6 mA LOW
9-9
I
FAIRCHILD DIGITAL
TTL
MULTIPLEXERS
(Cont'd)
~
::I
:8
E
~
Q.
c
.2
U
c
.E
w
cp
0
0>-
(jC
Q.
cp
E
::I
C
cp
Gi
0
'"
I-
w
0
E
cp
0
12
('(I
:>
W
::I
U.
>.!!!
......
cp Q.
'Ecp
'SQ.
'S
::I
Z
0
~
J!!
ci
'"
C
(/)
0
('(I ......
>-
"iii
0>-
-
......
..Q
'"
cpl~ C
W
1 8-lnput
54174151A
1
X
X
54LS174LS151
1
X
X
28
25
3 8-lnput
54S/74S151
1
X
X
12
11
4 8-lnput
54LS/74LS251
1
38
38
29
21
5 8-lnput
54S/74S251
1
38
38
12
6 8-lnput
74152A
1
-
X
18
7 8-lnput
54LS174LS152
-
X
8 16-lnput
54/74150
-
X
1
§:
:J
Q.Q.
('(I
2 8-lnput
-
c
.2
C
Q.
'S
>('(I
.- >-
-
cp
Q.
o~
>-
01-
- '"
('(I ......
C!l
2-
.~ t.
......
0,
Il.
U.
'"
C)
E
'61
0
...I
ftI
......
~
'"
cp
.!!!
'00
C
0
C
('(I
oC
o
'S
~ E
iii:
1ic
C)
('(I
..II:
U
ftI
Il.
145
10
D160 4L,78,98
18
30
5.0
D160 4L,68,98
8.0
225
12.5
D160 4L,68,98
18
33
5.0
D160 4L,68,98
12
8.0
275
12.5
D160 4L,68,98
-
8.0
130
10
D161
7A,9A
22
-
11
28
5.0
D161
4L,68,98
22
21
13
200
10
25
21
16
D162 4M,6N,9N
DECODERS/DEMULTI PLEXERS
'S'"Q.
'S
cp
12
('(I
.
C
J!!
ci
z
C
w
::I
Q.
.E
w
0
~
~
C
"'cp
.sC)
U('(l
cp:
0
0
cp
cp
.~
.~
'"'"'"cp
'0
...I
W
0
U
'0
U
Q.::1
00
>Gi ......
OQ.
>"'I('(I
C
:8
ftI ......
Q.Q.
>.- >ftI
GiQ: .~ t.
0>-
~
cp
'S
O.!!!
2-
o~
...... cpl- ~ E
~ '"
'0
C
iii:
l"!! c
0,
c
('(I
W
'0
'0
r:::
J!l
:l
c..
'5
w
0
~
~
0
....I
GI
.!
ti
r:::
.. GI
.9g'
>.!!!
0
=~=0
GI
CD:
GI
0_
r::: :l
.
....I
.!
ti
0»
GIS-
>-
1\1
:81\1 ......
c..c..
.- >-
'iiCi: .~ !:.
",>- C >- C~
"'~ GI~
GI-Gi E
",
:is:r:::
~
c..:l
00
:gr:::
-
46
30
:c0
."""
....I
2'5
0I
r:::
r:::
.2
1ir:::
E
1\1
r::: ..
o CII
o .!!
'"Qc
'61
'iii'
Qj'
CII
1\1
~
u
IV
0
....I
70
5.0
D134 4L,7B,9B
1\1
1
1-of-8
93L34
3
'"
'1" '"8
2
1-of-8
54LS174LS259
3
1
8
-
30
19
60
5.0
D134
4L,6B,9B
3
1-of-8
54/7445
3
1
8
30
40
40
215
80mA
D135
4L,7B,9B
4
1-of-8
5417442
3
1
8
-
26
26
140
10
D135
4L,6B,9B
5
1-of-8
54LS174LS42
3
1
8
-
17
17
35
5.0
D135
4L,6B,9B
6
1-of-8
54LS/74LS138
3
3
8
-
22
21
34
5.0
D136 4L,6B,9B
7
1-of-8
54S174S138
3
3
8
-
8.0
7.0
225
12.5
D136 4L,6B,9B
8
1-of-8
3
1
8
15
40
40
215
80mA
D135 4L,7B,9B
9
1-of-8 wi
Input Latches 93S137
3
2
8
-
14
8.0
310
12.5
D137 4L,6B,9B
C
II..
54/74145
'"
.1:1.
W
II..
1:1.
10
1-of-10
9301
4 (BCD)
-
10
-
22
-
145
10
D133 4L,7B,9B
11
1-of-10
93L01
4 (BCD)
-
10
-
36
-
45
5.0
D133 4L,7B,9B
12
1-of-10
9302
4 (BCD)
-
10
5.5
30
-
145
10
D133 4L,7B,9B
13
1-of-10
54/7445
4 (BCD)
-
10
30
40
-
215
80m A
D135 4L,7B,9B
14
1-of-10
5417442
4 (BCD)
-
10
-
26
-
140
10
D135 4L,6B,9B
15
1-of-10
54LS174LS42
4 (BCO)
-
10
-
17
-
35
5.0
0135 4L,6B,9B
16
1-of-10
54/7443
-
10
-
26
-
140
10
0135 4L,6B,9B
17
1-of-10
5417444
-
10
-
26
-
140
10
0135 4L,6B,9B
18
1-of-10
54174145
-
10
15
40
-
215
80mA
0135 4L,7B,9B
9
1-of-16
9311
4
2
16
-
21
17
175
10
0138 4M,6N,9N
20
1-of-16
93L11
4
2
16
-
70
48
58
5.0
0138 4M,6N,9N
21
1-of-16
54174154
4
2
16
-
22
19
180
10
0138 4M,6N,9N
25
300
10
0139 4L,7B,9B
25
310
10
0139
4
Excess-3
4
Excess-3
(Gray)
4 (BCO)
1-of~1 0
22
Sequential
(Decade
Sequencer)
23
1-of-10
Sequential.
(Decade
Sequencer)
'Unit Load (ULI
=
9319
9320
Clock 10
Clock 10
40"A HIGH/1.6mA LOW
9-11
3K
Pullup
4L,7B,9B
•
FAIRCHILD DIGITAL
TTL
REGISTERS
. -..... :1c
0
z
C
E
~
~
(3
>-
0
0
Z
IJj
:>
w
C
LL.
.. :: .
'E
.. .
a..z
iii
'0
w
.2
U
.l!l
ci
go .....
w
iij
'':
CII
>C
CII
CI
til
w:=
-Ill
.l!:!_
iij 0
111 0
'0
w
~
u
0
0
~
Q.Q.
LL. Q. ->~I~ >- 0 ....
ultil
0 ....
C
- N
oJ:
o
:;>l;j::i u..!l!
o CII
(30
::i
111 .....
Q.Q.
.- >-
c
.2
~C
E
111
C ..
OCI
is;
; E
O.!l!
a..
..J
~
'CJo
'61
0
.....
.!!!.
CII
CI
111
~
u
111
a..
1
Parallel-in/Parallel-out
Shift Right
9300
4
J,K
4S
J"'
38
16
300
0163
4L,7B,9B
2
Parallel-in/Parallel-out
Shift Right
93HOO
4
J,K
4S
I
55
12
325
0163
4L,7B,9B
3
Parallel-in/Parallel-out
Shift Right
93LOO
4
J,K
4S
I
17
28
75
0163
4L,7B,9B
4
Parallel-in/Parallel-out
Shift Right
93800
4
J,K
4S
I
105
10
350
0163
4L,7B,9B
5
Parallel-i n/Pa rallel-o ut
Shift Right
93H72
4
0
4S
J"'
60
12
475
0164
4L,7B,9B
6
Parallel-in/Parallel-out
Shift Right
54/7494
4
0
4S
I
20
25
175
0165
4L,7B,9B
7
Parallel-in/Parallel-out
Shift Right
5417495
4
0
4S
L
36
20
195
0166
31,7A.9A
8
Parallel-in/Parallel-out
Shift Right
54L8/74L895
4
0
4S
L
36
20
65
0166
31,6A,9A
9
Parallel-i n/Parallel-out
Shift Right
5417496
5
0
5A
I
10
25
240
0167
4L,7B,9B
10
Parallel-in/Parallel-out
Shift Right
54174178
4
0
4A
L
39
23
230
0168
31,7A,9A
11
Parallel-in/Parallel-out
Shift Right
54174179
4
0
4A
L
39
23
230
0169
4L,7B,9B
12
Parallel-in/Parallel-out
Shift Right
54174195
4
J,K
4S
I
39
17
195
0163
4L,7B,9B
13
Parallel-in/Parallel-out
Shift Right
54L8/74L8195
4
J,i(
4S
I
39
17
70
0163
4L,6B,9B
14
Parallel-in/Parallel-out
Shift Right
54/74199
8
J,K
8S
I
35
20
360
15
Parallel-i n/Parallel-out
Shift Right
54L8/74L8295
4
0
4S
I
28
40
75
16
Parallel-i n/Parallel-out
Bi-Directional
4
DR,
OL
4S
r
36
17
Parallel-in/Parallel-out
Bi-Directional
4
DR,
DL
4S
S
105
54174194
548/748194
-
• A = asynchronous. S = synchronous
9-12
0170 4M,6N,9N
0171
31,6A,9A
16
195 D172
4L,7B,9B
10
425 D172
4L,7B,9B
FAIRCHILD DIGITAL
TTL
REGISTERS
(Cont'd)
ci
Z
C
E
:!
.2
U
C
::s
Z
W
iii
:>
W
'0
ci
0
Q
U.
..
'E
:i!..
en
J!!
>-
W
CII
~S
II)
c:::
-
WID
]1'0
iiici
liz
Q.
c
c
.2
'SCi: .S!
'li
.....
a.>- a. a.
E
u.a. '51- .>- C III
..111:>- 0 ......
C ..
II)
.~
t:.
ulo
ell
0 ...... o C
O~ o .!!
CT
CII
.......
CII
ell
'0
W
..III:
u
-
N
O::t
0
=:::Ii
:::Ii
0
'2
u.!!
E '61
0
CII
i
0
Q.
...J
I
..111:>-
o
0
ClO
0
.....
II)
'Gi'
ell
III
..III:
u
III
Q.
1
Parallel-in/Parallel-out
Bi-Di rectional
54LS/74LS194
4
DR,
DL
48
S
36
16
75
D172 4L,6B,9B
2
ParalleHn/Parallel-out
Bi-Directional
54/74198
8
DR,
DL
88
S
35
19
360
D173 4M,6N,9N
3
Parallel-in/Parallel-out
54LS(2h4LS299
Bi-Directional
8
D
48
S
40
15
175
4
Parallel-in/Parallel-out
54LS(2h4LS323
Bi-Di rectional
8
D
88
S
40
15
175
D89
9Z
5
8erial-in/Parallel-out
54174164
8
2D
S
36
19
185
D174
31,7A,9A
6
8erial-in/Parallel-out
54LS/74LS164
8
2D
-
S
18
50
95
D174
31,6A,9A
68
S
68
....J
68
S
D88
9Z
10
Parallel-in/Parallel-out 54174175
4
-
48
S
11
Parallel-in/Parallel-out 54S/74S175
4
-
48
S
12
Parallel-in/Parallel-out 54LS/74LS175
4
-
48
j'"
40
21
45
D150 4L,6B,9B
13
Parallel-in/Para"el-out
4
-
2D
Mux
L-
30
21
195
D156 4L,7B,9B
14
Parallel-in/Parallel-out 54LS174LS298
4
-
2D
Mux
L...
30
21
65
D156 4L,6B,9B
15
Parallel-in/Parallel-out 54LS(2h4LS395
4
D
48
S
35
21
75
D196 4L,7B,9B
16
Parallel-in/Parallel-out 54LS(2)/74LS273
8
S
45
18
85
D90
9Z
Parallel-in/Parallel-out 54LS(2~74LS374
8
88
S
55
20
135
D86
9Z
18
Parallel-in/Parallel-out ,54LS(2h4LS377
8
88
S
45
18
85
D91
9Z
19
Parallel-in/Parallel-out 54LS174LS378
6
68
20
Parallel-in/Parallel-out 54LS174LS379
4
-
88
17
7
Parallel-in/Parallel-out 54/74174
6
8
Parallel-in/Parallel-out 54S/74S174
6
9
Parallel-in/Parallel-out 54LS/74LS174
6
21
54/74298
Parallel-in/Parallel-out 54LS(2)/74LS398
4
-
1. A = asynchronous, S = synchronous
2. To be announced
9-13
35
21
230
D152 4L,7B,9B
110
11
450
D152 4L,7B,9B
40
21
65
D152 4L,6B,9B
35
21
150
D150 4L,7B,9B
110
11
300
D150 4L,7B,9B
.s
45
20
65
D92 4L,6B,9B
48
S
45
15
75
D93 4L,6B,9B
2D
Mux
S
35
20
37
D95
9Z
FAIRCHILD DIGITAL
TTL
REGISTERS (Cont'd)
r:
0
z
r:
W
.2
ti
E
~
0
:>
W
r:
::l
II.
0
~
...>-
>-~
... '"
in
WID
W
0
iii
.;:
]10
iii 0
0
Z
laz
Ql
C/l
Ql
'E~
'E
0.
...
II.
Ql
01
'C
W
"lI:
u
0
0
r:
'SCi: .2
IT
~
0.>- 1ii~
0. -; .....
u ..... 0 -
"lI:>-
0-
N
oJ:
~:E
:E
0.0.
.- >-
~
0;>-
.g '"'r
"lI:
uo!!! ~
o
0
Ql
0
i!I:
.....
.2
ti
Ql
r:
r:
E
...
I'll
001
o .!l!
E 0 0
'61
0
....0
a..
U)
';'
01
I'll
"lI:
u
I'll
a..
1
Pa rallel- in/Para lie I-a ut
54LS/74LS399
4
-
2D
Mux
I
35
20
37
D96
4L,6B,9B
2
ParalleHn/Parallel-aut
54LS(3h4LS574
8
-
8S
I
55
20
135
D97
9Z
3
Parallel-in/Serial-aut
5417494
4
D
4S
25
175
D165
4L,7B,9B
Parallel-in/Serial-aut
54/74165
8
D
8A
...r
...r
10
4
26
19
210
D175
4L,7B,9B
5
Parallel-in/Serial-aut
54174166
8
D
8S
S
35
20
360
D176
4L,7B,9B
6
Parallel-in/Serial-aut
54LS/74LS165
8
D
8A
.r
40
19
105
D175
4L,7B,9B
7
Parallel-in/Parallel-aut
Shift Right
54LS/74LS95B
4
D
4S
...r
35
20
65
D166
31,6A,9A
8
ParalleHn/Parallel-aut
Shift Right
54LS174LS195
4
J,K
4S
.r
39
17
70
D163
4L,6B,9B
9
ParalleHn/Parallel-aut
Shift Right
54LS174LS295A
4
D
4S
...r
28
40
75
D171
31,6A,9A
10
Serial-i n/Serial-aut
9328
16
2x2D
Mux
-
I
30
17
300
D177
4L,7B,9B
11
Serial-i n/Serial-aut
93L28
16
2x2D
Mux
-
L.
15
42
80
D177
4L,7B,9B
12
Serial-i n/Serial-aut
54/7491
8
2D
-
L
18
25
175
D178
31,7A,9A
13
Multipart Registers
9338
8
D
-
L
25
23
425
D153
4L,7B,9B
14
Multipart Registers
93L38
8
D
-
...r
20
38
105
D153
4L,7B,9B
15
Multipart Registers
54174170
25
635
D154
4L,7B,9B
16
-
4A
L
-
16
Multipart Registers
54LS!74LS170
16
-
4A
25
125
D154
4L,7B,9B
Multipart Registers
54LS/74LS670
16
-
4A
...r
...r
-
17
-
30
150
D154
4L,7B,9B
18
Quad D (3S) 121
54174173
4
-
4S
S
35
28
250
D189 4L,7B,9B
19
Quad D (3S)121
54LS/74LS173
4
-
4S
S
30
18
35
D189
4L,7B,9B
54LS/74LS502
8
-
...r
25
18
325
D98
41,6B,9B
Successive Apprax
20
Register
1. A = asynchronous. 5
2. 35 = 3-state
3. To be announced
D
= synchronous
9-14
FAIRCHILD DIGITAL
TTL
COUNTERS
0
z
C
w
.S!
E
:!
uc
0
II..
0
:>
w
::::I
-
'tI
aI
8'iii
c
::::1-CLCL ~
->aI -::::II- CLCL
a:CL 0 _ .>-
..J
I!
ul-
.
0
C
c
aI
.!
__
~>-
OUI
C
._:aI-
0
]!
I-
'tI
iii
u
o I
->- o~
OJ: ~..!!!
t E
~::E
u
::E
CL
0
::E
0
:;
~
0
aI
~
0
0-
-
N
GI
00
~
0
c
0
:g
GI
c E
c l!
001
O.!!!
'Uo
'61
0
CL
..J
-UI
'Gi
01
aI
~
u
aI
CL
1
Asynchronous
54/74290
2x5
-
'L
40
33
160
0120
31,6A,9A
2
Asynchronous
54/7490A
2x5
-
"'L
40
33
160
0121
31,6A,9A
3
Asynchronous
54LS/74LS90
2x5
-
L.
50
33
45
0121
31,6A,9A
4
Asynchronous
54/7492
2x6
-
"'L
40
33
160
0122
31,6A,9A
5
Asynchronous
74LS92
2x6
-
'L
50
40
45
0122
6A,9A
54/74293
2x8
-
L..
40
46
160
0123
31,6A,9A
46
160
0124
31,6A,9A
6
Asynchronous
7
Asynchronous
5417493A
2x8
-
L..
40
8
Asynchronous
54LS/74LS93
2x8
-
L
50
46
45
0124
31,6A,9A
150
0125
31,6A,9A
9
Asynchronous
54/74176
2x5
A
L
50
34
10
Asynchronous
54174177
2x8
A
L
50
50
150
0125
31,6A,9A
11
Asynchronous
54/74196
2x5
A
L.
70
38
240
0125
31,6A,9A
12
Asynchronous
54LS174LS196
2x5
A
L..
60
48
60
0125
31,6A,9A
13
Asynchronous
54/74197
2x8
A
L..
70
52
240
0125
31,6A,9A
14
Asynchronous
54LS174LS197
2x8
A
L..
70
60
60
0125
31,6A,9A
15
Asynchronous
54LS/74LS290
2x5
-
L..
42
12
45
0120
3.1,6A,9A
16
Asynchronous
54LS/74LS293
2x8
-
L..
42
12
45
0123
31,6A,9A
17
Asynchronous
54LS/74LS390
2x5
-
L..
60
36
64
0194
4L,68,98
18
Asynchronous
54LS174LS393
2x8
-
L..
60
36
64
0195
4L,68,98
19
Asynchronous
54LS174LS490
2x5
-
L.
50
6.0
100
084
4L,68,98
20
Variable Modulo
9305
2x5,6,7,8
-
..r
26
44
210
0126
31,7A,9A
21
Variable Modulo
93S05
2x5,6,7,8
-
I
100
20
300
0126
31,7A,9A
22
Synchronous
9310
10
Presettable
S
:r
45
15
325
0127
4L,78,98
23
Synchronous
93L10
10
Presettable
S
I
23
26
85
0127
4L,78,98
24
Synchronous
93S10
10
Presettable
S
.I
90
9.0
410
0127
4L,78,98
9316
16
Presettable
S
.I
45
15
325
0127
4L,78,98
25
'A
Synchronous
= asynchronous, S = synchronous
9-15
FAIRCHILD DIGITAL
TTL
COUNTERS (Cont'd)
.
'tl
ci
C
W
.2
0
uc
E
:>
w
~
:::I
II.
1
Synchronous
0
Synchronous
2
Synchronous
3
ca
Z
c
.!
c
ca
...
'iii
,;0:
u
11.
(3
.20
]!
"5
iii
ca
'tl
0
::e
ot.
...
....
0
ca~
D:Q.
Q.~
_Q.
:::I >-
,;0:>- 0111
u ....
o~
o 7
N - >oJ:
,;o:..!!!
0
....
0
~::e
::e
U
c
c
'S
0
:;:;
Q)
0
:8ca
~
Q.Q.
.- >-
c
0;:
.~
t
E
.2
U
Q)
cC E
ca
...
o
Cl
O.!!!
£0
Cl
....0
0==
11.
~
III
Qj'
CI
ca
,;0:
U
ca
11.
93L16
16
Presettable
S
...f'
23
26
85
D127
4L,7B,9B
93S16
16
Presettable
S
S
90
9.0
410
D127
4L,7B,9B
54174160
10
Presettable
S
S
32
17
315
D127
4L,7B,9B
S
S
45
15
95
D127
4L,7B,9B
4
Synchronous
54LS174LS160
10
Presettable
5
Synchronous
54174161
16
Presettable
S
S
32
17
315
D127
4L,7B,9B
6
Synchronous
54LS174LS161
16
Presettable
S
S
45
15
95
D127
4L,7B,9B
7
Synchronous
54174162
10
Presettable
S
S
32
17
315
D128
4L,7B,9B
8
Synchronous
54LS174LS162
10
Presettable
S
S
45
15
95
D128
4L,7B,9B
9
Synchronous
54/74163
16
Presettable
S
S
32
17
315
D128
4L,7B,9B
10
Synchronous
54LS174LS163
16
Presettable
S
S
45
15
95
D128
4L,7B,9B
54LS/74LS168
10
Presettable
-
S
32
15
100
D83
4L,6B,9B
54LS174LS169
16
Presettable
-
S
32
15
100
D83
4L,6B,9B
Up/Down
11
Up/Down
12
13
Up/Down
54/74192
10
A
S
30
30
325
D129
4L,7B,9B
14
Up/Down
54LS174LS192
10
A
S
40
30
85
D129
4L,7B,9B
15
Up/Down
54/74193
16
A
S
30
30
325
D129
4L,7B,9B
16
Up/Down
54LS174LS193
16
A
S
40
30
85
D129
4L,7B,9B
17
Up/Down
54174190
10
A
S
25
20
325
D130
4L,7B,9B
18
Up/Down
74LS190
10
A
S
40
20
90
D130
7B,9B
S
25
20
325
D130
4L,7B,9B
S
40
20
90
D130
7B,9B
19
Up/Down
54174191
16
A
20
Up/Down
74LS191
16
A
'A
= asynchronous,
S
= synchronous
9-16
FAIRCHILD DIGITAL
TTL
COUNTERS (Cont'd)
c:
~
"C
III
0
c:
E
$
1
0
Z
..J
w
.2
U
0
0
...
c:
c:
:8III ......
.2
U
QI
>III ......
:8
at.. .- >- c: E
'iii a:
c: ~ >- o
...
c: III
III
ul- o c: .; tOOl
...
o .!1!
IN - >- 0 ; :
-
~
Q,
Q,Q,
Q,
UI
UI
~
o~
~
oJ:
0
=:!:
~.!!!
~
00
0
D..
Ol
~o
E
III
"C
iij
0
:!:
D..
54LS (2)/74LS568
10
Presettable
S
...J
16
Presettable
S
S
-
-
-
D99
9Z
S
...J
32
20
400
D187
4L,78,98
32
20
325
D188
4L,78,98
>
w
c:
~
II.
Up/Down
]!
"5
'5
Q, ......
$
0
III
2
Up/Down
54LS(2)/74LS569
3
Rate Multiplier
54/7497
M.f.!64
4
Rate Multiplier
54/74167
M.f.!10
-
u
u
U :!:
U
-
-
QI
~
~
Ol
U
0
III
D..
..J
-
D99
9Z
MONOSTABLES (ONE-SHOTS)
II)
Pulse Width
Variation (%)
c
No. of
Inputs
~
0
Z
C
0
E
~
w
Q,
:>
W
I-
>
0
=fic
:::I
C
II.
GI
0
0
E
GI
GI
~
'iii
GI
.!
fti
CI
GI
:is
~GI
II)
'5Q,
"S
0
c:
c:
c
~
III
.2
......
Q,Q,
.- >-
.~ ~
c~
~ E
~
1lc:
E
c: III
...
o .!!
OCI
~o
......
UI
'i"
CI
III
'61
.lO:
..J
D..
u
D..
Z
a:
:i
0
D..
X
75
125
D40
31,6A
50
125
D41
31,6A,9A
0
5 Single Retriggerable
9600
±1.5
±1.5
3
2
6 Single Retriggerable
9601
±2.7
±1.0
2
2
GI
-
0
III
7 Dual Retriggerable
9602
±1.5
±1.5
1
1
X
72
250
D42
4L,68,98
8 Dual RetriggerabJe
96L02
±0.4
±1.5
1
1
X
110
50
D42
4L,68,98
9 Dual Retriggerable
96S02
±0.2
±0.2
1
1
X
27
250
D42
4L,68,98
10 Single Non-Retriggerable 9603,54/74121
±0.2
±0.15
1
2
40
90
D43
31,6A,9A
11 Single Retriggerable
54/74122
±2.7
±1.0
2
2
X
45
115
D44
31,6A,9A
12 Dual Retriggerable
54174123
±2.7
±1.0
1
1
X
45
230
D45 4L,68,98
13 Dual Retriggerable
96LS02
±0.5
±0.7
1
1
X
35
175
D42
1. A = asynchronous, S = synchronous
2. To be announced
9-17
-
4L,68,98
FAIRCHILD DIGITAL
TTL
LINE AND BUS DRIVERS
...
Q)
>
u
'Qj
Q)
0
Z
~
c
.2
E
!
w
()
a:
:;;
::::I
W
0
0
1
Quad 2 NAND Driver
!!!
Q.
ti
u..
Cl
»
Q.
c
Q)
c
0
'2
(Q
E
()
Ii
>-
UI
5417437
Any TTL
5.0
c
Q.Q.
nE
.- >-
0
Q.
::::I
c
~( Q -
II)
-,,>-
::t:
...I
Q.I-
,;C
03:
~ E
!=
0
Q)
c
c
o
...Cl
(Q
() .!!!
00
Ui'
or
Cl
(Q
'61
..II:
...I
Il.
u
0>
>
0>
>
2~
0.4
10
108
D2
31,6A,9A
II)
C
0
Q.
0
(Q
2
Quad 2 NAND Driver
5417438
96106
5.0
5.5
0.4
13
98
D2
31,6A,9A
3
Quad 2 NAND Driver
(OC)
96101
96106
5.0
5.5
0.6
13
98
D3
31,6A,9A
4
Dual 2 NAND Driver
9009
Any TTL
5.0
2.4
0.4
10
54
D5
31,6A
5
Dual 2 NAND Driver
5417440
Any TTL
5.0
2.4
0.4
11
52
D5
31,6A,9A
6
Dual 2 NAND Driver
54H174H40 Any TTL
5.0
2.4
0.4
7.0
88
D5
31,6A,9A
7
Dual 2 NAND Driver
54S/
74S40
Any TTL
5.0
2.7
0.5
4.0
88
D5
31,6A,9A
8
Dual 2 NAND 50n
Driver
54S/
745140
Any TTL
5.0
2.0
0.5
4.0
88
D5
31,6A,9A
9
Quad Inverting
Bus Transceiver
54LS/
74LS242
Any TTL
5.0
2.4
0.4
12
175
D75
31,6A,9A
10
Quad Non-inverting
Bus Transceiver
54LS/
74LS243
Any TTL
5.0
2.4
0.4
12
180
D76
31,6A,9A
11
Octal Inverting
Bus Driver (38)
54LS(2)/
74LS240
Any TTL
5.0
2.4
0.4
12
175
D73
9Z
12
Octal Non-inverting
Bus Driver (38)
54LS(2)/
74LS241
Any TTL
5.0
2.4
0.4
12
180
D74
9Z
13
Octal Non-inverting
Bus Driver (38)
54LS(2)/
74LS244
Any TTL
5.0
2.4
0.4
12
180
D77
9Z
14
Octal Bus
Transceiver
54LS(2)/
74LS245
Any TTL
5.0
2.4
0.4
12
375
D78
9Z
15
Octal Inverting
Bus Transceiver
54LS(2)/
74LS540
Any TTL
5.0
2.4
0.4
12
175
D80
9Z
16
Octal Non-inverting
Bus Transceiver
54LS(2)/
74LS541
Any TTL
5.0
2.4
0.4
12
180
D81
9Z
1. OC = open collector, 3S
2. To be announced
=
3-state
9-18
-
FAIRCHILD DIGITAL
TTL
DISPLAY DECODER/DRIVERS
C
0
co
~
.
0
Z
C
w
0
.2
U
E
C
:>
W
~
C
:l
!
'E
(II
:l
'0
.
01
~
S
0«
_ E
:l
»
:;
0
01
......
J:
C!J
:i
c
...I
C
III
1:
iii
(II
(II
0.
:;
0.
:;
.~
Q.
0
0
«
a:
U
0.
c
.2
:i
c~
a; E
001
iii
0
0.
>-
o :l 0.0.
.co. .>«.5 .!C
g'o,
C
III
~
1-of-10 Cold Cathode
5417441
7.0
55
L
-
-
2
1-of-10-Cold Cathode
54/74141
7.0
55
L
-
X
3
1-of-10 Driver (OC)
9302
16
5.5
L
-
4
1-of-10 Driver (OC)
5417445
80
30
L
1
c
~
111-
(II
U
(II
C
C
E
III
..
O.!!!
u'61 C
0
...I
'iii'
GI
01
III
.lI:
U
III
0.
145
0140
4L,6B,9B
80
0140
4L,7B,9B
X
145
0133
4L,6B,9B
X
215
0135
4L,7B,9B
5
1-of-10 Driver (OC)
54174145
80
15
L
-
X
215
0135
4L,7B,9B
6
7-8e9 Decoder
9307
11
5.5
H
X
-
165
0141
4L,7B,9B
7
7-8e9 Decoder
54/7448
8.0
5.5
H
X
-
265
0141
4L,7B,9B
8
7-8e9 Decoder
5449
9.6
5.5
H
X
-
165
0142
31
9315
7.0
-
-
145
0140
4L,6B,9B
9, 1-of-10 Cold Cathode
55
L
10
7-8e9 Decoder/Driver
93178
40
20
L
X
X
220
0143
4L,7B,9B
11
7-8e9 Decoder/Driver
9317C
20
30
L
X
X
220
0143
4L,7B,9B
12
7-8e9 Decoder/Driver
54/7446
40
30
L
X
-
320
0143
4L,7B,98
13· 7-8e9 Decoder/Driver
54/7447
40
15
L
X
-
320
0143
4L,78,98
14
7-8e9 Decoder/Driver
54LS174LS47
12
15
L
X
-
35
0143
4L,6B,98
15
7-8e9 Decoder/Driver
54LS/74LS48
1.3
5.5
H
X
-
125
0141
4L,68,98
16
7-8e9 Decoder/Driver
54LS/74LS49
1.3
5.5
H
X
-
40
0142
31,6A,9A
17
7-8e9 Decoder/Driver
54LS/74LS247
12
15
L
X
-
30
0143
4L,68,98
18
7-8e9 Decoder/Driver
54LS/74LS248
1.3
5.5
H
X
-
125
0141
4L,68,98
19
7-8e9 Decoder/Driver
54LS/74LS249
1.3
5.5
H
X
-
40
0141
4L,6B,9B
20
7-8e9 LED Driver
Common Cathode
9368
20
1.7
H
X
-
225
0144
68,98
7-8e9 LED Driver
Common Anode (OC)
9370
25
5.5
L
X
-
350
0145
68,9B
7-8e9 LED Driver
Common Anode
9374
15
10
L
X
-
175
0145
68,98
21
22
• OC
= open
collector
9-19
FAIRCHILD DIGITAL
TTL
ARITHMETIC OPERATORS
C
0
a
.;:
:>
W
c
~
c
0
w
0
:g
E
.
ci
z
:::I
iii
'0
C
Z
c
0
.2
!III.-c~
......
~ I!
~
'61
gE
Ie:
.- >-
J!l
u
=
C
U.
c
;p
C
0 _'8,111
001
O.!!!
E 'i)C
0
...I
.......
III
'Gi
01
III
.III
u
III
D..
1
Adder
5417480
Gated 1-Bit with Carry
1
47
105
0100
31,6A,9A
2
Adder
9304
Dual 1-Bit with Carry
2
26
150
0101
31,6A,9A
3
Adder
93H183
54H174H183
Dual 1-Bit with Carry
2
12
250
0102
31,6A,9A
31,6A,9A
4
Adder
5417482
Ful12-Bit with Carry
2
38
176
0103
5
Adder
54/7483A
Full Binary 4-Bit w/Carry
4
16
330
0104 4L,6B,9B
6
Adder
54L5/74L583
Full Binary 4-Bit w/Carry
4
15
95
0104 4L,6B,9B
7
Adder
54/74283
Full Binary 4-Bit w/Carry
4
16
330
0105 4L,6B,9B
8
Adder
54L5/74L5283
Full Binary 4-Bit w/Carry
4
15
95
0105 4L,6B,9B
9
Arithmetic Logic Unit
9340
ALU with Internal CLA
4
24
400
0106 4M,6N,9N
10
Arithmetic Logic Unit
54/74181
ALU with External CLA
4
27
450
0107 4M,6N,9N
11
Arithmetic Logic Unit
93L41
ALU with External CLA
4
35
120
0107 4M,6N,9N
12
Arithmetic Logic Unit
74L5181
ALU with External CLA
4
20
105
0107
13
Arithmetic Logic Unit
93541
ALU with Exterhal CLA
4
12
500
0107 4M,6N,9N
14
Carry Lookahead
54/74182
CLA generator for 9341
-
12
180
0108 4L,6B,9B
-
6N,9N
15
Carry Lookahead
545/745182
CLA generator for
93841/9405
7.0
260
0108 4L,6B,9B
16
Carry Lookahead
54L5174L5182
CLA for 74L8181
4
20
60
0108 4L,6B,9B
17
Comparator
9386 (8242)
4-Bit Ident Excl NOR
4
18
170
275
024
31,6A,9A
18
Comparator
54/7485
4-Bit Magnitude w/Exp
4
21
19
Comparator
54L5174L585
4-Bit Magnitude w/Exp
4
21
0109 4L,7B,9B
20
Comparator
9324
5-Bit Magnitude
5
20
210 0110 4L,7B,9B
21
Comparator
93L24
5-Bit Magnitude
5
55
55 0110 4L,7B,9B
6 9.0
225 0111
4L,6B,9B
52 0109
4L,7B,9B
22
Comparator
93546
6'-Bit Identity W/Exp
23
Comparator
93547
6-Bit Identity (OC)
6
10
175 0112
4L,6B,9B
24
Encoder
9318
Priority 8-Bit w/Exp
8
13
250 0113
4L,6B,9B
25
Encoder
93L18
Priority 8-Bit w/Exp
8
24
75 0113
4L,6B,9B
• CLA == carry lookahead, OC
= open collector
9-20
FAIRCHILD DIGITAL
TTL
ARITHMETIC OPERATORS (Cont'd)
c
:8III .....
Q.Q.
0
.2
C
:;
'C
II.
C
C
C
.2
U
E
Multiplier
2
Multiplier
93543
.Ie !:.
iii
'0
u
II)
C;:
"2C
oC
E
III
..
e
Q
GI
() .!!
Q
Iii E
"61
~
....0
Q.
"UC
"all)
III
..II:
U
0
_Q.c
Binary 4x2-Bit
4x2
30
550 0114 4M,6N,9N
2s Complement
4x2
20
490 0115 4M,6N,9N
w
·9344
.- >-
J!l
a
()
::s
!
c
Z
w
c
.2
GI
Z
III
a.
3
Parity Generator/Check 54/74180
8-Bit Parity Gen/Check
8
40
170 0116
31,6A,9A
4
Parity Generator/Check 93562
9-Bit Parity Gen/Check
9
20
225 0117
31,6A,9A
5
Parity Generator/Check 9348
12-Bit Parity Gen/Check
12
40
235 0118 4L,6B,9B
6
True/Complement
54Hn4H87
4-Bit True/Complement
Zero/One Element
4
14
270 0119
7
True/Complement
545/745135
Dual 2-Bit Exclusive
OR/NOR
4
9
325
31,6A,9A
023 4L,6B,9B
Eel
SSI FUNCTIONS
Item
Function
DEVICE NO.*
tpd
ns (Typ)
Power
Dissipation
mW (Typ)
Logic/
Connection
Diagram
Package(s)
OR Gates
8
Dual 3/3 OR
95110
2.5
145
E81
6B
9
Dual 3/3 OR
10110/10510
2.4
145
E81
4L,6B,9B
10
Dual 3/3 OR
10210110610
1.5
160
E81
4L,6B
11
Quad OR
95103
2.0
100
E76
6B
12
Quad OR
10103/10503
2.0
100
E76
4L,6B,9B
13
Quad Exc OR
10113110513
3.0
170
E84
4L,6B,9B
10104/10504
2.4
145
E83
4L,6B,9B
Quad AND Gates
14
Quad.AND
NOR Gates
1.5
Dual 3/3 NOR
95111
2.5
145
E82
6B
.16
Dual 3/3 NOR
10111/10511
2.4
145
E82
4L,6B,9B
17
Dual 3/3 NOR
10211/10611
1.5
160
E82
4L,6B
'105XX and 106XX = Military temperature r.ange
9-21
I
FAIRCHILD DIGITAL
Eel
SSI FUNCTIONS (Cont'd)
Item
Function
DEVICE NO."
tpd
ns (Typ)
Power
Dissipation
mW (Typ)
logicl
Connection
Diagram
Package(s)
NOR Gates (Cont'd)
1
Triple NOR
95106
2.0
75
E78
68
2
Triple NOR
10106/10506
2.0
75
E78
4L,68,98.
3
Quad NOR
9504
2.3
280
E68
68
4
Quad NOR
95H04
1.6
250
E68
68
5
Quad NOR
95H24
1.6
210
E68
68
6
Quad NOR
95L24
2.0
80
E68
68
7
Quad NOR
95004
2.0
90
E73
68
8
Quad NOR
95102
2.0
100
E75
68
9
Quad NOR
10100/10500
2.0
100
E96
4L,68,98
10
Quad NOR
10102/10502
2.0
100
E75
4L,68,98
ORIN OR Gates
11
DualORINOR
9502
2.3
180
E66
68
12
DualORINOR
95H02
1.6
170
E66
68
13
DualORINOR
95H22
1.6
130
E66
68
14
DualORINOR
95L22
2.0
55
E66
68
15
DualORINOR
95002
2.0
50
E71
68
16 DualORINOR
95109
2.0
50
E80
68
17
DualORINOR
10109/10509
2.0
50
E80
4L,68,98
18
DualORINOR
11C01
0.7
125
E94
4L,68
19
Triple ORINOR
9503
2.3
250
E67
68
20
Triple ORINOR
95H03
1.6
225
E67
68
21
Triple ORINOR
95H23
1.6
165
E67
68
22
Triple ORINOR
95L23
2.0
65
E67
68
23
Triple ORINOR
95003
2.0
75
E72
68
24
Triple ORINOR
95105
2.0
75
E77
68
25
Triple ORINOR
1010511 0505
2.0
75
E77
4L,68,98
26
Triple ORINOR
100101
0.7
120
F89
4Q,6Q
27
Triple Exc ORINOR
28 Triple Exc. ORINOR
29
Quad ORINOR
95107
2.4
115
E79
68
10107/10507
2.4
115
E79
4L,68,98
95101
2.0
100
E74
68
*105XX and 106XX = Military temperature range
9-22
FAIRCHILD DIGITAL
Eel
SSI FUNCTIONS
Item
(Cont'd)
Function
DEVICE NO.*
tpd
ns (Typ)
Power
Dissipation
mW (Typ)
Logic/
Connection
Diagram
Package(s)
OR/NOR Gates (Cont'd)
1
Ouad OR/NOR
10101/10501
2.0
100
E74
4L,68,98
2
Ouint OR/NOR
100102
0.7
230
E90
40,60
3
Ouint Exc OR/NOR
100107
0.7
300
E91
40,60
OR/AND Gates
4
2-Wide OA
10118/10518
2.3
105
E86
4L,68,98
5
4-Wide OA
9505
2.6
315
E69
68
6
4-Wide OA
10119110519
2.3
105
E87
4L,68,98
100117
0.7
240
E92
40,60
OR/AND/lnvert Gates
7
Triple 2-Wide OA/OAI
8
5-Wide OA/OAI
100118
0.7
175
E93
40,60
9
Dual 2-Wide OAI
10117/10517
2.3
105
E85
4L,68,98
4-Wide OAI
10121/10521
2.3
105
E88
4L,68,98
9507
3.2
315
E70
68
10
AND/NAND Gates
11 10uad AND/NAND
I
LATCHES/FLIP-FLOPS
..II:
...
ftI
u ......
oQ.
->Ol..... ......
...ftI
III
111-
~
0
Z
e::
E
~
w
0
.2
U
>
W
e::
::::I
0
II.
- 0 ..11::::-
..!
..0
III
e::
a_
Q.
0 ......
>..11:>- ftI
ut.. Gi
e::
~ftI
e::
.2
......
c.Q.
ftI '
.- >~ e:: uo III
e::s::.
> w:O
.!2111 Oli
0
III
::::I
.~ t..
o e::
O...J
Q. c% E ...........
0 ...... O~
-gi .....111>-, o~
.E -til E
..!
III
.!::::
Q,)
III
0
~ E
..0ftI e::
::::I III :iS~
.! .!::O ftIe:: ::::I
~
Q.
~O -;
ftI
0
o
...
III ::::I
we::
0
D.
0
0
J!l
.,.-
a:D.
w
1le::
E
ftI
e:: ...
OD!
O.!!!
"C.Io
......
III
"Gi
D!
ftI
'61
..II:
...J
D.
0
u
ftI
12
750 MHz D Flip-Flop
11C06
2
No
..J
0.7
1.0
1.0
210
E43
68
13
Dual D Flip-Flop
9528
2
Yes
..J
3.0
3.6
3.6
330
E26
68
14
Dual D Flip-Flop
95H28
2
Yes
I
2.0
3.0
3.0
330
E26
68
15
Dual D Flip-Flop
95231
2
Yes
...J
2.5
2.8
2.8
245
E31
68
16
Dual D Flip-Flop
10131110531
2
Yes
I
3.0
3.0
2.2
235
E31
4L,68,98
17
Dual D Flip-Flop
10231/10631
2
Yes
..J
2.5
2.8
2.8
245
E31
4L,68,98
18
Triple D Flip-Flop
100131
3
Yes
..J
1.0
1.3
0.85
475
E46
40,60
19
Hex D Flip-Flop
6
No
I
455
E40
4L,68,98
10176/10576
*105XX and 106XX = Military temperature range
9-23
3.0
3.0
5.0
FAIRCHILD DIGITAL
Eel
LATCHES/FLIP-FLOPS
(Cont'd)
.,\I:
u~
.0
z
I:
E
!
w
.2
ti
()
:>
w
I:
:s
u..
0
...
1"11
o e.
...
->()t-
CII
~ 1/1
.0 I:
1"11
CII-
o()
......
.,\1::::oU CII
>
I:
J!! ......
- 0
CII
:s ~
E () ....
e.
.E -u 0E ......
~ 1/1
.0-
iV
0
.~
0
()
...
0
1"11
I:..c:'
o~
_e.
>-
.,\1:>- 1"11
ut- Gi~
0 - oe.
I:
~
I"II~
e.e.
.>-
I:
.2
tiCII
E
I: 1"11
...
.~ t. I:001
-gi CII>-, o~
() .!!!
0 - 0:1:
.~ cu
'" t~ E l:i0
:s 1/1 2i~ 1"11 I:
:s 17'i»
e. CII :s ~o iV
0
I:
Il.
....0
0
a:1l. w
-
1"11
-a
1"11
I:
W
wi;
-
1/1
()I:
......
-
~
1/1
Gi'
01
1"11
.,\I:
u
1"11
Il.
1
Hex D Flip-Flop
10186110586
6
Yes
S
3.0
3.0
5.0
455
E41
4L,68,98
2
Hex D Flip-Flop
100151
6
Yes
1.4
1.1
0.75
550
E48
4Q,6Q
3
MasterlSlave D
Flip-Flop
11C70
1
Yes
...r
...r
0.7
1.0
1.0
210
E44
68
4
JK Flip-Flop
95H29
1
Yes
S
2.0
3.0
3.0
180
E27
68
5
JK Flip-Flop
95029
3
Yes
...r
2.0
2.8
2.8
185
E29
68
6
Dual JK Flip-Flop
10135110535
2
No
S
2.5
3.0
3.0
235
E35
4L,68,98
7
Dual D Latch
95130
2
Yes
H
2.5
2.7
2.5
135
E30
68
8
Dual D Latch
10130/10530
2
Yes
H
2.5
2.7
2.5
135
E30
4L,68,98
9
Triple D Latch
100130
3
Yes
H
1.0
1.3
0.85
400
E45
4Q,6Q
10
Quad Latch
9534
4
Yes
L
2.2
5.6
4.3
415
E28
68
11
Quad Latch
10133110533
4
No
L
4.0
4.0
4.0
310
E33
4L,68,98
12
Quad Latch
10153/10553
4
No
H
4.0
4.0
4.0
310
E36
4L,68,98
13
Quad Latch
10168/10568
4
No
L
4.0
4.0
4.0
310
E39
4L,68,98
14
Quint Latch
10175/10575
5
Yes
H
3.3
3.3
2.5
405
E49
4L,68,98
15
Hex D Latch
100150
6
Yes
H
1.4
1.1
0.75
420
E37
4Q,6Q
16
Dual Mux/Latch
10132/10532
4
Yes
H
4.5
4.5
3.5
230
E32
4L,68,98
17
Dual Mux/Latch
10134/10534
4
No
H
4.6
4.5
3.0
230
E34
4L,68,98
18
Quad Mux/Latch
10173/10573
8
No
H
4.5
4.5
2.5
310
E38
4L,68,98
19
Quad Mux/Latch
100155
4+4 Yes
H
1.2
1.2
0.85
430
E47
4Q,6Q
'105XX and 106XX
= Military temperature range
9-24
FAIRCHILD DIGITAL
Eel
MULTIPLEXERS
'Sa.
'S
«
0
.!!
w
.E
:::I
a.
Z
e
0
(J
t;
e
0
'S
.e-:::I
'ECII .!!!>- ..... >IV
>- .....
aiD: IV
CII a. C>E c>-a.
aI>CII
CIII-
CII
:is
IV
e
0
CII
:::I
Q.
E
-
.~
-I..... CIu ..... .alii
CII III :g e IV ..... t~ E
III
ai e
0
~e a..
I/)
w
C
w
I-
(J
1 Dual Multiplexer
10174/10574
1
2
0
4.0
2.0
3.0
210
2 Triple Multiplexer
1.7
2.0
0.8
360
w
...
.
'S
c:=
II..
:::I
'e2
t.
e
~
.2
a. a.
.>-
:;:
E
e
:8IV .....
0
100171
1
3
3
3 Triple Multiplexer
9580
1
3
a
3.2
3.2
2.6
300
4 Ouad Multiplexer
9579
0
4
0
4.0
2.6
260
5 Ouad Multiplexer
10158/10558
0
4
0
3.2
-
2.5
200
6 Ouad Multiplexer
10159/10559
1
0
4
3.2
2.5
2.5
220
7 8-to-1 Multiplexer
9581
1
1
0
5.5
3.5
3.2
260
8 8-to-1 Multiplexer
10164110564
1
1
0
4.0
2.0
3.0
285
9 16-to-1 Multiplexer
100164
0
1
0
2.1
-
1.6
315
10 Dual 8 Multiplexer
100163
0
2
0
1.95
-
1.3
500
0
e
as
II..
n Line
50 n Line
50 n Line
50 n Line
50 n Line
50 n Line
50 n Line
50 n Line
50 n Line
50 n Line
50
E
IV
e ...
Oel
(J .!!!
oC
'61
.....
III
....I
a..
0
Gi'
eI
IV
~
u
as
E54
4L,68,98
E55
40,60
E51
68
E50
68
E98
4L,68,98
E97
4L,68,98
E52
68
E53
4L,68,98
E99
40,60
E11~
40,60
DECODERS/DEMULTIPLEXERS
ne
:::I
a.
'S
w
Z
.E
W
(J
III
III
:=
0
0
:=
0
~
.~
0
0
.!!
:::I
«
e
.!!
CII
:is
IV
e
:;:
a.
I!!
....I
....I
I
.!!
:::I
a.
e
'S
0
J:
"l:
CII
.~
>>IV
.!!! ..... aiD:
CIIa. C>C>tiC CIIICII III
ai e :g e
:0;
e
.2
~
as .....
a. a.
'e2
E
e as
...
.- >:lI-
2i;
t
~
a..
'S
Oel
(J .!!!
0
e•
as
oC
n Line
50 n Line
50 n Line
50 n Line
E
'iii'
.....
CII
eI
as
~
cr:
n
cr:
cr:
cr:
3
2
8
0
3.0
5.0
275 50
E7
68
12 1-of-8 Demux/Decoder 10161/10561
3
2
8
0
4.0
4.0
285
E8
4L,68,98
13 1-of-8 Demux/Decoder 10162/10562
3
2
0
8
4.0
4.0
285
E9
4L,68,98
14 Dual 1-of-4 Demuxl
Decoder
10171110571
2
2+1
4+4
0
4.0
4.0
320
E10
4L,68,98
15 Dual 1-of-4 Demuxl
Decoder
10172110572
2
2+1
0
4+4
4.0
4.0
320 50
n Line
E11
4L,68,98
16 Multipurpose Demuxl
Decoder
100170
5
2+2 40r8 40r8 1.7
1.2
565 50
n Line
E12
40,60
E
~
w
:::I
C
II..
11 1-of-8 Decoder
'105XX and 106XX
9538
"0
"0
ti
= Military temperature range
9-25
ti
I/)
w
II..
'6t
0
....I
u
as
a..
FAIRCHILD DIGITAL
Eel
REGISTERS
g.
•
0
e
0
iii
>
W
Ci
ci
(.)
:::I
I&.
C
e
E
~
w
:g
~
e
w
J!!
Z
~GI
Z
t/)
-
:::I .....
a. a.
e
:8I'll .....
I!! .....
a. a.
~UI II. a. ->:::II>0-- .'C: ~>!lI1ulwill 0-- o UI
N I- rr
]!Ci (.)::t:
~>>e:i!
'!I'IIZci I'll uS
o GI
a.
:i!
OC
.-c~-:»~
E
e
0
~E
2
I!
o DI
.....
UI
(.) .!!!
'Gi'
ClC
~
'61
u
0
0
Q.
DI
I'll
Q.
...t
1
4-8it Shift Register
95HOO
4
D
4S
150
3.2
395
E63
68
2
4-8it Shift Register
95000
4
D
4S
200
3.2
345
E64
68
3
4-8it Shift Register
10000
4
D
4S
200
3.2
345
E64
4L,68,98
DL,DR 4S
4
4-8it Left/Right Shift Register
10141/10541
4
350
2.2
400
E65
4L,68,98
5
8-8it Left/Right Shift Register
100141
8
DR
8
500
1.6
765
E100
40,60
6
16x4 Register File
100145A
64
DR
-
-
765
E101
40,60
7
8-8it Shift Matrix
100158
8
-
8
-
-
630
E102
40,60
COUNTERS/PRESCALERS
e
•
0
e
0
E
~
~
e
(.)
II.
C
:::I
>
w
]!
(.)::t:
'tI
I'll
0
Z
w
...t
e
.2
I'll .....
a. U
GI
a: a. o~..... .-a. >e E
~>!lI1e I!
ul- oGla.
o DI
:8I'll .....
.!
0
'5
'tI
'!
:i!
:.
0
.- --
0-- - 0 >- N ~-I- C~
U:::l--
o a. UI
;:i! u'Se
:i!
0
:»~
0
(.) .!!!
E ClC
'61
Q.
0
:!:
GI
DI
I'll
~
u
I'll
Q.
...t
8 8inary Counter
95H16
2,4,8 or 16
4
200
3.6
470
E1
68
9 8inary Counter
95016
2,4,8 or 16
4
200
3.6
415
E3
68
10 8inary Counter
10016
2,4,8 or 16
4
200
3.6
415
E3 4L,78,98
11
10136/10536
2,4,8 or 16
4
200
-
520
E4
4L,78
12 8inary Counter/Register
100136
2,4,8 or 16
4
450
1.4
765
E103
40,60
68
8inary Counter
13 Decade Counter
95010
10
4
200
3.6
415
E3
14 Decade Counter
10010
10
4
200
3.6
415
E3 4L,78,98
15 Decade Counter
10137/10537
10
4
200
-
520
E4
4L,78
16 .;- 4 Prescaler
11C05
4
1100
-
340
E5
68
17 .;- 5/6 Prescaler
95H91
5 or 6
MS
320
5.1
390
E2
68
18 .;- 5/6 Prescaler
11C91
5 or 6
MS
600
-
300
E6
68
-
19 .;- 10/11 Prescaler
95H90
10 or 11
MS
320
5.1
440
E2
68
20 .;- 10/11 Prescaler
11C90
10 or 11
MS
600
300
E6
68
21
11C83
248 or 256
MS
1100
-
520
E104
6A
.;- 248/256 Prescaler
'105XX and 106XX = Military temperature range
9-26
FAIRCHILD DIGITAL
ECl
ARITHMETIC OPERATORS
c
g
J!!
iii
"S0.
.5
'0
•
0
Z
C
w
0
0
;:
:>
W
u
E
C
::::I
!
u..
0
0
.- >-
i
o~
o
111--
0.0.
Ii
"O~
.9- .....
III
Z
C
c
.2
.; t.
t E
:.0
0.
E
C
C
III
..
om
.!!
"Uo
·61
0
..J
-III
'i"
m
III
~
u
III
0.
Adder/Su btractor
95H84
2x2
4.6
485
E58
6B
10180110580
2x2
2.2
340
E62
4L,6B,9B
4x2
3.0
305
E61
4L,6B,9B
16
2.1
742
E111
40,60
2
Dual Adder/Subtractor
3
Carry Lookahead
10179/10579
4
Carry Lookahead
100179
5
4-Bit ALU
10181110581
4x2
6.0
600
E95
4M,6N
6
4-Bit Binary/Decimal ALU
100181
4x2
4.5
765
E107
40,60
7
4-Bit Comparator
9578
4x2
3.2
275
E57
6B
8
5-Bit Comparator
95H55
5x2
6.0
440
E56
6B
5x2
5.5
312
9
5-Bit Comparator
10166/10566
10
9-Bit Comparator
100166
9
11
8-lnput Priority Encoder
10165/10565
a
6.0
E42
4L,6B,9B
E114
40,60
E13
4L,6B,9B
520
12
Universal Priority Encoder
100165
a
3.0
540
E10a
40,60
13
Dual 9-Bit Parity Generator
100160
9x2
3.0
370
E109
40,60
14
11-Bit Parity Generator
10170110570
11
4.0
275
E60
4L,6B
15
12-Bit Parity Generator
10160110560
12
4.0
240
E59
4L,6B,9B
16
a-Bit Shift Matrix
100158
8
2.2
630
E102
40,60
'105XX and 106XX
= Military temperature range
CMOS
SSI FUNCTIONS
Item
Function
DEVICE NO.
Logic/Connection
Diagram
Package(s)
NAND Gates
17
Ouad 2-lnput NAND
40118
C1
31,6A,9A
18
C2
31,6A,9A
Triple 3-lnput NAND
40238
19
Dual 4-lnput NAND
40128
C3
31,6A,9A
20
a-Input NAND
40688
C4
31,6A,9A
9-27
I
FAIRCHILD DIGITAL
CMOS
SSI FUNCTIONS
(Cont'd)
Item
Function
DEVICE NO.
Logic/Connection
Diagram
Package(s)
NOR Gates
1
Quad 2-lnput NOR
40018
C5
31,6A,9A
2
Triple 3-lnput NOR
402~8
C6
31,6A.9A
3
Dual 4-lnput NOR
40028
C7
31.6A.9A
4
8-lnput NOR
40788
C8
31,6A.9A
AND Gates
5
Quad 2-lnput AND
40818
C9
31.6A.9A
6
Triple 3-lnput AND
40738
C87
31.6A.9A
7
Dual 4-lnput AND
40828
C88
31.6A.9A
OR Gates
8
Quad 2-lnput OR
40718
C10
31.6A.9A
9
Dual 4-lnput OR
40728
C85
31.6A,9A
10
Triple 3-lnput OR
40758
C86
31.6A.9A
Inverters and 8uffers
11
Hex Inverter
4069U8
C11
31.6A.9A
12
Hex Inverting Buffer
40498
C12
4L.6B.9B
13
Hex Non-Inverting Buffer
40508
C13
4L.6B.9B
14
3-State Hex Inverting Buffer
400988
C14
4L.6B.9B
15
3-State Hex Non-Inverting Buffer
400978
C15
4L.6B.9B
16
Quad True/Complement Buffer
40418
C81
31.6A.9A
Complex Gates
17
Quad Exclusive OR
40308
C16
31.6A.9A
18
Quad Exclusive OR
40708
C16
31.6A.9A
19
Quad Exclusive NOR
40778
C17
31.6A.9A
20
Dual 2-Wide. 2-lnput AND-OR-Invert
40858
C18
31.6A.9A
21
4-Wide. 2-lnput AND-OR-Invert
40868
C19
31.6A.9A
22
Dual Complementary Pair Plus Inverter
4007U8
C20
31.6A.9A
Schmitt Triggers
23
Quad2-lnput NAND Schmitt Trigger
40938
C82
31.6A.9A
24
Dual·Schmitt Trigger
45838
C83
4L.6B.9B
25
Hex Schmitt Trigger
400148
C84
31.6A.9A
9-28
FAIRCHILD DIGITAL
CMOS
LATCHES/FLIP-FLOPS
tl_oil.
>-
.CII
ftI
ci
Z
c
W
(J
0
=fic
E
~
:;:
W
:I
II.
J!!
:I
Il.
.5
J!!
ftI
0
C
0
E
E
0
(J~
........... >
.!!IIICI
a
c
oQ:
.oc,.. - >->
CII ~Sll .lII:~CI
u ...... ,..
,g
a
-(J...ICII W'O
.- a ~ ~ a
........... "23:>
CII >- a
.!! III
.~ Q)
.0:a.!!!>
:::I III
ftI :::I
ftI CII
erell.
CII :I
c a
w.5 a: a..
W
.lII:::::-
u
o >
(ft
II
.2
uCII
c E
c I!
o
(J
Q
.!!!
III
'ii'
Q
"Ua
ftI
.lII:
0
a..
'61
u
ftI
a
a
(J
1 Dual JK Flip-Flop
40278
JK
RS
H
35
45
C21
4L,6B,9B
2 Dual D Flip-Flop
40138
D
RS
H
30
38
C22
31,6A,9A
3 Quad D Flip-Flop
401758
...I
D
X
H
10
35
C23
4L,6B,9B
4 Quad D Flip-Flop w/3-State Ouptuts 40768
D
MR
L
35
35
C110
4L,6B,9B
5 Hex D Flip-Flop
D
X
H
10
35
C24
4L,6B,9B
401748
6 4-Bit Latch
40428
D
-
H
16
66
C25
4L,6B,9B
7 4-Bit Latch
40438
RS
RS
H
14
30
C26
4L,6B,9B
8 4-Bit Latch
40448
RS
RS
H
14
30
C27
4L,6B,9B
9 Dual 4-Bit Address Latch
47238
D
X
L
20
50
C28
4L,6B,9B
10 8-Bit Address Latch
47248
D
X
L
20
40
C29
4L,6B,9B
11 BCD-to-7-Seg Latch/Decoder/Dvr
45118
D
X
L
14
90
C111
4L,6B,9B
12 BCD-to-7-Seg Latch/Decoder/Dvr
for Liquid Crystal
45438
D
X
H
40
200
C112
4L,6B,9B
13 BCD-to-7-Seg Latch/Decoder Dvr
w/Ripple Blanking
47348
D
X
L
14
90
C114
7D,9M
>
CI
>
CI
MULTIPLEXERS
>
CI
,..
ci
c
0
E
~
:g
c
:I
II.
Z
W
(J
:;:
W
J!!
:I
Il.
.5
CII
:a
ftI
a
C
w
14
Quad 2-lnput
40198
15
Quad 2-lnput
45198
-
'5
Il.
'5
0
CII
.
:I
~
i;'11
'ii a
a a
->
u_
.!!Il.
CII >-
>-,..
ftlil
'ii a
a a
CII>
:aftlll.
c >-
0!::.
w!::.
III
III
c
c
,..
>-"
.!!! c
CII c
a>
ftI..-
-c.
ftI >at.
III
r::
C
.2
U
CII
c E
c I!
OQ
(J
.!!!
"Ua
'61
0
...I
III
'ii'
Q
ftI
.lII:
U
ftI
a..
X
37
-
37
C30
4L,6B,9B
X
50
-
50
C31
4L,6B,9B
16
Dual 4-lnput
45398
X
X
88
53
71
C32
4L,6B,9B
17
Single 8-lnput
45128
X
3-State
85
45
75
C33
4L,6B,9B
9-29
I
FAIRCHILD DIGITAL
CMOS
REGISTERS
>->
00
c ....
- e:
~II
0
E
~
c:
.2
uc:
Z
w
0
:>
W
>-
J!l
iii
'0
c:i
~
C
..
II)
'e::
QI
o
'\::J
w ]!o
iii
.t:
c:i
easZ
0 - ....
o ~I "0
~
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1 Parallel-ln/Parallel-Out
40358
4
JK
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L-H
17
90
C39
4L.68.98
2 Parallel-ln/Parallel-Out
8idirectional
401948
4
D
4
L-H
14
45
C40
4L.68.98
3 Parallel-ln/Parallel-Out
401958
4
JK
4
L-H
14
45
C41
4L.68.98
4 Serial-! n/Parallel-Out
40158
8
D
-
L-H
14
85
C42
4L.68.98
5 Parallel-ln/Serial-Out
40148
8
D
8
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14.7
68
C43
4L.68.98
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6 Parallel-ln/Serial-Out
40218
8
D
8
L-H
18.1
74
C44
4L,68,98
7 Serial-ln/Serial-Out
40068
18
D
-
H-L
30
37
C45
31,6A,9A
8 Serial-ln/Serial-Out
47318
256
D
-
H-L
8.0
95
C46
31.6A,9A
9 Serial-ln/Serial-Out
40318
64
D
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L-H
8.0
60
C78
4L,68.98
10 Serial-ln/Serial-Out
Variable
45578
1 to 64
D
-
2H-L
or L-H
10
150
C80
4L,68.98
11 Paraliel/SerialInputlOutput
40348
8
D
8
L-H
8.0
155
C79
4M.6N.9N
DECODERS/DEMUL TIPLEXERS
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Dual 1-of-4 Decoder
45558
2x2
2
13
Dual 1-of-4 Decoder
45568
2x2
14
1-oH 0 Decoder
40288
4
15
1-of-16 Decoder
45148
4
16
1-of-16 Decoder
45158
17
Dual 4-Channel
Demultiplexer
40528
12
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58
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4L.68.98
66
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C36
4L.68.98
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95
95
C37
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L
95
95
C38
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125
105
C64
4L.68,98
9-30
4L.68,98
FAIRCHILD DIGITAL
CMOS
DECODERS/DEMUL TIPLEXERS (Cont'd)
CII
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8-Channel
Demultiplexer
40518
3
1
H
125
105
C65
4L,6B,9B
2
BCD-to-7-Segment
Latch/Decoder/Dvr
45118
4
1
H
90
98
C111
4L,6B,9B
3
BCD-to-7-Segment
Latch/Decoder/
Dvr for Liquid Crystals
45438
4
-
H or L
200
200
C112
4L,6B,9B
4
BCD-to-7-Segment
Latch/Decoder/
Dvr w/Ripple Blanking
47348
4
1
H
90
98
C114
7D,9M
COUNTERS
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401608
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0
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C47
4L,6B,9B
6
4-Bit Sync Count Up
401618
Binary
S
L-H
12
55
C47
4L,6B,9B
7
4-Bit Sync Count Up
401628
Decade
S
L-H
12
55
C48
4L,6B,9B
8
4-Bit Sync Count Up
401638
Binary
S
L-H
12
55
C48
4L,6B,9B
4-Bit Sync Count Down
45228(2)
Decade
A
L-H
or H-L
10
95
C49
4L,6B,9B
45268(2)
Binary
A
9
10
4-Bit Sync Count Down
L~H
10
95
C49
4L,6B,9B
or H-L
11
4-Bit Sync
Count Up/Down
45108
Decade
A
L-H
12
62
C50
4L,6B,9B
12
4-Bit Sync
Count Up/Down
45168
Binary
A
L-H
12
62
C50
4L,6B,9B
13
4-Bit Sync
Count Up/Down
401928
Decade
A
L-H
8.0
105
C51
4L,6B,9B
1. A = Asynchronous, S = Synchronous
2. To be announced
9-31
I
FAIRCHILD DIGITAL
CMOS
COUNTERS (Cont'd)
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4-BitSync
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40193B
Binary
A
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105
C51
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2
4-Bit Sync
Count Up/Down
4029B
Decade
or Binary
A
L-H
12
62
C52
4L,6B,9B
3
Dual4-Bit
Sync Count Up
4518B
Decade
-
L-H
or H-L
10
95
C53
4L,6B,9B
4
Dual 4-Bit Synchronous
Count Up
4520B
Binary
-
L-H
or H-L
10
95
C53
4L,6B,9B
5
7-Bit Ripple Count Up
4024B
Binary
-
H-L
30
45
C54
31,6A,9A
6
12-Bit Ripple Count Up
4040B
Binary
-
H-L
25
55
C55
4L,6B,9B
7
14-Bit Ripple CountUp
4020B
Binary
-
H-L
25
55
C56
4L,6B,9B
8
4-Bit Johnson Counter
4022B(2)
1-01-8
-
L-H
or H-L
16
95
C57
4L,6B,9B
9
5-Bit Johnson Counter
4017B
1-01-10
-
L-H
orH-L
13.8
114
C58
4L,6B,9B
10
5-Bit Johnson Counter
4018B(2)
-
L-H
10
115
C59
4L,6B,9B
11
Bit Rate Generator
4702B
L-H
6.5
40
C60
4L,6B,9B
12
21-Stage Binary Counter
4045B
Binary
L-H
25
900
C89
31,6A,9A
13
24-Stage Binary Counter
4521B
Binary
-
H-L
12
3200
C90
4L,6B,9B
14
Real Time 5-Decade
Counter
4534B
Decade (x5)
-
L-H
4.5
1000
C91
4M,6N,9N
15
3-Digit BCD Counter
4553B
Decade (x3)
-
L-H
orH-L
6.0
300
C92
4L,6B,9B
16
7-Stage Counter
4727B
Binary
-
L-H
8.0
90
C93
31,6A,9A
14-Bit Rates
17
7-Stage Counter
4737B
Binary
-
L-H
8.0
90
C95
31,6A,9A
18
Programmable
Timer/Counter
4722B
Binary
-
H~
6.0
1000
C94
4L,6B,9B
19
Industrial Time Base
Generator
4566B
Decade
-
H-L
3.2
400
C99
4L,6B,9B
1. A = Asynchronous, S = Synchronous
2. To be announced
9-32
FAIRCHILD DIGITAL
CMOS
MONOSTABLES
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Resettable Monostable
Multivibrator
45288
±3%
1
1
X
300
C61
4L,6B,9B
2 Low Power Monostable/
Astable Multivibrator
40478
-
1
1
X
-
C115
31,6A,9A
45388
±0.5%
1
1
X
200
C116
4L,6B,9B
40468
-
-
-
-
C117
4L,6B,9B
3
Dual Precision
Monostable Multivibrator
4 Micro Power Phase
Locked Loop
-
ANALOG DEVICES
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Quad Bilateral Switch
40168
X
840
125
0-15
±7.5
C63
31,6A,9A
6
Quad Bilateral Switch
40668
X
520
100
0-15
±7.5
C63
31,6A,9A
7
Dual 4-Channel
Multiplex/Demultiplex
40528
X
600
100
0-15
±7.5
C64
4L,6B,9B
8
8-Channel
Multiplexer/Demultiplexer
40518
X
600
100
0-15
±7.5
C65
4L,6B,9B
9
Triple 2-Channel
Multiplex/Demultiplexer
40538
X
600
100
0-15
±7.5
C96
4L,6B,9B
10
16 Channel Mux/Demux
40678
X
600
100
0-15
±7.5
C97
4M,6Q,9U
11
4x4 Cross Point Switch
47418
X
840
100
0-15
±7.5
C98
4L,6B,9B
9-33
I
FAIRCHILD DIGITAL
CMOS
ARITHMETIC OPERATORS
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1
Adder
40088
Binary Adder
2
Adder
45608
BCD Adder
3
Carry Lookahead
45828
4
Comparator
5
Data Path Switch
6
Arithmetic LogicRegister Stack 47058
7
Data Access Register
47078
Data Access Register
8
Register Unit
45818
4-Bit Arithmetic
Logic Register Unit
45278
BCD Rate Multiplier
10 Parity Checker/Generator
45318
11 Parity Encoder
12 Complementer
9 Rate Multiplier
13 Sequencer
I»
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C66
4L,6B,9B
4x2
C106
4L,6B,9B
Carry Lookahead Block
4
C68
4L,6B,9B
400858
Magnitude Comparator
4
C69
4L,6B,9B
47048
Data Path Switch
4
C70
4M,6Q,9U
Arith Logic Register Stack
4
C71
4M,6Q,9U
4
C72
4M,6Q,9U
4x2
C108
4M,6N,9N
4
C103
4L,6B,9B
13-lnput Parity Checker/
Generator
13
C104
4L,6B,9B
45328
8-lnput Parity Encoder
8
C105
4L,6B,9B
45618
9's Complementer
4
C107
31,6A,9A
47088
10-Bit Microprocessor
Sequencer
10
C109
61,8P
TIMEKEEPING CIRCUITS
In
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FWA6003/
FWA6103
4
Dir
No Yes Yes Yes No No No No
15
FWA6005/
FWA6105
4
Dir
No Yes Yes Yes No No No No
16
FWA6004
17
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1.5 Seconds and date
on command
C119
C118
-
1.5 6003 w/on-board
voltage quadrupler
C120
C121
-
4 Mux Yes No Yes Yes No No No No
3.0 Seconds, ideal
car clock
C122
-
FWX6107
4
Dir
No Yes Yes Yes No No No No
1.5 6105 w/24 hr and
European calendar
-
-
18
FWX6109
6
Dir
No Yes Yes Yes No No No No
1.5 5-function w/day flags
-
-
19
FWX6111
6
Dir
No Yes Yes Yes No No No No
1.5 6-function w/alphaday
0
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Q
0
In
N
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en
1. FWAXXXX products are available both encapsulated, FWBXXXX, & unencapsulated, FWXXXXX.
2. Consult factory for package type
9-34
10
-
FAIRCHILD DIGITAL
MOS
RANDOM LOGIC FUNCTIONS (For Other MOS Circuits-See Fairchild Memories)
c
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C
C
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01
tel
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3262A
C
16
S1
6Z
2 TV Sync Generator with Generator Lock
32628
C
16
S2
6Z
3 8-Channel Multiplex Switch
3708
C, L, M
16
S3
4A,6Z,8K
8U,9B
4 Digital Voltmeter
3814
C
24
S4
7M
5 5-Decade Counter
3815
C
24
S5
7M
6 Programmable Counter 3 thru 262,145
3816
C
16
S6
6Z,8K,9B
7 USART
F3843
C
28
S8
8E
8 Synchronous Protocol Communications
Controller
F3846 (3)
C
40
-
-
TIMEKEEPING CIRCUITS
0
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9 FCM7001
6
Mux Yes Yes Yes Yes Yes
10 FCM7002
6
Mux
-
-
Yes Yes Yes
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9:59 Yes Yes
10-17 Use for very large digits;
high drive circuit.
S9
9:59 Yes Yes
10-17 BCD outputs
S10
S11
11 FCM7003
6
Mux Yes Yes Yes Yes Yes
9:59 Yes Yes
10-17 Direct drive for
gas discharge
12 FCM7004
6
Mux Yes Yes Yes Yes Yes
9:59 Yes Yes
10-17 7001 w/European
calendar format
13 FCM7010
4
Dir
Yes Yes Yes Yes Yes
2:50 Yes Yes 7,0-17 12 mA direct drive,
pulsing colon
14 FCM7015
4
Dir
Yes Yes Yes Yes Yes
2:50 Yes Yes 7.0-17 12 mA direct static drive, S12
colon, slew set
15 FCM7030121 4
Dir
Yes Yes No No Yes
16 FCM7040
4
:59 Yes Yes 8.0-18 Seconds on command,
15 mA drive
Dup Yes No No Yes Yes 99:59 Yes Yes 7.0-11 Key BD entry
appliance control
1. C = Commercial temperature range; L = Limited military temperature range; M = Military temperature range.
2. Replaces FMC3817 for new deSigns
3. To be announced
4. Consult factory for package types.
9-35
S9
S12
813
S14
"'
01
tel
oX
(,)
tel
c..
FAIRCHILD DIGITAL
RTL/CTL
FAIRCHILD RTL MICROLOGIC AND CTL COUNTING MICROLOGIC ELEMENTS
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o·
-0
0
E
o
CI
!II
o .!!!
O
u
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u
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C ..
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Q.
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0
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0
Ui
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.¥
U
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Q.
900
Buffer
F8
3F,5B
14
913
D Flip-Flop
F6
3F,5B
F18
3F,5B
15
914
DuaI2-NOR
F13
3F,5B
F14
3F,5F
3F,5B
2
901
Counter Adapter
3
902
Flip-Flop
F19
3F,5B
16
915
DuaI3-NOR
4
903
3-lnput NOR
F9
3F,5B
17
921
Dual 2-Expander
F7
5
904
Half Adder
F10
3F,5B
18
923
JK Flip-Flop
F15
5B
6
905
Half Shift
F11
3F,5B
19
926
JK Flip"Flop
F16
3F,5F
7
906
Half Shift
F20
3F,5B
20
927
Quad Inverter
F17
3F,5F
8
907
4-lnput NOR
F12
3F,5B
21
958
Decade Counter
F21
5B,6A
9
908
Adder
F1
3F,5B
22
959
4-Bit Latch
F22
6B
10
909
Buffer
F2
3F,5B
23
960
BCD Decoder/Dvr
F23
6B
11
3F,5B
24
974
JK Flip-FJ'op
F15
5B
25
989
Binary Counter
F21
5B,6A
910
DuaI2-NOR
F3
12
911
4-lnput NOR
F4
3F,5B
13
912
Half Adder
F5
3F,5B
OTL
DTL MICROLOGIC
Item
DEVICE NO.
26
27
Description
Logic/Connection
Diagram
Package(s)
930
Dual 4-lnput Extendable NAND Gate
G1
31,5F,6A,9A
932
Dual 4-lnput Extendable NAND Buffer Gate
G1
31,5F,6A,9A
28
933
Extender
G9
5F,9A
29
935
Extendable Hex Inverter
G12
31,6A,9A
30
936
Hex Inverter
G12
31,6A,9A
31
937
Hex Inverter
G12
31,6A,9A
32
941
Monostable Multivibrator
G17
33
944
Dual 4-lnput Extendable NAND
Buffer Gate (Open Collector)
G1
31,5F,6A,9A
34
945
RS Flip-Flop
G18
31,5F,6A,9A
35
946
Quad 2-lnput NAND Gate
G10
31,5F,6A,9A
9-36
31,6A
FAIRCHILD DIGITAL
DTL
DTL MICROLOGIC
Item
(Cont'd)
DEVICE NO.
Description
Logic/Connection
Diagram
Package(s)
1
948
RS Flip-Flop
G18
31,5F,6A,9 A
2
949
Quad 2-lnput NAND Gate
G10
31,5F,6A,9 A
3
950
A-C Coupled RS Flip-Flop
G19
31,5F,6A,9 A
4
951
Monostable Multivibrator
G17
31,5F,6A,9 A
5
961
Dual 4-lnput Extendable NAND Gate
G1
31,5F,6A,9 A
6
962
Triple 3-lnput NAND Gate
G11
31,5F,6A,9 A
7
963
Triple 3-lnput NAND Gate
G11
31,5F,6A,9 A
8
1800
Dual 5-lnput NAND Gate
G1
9A
9
1801
Dual 5-lnput NAND Gate
G1
9A
10
1802
Single 8-lnput NAND Gate
G2
9A
9A
11
1803
Single 8-lnput NAND Gate
G2
12
1804
Single 10-lnput NAND Gate
G3
9A
13
1805
Single 10-lnput NAND Gate
G3
9A
9A
14
1806
Quad 2-lnput AND Gate
G4
15
1807
Quad 2-lnput AND Gate
G4
9A
16
1808
Quad 2-lnput OR Gate
G5
9A
17
1809
Quad 2-lnput OR Gate
G5
9A
18
1810
Quad 2-lnput NOR Gate
G6
9A
19
1811
Quad 2-lnput NOR Gate
G6
9A
20
1812
Quad 2-lnput Exclusive OR Gate
G7
9A
21
1813
Quad Latch
G13
9B
22
1814
Quad Latch
G14
9A
23
9093
Dual JK Flip-Flop
G15
31,6A,9A
24
9094
Dual JK Flip-Flop
G15
31,6A,9A
25
9097
Dual JK Flip-Flop
G16
31,6A,9A
26
9099
Dual JK Flip-Flop
G16
31,6A,9A
27
9109
High Voltage Hex Inverter
G12
6A
28
9110
High Voltage Hex Inverter
G12
6A
RS Flip-Flop
G20
31,6A
6A
29
9111
30
9112
High Voltage Hex Inverter
G12
31
9135
Hex Inverter (Open Collector)
G12
31,6A,9A
32
9157
Quad 2-lnput Buffered NAND Gate
G8
31,6A,9A
33
9158
Quad 2-lnput Power NAND Gate
G8
6A,9A
9-37
I
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Read/Write
Cycle Time
Gill
c(
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CI
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D.
TTL
1
16x4 54LS/74LS8S(4)
OC
2
16x4 54LS/74LS189(4)
38
-
3
16x4 54LS/74LS289(4)
-
4
16x4 7489
OC
OC
-
30
30
5
16x4 9410
38
35
6
256x1 93410
7
256x1 93410A
8
256x1 93411
-
-
60/55
25
60/55
50(2)
45
25
60/45,
70/55
35
20
45
45
25
55/45
9
256x1 93411A
OC
OC
OC
OC
40
25
45
10
256x1 93L420
38
40
20
45
11
256x1 93L421
38
45
30
65/55
-
M1
4L,78,98
M1
4L,78,98
M1
78,98
M1
4L,78,98
375
M50
70,9M
450
M2
48,6F,98
450
M2
60,98
475
M3
48,60,98
-
475
M3
60,98
55
250
M3
48,60,98
90/75 100/90
275
M3
48,60,98
475
M3
48,60,98
12
256x1 93421
38
35
20
50/35
13
256x1 93421A
38
30
20
40/35
-
475
M3
60,98
14
64x9 93419
35
15
45
60
725
M4
7Y
30
20
45
60/55
475
M5
4K,4R,8T
45
20
60
75/70
250
M5
4K,4R,8T
60/45
15
256x4 93412
16
256x4 93L412
OC
OC
OC
17
256x4 93422
38
30
20
45
60/55
475
M5
4K,4R,8T
18
256x4 93L422
38
45
20
60
75/70
250
M5
4K,4R,8T
OC
OC
30
15
45
60
475
M6
48,6D,98
20 1024x1 93L415
35
20
60
70
200
M6
48,60,98
21
OC
25
15
30
-
475
M6
60,98
19 1024x1 93415
1.
2.
3.
4.
-
1024x1 93415A
OC = open collector, 38 = 3-state
Measured @ TA = 25°C
Typical Data In to Match Out
To be announced
10-3
FAIRCHILD MEMORIES
RANDOM ACCESS MEMORIES
BIPOLAR RAMs (Cont'd)
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w
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Q
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Read/Write
Cycle Time
~
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III
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0
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III
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III
Q.
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TTL
1
1024x1 93425
2
1024x1 931425
38
35
20
3
1024x1 93425A
38
25
4
4096x1
93470
OC
5
4096x1
93471
38
6
4096x1
7
4096x1 93481A
93481
30
38
Oynamic,
38
Oynamic,
38
15
45
60
475
M6
48,60,98
60
70
200
M6
48,60,98
15
30
-
475
M6
60,98
30
15
50/55
60170
800
M15
7D,9M
30
15
50/55
60170
800
M15
7D,9M
90
35
120
-
45/350
M16
48,6E,98
80
35
100
-
45/350
M16
48.6E,98
2.7
-
3.3(3)
-
730
M40
40,60
6.5 17.5/25.5(2) 4.5 9.0/10(2) -
435
M13
68
500
M14
4L,68,98
765
M41
40,60
475
M7
48,60
475
M8
48,60,98
ECl
16x4 95400
-
10
16x4 . 10145A
-.
6.5
11
16x4 100145A
-
4.8
-
8
9
4x4 100142
14
-
12
128x1 10405
-
12
5.0
15(2)
13
256x1 10410
-
18
7.0
30/38(2)
20
7.0
35/47(2)
-
7.0
4.0
7.0
4.0
14
256x1
10411
15
256x1
10414
16
256x1 100414
1.
2.
3.
4.
-
17
1024x1
10415
-
25
7.0
35/38(2)
18
1024x1
10415A
-
12
5.0
20/27(2)
19
1024x1 100415
-
12
5.0
20/30(2)
20
4096x1 10470
-
25
10
OC = open collector, 3S = 3-state
Measured @ TA = 25°C
Typical Data In to Match Out
To be announced
10-4
-
-
360
M8
60,98
-
450
M8
48,60
-
500
M8
48,60
475
M9
475
M9
48,60
48,60
500
M9
40
-
900
M15
70
FAIRCHILD MEMORIES
RANDOM ACCESS MEMORIES
MOS/CMOS RAMs
I:
I:
:8
I:
0
z
.2
iii
N
E
~
w
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0
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0
0
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CII
0
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III
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Q.
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CII
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CII
I:
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0
E
f!
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CI
Cii
o.!!!
0 0
·61
CI
III
~
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0
0.
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M08
1
1024x1
21L02H
Static
2
1024x1
21L02F
Static
3
1024x1
21L021
Static
21 L022
Static
250
158/24(4)
C
16
M22
6Z,8K,8U,98
350
350
158/24(4)
C
16
M22
6Z,8K,8U,98
450
450
158/24(4)
C
16
M22
6Z,8K,8U,98
650
650
158/24(4)
250
4
1024x1
5
1024x1
2102LH
Static
250
6
1024x1
2102LF
Static
350
7
1024x1
2102L1
Static
450
C
16
M22
6Z,8K,8U,98
250
158(2)1220(3) C,L,M
16
M22
6Z,8K,8U,98
350
158(2)/220(3) C,L,M
16
M22
6Z,8K,8U,98
450
158(2)/220(3) C,L,M
16
M22
6Z,8K,8U,98
16
M22
6Z,8K,8U,98
8
1024x1
2102L2
Static
650
650
158(2)/220(3) C,L,M
9
1024x1
2102H
Static
250
250
289(2)/385(3) C,L,M
16
M22
6Z,8K,8U,98
10
1024x1
2102F
Static
350
350
289(2)/385(3) C,L,M
16
M22
6Z,8K,8U,98
16
M22
6Z,8K,8U,98
16
M22
6Z,8K,8U,98
16
M22
6Z,8K,8U,98
11
1024x1
21021
Static
450
450
289 (2)/385(3) C,L,M
12
1024x1
21022
Static
650
650
289(2)/385(3) C,L,M
13
1024x1
3542/21028
Static
150
150
14
1024x1
3542A/2102R
Static
200
15
256x8
3539
Static
650
16
256x8
35392
Static
500
500
1.
2.
3.
4.
5.
6.
289
C
200
289
C
16
M22
6Z,8K,8U,98
650
500
C
22
M23
6V
500
C
22
M23
6V
C = Commercial temperature range; L = Limited military temperature range; M = Military temperature range
Commercial temperature range
Military and limited military temperature range
Standby power
To be announced
Typical value @ Voo = 10V
10-5
FAIRCHILD MEMORIES
RANDOM ACCESS MEMORIES
MOS/CMOS RAMs (Conl'd)
c
c
.2
'liiN
E
!
'cca
e'
0
:8ca.-.
Q.1e
GI
0
c
W
a·c
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U C
c(
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0
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0
a..
350
Z
0
>
w
Q
0
U
GI
Q
E.-.
I-ca
.- ca
GI
E'-'
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c
I- .-
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GI
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c
0
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GI
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c
0 CI
o .!!!
.-.
'61
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Z
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C
18
M24
.:
I!
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GI
I-
III
c
ii:
'0
ci
III
'ii'
CI
ca
(3Q
u
ca
0
MOS
-
1
1024x4
F2114171
Static
200
200
2
4096x1
M40272
Dynamic
150
320
470/36(4)
C,L
16
M25
8K,8R
3
4096x1
M40273
Dynamic
200
375
470/36(4)
C,L
16
M25
8K,8R
C,L
16
M25
8K,8R
4
4096x1
M40274
Dynamic
250
375
470/36(4)
5
4096x1
M40275
Dynamic
300
430
470/36(4)
C,L
16
M25
8K,8R
6
16,384x1
F16K3
Dynamic
200
375
465/20(4)
C
16
M26
6Z,8K,8R
C
16
M26
6Z,8K,8R
C
16
M26
6Z,8K,8R
M42
7D,9M
7
16,384x1
F16K4
Dynamic
250
410
465/20(4)
8
16,384x1
F16K5
Dynamic
300
500
465/20(4)
16x4
47108
Static
95(6)
0.4
C,M
18
0.4
C,M
16
M43
4L,6B,9B
16
M44
4L,6B,9B
CMOS
10
16x4
47258
Static
100(6)
11
256x1
47208
Static
95(6)
-
0.4
C,M
12
256x4
47218
Static
240(6)
-
0.7
C,M
22
M45
4K,4M,6V,71
Static
320(6)
-
0.7
C,M
16
M46
4L,6B,9B
9
13
1.
2.
3.
4.
5.
6.
7.
1024x1
47368(5)
C = Commercial temperature range; L = Limited military temperature range; M = Military temperature range
Commercial temperature range
Military and limited military temperature range
Standby power
To be announced
Typical value @ Voo = 10V
Consult factory for package information
10-6
FAIRCHILD MEMORIES
READ ONLY MEMORIES
BIPOLAR ROMs AND PROMs
CII
Read Cycle Time
E
j::
C
0
i.1:1
C
III
0
z
w
U
-~
c
0
a
·c
c
:: ....
CIIQ.
u >u ...
00(III III
III C
e
_CII
~ .§ ....
'ii ... ~
rn
III",
=;
01
:;
0
Q
Q
1
16x48x8
93458
FPLA,OC
25
15
E
!
...
w
tl
CII
""
00(
0
;:
III ....
U
0
.90
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u:l
C
II)
U
C\I ....
.... 111
+:::&
0-
--
~M
-
III
Uc
0
CI
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+ III
0:::&
U
o
III
C
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II)
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1lt:,
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Q.
c
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E
o
....
01
'ii'
c III
...
U .!!!
'UQ
'0,
0
....I
III
01
III
~
u
III
a..
TTL
-
-
750
M20
8E,9Y
2
16x48x8
93459
FPLA,3S
25
15
-
-
750
M20
8E,9Y
3
256x4
93457
ROM,OC
25
12
45
60
425
M17
30,60,98
4
256x4
93467
ROM,3S
25
12
45
60
425
M17
30,60,98
5
256x4
93417
PROM,OC
25
12
45
60
425
M17
30,60,98
6
256x4
93427
PROM,3S
25
12
45
60
425
M17
30,60,98
7
512x4
93436
PROM,OC
30
15
50
60
475
M10
30,60,98
8
512x4
93446
PROM,3S
30
15
50
60
475
M10
30,60,98
9
512x4
93431
ROM,OC
30
15
50
60
475
M10
48,60,98
10
512x4
93441
ROM,3S
30
15
50
60
475
M10
48,60,98
93432
ROM,OC
35
15
55
70
650
M11
4R,6M,7L,9N
4R,6M,7L,9N
11
512x8
12
512x8
93442
ROM,3S
35
15
55
70
650
M11
13
512x8
93438
PROM,OC
35
15
55
70
650
M11
4R,6M,7L,9N
14
512x8
93448
PROM,3S
35
15
55
70
650
M11
4R,6M,7L,9N
15
1024x4
93452
PROM,OC
30
15
55
70
650
M18
8F,9M
16
1024x4
93453
PROM,3S
30
15
55
70
650
M18
8F,9M
45
60
550
M21
4R,6M,9N
17
1024x8
93450
PROM,OC
30
20
18
1024x8
93451
PROM,3S
30
20
45
60
550
M21
4R,7L,9N
19
1024x8
93454
ROM,OC
30
20
45
60
550
M12
4R,6M,7L,9N
20
1024x8
93464
ROM,3S
30
20
45
60
550
M12
4R,6M,7L,9N
21
256x4
10416
PROM
15
4.0
25(2)
650
M19
48,60
22
256x4
100416
PROM
15
4.0
25(2)
-
650
M19
48,60
Eel·
1. OC = open collector. 35 = 3-state
2. -30°C to +85°C
10-7
FAIRCHILD MEMORIES
READ ONLY MEMORIES
MOS/CMOS ROMs, EPROMs AND CHARACTER GENERATORS
c
~
c
0
iN
C
III
E
...
0
~
0
GI
0
z
C
0
a
;:
w
E--
-Ie
1-111
III
a, -Ie
.- III
11::&
0;-
!
.,
'!GI
C
:::I
:I
3257
Character Generator
1000
715
C
:::w
u
C
C
IE
0
~
a,
E
GI
I-
gE
C III
C ...
00
:!:
GI
'0
0
"iJc
'SI
Z
0
....I
.:Ju
24
M28
0:
II!.
3 .,
u C
-c
CJ
c
.2
CJ.!!
0
III
~
MOS
1
64x5x7
7M
2
64x7x5
3258
Character Generator
800
500
C
16
M29
6Z
3
64x9x7
3260
Character Generator
1000
660
C
24
M30
7M
4
512x8
35141
ROM
850
580
C
24
M33
7M
5
512x8
35142
ROM
1000
580
C
24
M33
7M
6
512x8
35151
ROM
600
510
C
24
M33
7M
7
512x8
35152
ROM
700
510
C
24
M33
7M
8
1024x8
F2708
EPROM
450
800
C,L,M
24
M31
QA
9
1024x8
F27081
EPROM
350
800
C,L
24
M31
QA
10
1024x8
F3508
ROM
450
330
C
24
M32
7M
11
2048x8
F3516E
ROM
450
330
C
24
M34
7M
CMOS
12
24 1 M4714M,6Q,9U
1 256x8 147358 1 ROM
1. C = Commercial temperature range; L = Limited military temperature range; M = MilitarY temperature range
2. To be announced
3. Typical value at Voo = 10V
10-8
FAIRCHILD MEMORY
SERIAL MEMORY
FIFOs, LlFOs AND SHIFT REGISTERS
c
c
c
.2
ci
z
c
(J
j
III
E
~
e'
0
0
:8111Q,.>C
c
w
:;
W
>0-
0
a·c
U >C
U
III
GI:::I!
;:,
CTN
!::t
c
GI
c
c
III
.....
II.:::I!
1!
.- III
.a
Ill:::l!
0;i
~
~
I!!
GI
Q,.
E
E
0
D.
GI
I-
III
C
a::
'0
GI E
C
c I!!
0 01
(J .!!
l:ic
0
Z
'....I8'
M36
III
'i'
01
III
.¥
u
:.
MOS
1
32x6
3348
Static Shift Register
1.0
150
C
24
2
32x6
3349
Static Shift Register
1.0
150
C
16 M37 6Z,8K,9B
450/625 121
7M
3
64x4
3341
FIFO
0.7
4
64x4
3341A
FIFO
1.0
450
C
5
64x4
3342
Static Shift Register
1.5
380
C
6
80x4
3347
Static Shift Register
1.5
380
C
16 M35 6Z,8K,9B
7
80x4
33571
Static Shift Register
4.0
375
C
16 M35
6Z
8
80x4
33572
Static Shift Register
2.0
285
C
16
M35
6Z
9
40x9
33511
FIFO
2.0
420
C
28 M39
8E
FIFO
1.0
520
10
40x9 35512
C,L,M
16
M38
6Z,8K
16
M38
6Z,8K
16
M35 6Z,8K,9B
C,L,M
28
M39
8E
11
16x4Kx1
F464-2
CCD Dynamic Shift Register 1.0-5.0 336/66 131
C
16
M27
OB
12
16x4Kx1
F464-3
CCD Dynamic Shift Register 1.0~4.0 336/66 131
C
16 M27
OB
C
16
M27
OB
13.
16x4Kx1
F464-4
14/
142
336/66 131
CCD Dynamic Shift Register 1.0- .0
CMOS
14
16x4 47038
FIFO
5.3
0.5
C,M
24
M48 4M,60,9U
15
16x4 47068
LIFO
5.3
0.5
C,M
24
M49 4M,60,9U
16x4
9403
FIFO
1 10
850
I
C,M I 24 IM51 I
60,9U
16x4
9406
LIFO
I 10
800
I
C,M I 24 IM521
60,9U
TTL
16
J
171
1.
2.
3.
4.
C = Commercial temperature range; L = Limited military temperature range; M = Military temperature range
Military and limited military temperature range
Standby power
Minimum frequency specification
10-9
FAIRCHILD MICROCOMPUTERS
MICROMACHINE™ SERIES
STROBE
MICROMACHINE™
MicroMachine T• devices are complete 8-bit microcomputers on single MOS integrated circuits. The
family can execute the F8 instruction set of more than
70 commands, allowing expansion into mUlti-chip configurations with software compatibility. The devices
feature read only memory, 64 bytes of scratch pad RAM,
a programmable binary timer, 32 bits of I/O, and a
single +5 V power supply requirement.
+sv-
GND-
o
ISAR
Members of the family differ in memory type and size.
The F3870 has 2048 bytes of mask programmed ROM
while the F38E70 has 2048 bytes of PROM. The F3872
has 3K bytes of masked ROM plus 64 bytes of RAM. The
additional RAM is addressed from the program and
data counters, not the ISAR. The F3874 contains 4096
bytes of masked programmed ROM.
Utilizing ion-implanted, n-channel silicon-gate technology and advanced circuit design techniques, Fairchild's single-chip microcomputers offer maximum
cost effectiveness in a wide range of control and logic
replacement applications.
TEST
TEST SEQUENCER
POWER-ON RESET
XTL 1
XTL 2
CLOCK LOGIC
ALU
ACCUMULATOR
I
I
I
PROGRAM
COUNTER
STACK REGISTER
DATA COUNTER
DATA COUNTER 2
TIMER See Fig. 3
2048
x8
ROM
EXTINT
INTERRUPT
DEVELOPMENT SUPPORT
The Formulator family of development equipment sup- The cable connector on the Processor Module in the
ports the F3870, the one-chip micromachine manufac- Formulator provides I/O ports 0 and 1, while the Simutured by Fairchild. The Formulator Operating System, lation (Quad I/O) Module provides I/O ports 4 and 5.
Utility Programs, and the Fairbug Monitor are totally This system provides real-world simulation of the user's
compatible with the F3870, since it shares the same components in their actual environment with the vital
instruction set with the Formulator. A Simulation (Quad microprocessor signals, including the complete softI/O) Module and an In-Circuit Emulation (ICE) cable are ware debugging features of the Formulator, cabled to
available to extend the Formulator features to the user's the external breadboard.
prototype or production breadboard. This creates a
powerful design tool for creating the user's own F3870 F3870 EMULATOR
software. In addition, the F3870 Emulator, a single After F3870 ROM codes are frozen, a smaller, easier-tostand-alone module for emulating the final F3870 soft- handle and less expensive tool is required. To accomware in PROMs, is available for building prototype plish this design-in task, Fairchild has developed the
systems.
F3870 Emulator. The F3870 Emulator contains sockets
for two 2708s or two 2716 EROMs in place of the F3870
F3870 SIMULATION
on-chip ROM so ROM codes can be verified and easily
The non-microprocessor elements of the user's hard- changed. The F3870 Emulator plugs directly into the
ware configuration can be assembled on a breadboard F3870 40-pin socket in the production prototype using
and connected to Mark I, II,IIFO, III or IIiFO via the ICE a short Emulator cable. The printed circuit module is
cable plugged into a 40-pin socket on the user's board. approximately 5" by 7".
11-3
III
FAIRCHILD MICROCOMPUTERS
MICROMACHINE™ SERIES
FEATURES
F3870
F38E70*
F3872*
F3874*
MicroMachine
MicroMachine
MicroMachine
MicroMachine
Arithmetic Unit
Accumulator
64-byte Scratch pad RAM
Yes
Yes
Yes
Yes
Yes
Yes
Yes
Yes
Yes
Yes
Yes
Yes
Power On Detect
Clock Circuits
I nterrupt Log ic
Yes
Yes
Yes
Yes
Yes
Yes
Yes
Yes
Yes
Yes
Yes
Yes
I nstruction Reg ister
Yes
4
2K
Yes
4
Yes
4
3K
Yes
4
4K
-
2K
-
-
-
Yes
-
Program Counter
Stack Register
Data Counters
Yes
Yes
2
Yes
Yes
2
Yes
Yes
2
Yes
Yes
2
Programmable Timer
External Interrupt
Pulse Width Measure
Yes
Yes
Yes
Yes
Yes
Yes
Yes
Yes
Yes
Yes
Yes
Yes
Event Counter
Vectured Interrupts
Yes
Yes
Yes
Yes
Yes
Yes
Yes
Yes
+5V required
Power mW (Typ)
Yes
275
Yes
325
Yes
310
Yes
285
FUNCTION
110 Ports (8 lines each)
ROM (K bytes)
EROM (K bytes)
64-byte RAM
Maximum # in system
Logic/Connection Diagram
Package(s)
--
1
1
1
1
P9
P9
P9
P9
61,8P
61,8P
-
61,8P
'To be announced
Note: The F3872 has an optional power down feature that allows the 64 byte. RAM to be saved with a +2 V.
Supply that will dissipate 2.5 mW. Two I/O port pins are traded for this function.
11-4
FAIRCHILD MICROCOMPUTERS
MICROCOMPUTER TRAINING COURSES
Fairchild offers training courses which are aimed at the design engineer who must learn to design the
microprocessor into a working system. Both software (instruction sets) and hardware related instruction is
given. Emphasis is placed on "hands-on" instruction with microprocessor development systems.
To achieve this understanding, the courses cover the details of I/O ports, use of subroutines and interrupts,
where and how the ROM and RAMs are attached to the CPU and how to interface with static or dynamic
memories.
Two separate four day courses are offered. One covers the F8 device family and the Micromachine series
hardware and software design. The other course covers the F6800 device family in the same manner. An
optional fifth day allows instruction in the alternate microprocessor.
Fa MICROPROCESSOR FAMILY
II
11-5
FAIRCHILD MICROCOMPUTERS
Fa MICROPROCESSOR FAMILY
FEATURES
FUNCTION
F3850 F3851 F3852 F3853 F3854 F3856
F3857 F3861 F3871 F3899
CPU PSU
OMI
SMI OMA PSU PSU/SMI PIO
PIO ROM
Arithmetic Unit
Accumulator
64-byte Scratch pad RAM
Yes
Yes
Yes
Power on Detect
Clock Circuits
Interrupt Logic
Yes
Yes
Yes
Instruction Register
I/O Ports (8 lines each)
ROM (K bytes)
Yes
2
Data Bus (8 lines)
Address Bus (16 lines)
Control Bus (5 lines)
Yes
Yes
Yes
Yes
Yes
2
1K
Yes
Yes
Yes
Yes
Program Counter
Stack Register
Data Counters
Yes
Yes
1
Yes
Yes
2
Programmable Timer
External Interrupt
Pulse Width Measure
Event Counter
Vectured Interrupts
Memory Refresh Control
DMA Control
+5V required
+12V required
Power mW (Typ)
Maximum # in System
Log ic/Con nection
Diagram
Package(s)
Yes
Yes
Yes
Yes
2
2K
2K
Yes
Yes
Yes
2
2
1K
Yes
Yes
Yes
Yes
Yes
Yes
Yes
Yes
Yes
Yes
Yes
Yes
2
Yes
Yes
2
Yes
Yes
2
Yes
Yes
Yes
Yes
Yes
Yes
Yes
Yes
Yes
Yes
Yes
Yes
Yes
Yes
Yes
Yes
Yes
Yes
Yes
Yes
Yes
Yes
Yes
Yes
Yes
Yes
Yes
1
Yes
Yes
Yes
Yes
Yes
Yes
Yes
Yes
330
Yes
Yes
270
Yes
Yes
330
Yes
Yes
330
Yes
Yes
280
Yes
Yes
785
Yes
Yes
785
Yes
Yes
270
Yes
Yes
270
Yes
Yes
270
1
63
1
1
4
31
1
62
62
63
P1
P2
P3
P4
P5
P6
P7
P2
P6
P8
61,8P
61,8P
61,8P
61,8P
61,8P
61,8P
61,8P
61,8P
61,8P
61,8P
Number of ports in System is limited by addressing. The maximum is 256 Port Adresses (each F8 device
uses 4 Port Addresses). Maximum memory is 64K bytes RAM/ROM/PROM.
The F38T56 and F38T57 incorporate the F3871-type of timer logic and strobe logic. These devices will be
available 3rd quarter 1978.
11-6
Fa MICROPROCESSOR FAMILY
PORT ADDRESSING
Item
~
DEVICE
NO.
PORTA
PORT B
ADDR.
FUNC.
ADDR.
FUNC.
I/O
1
I/O
PORTC
ADDR.
FUNC.
1
F3850
0
XXXXXXOO
I/O
XXXXXX01
I/O
XXXXXX10
Control
4
I/O
5
Control
PORTD
FUNC.
ADDR.
Standard
2
F3851
3
F3851A
I/O
6
4
F3852
H'OC'
H'OD'
Control
H'OE'
H'OF'
5
F3852/
SL31116
H'EC'
H'ED'
Control
H'EE'
H'EF'
6
F3853
H'OC'
H'OD'
Interrupt
Vector
Addr.Hi
H'OE'
Interrupt
Vector
Addr. La
TIMER INTERRUPT
VECTOR ADDRESS PORT TYPES
Control
XXXXXX11
Timer
Mask Option
Mask Option
7
Timer
H'0020'
Standard
Timer
Software
Programmable
H'OF'
."
I
:lJ
o
:I:
r
C
7
F3854
1111YYOO DMAMem. 1111YY01 DMA Mem. 1111YY10 Control
Hi Count
Addr. Hi
Addr. La
1111YY11 La Count
8
F3856
XXXXXXOO
I/O
XXXXXY01
I/O
XXXXXX10
Control
XXXXXX11
Timer
Mask Option
Mask Option
9
F38T56 XXXXXXOO
I/O
XXXXXY01
I/O
XXXXXX10
Control
XXXXXX11
Timer
Mask Option
Mask Option
F3856A
I/O
9
I/O
H'OA'
Control
H'OB'
Timer
H'0024'
Standard
XXXXXX11
Ttmer
Mask Option
Mask Option
o
7
Timer
H'0600'
Standard
C
Timer
H'0340'
Standard
~
-..j
~
10
8
11
F3857
12
F3861A
4
I/O
5
13
F3861B
8
I/O
9
XXXXXX10
Control
I/O
6
Control
liD
H'A'
Control
14
F3861C
H'20'
I/O
H'21'
I/O
H'22'
Control
15
F3861D
H'24'
I/O
H'25'
I/O
H'26'
Control
16
F3861E
4
I/O
5
I/O
6
Control
17
H'B'
H'23'
Timer
H'0320'
Standard
H'27'
Timer
H'0360'
Standard
7
Timer
H'0020'
Standard
7
Timer
H'0020'
Standard
Direct Drive
F3871E.
4
I/O
5
I/O
6
Control
18
F3871F
4
I/O
5
I/O
6
Control
7
Timer
H'0020'
19
F3871G
4
I/O
5
I/O
6
Control
7
Timer
H'0020'
Open Drain
20
F3871H
4
I/O
5
I/O
6
Control
7
Timer
H'0420'
Standard
1. XXXXXX is a Mask Option
2. YY is a Pin Strap Option (1111YYOQ)
3. The External Interrupt Address Vector is the Timer Address
I!!I
+ H'0080'
'----
4. Three different types of timers and control ports exist. For further detail see
Figures 1, 2, and 3.
5. F38T56 and F38T57 have F3871-type timer and strobe logic.
s::
o
:lJ
o
o
s::"'U
-I
m
:lJ
en
FAIRCHILD MICROCOMPUTERS
Fa MICROPROCESSOR FAMILY
F3850 CENTRAL PROCESSING UNIT
(CPU)
The CPU is an 8-bit arithmetic device with 70 instructions. It contains a 64-byte RAM, an instruction register,
an accumulator, two parallel I/O ports, an interrupt
control, power on reset and clock generation logic. The
CPU provides communication control lines to the other
members of the family.
+sv-r12V_
GND-
r-::I
DATA
BUS
~
ALU
ACCUMULATOR
ISAR
The F8 offers several alternatives for connecting memory to the system. These may be used individually, or in
various combinations, depending upon the requirements.
11!
WRITE
F3850 CPU
DATA
F3851 PROGRAM STORAGE UNIT (PSU)
The F3851 PSU contains 1024 bytes of mask programmable ROM, a program counter and a data counter. It
also has two parallel 110 ports, an 8-bit data port, a stack
register, an incrementer/adder, a programmable timer
and an interrupt control. Several F3851 circuits may be
put in one system, thus increasing the ROM, I/O, and
interrupt capability of the system. The F3851 program
storage unit may be used alone, or in combination with
one of the memory interface circuits.
BUS
1024 x 8
ROM
F3851 PSU
11-8
FAIRCHILD MICROCOMPUTERS
F8 MICROPROCESSOR FAMILY
ADDRESS BUS
F3852 DYNAMIC MEMORY INTERFACE
DATA
{OM I)
BUS
The OMI provides an appropriate interface for either
static or dynamic memory components. When dynamic
RAM circuits are used the OMI provides the necessary
refresh controls required to maintain memory integrity.
Another function of the OMI is to provide control for the
F3854 bMA circuit. The dynamic memory refresh cycles and the OMA transfers are performed without
slowing the central processor. The OMI also contains a
program counter, data counter, an auxiliary data counter, stack register, incrementer/adder, an 8-bitdata bus
and a 16-bit address bus for communication with external memory. The OMI may be used solely with the CPU,
or in conjunction with the F3851 PSU device.
REG DR
CPU SLOT
CPU READ
RAM WRITE
CYCLE REO
MEM IDLE
CONTROL
LOGIC
REFRESH
CONTROL
$ WRITE
CONTROL BUS
F38520MI
ADDRESS BUS
r---------~,. ~--------~
F3853 STATIC MEMORY INTERFACE
(SMI)
DATA
BUS
II
The SMI is the second ofthree alternative devices in the
F8 family which may be used with the 3850 CPU for
memory interface. The SMI provides the necessary
control for static memory components such as the 21 02
RAM, 2708 EPROM, or 93448 PROM. The SMI also
contains a program counter, data counter, an auxiliary
data counter, stack register, incrementer/adder, a programmable timer, an 8-bit data bus and a 16-bit address
bus for communication with external memory. The
F3853 may be used solely with the CPU, or in conjunction with F8 PSU devices.
REG DR
CPU READ
RAM WRITE
q,
WRITE
CONTROL BUS
F3853 SMI
11-9
FAIRCHILD MICROCOMPUTERS
Fa MICROPROCESSOR FAMILY
ADDRESS BUS
+5 V
F38S4 DIRECT MEMORY ACCESS UNIT
(DMA)
The DMA circuit allows memory access from an external device during periods when the CPU is not using the
memory. The F3852 DMI provides a control line which
indicates periods when the memory is idle. During
these periods the DMA transfers data between an
external device and the memory. This operation is
performed without slowing the central processor. In
addition, the DMA contains a 16-bit memory address
bus, an 8-bit data bus, programmable address vector
and data length counter.
DATA
BUS
XFEifiiEa
MEM IDLE
XFER
STROBE
DMA SLOT
DMA
CONTROL
ENABLE
DIRECTION
P1
P2
LOAD READ
REG REG
WRITE
F3854DMA
F38S6 PROGRAM STORAGE UNIT (PSU)
It is important to note that Fairchild's program storage
unit is not just a conventional read only memory. In
addition to containing 2048 bytes of mask programmable ROM for program and constant storage, the
F3856 includes the addressing logic for memory referencing, a program counter, an indirect address register
(the data counter) and a stack register. A complete
vectored interrupt level, including an external interrupt
line to alert the central processor, is provided. All ofthe
logic necessary to request, acknowledge and reset the
interrupt is on the F3856. The 8-bit programmable timer
is especially useful for generating real time delays. The
PSU has an additional 16 bits of TTL compatible,
bidirectional, fully latched I/O lines.
Systems requiring more program storage may be expanded by adding more PSU circuits. Forexample, one
F3850 and two F3856 PSLJs will produce a microprocessor system complete with 64 bytes of RAM, 4096
bytes of ROM, 48 I/O bits, two interrupt levels, and two
programmable timers. This complete system will require only three IC packages.
STROBE
DATA
BUS
2048 x 8
ROM
q, WRITE
CONTROL BUS
The F38T56 incorporates the F3871-type timer and
strobe logic.
F3856 PSU
11-10
FAIRCHILD MICROCOMPUTERS
F8 MICROPROCESSOR FAMILY
ADDRESS BUS
F3857 PROGRAM STORAGE UNIT/STATIC MEMORY INTERFACE (PSU/SMI)
DATA
BUS
The F3857 is the third alternative device in the F8 family
which may be used with the F3850 CPU for memory
interface. The PSU/SMI provides the necessary control
for static memory components such as the 21 02 RAM or
F2708 EPROM. The PSU/SMI also contains a program
counter, data counter, an auxiliary data counter, stack
register, incrementer/adder, a programmable timer, an
8-bit data bus and a 16-bit address bus for communication with external memory. The F3857 may be used
solely with the CPU, or in conjunction with other
members of the F8 family. The F3857 differs from the
F3853 in that a 2048 byte mask programmable ROM is
also included.
The F38T57 incorporates the F3871-type timer and
strobe logic.
2048 x 8
ROM
I
I
TIMER 8
SEE FIG. 2
DB DR
CPU READ
RAM WRITE
Piifiiij
tNT REO
EXT INT
F3857 PSU/SMI
zc
DATA
BUS
+5 V
+12V
F3861 PERIPHERAL I/O DEVICE (PIO)
GND-
The PIO is an expansion unit for I/O ports, interrupts
and timers. It contains two 8-bit I/O ports, one interrupt
control, and one programmable timer. Depending on
the application requirements, multiple PIOs may be
added to the system to expand the functions at low cost.
o
WRITE
CONTROL BUS
F3861 PIO
11-11
II
FAIRCHILD MICROCOMPUTERS
Fa MICROPROCESSOR FAMILY
+5V
F3871 PERIPHERAL 1/0 DEVICE (PIO)
The Pl0 is an expansion unit for I/O ports, interrupts
and timers. It contains two 8-bit I/O ports, one interrupt
control, and one programmable timer. Depending on
the application requirements, multiple PIOs may be
added to the system to expand the functions at low cost.
The versatile timer/interrupt circuit has the ability to
measure external pulse widths, or count external pulses
in addition to providing a timer with resolution of 1.01ts
at 2.0MHz.
OATo\
BUS
+12 V
GND_
~
WRITE
CONTROL BUS
F3871 PIO
OATO\
BUS
F3899 PROGRAM STORAGE UNIT (PSU)
The F3899 PSU contains 1024 bytes of mask programmable ROM, a program counter, stack register, and a
data counter. The F3899 provides a low cost ROM
memory to augment the F8 family.
1024 x 8
ROM
TIMER
CONTROL
LOGIC
CONTROL BUS
F3899 PSU
11-12
FAIRCHILD MICROCOMPUTERS
MICROMACHINE™ SERIES AND Fa FAMILY TIMERS
TIMER
8·BIT POLYNOMIAL
COUNTER
CLOCK
PRESCALER
+31
TIMER INTERRUPT
REQUEST LATCH
INTERRUPT CONTROL
IIIIIIIII
EXTERNAL INTERRUPT
REQUEST LATCH
0...- BIT NUMBER
o
NO INTERRUPTS
ENABLE EXTERNAL INTERRUPT
ENABLE TIMER INTERRUPT
NO INTERRUPTS
1
1
NOT
USED
o
Fig. 1 Timer and Interrupt Control for F3851 , F3853 and F3861
CLOCK
PRESCALER
+2,8,32, or 128
8-BIT DOWN
COUNTER
TIMER INTERRUPT
REQUEST LATCH
EXTERNAL INTERRUPT
REQUEST LATCH
7
6
5
0.....- BIT NUMBER
4
NOTUSED~~~
~
o
1
1
PULSE WIDTH
EDGE DETECT
_
o _
NO INTERRUPTS
ENABLE EXTERNAL INTERRUPT
ENABLE TIMER INTERRUPT
ENABLE BOTH INTERRUPTS
+2 PRESCALER
STOP TIMER
+8 PRES CALER
+32 PRESCALER
+128 PRESCALER
Fig. 2 Timer and Interrupt Control for F3856 and F3857
II
PRESCALER
EXTERNAL
TIME
BASE
+2. 5, 10. 20, 40, 100,
or 200
INTERRUPT
CONTROL
PORT
(PORT 6)
EVENT COUNTER MODE--4-:- 2 PRESCALE
-4-:- 5 PRESCALE
-++ 10 PRESCALE
_
-:- 20 PRESCALE
..--:- 40 PRESCALE
~
+ 100 PRESCALE
___
-:- 200 PRESCALE
.-
4~.E3
2~i
L~X:~TR::~
L
INTERRUPT ENABLE
TIMER INTERRUPT ENABLE
EXT INT ACTIVE LEVEL
START/STOP TIMER
PULSE WIDTHIINTERVAL TIMER
Fig. 3 Timer and Interrupt Control for F3870 and F3871
11-13
FAIRCHILD MICROCOMPUTERS
MICROMACHINE™ SERIES AND Fa FAMILY DESIGN AIDS
The microprocessor system designer can now create
his own hardware and software development systems
by selecting modular subassemblies from Fairchild's
Formulator design aids. He may start development with
a Mark I singleboard system, then expand to more
sophisticated Mark II or Mark liFO development systems that can handle both software and hardware
development. Or, he may graduate to a complete Formulator Mark III with intelligent front panel, power
supply, and accessories or to the top of the line Formu-
FORMULATOR MARK I
The first member of the Formulator family, the Formulator Mark I, is a basic microcomputer development tool
providing the hardware necessary to build prototype
systems. Included in the basic system is the Formulator
Processor Module with the Fa CPU, Static Memory
Interface, Dynamic Memory Interface, and Program
Storage Unit devices. The Fairbug debug program, a
1K-byte monitor debug package, is included in the
Program Storage Unit on the Processor Module. Fairbug provides the Mark I with sufficient debug capability
to load a program, examine registers, monitor and alter
memory locations, store a program on an external file,
and generate a tape suitable for burning PROM memory devices. The Mark I also comes equipped with a 13slot card cage and motherboard for attaching the
modular Formulator printed circuit boards. Cables and
documentation are also included in the Fa Formulator
Mark I system, including a peripheral interface cable
which can connect the Mark I toa TeletypeASR330rTI
Silent 733 for external communication.
FORMULATOR MARK II
The second member is the Formulator Mark II. This unit
is a low cost microcomputer software and hardware
development tool. It includes the basic hardware required to develop a system, as well as the necessary
software tools to develop object code. The Mark II
consists of all the components of the Mark I, namely the
Processor Module, card cage and motherboard, cable
kit, and the Fairbug debug program, as well as an
additional 16K-byte RAM module. Also a part of the
Mark II is the Formulator Operating System, including
the editor, relocating assembler, and debug package to
allow the generation of source code and to create and
check out object code. Peripheral interfaces are also
available to connect the Mark II to a TI Silent 733 or
Teletype ASR33.
lator Mark IIIFO with floppy disk drives.
Three growth packages plus a selection of optional
modules provide a practical method for upgrading the
single-board Mark I to either the Mark II or Mark liFO or
to the maximum system configuration Mark II I or Mark
IIIFO. Using the growth packages, the designer can
begin sophisticated system application programs at
very low cost and then upgrade his development tools
in relatively inexpensive steps.
Hardware
Formulator Processor Module
Formulator Card Cage and Motherboard
Processor Module to Peripheral Cable
Power Cable
Cable Kit
Software
Fairbug Debug Program
Documentation
Formulator User's Guide
Formulator Hardware Reference Manual
Formulator Mark I Systems Coverage Manual
Formulator Utilities Manual
Hardware
Formulator Processor Module
16K-Byte RAM Module
Formulator Card Cage and Motherboard
Processor Module to Peripheral Cable
Power Cable
Cable Kit
Software
Formulator Operating System
Documentation
Formulator User's Guide
Formulator Hardware Reference Manual
Formulator Mark II Systems Coverage Manual
Formulator Utilities Manual
11-14
FAIRCHILD MICROCOMPUTERS
MICROMACHINE™ SERIES AND F8 FAMILY DESIGN AIDS
FORMULATOR MARK liFO
Hardware
Parallel Interface Module
Prom Boot Loader Module
Formulator Processor Module
16K-Byte RAM Module
Formulator Card Cage and Motherboard
Processor Module to Peripheral Cable
Power Cable
Cable Kit
Software
F8-DOS-11I Floppy Disk Operating System
Documentation
Formulator User's Guide
Formulator Hardware Reference Manual
Formulator Mark II Systems Coverage Manual
Formulator Utilities Manual
The third member is the Formulator Mark IIFD, a
floppy-disk based low-cost microcomputer software
and hardware development tool. It includes the basic
hardware required to develop a system, as well as the
necessary software tools to develop programs. The
Mark IIFD consists of all the components of the Mark I,
namely the Processor Module, card cage and motherboard, cable kit, and the Fairbug debug program, as
well as an additional 16K-byte RAM Module. The F8DOS-III is also a part of the Mark IIFD. It includes a
floppy-disk file manager, editor, relocating assembler,
and debug package to generate source code and to
create and check out object code. The Mark IIFD can
communicate with teletype ASR33 and other standard
RS232 CRT or printing terminals.
FORMULATOR MARK III
Hardware
Formulator Mainframe
Designer's Console with Firmware
Formulator Processor Module
16K-Byte RAM Module
Quad I/O Port Module
Communications Module
Universal Breadboard
Extender Module
Cable Kit
User I/O Cable Assembly
Communications Module to Peripheral Cable
The fourth level of microprocessor development equipment is the Formulator Mark III, offering all of the
design assistance required to develop microprocessor
systems. The combination of hardware, software, and
firmware offered by the Mark III assists the designer
from the generation of source programs through the
development of a prototype system. The Mark III is a
modular microcomputer that accommodates a variety
of memory, input/output, and communication configurations to form a new and powerful development system. It contains all of the components of the Mark II-the
Processor Module, card cage and motherboard, cable
kit, the Fairbug debug program, 16K bytes of RAM, and
the Formulator Operating System. In addition, the Mark
III includes a Quad I/O Module with four I/O ports and
two interrupts, a Communications Module with an onboard UART, a universal breadboard for building user
hardware configurations, an extender module, and an
intelligent operator's panel. Power supplies for the
Mark III may be either 100 volts, 115 volts, or 220 volts at
50/60Hz. Peripheral interfaces are available to connect
the Mark III with a TI Silent 733, a Teletype ASR33, or an
HP 2645A Mini-Data Station.
Software
Fairbug Debug Program
Formulator Operating System
Documentation
Formulator User's Guide
Formulator Hardware Reference Manual
Formulator Mark III Systems Coverage Manual
Formulator Utilities Manual
FORMULATOR MARK IIIFD
The top of the line in microprocessor development
equipment is the floppy-disk-based Formulator Mark
IIIFD, offering all of the design assistance required to
develop microprocessor based systems. The combination of hardware, software, and firmware offered by the
Mark IIIFD assists the designer from the generation of
source programs through the development of a prototype system. The Mark IIIFD is a modular microcomputer that accommodates a variety of memory, input/output, and communication configurations to form a new
and powerful development system. It contains all of the
components of the Mark IIFD, the Processor Module,
card cage and motherboard, cable kit, the Fairbug
debug program, parallel interface, PROM boot loader,
16K bytes of RAM, and the F8-DOS-11I disk operating
system. In addition, the Mark IIIFD includes a quad I/O
module with four I/O ports and two interrupts, a communications module with an on-board UART, a universal breadboard for building user hardware configurations, an extender module, and an intelligent operator's
panel. Power supplies for the Mark IIIFD may be either
100 volts, 115 volts or 220 volts at 50/60Hz. The Mark
IIIFD can communicate with teletype ASR33 or other
standard RS232 glass or printing terminals.
11-15
FAIRCHILD MICROCOMPUTERS
MICROMACHINE™ SERIES AND Fa FAMILY DESIGN AIDS
FORMULATOR MARK IIIFD (Cont'd)
Hardware
Formulator Mainframe
Designer's Console with Firmware
Formulator Processor Module
Parallel Interface Module
PROM Boot Loader Module
16K-Byte RAM Module
Quad 1/0 Port Module
Communications Module
Universal Breadboard
Extender Module
Cable Kit
User I/O Cable Assembly
Communications Module to Peripheral Cable
Software
F8-DOS-1I1 Floppy Disk Operating System
Documentation
Formulator User's Guide
Formulator Hardware Reference Manual
Formulator Mark III Systems Coverage
Formulator Utilities Manual
F8-DOS-1II DESCRIPTION
The Formulator F8-DOS-1I1 operating system provides
floppy-disk bulk storage capability for Fairchild's Formulator Mark IIFD and Mark IIIFD F8 microcomputers
when used with up to four plug-compatible iCOM®
series FD 360, FD3700 and Frugal FloppiesT. providing
for over one megabyte of total storage capacity.
F8-DOS-111 provides a powerful and complete development software package with batch operation, linking
loader, and relocating assembler, and provides an easy
to use, reliable, fast and extremely efficient capability
for auxiliary program and data storage during F8 and
F3870 software development or in end-user applications.
iCOM® Advertised
FD3700 Series Features
F8-DOS-1II SUMMARY
Disk Monitor
Editor
Fully IBM 3740 media and
Move Line
Assemble
format compatible
(Relocating)
Copy Line
Full formatter and controller Load (Linking)
Bottom
built-in
Change
List Di rectory
Full sector Read/Write buffers Print File
Delete
allow asynchronous or DMA Rename File
File
data transfer
Find String
Create File
Drive and diskette Write Pro- Delete File
Insert
tect capability
Copy File
Locate String
Positive latching door
Copy Disk
Next
mechanism
Replace
GenMod
(Created
Up to 4 drives with no softTab
Linked File)
ware or hardware modifiTop
Edit Mode
cations
Type
MTBF in excess of 2300 hours
Load (Absolute) Up
(FP 3712 dual drive)
DeBug Mode
Plug-in convenience allows
Assign Virtual 1/0
MTTR of 18 minutes
Burn PROM
Front panel LED status
Convert
indicators
ROM Dump
LED drive select indicators
Fully retracting head and
pressure pad for maximum
diskette life
50 pin flat ribbon cable with
3M interface connectorFD 360 compatible
11-16
Relocating· Assembler Real-Time Debugger
No-List Option
No-Object Option
Error Messages
I nvalid Label
Duplicate Label
Invalid Op Code
Operand Error
Syntax Error
Undefined Symbol
Expression Storage
Overflow
Relocatability
Error
Symbolic Debugging
Set Up to 8 Breakpoint
Clear Breakpoint
Clear All Breakpoints
Continue Execution
Go To Location
Return to Monitor
Single Step
Trace On Long
Trace On Short
Trace Off
Display Memory
Display Register
Pseudo Operand
Error
Cross Reference
Display Port
Store Memory
Store Register
Store Port
FAIRCHILD MICROCOMPUTERS
MICROMACHINE™ SERIES AND F8 FAMILY DESIGN AIDS
FORMULATOR GROWTH PACKAGES
Growth Package I
16K-Byte RAM Module
Mark II Formulator Operating System
The Mark I, Mark II, and Mark III Formulator systems
previously described are all upwards compatible. The
Mark I can be expanded to become a Mark II; likewise,
the Mark II may be developed into a Mark III. In addition,
a Mark II can be expanded to a Mark II FD and a Mark III
into a Mark IIIFD. This means that a microprocessor
system designer may enter the microcomputer design
at a level which best matches the needs at handamount of available money, time, microprocessor
experience-and be able to increase the Formulator's
capabilities as his needs grow. Three growth packages
are available to Formulator product owners. Growth
Package 1 converts a Mark I system to a Mark II; Growth
Package 2 extends the capabilities of the Mark II into
the Formulator Mark III, and Growth Package 3 extends
a Mark II or III into a Mark liFO or IIIFD.
Growth Package 2
Quad I/O Module
Communications Module
Power Supply
Fan
Console Control Modules
Internal Cable Wiring
Universal Breadboard
Extender Module
I/O Cable Assembly
Communications Module to Peripheral Cable
Mark III Formulator Operating System
Growth Package 3
Parallel Interface Module
PROM Boot Loader Module
F8-DOS-1I1 System Diskette
PERIPHERAL OPTIONS
The Formulator Mark II systems interface with either a
Teletype ASR33 with the auto read/auto punch option
or a TI Silent 733 ASR with theADC option. The teletype
terminal provides a paper tape based system, while the
733 allows file storage on magnetic tape cassettes. To
decrease load times, a Remex high speed paper-tape
reader (or equivalent) may be used with either peripheral unit.
The Formulator Mark III provides an interface for the
HP Mini-Data Station as well. This high speed unit
combines the efficiency of the magnetic tape cartridges
with an intelligent terminal and thermal line printer to
allow the rapid development and debugging of application programs.
The Formulator Mark liFO and IIIFD systems interface
with any standard RS232 terminal and printer or printing terminal to offer maximum peripheral cost/speed
flexibility.
HP MINI-DATA STATION
The HP 2645A Mini-Data Station features an interactive
CRT Terminal with high resolution display and a fully
integrated mass storage capability, making it easy to
use both on- and off-line. It uses 2-1/2" x 3-1/4" x 1/2"
magnetic cartridges which store up to 110 kilobytes of
formatted data. The Mini-Data Station has two mini
cartridge drives, allowing for a total of 220 kilobytes of
data storage on magnetic tape. Thus, all files-both
operating system and user files-are resident on the
magnetic tape. Loading and storing files is accomplished by reading and writing onto the cartridge. The
user's time is decreased and efficiency increased when
the magnetic tapes are used.
The 2645 Mini-Data Station comes equipped with three
data cartridges, an Owner's Manual, and an Installation
and Service Manual.
HP 9866A PRINTER SUBSTATION
The HP 9866A line printer is a moderately priced, high
performance companion to the HP 2645A Mini-Data
Station, providing a permanent record of the contents
of the Mini-Data Station display and memory for future
use. The printer operates at up to 240 lines per minute
with a maximum line width of 80 characters. The character set consists of 64 alphanumeric characters generated by a 5 x 7 dot matrix. Since a thermal printing
mechanism is used to make this printer quiet enough
for normal office use, thermal sensitive paper is required. This paper is 8-3/4 inches wide and available in
250 foot rolls.
The 9866A thermal printer comes equipped with two
rolls of paper, a power cord, an interface card and
cable, and an Instruction Manual.
11-17
I
FAIRCHILD MICROCOMPUTERS
MICROMACHINE™ SERIES AND Fa FAMILY DESIGN AIDS
ICOM F3712 DUAL FLOPPY DISK
The iCOM FD3700 Series Floppy Disk System for
microcomputers continues the tradition of the iCOM
FD360. The FD3700 brings to the OEM, and to the
development lab, proven reliability and popular features, while incorporating advanced styling and new
convenience items.
•
•
•
•
•
•
Front panel LED status indicators
LED drive select indicators
Fully retracting head and pressure pad for maximum diskette life
50-pin flat ribbon cable with 3M interface
connector-FD360 compatible
iCOM Performance features are as follows:
The iCOM FD3700 Series features the following:
•
•
•
•
•
•
Fully IBM 3740 media and format compatible
Full formatter and controller built in
Full sector read/write buffers allow asynchronous or DMA data transfer
Drive and diskette write-protect capability
Positive latching door mechanism
Up to four drives with no software or hardware
modifications
MTBF in excess of 2300 hours (FD3712 dual
drive)
Plug-in convenience allows MTTR of 18 minutes
OPTIONAL FORMULATOR MODULES
Expansion of the Formulator microcomputers need not
occur along the path indicated by the growth packages.
Optional Formulator modules are available to expand
RAM, PROM I/O, and communications, so the user can
develop a custom system which is perfectly suited to his
specific needs. These optional modules may be attached to the Formulator via the 13 card slots in the
motherboard. The first three slots are dedicated to front
panel operations of the Mark III. Another slot is reserved for the Processor Module. The remaining nine
slots are linked on a common bus whose signals are
compatible with the modules themselves. Additional
system functions may be easily added to any Formulator system by simply plugging in one of the modules.
Thus, the initial Formulator investment is preserved.
•
•
•
•
•
•
•
Disk speed 360 RPM ± 1.5%
10 ms track-to-track access time
40 ms head load time
5 ms sector read/write time
83 ms average latency time
700 ms automatic head unload time
1 ms interrecord time
Power Requirements Are:
110-125 Vae, 60Hz, 200 W max
Optional 220-240 Vae , 50Hz, 200 W is available
Nothing needs to be discarded as demands upon the
system increase. Unless otherwise noted, all of the
following optional modules are available to update any
Mark I, Mark II, Mark liFO, Mark III, or Mark IIIFD
system to meet expanded requirements.
Optional Modules
PROM PROGRAMMER
4K-Byte RAM Module
16K-Byte RAM Module
Quad I/O Port Module
4K-Byte PROM Module
Communications Module
Byte Parallel Interface Module
ROM Simulation Module
Universal breadboard
Extender Module
I/O Light Display Board
mand set. The commands, entered into the PROM
Programmer from the Formulator peripheral via the
keyboard, allow the user to transfer data from a PROM
to memory, burn a PROM, verify a PROM pattern,
manually enter a single byte of data, and display PROM
locations using the system software. The programming
idiosyncrasies of each PROM are contained in software
look-up tables to relieve the user of intricate repetitious
set-up. The procedure is simply to identify the PROM
type (like 93448) and the PROM parameter look-up table
The 11" x 12" x 4" PROM Programmer is driven by a is automatically invoked, defining such things as numutility program contained within the Formulator Oper- ber of words, word bit length, burn time, wait time, retry
ating System and features a simple, easy to use com- conditions, etc. The programming is convenient
The ability to easily program permanent memory devices is essential to any microprocessor design. The
Formulator PROM Programmer connects to a Quad I/O
Module within either a Formulator Mark II or a Formulator Mark III, permitting the programming of any of the
following fuseable link or ultraviolet light eraseable
PROMs from a pattern stored in the Formulator memory.
11-18
FAIRCHILD MICROCOMPUTERS
MICROMACHINE™ SERIES AND Fa FAMILY DESIGN AIDS
PROM PROGRAMMER
Fairchild Fusible
Link PROMS
(Cont'd)
enough to allow the PROM Programmer to be used in a
production environment.
93436
93446
93438
93448
Included in the basic system are two socket boards, one
for the Fairchild 93436/93446 PROMs and one for the
93438/93448 PROMs. Socket boards for the ultraviolet
eraseable devices are also available. A cable to the
Quad 1/0 Module and a power cord are also included in
the basic unit.
OCM-1 ONE-CARD MICROCOMPUTER
The OCM-1 is a complete microcomputer system contained on a single printed circuit board and offering the
following features:
• 64'byte scratch pad memory
• 1K -byte RAM
• 8K-byte ROM (1 K supplied, sockets provided for
balance)
• 4K-byte EPROM (sockets provided)
• 4K-byte PROM (sockets provided)
• Up to four programmable timers
• Up to four programmable interrupts
• RS232 interface (current loop optionaD
• 2MHz clock
• Self-contained Fairbug teletype operating system
• Up to 64 individually programmable, bidirectional, latched 1/0 lines.
(512
(512
(512
(512
x
x
x
x
Ultraviolet
Eraseable PROMs
4)
4)
8)
8)
2704 (512 x 8)
2708 (1024 x 8)
The unit is based on the F8 microcomputer and is fully
supported by the Formulator family of program development aids. In addition, the OCM-1 contains a built-in
teletype operating system, called Fairbug I, contained
in the F3851A Program Storage Unit. Using an OCM-1to-TTY cable assembly, the board can be directly
coupled to a teletype or RS232 terminal to display or
alter memory location, to load and punch paper tape, or
to make entries from the keyboard or by program
instruction. An alternative built-in operating system, KD Bug, contained in the F3856A PSU is also available. It
provides all of the Fairbug I functions plus a resident
monitor to facilitate operation with a low-cost
calculator-style keyboard and LED display. A Fairbug
user's guide is provided with the OCM-1. The K-D Bug
should be ordered as a separate item.
TTY CABLE
1/0 CABLE
1/0 CABLE
j
8
81,
4
psu
(FAIRBUG)
3850
CPU
I
fh-
3851 A
XTAL
1
r
3853
SMI
I
8
TTY
INTERFACE
~
CIRCUITS
13861
1/0
(OPT.)
I
811+ 8
3861 110
(OPT.)
1
1
DATA BUS
I
ADDRESS BUS
2K BYTE
UV PROM
2K BYTE
FUSIBLE LINK PROM
,
r
2102
l1K BYTE
RAM I-
BREADBOARD
SPACE
PREDRILLED
I~ 81
'\
93448
PROM
II-
93448
PROM
(OPT.)
93448
PROM
I-
93448
PROM
(OPT.)
l
I-
,
,.
t-
2708
uv
I- PROM
(OPT.)
I-
2708
UV
I- PROM
(OPT.)
I
11-19
\
I---
I----
FAIRCHILD MICROCOMPUTERS
MICROMACHINE™ SERIES AND F8 FAMILY DESIGN AIDS
ONE CARD MICROCOMPUTER
(Cont'd)
The OCM-1 processor section includes the 3850 Central Processing Unit, the F3853 Static Memory Interface, a2MHz clock, and reset circuitry.
The OCM-1 memory section contains the capability for
the use of five different types of storage including 64
bytes of scratch pad, 1K bytes of RAM, sockets for 2K
bytes of EROM (2708), sockets for 2K bytes of fusible
link PROM (93448), and the Fairbug I operating system.
The 1/0 portion of the system is contained in the F3850
Central Processing Unit and a F3851A Program Storage Unit, each containing two 8-bit 1/0 ports. Two
sockets are provided for inserting standard F8 PIO
circuits (F3861 or F3871) or, if more ROM is required,
standard PSUs (F3851 or F3856) may be inserted. In
either case, four additional 1/0 ports are provided
bringing the maximum total to eight 1/0 ports (64linesl.
Only single-byte instructions are required to individually program these lines for either input or output functions. Latches on each line reduce external hardware
cost. A circuit on the board gives the OCM-1 the
capability of communicating with a teletype, RS232
device or 20mA current loop.
FORMULATOR SUPPORT
In addition to the optional boards, peripherals, cables,
and other accessories, the Mark I, Mark II, and Mark III
Formulator systems are supported by a wide range of
documentation, and an intensive training program.
FORMULATOR DOCUMENTATION
The Formulator user has access to a full range of
reference and instructional manuals to aid him in his
system design and programming.
F8 USER'S GUIDE
The F8 User's Guide is a detailed description of the F8
family of microprocessor devices. Microprocessor
systems are discussed, with the configurations of the
F8 circuits examined in depth. The User's Guide also
outlines the F8 instruction set. Detailed specifications
of each member of the F8 microprocessor family is
given, including functional descriptions, logic diagrams, signal load levels, and timing diagrams for each
circuit. Typical F8 system configurations are also presented.
MICROMACHINE USER'S GUIDE
The Micromachine 2 User's Guide is a detailed description of the F3870, F38T70, F3872 and F3874 Micromachines. This manual covers programming and systems
design with emphasis on application implementation.
In its standard configuration, the OCM-1 contains two
interrupts and two timers, one in the F3851 A PSU and
one in the F3853 SM!. Two additional interrupts and
timers may be added by plugging the two additional
PIOs into their sockets. A "daisy-chained" priority
system determines which interrupt will be serviced if
two or more requests are made simultaneously.
The OCM-1 requires three powersupply voltages: +12V
@ 0.255 A, -5V @ 0.4 A and -5V @ 0.09 A. The -5V
supply is used only for the 2708 EROM devices. All
supply voltages are ±5% maximum.
The entire microcomputer is contained on a single
board (epoxy glass with solder mask) measuring approximately 7.5 inches by 10.5 inches. It includes a 2inch by 4-inch pre-drilled breadboarding area for users
who want to develop unique system configurations. In
addition, a Formulator-compatible 100-pin edge connector, aspecial connectorforTTYorterminal, and two
44-pin edge connectors for F8 signals, are contained on
the board. A switch to enable the Fairbug operating
system is also provided. The OCM-1 is delivered completed with OCM-1 Users Manual, Fairbug Users Guide
and F8 Guide to Programming.
GUIDE TO·PROGRAMMING
The Guide to Programming is written for logic designers with little or no background in computer programming. It introduces machine and assembly language
programming to the potential user of microprocessors
and microcomputer systems. Introductory topics include flowcharting, memory allocation, source and
object programs, and assembly language. More advanced topics include programmed 1/0, interrupts,
programmable timers, subroutines, macros, data
manipulation, and programmed direct memory access
channels. Numerous examples of these programming
techniques are given.
FORMULATOR USER'S GUIDE
The Formulator User's GUide fully describes the operation of the Formulator Development system. It covers
the Mark I, Mark II, and Mark III hardware configurations and contains a detailed description of· the Formulator software-the monitor, the editor, the assembler,
and the debug program. TheF8 DOS-III User'sGuide is
also available for Mark liFO and Mark IIIFD systems.
FORMULATOR HARDWARE REFERENCE MANUAL
This book presents an in-depth technical description of
the F8 Formulator System, its component subsystems,
and options. The technical description includes general functional characteristics, theory of operation, and
detailed description of interface signals.
11-20
FAIRCHILD MICROCOMPUTERS
F6800 MICROPROCESSOR FAMILY
F6800 MICROPROCESSOR FAMILY
DEVICE
Item
NO.
Function
Logic/
Power PD,Max Cycle Access
Supply (Typ) Time Time Memory Connection
Diagram Package( s)
V
mW
ns
ns
Size
(600)
1000
P10
61,8P
5.0
(500)
667
P10
61,8P
500
1
F6800
MPU, Address, Interrupt
5.0
2
F68AOO
MPU, Address, Interrupt
3
F68BOO
MPU, Address, Interrupt
5.0
(500)
P10
61,8P
4
F6801(1)
Single Chip Microcomputer
with 128x8 RAM
5.0
(500)
500
2Kx8
(ROM)
P10
61,8P
5
F6802
MPU, Address, RAM
Interrupt
5.0
(600)
1000
128x8
(RAM)
P19
61,8P
6
F68A02
MPU, Address, RAM,
Interrupt
5.0
(600)
667
128x8
P19
61,8P
7
F68B02
MPU, Address, RAM,
Interrupt
5.0
600
500
128x8
P19
61,8P
8
F6809(2)
MPU, Address, Interrupt
5.0
9
F6810
Static RAM
5.0
400
460
128x8
P13
7R,9N
10
F68A10
Static RAM
5.0
400
360
128x8
P13
7R,9N
250
128x8
P13
7R,9N
61,6T
500/1 K
11
F68B10
Static RAM
5.0
400
12
F6820/21
Parallel I/O 16 lines
5.0
550
1000
P11
61,8P
13
F68A21
Parallel I/O 16 lines
5.0
550
667
P11
61,8P
14
F68B21
Parallel I/O 16 lines
5.0
550
500
P11
61,8P
15
F68308
Mask Prog ROM
5.0
650
500
1 Kx8
P14
7R,9N
16
F68A308
Mask Prog ROM
5.0
650
360
1 Kx8
P14
7R,9N
17
F68B308
Mask Prog ROM
5.0
650
250
1Kx8
P14
7R,9N
18
F68316
Mask Prog ROM
5.0
500
2Kx8
P15
7R,9N
19
F68A316
Mask Prog ROM
5.0
360
2Kx8
P15
7R,9N
20
F68B316
Mask Prog ROM
5.0
250
2Kx8
P15
7R,9N
21
F6840
Programmable Timer
5.0
550
1000
P16
8E,9Y
22
F68A40
Programmable Timer
5.0
550
667
P17
8E,9Y
550
500
P17
8E,9Y
23
F68B40
Programmable Timer
5.0
24
F6843(1)
Floppy Disk Interface
5.0
25
F6844(1)
Direct Memory Access
26
F684S(1)
CRT Controller
5.0
27
F6846
ROM, I/O, Timer
5.0
800
1000
28
F68A46
ROM, I/O, Timer
5.0
800
667
61
61
P22
61,8P
2Kx8
P20
61,8P
2Kx8
P20
61,8P
1. To be announced
2. F6809 supports the F6800 instruction set but also has enhanced instructions and additional hardware features.
11-21
III
FAIRCHILD MICROCOMPUTERS
F6800 MICROPROCESSOR FAMILY
F6800 MICROPROCESSOR FAMILY
DEVICE
NO.
Item
Function
(Cont'd)
Logic/
Power PDMax Cycle Access
Supply (Typ) Time
Time Memory Connection
Size
Diagram Package(s
V
mW
ns
ns
1
F68846
ROM, 110, Timer
5.0
2
F68488
GPIA (IEEE Bus)
5.0
800
2Kx8
500
P20
61,8P
P25
61,8P
3
F6850
Async Data Adapter
5.0
300
1000
P12
7R,9N
4
F68A50
Async Data Adapter
5.0
300
667
P12
7R,9N
5
F68850
Async Data Adapter
5.0
300
500
P12
7R,9N
6
F6852
Sync Data Adapter
5.0
800
1000
P17
6J,9B
6J,9B
7
F68A52
Sync Data Adapter
5.0
300
667
P17
8
F68852
Sync Data Adapter
5.0
300
500
P17
6J,9B
9
F6854
Advanced Data Link CTL
5.0
1000
P18
8E,9Y
8E,9Y
10
F68A54
Advanced Data Link CTL
5.0
667
P18
11
F68854
Advanced Data Link CTL
5.0
500
P18
8E,9Y
12
F6860
0-600 BPS Modem
5.0
325
P23
7R,9N
13
F6862
2400 BPS Modulator
5.0
300
P24
7R,9N
MICROPROCESSOR PERIPHERALS
r::
.2
'0
§;
0
.a
.2
'0
0
'iii
INONLY
I f IANriNOUT
IBo-IB15
-
r ----
If
93481/93483
WE
/
~
Ao-As
Mo
M1
M1
M2
M2
S~N
9441
MEMORY
CONTROL
UNIT
WE
CSo
CSo
CS,
CS2
CS,
AE
Mo
CS2
AE
0,
1: !f
..L
CP
MSBY
00 DCHR
00
o:~r (8
0
C3
C2
C2
C,
C,
Co
CONSOLE
Co
LOGIC
9440
16-BIT
MICROPROCESSOR
XTL
RUN
RUN
s::
"
V
0
BUS
TRANSCEIVER
::a
o
o
o
s::
0,
iSo -iS'S
o
l:
n
I~
9442
INPUTIOUTPUT
CONTROL
UNIT
ll
::a
~
INT
ON
t
I
0
C
CARRY
CARRY
INT
ON
INT DCH
0, REO REO MR
0
~
CLKOUT
MBSY
00
----
0
C3
CP
SYN
00
~
0
SYN
I\J
1B0-fB'5
OJ
BBSBBBBBBBBBBBBB
8 B B B) "13" 'i3 "8" '~1l" ""8 'Ei"
CP
I
=>
l~IIO ~IO X ~j; x
000000000000000000
~
(11
OPERATOR CONSOLE
-~'-~-'~"
IBo-IB15
IB,-IB'5
IBo-lB15 Ao-As
32K
MAIN
MEMORY
ARRAY
IN
AND OUT
Jl
1
2
J
9443
SPECIAL FUNCTIONS
UNIT
9440 SYSTEM
II
3
4
5
.. .... .....
64-PORT 110 BUS
n
63
D
INPUTIOUTPUT
INTERFACE &
CONTROL
1/0
DEVICE
c:
~
m
::a
en
rDIODES·
1'.1
1'1
I
AEROSPACE AND DEFENSE
IfJ
FAIRCHILD AEROSPACE & DEFENSE
JAN QPL STATUS
LINEAR
Item
DEVICE NO.
JM38510/
Industry
Basic Type
Part I or II
QPL
Process
Level
Package
Lead Finish
1
10101BCA
741
I
B
DIP
Solder
2
10101BCB
741
I
B
DIP
Tin Plate
3
10101BGA
741
I
B
CAN
Solder
4
10101BGB
741
I
B
CAN
Tin Plate
5
10101BGC
741
I
B
CAN
Gold Plate
6
10101BHA
741
I
B
FLAT
Solder
7
10101BHB
741
I
B
FLAT
Tin Plate
8
10101BHC
741
I
B
FLAT
Gold Plate
9
10101CCA
741
I
C
DIP
Solder
10
I
C
DIP
Tin Plate
Solder
10101CCB
741
11
10101CGA
741
I
C
CAN
12
10101CGB
741
I
C
CAN
Tin Plate
13
10101CGC
741
I
C
CAN
Gold Plate
14
10101CHA
741
I
C
FLAT
Solder
15
10101CHB
741
I
C
FLAT
Tin Plate
16
10101CHC
741
I
C
FLAT
Gold Plate
17
10102BAA
747
I
B
FLAT
Solder
18
10102BAB
747
I
B
FLAT
Tin Plate
19
10102BAC
747
I
B
FLAT
Gold Plate
20
10102BCA
747
I
B
DIP
Solder
21
10102BCB
747
I
B
DIP
Tin Plate
22
10102BIA
747
I
B
CAN
Solder
23
10102BIB
747
II
B
CAN
Tin Plate
24
10102BI.C
747
I
B
CAN
Gold Plate
25
10102CAA
747
I
C
FLAT
Solder
26
10102CAB
747
I
C
FLAT
Tin Plate
27
10102CAC
747
I
C
FLAT
Gold Plate
28
10102CCA
747
I
C
DIP
Solder
29
10102CCB
747
I
C
DIP
Tin Plate
30
10102CIA
747
I
C
CAN
Solder
31
10102CIB
747
II
C
CAN
Tin Plate
32
10102CIC
747
I
C
CAN
Gold Plate
12-3
II
FAIRCHILD AEROSPACE & DEFENSE
JAN QPL STATUS
LINEAR (Cont'd)
Item
DEVICE NO.
JM38510/
Industry
Basic Type
Part I or II
QPL
Process
Level
Package
Lead Finish
1
10103BCA
101A
I
B
DIP
Solder
2
10103BCB
101A
I
B
DIP
Tin Plate
3
10103BGA
101A
I
B
CAN
Solder
4
10103BGB
101A
I
B
CAN
Tin Plate
5
10103BGC
101A
I
B
CAN
Gold Plate
6
10103BHA
101A
I
B
FLAT
Solder
7
10103BHB
101A
I
B
FLAT
Tin Plate
8
10103BHC
101A
I
B
FLAT
Gold Plate
9
10103CCA
101A
I
C
DIP
Solder
10
10103CCB
101A
I
C
DIP
Tin Plate
11
10103CGA
101A
I
C
CAN
Solder
12
10103CGB
101A
I
C
CAN
Tin Plate
I
C
CAN
Gold Plate
Solder
13
10103CGC
101A
14
10103CHA
101A
I
C
FLAT
15
10103CHB
101A
I
C
FLAT
Tin Plate
16
10103CHC
101A
I
C
FLAT
Gold Plate
17
10104BCA
108A
I
B
DIP
Solder
18
10104BCB
108A
I
B
DIP
Tin Plate
19
10104BGA
108A
I
B
CAN
Solder
20
10104BGB
108A
I
B
CAN
Tin Plate
21
10104BGC
108A
I
B
CAN
Gold Plate
22
10104BHA
108A
I
B
FLAT
Solder
23
10104BHB
108A
I
B
FLAT
Tin Plate
24
10104BHC
108A
I
B
FLAT
Gold Plate
25
10104CCA
108A
I
C
DIP
Solder
26
10104CCB
108A
I
C
DIP
Tin Plate
27
10104CGA
108A
I
C
CAN
Solder
28
10104CGB
108A
I
B
CAN
Tin Plate
29
10104CGC
108A
I
C
CAN
Gold Plate
30
10104CHA
108A
I
C
FLAT
Solder
31
10104CHB
108A
I
C
FLAT
TinPlate
32
10104CHC
108A
I
C
FLAT
Gold Plate
12-4
FAIRCHILD AEROSPACE & DEFENSE
JAN QPL STATUS
LINEAR
Item
(Cont'd)
DEVICE NO.
JM38510/
Industry
Basic Type
Part I or II
QPL
Process
Level
Package
Lead Finish
1
10201BCA
723
B
DIP
Solder
2
10201BCB
723
B
DIP
Tin Plate
3
10201BIA
723
B
CAN
Solder
4
10201BIC
723
B
CAN
Gold Plate
5
10201CCA
723
C
DIP
Solder
6
10201CCB
723
C
DIP
Tin Plate
7
10201CIA
723
C
CAN
Solder
8
10201CIC
723
C
CAN
Gold Plate
9
10301BCA
710
B
DIP
Solder
10
10301BCB
710
B
DIP
Tin Plate
11
10301BGA
710
B
CAN
Solder
12
10301BGB
710
B
CAN
Tin Plate
13
10301BGC
710
B
CAN
Gold Plate
14
10301BHA
710
B
FLAT
Solder
15
10301BHB
710
B
FLAT
Tin Plate
16
10301BHC
710
B
FLAT
Gold Plate
17
10301CCA
710
C
DIP
Solder
18
10301CCB
710
C
DIP
Tin Plate
19
10301CGA
710
C
CAN
Solder
20
10301CGB
710
C
CAN
Tin Plate
21
10301CGC
710
C
CAN
Gold Plate
22
10301CHA
710
C
FLAT
Solder
23
10301CHB
710
C
FLAT
Tin Plate
24
10301CHC
710
C
FLAT
Gold Plate
25
10302BCA
711
B
DIP
Solder
26
10302BCB
711
B
DIP
Tin Plate
27
10302BHA
711
B
FLAT
Solder
28
10302BHB
711
B
FLAT
Tin Plate
29
10302BHC
711
B
FLAT
Gold Plate
30
10302BIA
711
B
CAN
Solder
31
10302BIC
711
B
CAN
Gold Plate
32
10302CCA
711
C
DIP
Solder
12-5
I
FAIRCHILD AEROSPACE & DEFENSE
JAN QPL STATUS
LINEAR
Item
(Cont'd)
DEVICE NO.
JM38510/
Industry
Basic Type
Part I or II
QPL
Process
Level
Package
Lead Finish
1
10302CCB
711
C
DIP
Tin Plate
2
10302CHA
711
C
FLAT
Solder
3
10302CHB
711
C
FLAT
Tin Plate
4
10302CHC
711
C
FLAT
Gold Plate
5
10302CIA
711
C
CAN
Solder
6
10302CIC
711
C
CAN
Gold Plate
7
10304BCA
111
B
DIP
Solder
8
10304BCB
111
B
DIP
Tin Plate
9
10304BGA
111
B
CAN
Solder
10
10304BGB
111
B
CAN
Tin Plate
11
10304BGC
111
B
CAN
Gold Plate
12
10304BHA
111
B
FLAT
Solder
13
10304BHB
111
B
FLAT
Tin Plate
14
10304BHC
111
B
FLAT
Gold Plate
15
10304CCA
111
C
DIP
Solder
16
10304CCB
111
C
DIP
Tin Plate
17
10304CGA
111
C
CAN
Solder
18
10304CGB
111
C
CAN
Tin Plate
19
10304CGC
111
C
CAN
Gold Plate
20
C
FLAT
Solder
Tin Plate
10304CHA
111
21
10304CHB
111
C
FLAT
22
10304CHC
111
C
FLAT
Gold Plate
23
10401BAA
55107
B
FLAT
Solder
24
10401BAB
55107
B
FLAT
Tin Plate
25
10401BAC
55107
B
FLAT
Gold Plate
26
10401BCA
55107
B
DIP
Solder
27
10401BCB
55107
B
DIP
Tin Plate
28
10401CAA
55107
C
FLAT
Solder
29
10401CAB
55107
C
FLAT
Tin Plate
30
10401CAC
55107
C
FLAT
Gold Plate
31
10401CCA
55107
C
DIP
Solder
32
33
10401CCB
55107
C
DIP
Tin Plate
10402BAA
55108
B
FLAT
Solder
12-6
FAIRCHILD AEROSPACE & DEFENSE
JAN QPL STATUS
LINEAR
Item
(Cont'd)
DEVICE NO.
JM38510/
Industry
Basic Type
Part I or II
QPL
Process
Level
Package
Lead Finish
1
10402BAB
55108
I
B
FLAT
Tin Plate
2
10402BAC
55108
I
B
FLAT
Gold Plate
3
10402BCA
55108
I
B
DIP
Solder
4
10402BCB
55108
I
B
DIP
Tin Plate
5
10402CAA
55108
I
C
FLAT
Solder
6
10402CAB
55108
I
C
FLAT
Tin Plate
7
10402CAC
55108
I
C
FLAT
Gold Plate
8
10402CCA
55108
I
C
DIP
Solder
9
10402CCB
55108
I
C
DIP
Tin Plate
10
10403BEA
9614
I
B
DIP
Solder
11
10403BEB
9614
I
B
DIP
Tin Plate
12
10403BFA
9614
I
B
FLAT
Solder
13
10403BFB
9614
I
B
FLAT
Tin Plate
14
10403BFC
9614
I
B
FLAT
Gold Plate
15
10403CEA
9614
I
C
DIP
Solder
16
10403CEB
9614
I
C
DIP
Tin Plate
17
I
C
FLAT
Solder
Tin Plate
10403CFA
9614
18
10403CFB
9614
I
C
FLAT
19
10403CFC
9614
I
C
FLAT
Gold Plate
I
B
DIP
Solder
Tin Plate
20
10404BEA
9615
21
10404BEB
9615
I
B
DIP
22
10404BFA
9615
I
B
FLAT
Solder
23
I
B
FLAT
Tin Plate
Gold Plate
10404BFB
9615
24
10404BFC
9615
I
B
FLAT
25
10404CEA
9615
I
C
DIP
Solder
26
10404CEB
9615
I
C
DIP
Tin Plate
27
10404CFA
9615
I
C
FLAT
Solder
28
10404CFB
9615
I
C
FLAT
Tin Plate
29
10404CFC
9615
I
C
FLAT
Gold Plate
30
10802BCA
3045
DIP
Solder
10802BCB
3045
B
DIP
Tin Plate
32
10802CCA
3045
"
"
B
31
C
DIP
Solder
33
10802CCB
3045
C
DIP
Tin Plate
"
"
12-7
FAIRCHILD AEROSPACE & DEFENSE
JAN QPL STATUS
DIGITAL
Item
DEVICE NO.
JM38510/
Industry
Basic Type
Part I or II
QPL
Process
Level
Package
FLAT
Lead Finish
1
00101BAB
5430
I
B
2
00101BAC
5430
I
B
FLAT
Gold Plate
3
00101BCB
5430
I
B
DIP
Tin Plate
4
00101CAB
5430
I
C
DIP
Tin Plate
Tin Plate
5
00101CAC
5430
I
C
FLAT
Gold Plate
6
00101CCB
5430
I
C
DIP
Tin Plate
7
00102BAB
5420
I
B
FLAT
Tin Plate
8
00102BAC
5420
I
B
FLAT
Gold Plate
9
00102BCB
5420
I
B
DIP
Tin Plate
10
00102CAB
5420
I
C
FLAT
Tin Plate
11
00102CAC
5420
I
C
FLAT
Gold Plate
12
00102CCB
5420
I
C
DIP
Tin Plate
13
00103BCB
5410
I
B
DIP
Tin Plate
14
00103CCB
5410
I
C
DIP
Tin Plate
15
00104BAB
5400
I
B
FLAT
Tin Plate
16
00104BAC
5400
I
B
FLAT
Gold Plate
17
00104BCB
5400
I
B
DIP
Tin Plate
18
00104CAB
5400
I
C
FLAT
Tin Plate
19
00104CAC
5400
I
C
FLAT
Gold Plate
20
00104CCB
5400
I
C
DIP
Tin Plate
21
00105BAB
5404
I
B
FLAT
Tin Plate
22
00105BAC
5404
I
B
FLAT
Gold Plate
23
00105BCB
5404
I
B
DIP
Tin Plate
24
00105CAB
5404
I
C
FLAT
Tin Plate
25
00105CAC
5404
I
C
FLAT
Gold Plate
26
27
00105CCB
5404
5401
I
C
DIP
Tin Plate
00107BAB
I
B
FLAT
Tin Plate
28
00107BAC
5401
I
B
FLAT
Gold Plate
29
00107BCB
5401
I
B
DIP
Tin Plate
30
00107CAB
5401
I
C
FLAT
Tin Plate
31
00107CAC
5401
I
C
FLAT
Gold Plate
32
00107CCB
5401
I
C
DIP
Tin Plate
12-8
FAIRCHILD AEROSPACE & DEFENSE
JAN QPL STATUS
DIGITAL
Item
(Cont'd)
DEVICE NO.
JM38510/
Industry
Basic Type
Part I or "
QPL
Process
Level
Package
Lead Finish
1
00108BAB
5405
I
B
FLAT
Tin Plate
2
00108BAC
5405
I
B
FLAT
Gold Plate
3
00108BCB
5405
I
B
DIP
Tin Plate
4
00108CAB
5405
I
C
FLAT
Tin Plate
5
00108CAC
5405
I
C
FLAT
Gold Plate
6
00108CCB
5405
I
C
DIP
Tin Plate
7
00109BCB
5403
I
B
DIP
Tin Plate
8
00109CCB
5403
I
C
DIP
Tin Plate
9
00205BAB
5474
I
B
FLAT
Tin Plate
10
00205BAC
5474
I
B
FLAT
Gold Plate
11
00205CAB
5474
I
C
FLAT
Tin Plate
12
00205CAC
5474
I
C
FLAT
Gold Plate
13
00206BAB
5470
I
B
FLAT
Tin Plate
14
00206CAB
5470
I
C
FLAT
Tin Plate
15
00301BAB
5440
I
B
FLAT
Tin Plate
16
00301BAC
5440
I
B
FLAT
Gold Plate
17
00301BCB
5440
I
B
DIP
Tin Plate
18
00301 CAB
5440
I
C
FLAT
Tin Plate
19
00301CAC
5440
I
C
FLAT
Gold Plate
20
00301CCB
5440
I
C
DIP
Tin Plate
21
00303BAB
5438
I
B
FLAT
Tin Plate
22
00303BAC
5438
I
B
FLAT
Gold Plate
23
00303CAB
5438
I
C
FLAT
Tin Plate
24
00303CAC
5438
I
C
FLAT
Gold Plate
25
00401BAB
5402
I
B
FLAT
Tin Plate
26
00401BAC
5402
I
B
FLAT
Gold Plate
27
00401BCB
5402
I
B
DIP
Tin Plate
28
00401 CAB
5402
I
C
FLAT
Tin Plate
29
00401CAC
5402
I
C
FLAT
Gold Plate
30
00401CCB
5402
I
C
DIP
Tin Plate
31
00404BCB
5427
I
B
DIP
Tin Plate
32
00404CCB
5427
I
C
DIP
Tin Plate
12-9
II
FAIRCHILD AEROSPACE & DEFENSE
JAN QPL STATUS
DIGITAL
Item
(Cont'd)
DEVICE NO.
JM38510/
Industry
Basic Type
Part I or II
QPL
Process
Level
Package
Lead Finish
1
00701BAB
5486
I
B
FLAT
Tin Plate
2
00701BAC
5486
I
B
FLAT
Gold Plate
3
00701 CAB
5486
I
C
FLAT
Tin Plate
4
00701CAC
5486
I
C
FLAT
Gold Plate
5
00801BAB
5406
I
B
FLAT
Tin Plate
6
00801BAC
5406
I
B
FLAT
Gold Plate
7
00801 CAB
5406
I
C
FLAT
Tin Plate
8
00801CAC
5406
I
C
FLAT
Gold Plate
9
00802BAB
5416
I
B
FLAT
Tin Plate
10
00802BAC
5416
I
B
FLAT
Gold Plate
11
00802CAB
5416
I
C
FLAT
Tin Plate
12
00802CAC
5416
I
C
FLAT
Gold Plate
13
00803BAB
5407
I
B
FLAT
Tin Plate
14
00803BAC
5407
I
B
FLAT
Gold Plate
I
C
FLAT
Tin Plate
15
00803CAB
5407
16
00803CAC
5407
I
C
FLAT
Gold Plate
17
00804BAB
5417
I
B
FLAT
Tin Plate
18
00804BAC
5417
I
B
FLAT
Gold Plate
19
00804CAB
5417
I
C
FLAT
Tin Plate
20
00804CAC
5417
I
C
FLAT
Gold Plate
21
01601BCB
5408
I
B
DIP
Tin Plate
22
01601CCB
5408
I
C
DIP
Tin Plate
23
01602BCB
5409
I
B
DIP
Tin Plate
24
01602CCB
5409
I
C
DIP
Tin Plate
25
02301BAB
54H30
I
B
FLAT
Tin Plate
26
02301BAC
54H30
I
B
FLAT
Gold Plate
27
02301BCB
54H30
I
B
DIP
Tin Plate
28
02301CAB
54H30
I
C
FLAT
Tin Plate
29
02301CAC
54H30
I
C
FLAT
Gold Plate
30
02301CCB
54H30
I
C
DIP
Tin Plate
31
02302BCB
54 H20
I
B
DIP
Tin Plate
32
02302CCB
54H20
I
C
DIP
Tin Plate
12-10
FAIRCHILD AEROSPACE & DEFENSE
JAN QPL STATUS
DIGITAL
(Cont'd)
DEVICE NO.
JM385101
Industry
Basic Type
Part I or"
QPL
Process
Level
1
02303BCB
54H10
I
B
DIP
Tin Plate
2
02303CCB
54H10
I
C
DIP
Tin Plate
3
02304BCB
54HOO
I
B
DIP
Tin Plate
4
02304CCB
54HOO
I
C
DIP
Tin Plate
5
02305BAB
54H04
I
B
FLAT
Tin Plate
6
02305BAC
54H04
I
B
FLAT
Gold Plate
7
02305BCB
54H04
I
B
DIP
Tin Plate
8
02305CAB
54H04
I
C
FLAT
Tin Plate
Item
Package
Lead Finish
9
02305CAC
54H04
I
C
FLAT
Gold Plate
10
02305CCB
54H04
I
C
DIP
Tin Plate
11
02307BCB
54H22
I
B
DIP
Tin Plate
I
12
02307CCB
54H22
C
DIP
Tin Plate
13
03001BCB
930
B
DIP
Tin Plate
14
03001CCB
930
C
DIP
Tin Plate
15
03004BCB
946
B
DIP
Tin Plate
16
03004CCB
946
C
DIP
Tin Plate
17
03005BCB
962
B
DIP
Tin Plate
18
03005CCB
962
C
DIP
Tin Plate
19
30001BAB
54LSOO
B
FLAT
Tin Plate
20
30001BAC
54LSOO
B
FLAT
Gold Plate
21
30001 CAB
54LSOO
C
FLAT
Tin Plate
22
30001CAC
54LSOO
C
FLAT
Gold Plate
23
30003BAB
54LS04
B
FLAT
Tin Plate
24
30003BAC
54LS04
B
FLAT
Gold Plate
25
30003CAB
54LS04
C
FLAT
Tin Plate
26
30003CAC
54LS04
C
FLAT
Gold Plate
FLAT
Tin Plate
27
30005BAB
54LS10
B
28
30005BAC
54LS10
I
B
FLAT
Gold Plate
29
30005CAB
54LS10
FLAT
Tin Plate
30
30005CAC
54LS10
C
FLAT
Gold Plate
31
30007BAB
54LS20
B
FLAT
Tin Plate
32
30007BAC
54LS20
"
"
"
"
C
B
FLAT
Gold Plate
12-11
IE
FAIRCHILD AEROSPACE & DEFENSE
JAN QPL STATUS
DIGITAL
Item
(Cont'd)
DEVICE NO.
JM38510/
Industry
Basic Type
Part I or II
QPL
Process
Level
Package
Lead Finish
1
30007CAB
54LS20
II
C
FLAT
Tin Plate
2
30007CAC
54LS20
II
C
FLAT
Gold Plate
3
30009BAB
54LS30
II
B
FLAT
Tin Plate
4
30009BAC
54LS30
I
B
FLAT
Gold Plate
5
30009CAB
54LS30
C
FLAT
Tin Plate
6
30009CAC
54LS30
C
FLAT
Gold Plate
7
30103BEB
54LS112
B
DIP
Tin Plate
8
30103CEB
54LS112
C
DIP
Tin Plate
9
30105BEB
54LS114
B
DIP
Tin Plate
10
30105CEB
54LS114
C
DIP
Tin Plate
11
30106BEB
54LS174
II
B
DIP
Tin Plate
12
30106CEB
54LS174
II
C
DIP
Tin Plate
13
30109BEB
54LS109
II
B
DIP
Tin Plate
14
30109BFB
54LS109
II
B
FLAT
Tin Plate
15
30109CEB
54LS109
C
DIP
Tin Plate
16
30109CFB
54LS109
C
FLAT
Tin Plate
17
30301BAB
54LS02
B
FLAT
Tin Plate
18
30301BAC
54LS02
B
FLAT
Gold Plate
19
30301 CAB
54LS02
C
FLAT
Tin Plate
20
30301CAC
54LS02
C
FLAT
Gold Plate
21
30302BCB
54LS27
B
DIP
Tin Plate
22
30302BAB
54LS27
B
FLAT
Tin Plate
23
30302BAC
54LS27
B
FLAT
Gold Plate
I
24
30302CCB
54LS27
C
DIP
Tin Plate
25
30302CAB
54LS27
C
FLAT
Tin Plate
26
30302CAC
54LS27
C
FLAT
Gold Plate
Tin Plate
27
30501BCB
54LS32
B
DIP
28
30501BAB
54LS32
B
FLAT
Tin Plate
29
30501BAC
54LS32
B
FLAT
Gold Plate
Tin Plate
30
30501CCB
54LS32
C
DIP
31
30501 CAB
54LS32
C
FLAT
Tin Plate
32
30501CAC
54LS32
C
FLAT
Gold Plate
12-12
FAIRCHILD AEROSPACE & DEFENSE
JAN QPL STATUS
DIGITAL
Item
(Cont'd)
DEVICE NO.
JM38510/
Industry
Basic Type
Part I or II
QPL
Process
Level
Package
Lead Finish
1
30701BEB
54LS138
B
DIP
Tin Plate
2
30701BFB
54LS138
B
FLAT
Tin Plate
3
30701CEB
54LS138
C
DIP
Tin Plate
4
30701CFB
54LS138
C
FLAT
Tin Plate
5
30702BEB
54LS139
B
DIP
Tin Plate
6
30702CEB
54t:.S139
C
DIP
Tin Plate
7
31001BCB
54LS11
B
DIP
Tin Plate
8
31001BAB
54LS11
B
FLAT
Tin Plate
9
31001BAC
54LS11
B
FLAT
Gold Plate
10
31001CCB
54LS11
C
DIP
Tin Plate
11
31001CAB
54LS11
C
FLAT
Tin Plate
12
31001CAC
54LS11
C
FLAT
Gold Plate
13
31003BAB
54LS21
B
FLAT
Tin Plate
14
31003BAC
54LS21
B
FLAT
Gold Plate
15
31003CAB
54LS21
C
FLAT
Tin Plate
16
31003CAC
54LS21
C
FLAT
Gold Plate
17
31004BCB
54LS08
B
DIP
Tin Plate
B
FLAT
Tin Plate
I
B
FLAT
Gold Plate
"
"
"
C
DIP
Tin Plate
C
FLAT
Tin Plate
C
FLAT
Gold Plate
18
31004BAB
54LS08
19
31004BAC
54LS08
20
31004CCB
54LS08
21
31004CAB
54LS08
22
31004CAC
54LS08
I
12-13
II
FAIRCHILD AEROSPACE & DEFENSE
JAN QPL STATUS
DIODE
QPL-19500
Item
Item
Item
Item
1
1N251 JAN
30
1N914 JTX
59
1 N971 B-1 JTX*
88
1N4306 JTX
2
1N457 JAN
31
1N962B-1 JAN*
60
1N971B-1 JTXV*
89
1N4307 JAN
3
1N458 JAN
32
1N962B-1 JTX*
61
1N972B-1 JAN*
90
1N4307 JTX
4
1N459 JAN
33
1N962B-1 JTXV*
62
1N972B-1 JTX*
91
1N4307 JTXV
5
1N483B JAN
34
1N963B-1 JAN*
63
1N972B-1 JTXV*
92
1N4376 JAN
6
1N483B JTX
35
1N963B-1 JTX*
64
1 N973B-1 JAN *
93
1N4376 JTX
1N963B-1 JTXV*
65
1N973B-1 JTX*
94
1N4454 JAN
1N964B-1 JAN*
66
1N973B-1 JTXV*
95
1N4454 JTX
67
1N3064 JAN
96
1N4454 JTXV
7
1N485B JAN
36
8
1N485B JTX
37
9
1N486B JAN
38
1N964B-1 JTX*
10
1N486B JTX
39
1N964B-1 JTXV*
68
1N3064 JTX
97
1N4454-1 JAN*
11
1N747A JAN
40
1N965B-1 JAN*
69
1N3595 JAN
98
1N4454-1 JTX*
12
70
1N3595 JTX
99
1N4454-1 JTXV*
1N747A JTX
41
1N965B-1 JTX*
13
1N747A JTXV
42
1N965B-1 JTXV*
71
14
1N748A JAN
43
1N966B-1 JAN*
15
1N748A JTX
44
1 N966B-1 JTX*
16
1N748A JTXV
45
1N966B-1 JTXV*
17
1N749A JAN
46
1N967B-1 JAN*
18
1N749A JTX
47
1N967B-1 JTX*
1N3595 JTXV
100
1N5768 JAN
72
1N3600 JAN
101
1N5768 JTX
73
1N3600 JTX
102
1N5768 JTXV
74
1N3600 JTXV
103
1N5770 JAN
75
1N4148 JAN
104
1N5770 JTX
76
1N4148 JTX
105
1N5770 JTXV
19
1N749A JTXV
48
1N967B-1 JTXV*
77
1N4148 JTXV
106
1N5772 JAN
20
1N750A JAN
49
1N968B-1 JAN *
78
1N4148-1 JAN*
107
1N5772 JTX
21
1N750A JTX
50
1N968B-1 JTX*
79
1N4148-1 JTX*
108
1N5772 JTXV
22
1N750A JTXV
51
1 N968B-1 JTXV*
80
1N4148-1 JTXV*
109
1N5774 JAN
23
1N751A JAN
52
1N969B-1 JAN'
81
1N4150 JAN
110
1N5774 JTX
24
1N751A JTX
53
1N969B-1 JTX*
82
1N4150 JTX
111
1N5774 TXV
25
1N751A JTXV
54
1N969B-1 JTXV*
83
1N4150 JTXV
112
1N6100 JAN
26
1N752A JAN
55
1N970B-1 JAN*
84
1N4150-1 JAN
113
1N6100 JTX
27
1N752A JTX
56
1N970B-1 JTX*
85
1N4150-1 JTX
114
1N6100 JTXV
28
1N752A JTXV
57
1N970B-1 JTXV*
86
1 N4150-1 JTXV
29
1N914 JAN
58
1N971B-1 JAN*
87
1N4306 JAN
• Utilizes metallurgical bond.
12-14
FAIRCHILD AEROSPACE & DEFENSE
JAN QPL STATUS
TRANSISTOR
QPL-19500
Item
Item
Item
Item
2N2369A JAN
64
2N2906 JTX
2N2369A JTX
65
2N2906 TXV
1
2N706 JAN
22
2N2218A JAN
43
2
2N708 JAN
23
2N2218A JTX
44
3
2N708 JTX
24
2N2218A TXV
45
2N2369A TXV
66
2N2906A JAN
2N2481 JAN
4
2N718A JAN
25
2N2219 JAN
46
67
2N2906A JTX
5
2N718A JTX
26
2N2219 JTX
47
2N2481 JTX
68
2N2906A TXV
6
2N718A TXV
27
2N2219 TXV
48
2N2484 JAN
69
2N2907 JAN
2N2484 JTX
7
2N744 JAN
28
2N2219A JAN
49
70
2N2907 JTX
8
2N914 JAN
29
2N2219A JTX
50
2N2484 TXV
71
2N2907 TXV
9
2N914 JTX
30
2N2219A TXV
51
2N2904 JAN
72
2N2907A JAN
10
2N918 JAN
31
2N2221 JAN
52
2N2904 JTX
73
2N2907A JTX
11
2N918 JTX
32
2N2221 JTX
53
2N2904 TXV
74
2N2907A TXV
12
2N918 TXV
33
2N2221 TXV
54
2N2904A JAN
75
2N2919 JAN
13
2N930 JAN
34
2N2221A JAN
55
2N2904A JTX
76
2N2919 JTX
14
2N930 JTX
35
2N2221A JTX
56
2N2904A TXV
77
2N2919 TXV
15
2N1132 JAN
36
2N2221A TXV
57
2N2905 JAN
78
2N2920 JAN
16
2N1613 JAN
37
2N2222 JAN
58
2N2905 JTX
79
2N2920 JTX
17
2N1613 JTX
38
2N2222 JTX
59
2N2905S TXV
80
2N2920 TXV
18
2N1613 TXV
39
2N2222 TXV
60
2N2905A JAN
81
2N3013 JAN
19
2N2218 JAN
40
2N2222A JAN
61
2N2905A JTX
82
2N3013 JTX
20
2N2218 JTX
41
2N2222A JTX
62
2N2905SA TXV
21
2N2218 TXV
42
2N2222A TXV
63
2N2906 JAN
12-15
FAIRCHILD AEROSPACE & DEFENSE
JAN QPL STATUS
UPCOMING QUALIFICATIONS
Fairchild plans to obtain numerous additional device qualifications. Although QPL attainment dates cannot be
scheduled with accuracy, the following Fairchild products are expected to be qualified in the near future.
Budgetary quotations are available:
Item
Jan Part Number
Package
Comments
1
M38510/31101---
54LS85
DIP/FLAT
-
2
M38510/30001---
54LSOO
DIP
Part I QPL
3
M3851 0/30301---
54LS02
DIP
Part I QPL
4
M3851 0/31 003---
54LS21
DIP
Part I QPL
5
M38510/30901---
54LS151
DIP/FLAT
6
M3851 0/30902---
54LS153
DIP/FLAT
-
Fairchild Part Number
7
M3851 0/30903---
54LS157
DIP/FLAT
-
8
M3851 0/30904---
54LS158
DIP/FLAT
-
9
M3851 0/30905---
54LS251
DIP/FLAT
-
10
M3851 0/30908---
54LS253
DIP/FLAT
11
M3851 0/301 02---
54LS74
DIP/FLAT
12
M3851 0/301 07---
54LS175
DIP/FLAT
-
13
M38510/30106---
54LS174
DIP/FLAT
14
M38510/01701---
54174
DIP/FLAT
15
M3851 0/01702---
54175
DIP/FLAT
16
M38510/01306---
54161
DIP/FLAT
17
M3851 0/30602---
54LS195
DIP/FLAT
18
M38510/15802---
9317
DIP/FLAT
19
M3851 0/30906---
54LS257
DIP/FLAT
-
20
M3851 0/30907---
54LS258
DIP/FLAT
-
21
M IL-S-19500/2N5302
2N5302
12-16
-
JAN/JTX/JTXV
FAIRCHILD LOGIC/CONNECTION DIAGRAMS
OPTOELECTRONICS
01
02
5
PIN
2
3
4
5
6
7
8
9
10
FND350/357/360/367
PIN
1
2
3
Common-Cathode
Segment F
Segment G
Segment E
Segment D
Common-Cathode
Decimal Point
Segment C
Segment B
Segment A
4
5
6
7
8
9
10
0
';.,.a
DP(±J
9
8
6
FND351/358/361/368
Common-Cathode
Plus Sign
Minus Sign
NC
Omitted
Common-Cathode
Decimal Point
Segment C
Segment B
NC
04
03
10
o7
Cl
7
10
6
9
8
7
6
=====
=====
A
DP
=====
234
FND507/537
PIN 547/557/567
1 Segment E
2 Segment D
3 Comm-Anode
4 Segment C
5 Decimal Point
6 Segment B
7 Segment A
8 Comm-Anode
9 Segment F
10 Segment G
=====
1
5
2
FND501/531
FND500/530
PIN 541/551/561
1 Minus
2 Cathode ±
3 Segment C
4 Cathode 1/DP
5 Decimal Point
6 Segment B
7 Cathode 1/DP
8 Cathode ±
9 Plus
10 NC
540/550/560
Segment E
Segment D
Comm-Cathode
Segment C
Decimal Point
Segment B
Segment A
Comm-Cathode
Segment F
Segment G
13-3
3
4
5
FND508/538
548/558/568
Minus
Anode ±
Segment C
Anode 1/DP
Decimal Point
Segment B
Anode 1/DP
Anode ±
Plus
NC
IE
FAIRCHILD LOGIC/CONNECTION DIAGRAMS
OPTOELECTRONICS
06
05
:
3
4
A
~ ~'
0
0
u~
F
0
0
B
G
~
: u:---=----,cD'
BOD
9
0
I
I
:
:
0
4
0
:&
0
11
8
10
9
0
0
15
~::
0
00
DP
PIN
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
16
17
18
~ ~'
3
16
FND800
FND807
Omitted
Segment A
Segment F
Common-Cath.
Segment E
Common-Cath.
NC
Omitted
Omitted
Decimal Point
Segment D
Common-Cath.
Segment C
Segment G
Segment B
Omitted
Common-Cath.
Omitted
Omitted
Segment A
Segment F
Common-Anode
Segment E
Common-Anode
NC
Omitted
Omitted
Decimal Point
Segment D
Common-Anode
Segment C
Segment G
Segment B
Omitted
Common-Anode
Omitted
A
u~
F
B
G
~ UE'---=----'0'
c
D
I
:
0
16
0
1&
0
12
~::
0
'0
11
10
ODP
PIN
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
16
17
18
13-4
FND850
FND847
Omitted
Segment A
Segment F
Common-Cath.
Segment E
Common-Cath.
DP
Omitted
Omitted
NC
Segment D
Common-Cath.
Segment C
Segment G
Segment B
Omitted
Common-Cath.
Omitted
Omitted
Segment A
Segment F
Common-Anode
Segment E
Common-Anode
DP
Omitted
Omitted
NC
Segment D
Common-Anode
Segment C
Segment G
Segment B
Omitted
Common-Anode
Omitted
FAIRCHILD LOGIC/CONNECTION DIAGRAMS
OPTOELECTRONICS
08
07
1
3
D
0
A
0
D
D'Od}'o
oEO~TlD
6
PIN
1
2
3
4
5
6
7
8
9
10
11
12
13
14
0
0
0
D
D
0
14
D~'ff.D
g 0
11
0
14
13
0
3
11
10
10
B
0
0
9
0
7
PIN
MAN71A
MAN72A
Cathode A
Cathode F
Common-Anode
No pin
No pin
NC
Cathode E
Cathode 0
Common-Anode
Cathode C
Cathode G
No pin
Cathode B
Common-Anode
Cathode A
Cathode F
Common-Anode
No pin
No pin
Cathode DP
Cathode E
Cathode 0
NC
Cathode C
Cathode G
No pin
Cathode B
Common-Anode
1
2
3
4
5
6
7
8
9
10
11
12
13
14
9
8
MAN,73A
Anode C, 0
No pin
Anode C, 0
No pin
No pin
No pin
Cathode 0
Cathode C
NC
Cathode B
Cathode A
No pin
No pin
Anode A, B
09
PIN
2
4
6
7
0
0
0
0
ADO
1
2
3
4
5
14
13
12
6
D1D'D.
0
0
7
8
9
0
0
10
11
12
13
14
9
8
13-5
MAN74A
Anode F
Anode G
No pin
Common-Cathode
No pin
Anode E
Anode 0
Anode C
Anode DP
No pin
No pin
Common-Cathode
Anode B
Anode A
I
FAIRCHILD LOGIC/CONNECTION DIAGRAMS
OPTOELECTRONICS
010
011
10
18
A
A
'il~D' 'il~D'
'il:D~ 'D:D~
0
0
9
PIN
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
16
17
18
FND6710
FND67'40
E Cath. Digit 1
D Cath. Digit 1
C Cath. Digit 1
DP Cath. Digit 1
E Cath. Digit 2
D Cath. Digit 2
G Cath. Digit 2
C Cath. Digit 2
DP Cath. Digit 2
B Cath. Digit 2
A Cath. Digit 2
F Cath. Digit 2
Digit 2 Anode
Digit 1 Anode
B Cath. Digit 1
A Cath. Digit 1
G Cath. Digit 1
F Cath. Digit 1
C Cath. Digit 1
D Cath. Digit 1
B Cath. Digit 1
DP Cath. Digit 1
E Cath. Digit 2
D Cath. Digit 2
G Cath. Digit 2
C Cath. Digit 2
DP Cath. Digit 2
B Cath. Digit 2
A Cath. Digit 2
F Cath. Digit 2
Digit 2 Anode
Digit 1 Anode
A Cath. Digit 1
NC
NC
NC
PIN
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
16
17
FCS8000/FCS8001
NC
NC
Indicator
NC
Indicator
10 Hrs. C
10 Hrs. B
NC
Hrs. F
Hrs. G
Hrs. E
Hrs. A
Hrs. B
Hrs. D
Hrs. C
Colons
NC
18
19
20
21
22
23
24
25
26
27
28
29
30
31
32
33
34
10 Min.
10 Min.
10 Min.
10 Min.
10 Min.
10 Min.
10 Min.
NC
Min. F
Min. E
Min. G
Min. A
Min. B
Min. C
Min. D
NC
F
E
G
A
D
B
C
VLED
012
PIN
IBB:BB:
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
16
17
13-6
FCS8024/FCS8025
10 Hrs.
10 Hrs.
10 Hrs.
10 Hrs.
10 Hrs.
10 Hrs.
10 Hrs.
NC
Hrs. F
Hrs. G
Hrs. E
Hrs. A
Hrs. B
Hrs. D
Hrs. C
Colons
NC
A
E
D
G
F
C
B
18
19
20
21
22
23
24
25
26
27
28
29
30
31
32
33
34
10 Min. F
10 Min. E
10 Min. G
10 Min. A
10 Min. D
10 Min. B
10 Min:C
NC
Min. F
Min. E
Min. G
Min. A
Min. B
Min. C
Min. D
NC
VLED
FAIRCHILD LOGIC/CONNECTION DIAGRAMS
OPTOELECTRONICS
013
DIGIT 1
DIGIT 2
DIGIT 3
DIGIT 4
13
PIN FNA5420
1 Digit 1 Com.
2 Seg. G
3 NC
4 Seg. F
5 Seg. D
6 Digit 2 Com.
7 Seg. A
8 Seg. B
9 Digit 3 Com.
10 RNDP
11 Seg. C
12 Seg. E
13 Digit 4 Com.
Anode
Anode
Anode
Anode
FNA5427
Digit 1 Com. Cath.
Seg. G "Plus" Sign Anode
NC
Seg. F
Seg. D "Minus" Sign Anode
Digit 2 Com. Cath.
Seg. A
Seg. B
Digit 3 Com. Cath.
RHDP
Seg. C
Seg. E
Digit 4 Com. Cath.
Preliminary Pin Assignment
014
DIGIT 1
DIGIT 2
DIGIT 3
DIGIT 4
13
PIN
1
2
3
4
5
6
7
8
9
10
11
12
13
FNA5428
Digit 1 Com. Anode
Seg. G "Plus" Sign Cathode
NC
Seg. F
Seg. D "Minus" Sign Cath.
Digit 2 Com. Anode
Seg.A
Seg. B
Digit 3 Com. Anode
RHDP
Seg. C
Seg. E
Digit 4 Com. Anode
Preliminary Pin Assignment
13-7
FNA5421
Digit 1 Com.
Seg. G
LHDP
Seg. F
Seg. D
Digit 2 Com.
Seg.A
Seg. B
Digit 3 Com.
RHDP
Seg. C
Seg. E
Digit 4 Com.
Cath.
Cath.
Cath.
Cath.
II
FAIRCHILD LOGIC/CONNECTION DIAGRAMS
OPTOELECTRON ICS
015
DIGIT 1
PIN
1
2
3
4
5
6
7
8
9
10
11
12
13
14
DIGIT 2
DIGIT 3
FNA5520*
LHDP Anodes
Digit 1 Com. Cathodes
Seg. G, "Plus" Sign Anodes
Seg. F Anodes
Seg. D, "Minus" Sign Anodes
Digit 2 com. Cathodes
Seg. A Anodes
Seg. 8 Anodes
Digit 3 Com. Cathodes
RHDP Anodes
Seg. C Anodes
Seg. E Anodes
Digit 4 Com. Cathodes
Digit 5 Com. Cathodes
DIGIT 4
DIGIT 5
FNA5527*
LHDP Cathodes
Digit 1 Com. Anode
Seg. G, "Plus Sign Cath.
Seg. F Cath.
Seg. D, "Minus" Sign Cath.
Digit 2 Com. Anode
Seg. A Cath.
Seg. 8 Cath.
Digit 3 Com. Anode
RHDP Cath.
Seg. C Cath.
Seg. E Cath.
Digit 4 Com. Anode
Digit 5 Com. Anode
016
DIGIT 1
DIGIT 2
DIGIT 3
DIGIT 4
DIGIT 5
14
PIN
1
2
3
4
5
6
7
8
9
10
11
12
13
14
FNA5521
NC
Com. Cath. Digit 1
Seg. G/"Plus" Ind. Anodes
Seg. F Anodes
Seg. D Anodes/Minus
Com. Cath. Digit 2
Seg. A Anodes
Seg. 8 Anodes
Com. Cath. Digit 3
DP Anodes
Seg. C Anodes
Seg. E Anodes
Com. Cath. Digit 4
Com. Cath. Digit 5
·Prellmlnary Pin Assignment
13-8
FNA552S*
NC
Com. Anode Digit 1
Seg. G, "Plus" Sign Cath.
Seg. F Cath.
Seg. D Cath.
Digit 2 Com. Anode
Seg. A Cath.
Seg. 8 Cath.
Digit 3 Com. Anode
DP Cath.
Seg. C Cath.
Seg. E Cath.
Digit 4 Com. Anode
Digit 5 Com. Anode
FAIRCHILD LOGIC/CONNECTION DIAGRAMS
OPTOELECTRONICS
017
o
AM
O IND
PM
O IND
DIGIT 1
PIN
FCS6400
1 Com. Cath. Digits 1 & 2
2 NC
3 N/C
4 Segment A 1 Anode
5 Segment F1 Anode
6 Segment G1 Anode
7 Segment E1 Anode
8 Segment D1
9 Segment C1 Anode
10 Segment 81 Anode
11 Segment F2 Anode
12 Segment G2 Anode
13 Segment A2 Anode
14 Segment 82 Anode
15 Segment E2 Anode
16 Segment D2 Anode
17 Segment C2 Anode
18 Colon Anode
19 Colon Anode
20 Segment F3 Anode
21 Segment G3 Anode
22 Segment A3 Anode
23 Segment 83 Anode
24 Segment D3 Anode
25
26
27
28
29
30
31
32
33
34
Segment E3 Anode
Segment C3
Segment F4
Segment G4 Anode
Segment A4 Anode
Segment 84 Anode
Segment E4 Anode
Segment D4 Anode
Segment C4 Anode
Com. Cath. Digits 3 & 4
25
26
27
28
29
30
31
32
33
34
Segment E3 Anode
Segment C3 Anode
Segment F4 Anode
Segment G4 Anode
Segment A4 Anode
Segment 84 Anode
Segment E4 Anode
Segment D4 Anode
Segment C4 Anode
Com. Cath. Digits 3 & 4
018
PIN
FCS6401
1 Com. Cath. Digits 1 & 2
2 PM IND. Anode
3 AM IND.
4 N/C
5 N/C
6 N/C
7 N/C
8 N/C
9 Segment C1 Anode
10 Segment 81 Anode
11 Segment F2 Anode
12 Segment G2 Anode
13
14
15
16
17
18
19
20
21
22
23
24
Segment A2 Anode
Segment 82 Anode
Segment E2 Anode
Segment D2 Anode
Segment C2 Anode
Colon Anode
Colon Anode
Segment F3 Anode
Segment G3 Anode
Segment A3 Anode
Segment 83 Anode
Segment D3 Anode
13-9
11
FAIRCHILD LOGIC/CONNECTION DIAGRAMS
OPTOELECTRONICS
019
PIN
___ U LJ U
L~
1
2
3
4
5
6
7
8
9
10
11
12
U LJ tJ LJ LJ LJ LJ LL . . .
.-----------~
(
\!
l 8gj:gjgj )
,----------~.
--[J [J
[J [J
[J [J
[J [J [J [J
[~
[r--
FLC3503-1
Backplane
Half Digit
Segment E1
Segment 01
Segment C1
Colons
Segment E2
Segment D2
Segment C2
Segment E1
Segment 01
Segment C1
13
14
15
16
Segment
Segment
Segment
Segment
Segment
Segment
Segment
Segment
Segment
Segment
Segment
Segment
B3
A3
F3
G3
B2
A2
F2
G2
B1
A1
F1
G1
23
24
Segment
Segment
Segment
Segment
Segment
Segment
Segment
Segment
Segment
Segment
Segment
Segment
B3
A3
F3
G3
B2
A2
F2
G2
B1
A1
F1
G1
13
14
15
16
17
18
19
20
21
22
23
24
Segment
Segment
Segment
Segment
Segment
Segment
Segment
Segment
Segment
Segment
Segment
Segment
B3
A3
F3
G3
B2
A2
F2
G2
B1
A1
F1
G1
17
18
19
20
21
22
23
24
020
r ri r,!,
r,.,,..,
PIN
1
2
3
4
5
6
7
8
9
FLC3505-1
Backplane
Half Digit
Segment E1
Segment 01
Segment C1
Colons
Segment C2
Segment D2
Segment C2
10 Segment E3
11 Segment D3
12 Segment C3
r
___ LJ LJ LJ LJ LJ LJ LJ LJ LJ LJ LJ Ll __
13
14
15
16
17
18
19
20
21
22
021
PIN
r, r'
I
I
___ 1....1
I
I
L..J
1""
I I
L.J
r., r, r'
I
I
L.J
I
I
L.J
I
I
L..l
1""
I I
LJ
"
I
I
LJ
r-,
I
I
LJ
1""
I I
L.J
r-, ri
I
I
L....1
I
1
2
3
4
5
6
7
8
9
10
11
12
I
L....1 __
.----------------..,
('
O@o@@ '1
060 6060
l,,-------------.1'
I
I
0
---ri r,
I'
J
r, r, r., r-, ri r-, ri r., r'---
LJ LJ LJ LJ LJ LJ LJ LJ LJ LJ LJ LJ
13-10
FLC3505-2
Backplane
Half Digit
Segment E1
Segment 01
Segment C1
Colon
Segment E2
Segment D2
Segment C2
Segment E1
Segment 01
Segment C1
FAIRCHILD LOGIC/CONNECTION DIAGRAMS
OPTO ELECTRONICS
022
PIN
1
2
3
4
5
6
7
8
9
10
11
12
13
14
rl rl rl r1 rl rl rl rl rl rl rl rl n rl n r1 n n n rl
1111111111111111111111111111111)11111111
LJLJLJLJLJLJULJLJuLJLJLJULJuLJLJLJU
I
I
i
~~~~~D
f1 r1 rl rl rl rl rl rl rl rl r1 r1 n r1 n r1 r1 rl r1 r1
1111111111111111111111111111111111111111
LJUULJLJLJuLJULJUULJuLJUl.JLJLJLJ
FLC5505-1
Backplane
Segment E1
Segment D1
Segment C1
Segment G2
Segment E2
Segment D2
Segment C2
Segment G3
Segment E3
Segment D3
Segment C3
Segment G4
Segment E4
15
16
17
18
19
20
21
22
23
24
25
26
27
28
Segment
Segment
Segment
Segment
Segment
Segment
Segment
Segment
Segment
Segment
Segment
Segment
Segment
Segment
17
Segment Cs
Segment Es
Segment De
Segment Je
Segment Ce
Segment Ge
Backplane
Indicator
Segment B6
Segment Ae
Segment Fe
Segment Bs
Segment As
Segment Hs
Segment Fs
Segment Gs
D4
C4
Bs
Es
Ds
Cs
Gs
Bs
As
Fs
G4
B4
A4
F4
29
30
31
32
33
34
35
36
37
38
39
40
Segment B3
Segment A3
Segment F3
Segment B2
Segment A2
Segment F2
Colon
Segment B1
Segment A1
Segment F1
Segment G,
Half Digit
33
34
35
36
37
38
39
40
41
42
43
44
45
46
Segment
Segment
Segment
Segment
Segment
Segment
Segment
Segment
Segment
Segment
Segment
Segment
Segment
Segment
023
PIN
n n p n n n r1 r1 n r1 n n rl rl n r1 fl fl n n rl n n
11111111111111111111111111111111'1111111111111
tJ LJ ~J LJ LJ LJ LJ LJ LJ LJ LJ LJ LJ LJ U LJ LJ LJ LJ U L.l.. _
__ .lJ LJ
/------------0\
r UU
0d1 0d1 UU D'lJ D'lJ1
l[]~o~D]@@J
.,-------------,,'
;-=rJUUUUUUUUUUUUUUUUUUUUUU
rl
r' n n n n n n
n n n n
n n n n n n
f1
fl
r1
[1--
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
16
FLC6005-2
Segment E1
Seg. D1, A1
Segment C1
Segment E1
Segment D2
Segment C2
Period
Segment E3
Seg. A3, D3
Segment C3
Segment E4
Segment D4
Segment C4
Segment Es
Segment Js
Segment Ds
18
19
20
21
22
23
24
25
26
27
28
29
30
31
32
024
ANODE (+)
PIN
1 Anode (+) }
2 Cathode (-)
3 NC
4 Emitter
5 Coliector
6 Base
1
CATHODE (-) 2
5
COLLECTOR
4
EMITTER
)
13-11
Input Diode
Output npn
Phototransistor
B4
A4
F4
G4
B3
F3
G3
B2
A2
F2
G2
B1
F1
G1
FAIRCHILD LOGIC/CONNECTION DIAGRAMS
HYBRID
H1
SH0002
H2
SH2714
v,+
R2
5k
,
V2+
2
E3
NULLA
V+A
NULLA
OUTPUT A
INV.INPUTA
V-A
3
INPUT
R3
20
8
NON-INV. INPUT A
NON-INV. INPUT B
OUTPUT
V-B
4
INV.INPUT B
R4
E4
20
OUTPUT B
NULL B
V+B
NULL B
5
R'
5k
V27
6
v,-
H4
SH1549
(15)
H3
SH1552
TEST POINT
'9
VDD1
-----------,
1 18
TEST POINT 12
r---t-------t-------,r-<>
GAIN CONTROL
I
14
117
>-----+---_+--0 TUNING OUTPUT
I
I
R
I
I
R
16
~-+-<>
TUNING INPUT
R
14
R
WRITE
ENABLE
}V[
I
-=
R
COMPARATOR
OUTPUT
GROUND
I
1
R
I
I 11
.......---,
VDD2 6 O-~---t--
S 1-+-------1--<> LATCH INPUT
R
LATCH
R 1--......- - - - - - ' - - 0 WRITE CONTROL
I
R
R
-----------------~
OSCILLATORS
R
H5
SH2001, SH2002
SH2200, SH2201
R
2
R
3
4
7
13-12
FAIRCHILD LOGIC/CONNECTION DIAGRAMS
HYBRID
H6
H7
SH3003
SH3002
10
V+
r-------~------
---,
I
VSw
1
I
I
I
18
I
I
I
I
I
I
I
V+
I~-------~----------~I
I
I
I
I
I
4
10
9
11
4
¢9
9
Vswl
I
I
i
g8
I
17
I
I
I
I
~----o----~--------~
GND 5
6 V-
L----O----~---GND 5
6 V-
H8
SH3011
Vee
5
r------------,1
I
OUTPUT 1
I
I
I
I
I
I
INPUT 1
2
L..-w'v-4--'I/\!Y-..........- + - - o EMITTER 1
3
~+-------------oGROUND
INPUT 2
....---_1....-_....---1--0
I
I
I
I
I
I
I
I
I
I
I
I
IL ___________ ..J
I
I
L ____ _
60
n
Vee
13-13
OUTPUT 2
7
EMITTER 2
FAIRCHILD LOGIC/CONNECTION DIAGRAMS
HYBRID
11 I INPUT IVINI
H9
R1
I
I
----------T
II
CURRENT SOURCE
I
I
I
START
CIRCUIT
_
R2
I
~"",DDW"
"-
"-
ERROR
I
I
I
r-
~
"-
1
I
'"
"
1!i
~RB
-
~
OUTPUT CIRCUIT
I
RA
131 C OMMON
----0
~------------------~
H10
J.LA78HG
11 I INPUT IVINI
-
02>-
R1
R2
I
--------------------
I
I
I
I
1
START
CIRCUIT
I
-
ERROR
/r
1
1
SHORT
CIRCUIT
PROTECTION
I
"-
"-
"-
I
I
I
l><
~
RSC
I
I
-
- - - - - - - - - - - - ------~
13-14
SE RIES
PA SS
EL EMENT
01~
R3
'-----4
121
I OUTPUT CIRCUIT
I
I
I
I
I
L
I
THERMAL
VOLTAGE
REGULATOR
r-
I
I
I
.,
......... 01
I
~"",OOW"
I
I
I
-I
1
CURRENT SOURCE
R3
121 OUTPUT
ilVOUTI
1I
-
SE RIES
PA SS
EL EMENT
O~
I
RSC
SHORT
CIRCUIT
PROTECTION
I
I
L
"-
J.¥"01
I
I
I
I
I
THERMAL
"-
I
~
-------- -I
VOLTAGE
REGULATOR
I
~
Obi-
J.LA78H12, J.LA78H15
0 UTPUT
IVOUTI
131 C ONTROL
-
141 C OMMON
FAIRCHILD LOGIC/CONNECTION DIAGRAMS
HYBRID
H11
J,LA79HG
4 PIN TO-3 TYPE
1
I
CURRENT
SOURCE
SHORT CIRCUIT
SENSE RESISTOR
I
--... ----...
~
VOLTAGE
REFERENCE
,---
SHORT
CIRCUIT
LIMIT
-
THERMAL
SHUTDOWN
I
START-UP
CIRCUIT
I NPUT (4)
----, ,
~
----... --...
7
1.
Y
OUTPU T
TRANS I STOR
1'0.
-
'--
H12
J,LA78H05,J,LA78H05A,J,LA78P05
SH123, SH223, SH323
TO-3 TYPE
I
I
CURRENT SOURCE
START
CIRCUIT
VOLTAGE
REGULATOR
(1)
~
I
I
THERMAL
SHUTDOWN
R
"-
"-
1- ....
V
ERROR
roo-
7
"-
k
1
1
SHORT
CIRCUIT
PROTECTION
'1
Rs
(2)
(3)
13-15
VIN
Vour
COMMON
OUTPUT (3)
CONTROL (2)
COMMON (1)
FAIRCHILD LOGIC/CONNECTION DIAGRAMS
LINEAR
L·OA1
L-OA2
~A302, ~A310, ~A714C/E/L
~A307
L-OA3
J,LA308A
~A308,
NC
NC
>---QOUT
>-""';;-0 OUT
-IN
v-
-IN
v-
>---o--~OOUT
-IN
v-
v-
vMetal Can and Mini-Dip
Connection Shown
L-OA7
J,LA730C
L-OA8
L-OA9
~A318, ~AF355, ~AF345,
~A301A,~A748C,J,LA777C
~A740A/E, ~A741C/E
LOW Z
OUT 2
NC
LOW Z
OUT 1
IN 2
GND
-IN
>--~JOUT
vMetal Can and Mini-Dip
Connection Shown
13-16
-IN
>-""';;.(JOUT
vMetal Can and Mini-Dip
Connection Shown
FAIRCHILD LOGIC/CONNECTION DIAGRAMS
LINEAR
L-OA10
!J.A776C,!J.A798C,!J.A1458
L-OA11
!J.A4558
ISET
-IN
L-OA12
!J.A71S C
Vcc+
COMP1A
Vee-
V-
>-----'-(,) OUT
VMetal Can and Mini-Dip
Connection Shown
Metal Can and Mini-Dip
Connection Shown
L-OA13
!J.A727C
!J. A747C/E
L-OA14
L-OA1S
!J.A791C
NC
FREO COMP 1
IN 2
OUT 2
V+A
V+ B
IN 1
VH+
-IN A
-IN B
V(SHORTED
TO CASE)
-IN
+IN
CURRENT SENSE
V-
V-
L-OA16
!J.A791C
L-OA17
!J.A702C, !J.A4136
L-OA18
!J.A709 C
14
NC
NC
NC
NC
NC
V+
NC
NC
GND
OUTPUT
IN FREO
COMP
IN FREO
COMP
-IN
NC
-IN
V+
+IN
LAG
+IN
OUT
V-
LEAD
NC
NC
13-17
VNC
OUT FREO
COMP
NC
III
FAIRCHILD LOGIC/CONNECTION DIAGRAMS
LINEAR
L-OA19
I'A715C
L-OA20
I'A741C/E
14
L-OA21
I'A747C/E
14
COMP1A
COMP2B
COMP1B
v+
CASCODE
COMP2A
NC
NC
NC
+IN A
NC
OFFSET
NULL A
V-
-IN
V+
+IN
V-
+IN
OUT
NC
NC
V+ A
NC
OUTPUT
NC
OFFSET
NULL A
OFFSET
NULL
-IN
NC
-IN A
OFFSET
NULL
VNC
L-OA22
I'A301A,I'A748,I'A777C
NC
OUT A
NC
OFFSET
NULL B
OUTB
+IN B
V+ B
-IN B
OFFSET
NULL B
L-OA23
I'A776C
L-OA24
j.LA3401
14
14
NC
NC
NC
NC
+IN B
V+
NC
NC
NC
NC
+IN A
+IN C
ISET
-IN B
+IN D
OFFSET
NULL
(COMP)
FREO
COMP
4
OFFSET
NULL
-IN
V+
-IN
V+
OUT A
-IN D
+IN
OUT
+IN
OUT
OUT B
OUT D
-IN B
OUTC
GND
-IN C
OFFSET
NULL
vNC
NC
NC
NC
L-OA26
I'A4136
L-OA25
j.LA324, I'A348, I'A3403
V+
OFFSET
NULL
v-
L-OA27
j.LA308, I'A308A
OUT D
-IN A
NC
NC
-IN D
+IN A
COMP
NC
+IN D
OUT A
GUARD
V-/GND
OUT B
COMP
+VS
-IN
V+
+IN
OUT
+IN C
+IN B
OUT C
-IN C
-IN B
+IN C
GUARD
NC
-Vs
-IN C
V-
NC
OUTC
13-18
FAIRCHILD LOGIC/CONNECTION DIAGRAMS
LINEAR
L-OA28
/.lAF111, /.lAF211, /.lAF311,
/.lA111 , /.lA211, /.lA311
L-OA30
/.lA139/A, /.lA239/A, /.lA339/A,
/.lA77S, /.lA2901, /.lA7302
L-OA29
/.lAF111, /.lAF211, /.lAF311,
/.lA111, /.lA211, /.lA311
NC
OUT B
v+
GND
NC
OUT A
+IN
NC
v+
-IN
v+
-IN A
NC
NC
IN A
v-
OUT
-IN B
BALANCEI
STROBE
+IN B
BALANCE/
STROBE
+IN
v-
Metal Can and Mini-Dip
Connection Shown
BALANCE
L-OA31
/.lA71 0
L-OA32
/.lA71 0
NC
NC
GND
NC
L-OA33
/.lA710
v+
10
GND
+IN
NC
-IN
v+
+IN
NC
2
9
3
8
4
7
NC
-IN
v+
NC
NC
NC
v-
OUT
NC
NC
+IN
NC
NC
5
6
OUT
v-
v-
L-OA34
/.lA711
L-OA3S
/.lA711
v+
10
-IN A
STROBE A
2
STROBE A
STROBE B
9
+IN A
GND
3
v-
-IN A
-IN B
v+
OUT
+IN B
6
-IN B
v-
13-19
STROBE B
FAIRCHILD LOGIC/CONNECTION DIAGRAMS
LINEAR
L-OA36
}1A711
L-OA37
}1A734
14
L-OA38
}1A734
14
NC
NC
PULL-UP
RESISTOR
-INA
STROBE A
NC
OUT
+INA
GND
V+
GND
V+
NC
V-
+INB
OUT
+IN
OFFSET
NULL
-INB
STROBE B
NC
NC
-IN
OFFSET
NULL
NC
V-
NC
NC
L-OA39
}1A760
+IN
PULL-UP
RESISTOR
NC
OFFSET
NULL
OUT
V-
L-OA40
}1A760
L-VR1
}1A78LXX
NC
NC
NC
NC
NC
V+
V+
IP 2
OP 2
V-
IP 2
OP1
IP 1
OP2
V-
GND
NC
NC
L-VR2
}1A78LXX, }1A78MXX
L-VR4
}1A78MG
<@
~~~~
OUT
m
COMM
(3)
L-VR3
}1A79MXX
~
(1)
o"",,®,.,'1
(3)
(1)
OUT
m
13-20
(3)
~) '.,'1
I'Y\
OUT (1)
CONT (2)
COMM' (3)
FAIRCHILD LOGIC/CONNECTION DIAGRAMS
LINEAR
L-VR6
L-VRS
",A79MG
~A7SCB, ~A7SMXX,
~A78CXX, ~A7SXX
~)
COMMON
\
'0• • ",
~II~
i -~'~'~.
1'1/\
CONT (1)
OUT (2)
OUT
(1)
IN (3)
L-VR7
L-VRS
~A79MXX, ~A79XX
~A78G, ~A78MG
~I ~Ilzr~'
@][J§:~'
1
COMM
COMM
(1)
L-VR9
L-VR10
~A79G, ~A79MG
~A78CB,
~A78XX,~A109,~A209,,,,A309
@][J§~~:,
1
COMM
IN
INPUT
L-VR11
L-VR12
L-VR13
~A79XX
~A78G
~A79G, ~A79HG
OUTPUT
COMMON
CONTROL
INPUT
OUTPUT
INPUT
OUTPUT
COMMON
CONTROL
13-21
11
FAIRCHILD LOGIC/CONNECTION DIAGRAMS
LINEAR
L-VR14
L-VR15
L-VR16
~A105, ~A305/A
~A723
~A104, ~A304
REG
OUT
CURRENT
LIMIT
BOOSTER
OUT
NC
FEEOBACK
REF
REG OUT
REF
SUPPLY
BOOSTER
UNREG
IN
V-
COMMON
L-VR17
L-VR18
L-VR19
~A723
~A78MG
~A79MG
14
NC
NC
CURRENT
LIMIT
FREQ
COMP
CURRENT
SENSE
V+
-IN
Vc
+IN
VOUT
IN
COMM
COMM
COMM
OUT
CONT
IN
COMM
IN
IN
CONT
OUT
Vz
VREF
NC
L-VR20
L-VR21
f.L A78S
~A376
CURRENT LIMIT
REG OUT
NEG. SWITCHING
DIODE
POS. SWITCHING
DIODE
OUTPUT EMITTER
BOOSTER-OUT
COMP
UNREGIN
FEEDBACK
COMMON
REF BYPASS
OP AMP OUT
y+ OP-AMP
POSOPAMP IN
OUTPUT COLLECTOR
DRIVER COLLECTOR
Ipk SENSE
VCC
TIMING CAPACITOR
GROUND
NEG OPAMP IN
NEG. COMPARATOR
INPUT
REFERENCE
POS. COMPARATOR
INPUT
13-22
FAIRCHILD LOGIC/CONNECTION DIAGRAMS
LINEAR
L-C1
TD2002, TDA2002A
L·C2
MA703
V+
GND
L·C3
MA749
L·C4
MA796
V+
y-
+IN A
GAIN
ADJUST
-CARRIER IN
GAIN
ADJUST
+CARRIER IN
+INB
V-
BIAS
L-C5
MA753
L-C6
MA7390
8
IF IN
8
V+
VR'
AMP OUT
IF IN
DECOUPLING
LOW LEVEL
IF OUT
+IN
y+
IF SUPPLY
DECOUPLING
REGULATOR
OUT
-IN
y-
IF OUT
VR2
TRIG. OUT
GND
13-23
I
FAIRCHILD LOGIC/CONNECTION DIAGRAMS
LINEAR
L-C7
JLA1391, JLA1394
L-C8
TDA1190, TDA1190Z
8
OUT
MARK SPACE
RATIO
OND
OSCTIMING
SYNC IN
V+
SAWTOOTH IN
PHASE DET OUT
L-C9
JLA7391
L-C10
TBA810S/AS/DS/DAS, JLA783
12
OUT
MOTOR
DRIVER
INPUTS
DRIVER
10 MOTOR DRIVE
OUTPUT
4
MOTOR DRIVE
8 OUTPUT
PULSE TIMING
PULSE OUTPUT
BOOTSTRAP
5
V+
6
GND
GND
GND
COMP
6
REGULATOR
OUTPUT
FEEDBACK
L-C11
TBA800, TBA800A
GND
8 (SUBSTRATE)
IN
7 RIPPLE
REJECT
L-C12
JLA706A, JLA706B
TBA641A12, TBA641B11
OUT
V+
NC
NC
GND
BOOTSTRAP
NC
GND
NC
10
GND
COMPENSATION
IN
13-24
RIPPLE BY-PASS
NC
GAIN CONTROL
FAIRCHILD LOGIC/CONNECTION DIAGRAMS
LINEAR
L-C14
p.A732
CONVERTER
IN
CONVERTER
OUT
19 kHz FILTER
DECOUPLING
OSCILLATOR
RFOUT
19 kHz FILTER
38 kHz FILTER
RFIN
V+
CONVERTER
DECOUPLE
DETECTOR
IN
RIGHT OUT
MPXIN
RF
DECOUPLE
LEFT OUT
STEREO MONO de
AGC FILTER
38 kHz
FILTER BIAS
AUDIO MUTE de
IF OUT
GND 1
STEREO LAMP
IF IN
GND2
GND
V+
BIAS
L-C16
p.A742
OUT A
MEMORY
NC
NC
GND
OUT
LAG A
-IN
V+
NC
Ee-Ey
+IN
STORAGE
CHROMA(-)
TRIGGER
OUT
CHROMA(+)
LAGIN{
A
MEMORY
NC
ER-Ey
+INA
SWITCH
GATE
SYNC
IN
NC
-INA
SWITCH
SYNC
GATE
REF"B"
EG-Ey
V-
CLAMP
GND
REF "A"
V+
L-C18
L-C19
p.A749
p.A757
OUT A
+INA
OUT
LAG A
DECOUPLE
AGCl
IN {
LAG A
AGC2
NC
-INA
DECOUPLE
L...--'
OUT A
V+
+IN B
+INA
GND
-INA
DECOUPLE
SHIELD
V-
-OUTB
+OUTB
13-25
FAIRCHILD LOGIC/CONNECTION DIAGRAMS
LINEAR
L-C20
p.A767
L-C21
p.A781
19 kHz FILTER
DECOUPLING
ACCIN
19 kHz FILTER
38 kHz FILTER
CHROMA IN 1
RIGHT OUT
MPXIN
NC
LEFT OUT
NC
38 kHz
FILTER BIAS
ACCIN
KILLER ADJUST
GAIN
PRESELECT
DECOUPLE
GND
DECOUPLE
CHROMA
LEVEL CONTROL
NC
STEREO LAMP
V+
CHROMA OUT 1
GND
NC
CHROMAIN2
L-C22
p.A796
CHROMA OUT 2
V+
L-C23
p.A1310
14
14
V-
+SIGNAL IN
.GAIN ADJUST
NC
GAIN ADJUST
-OUT
NC
-SIGNAL IN
-CARRIER IN
BIAS
NC
+OUT
+CARRIER IN
NC
OSCILLATOR RC
NETWORK
V+
MPXINPUT
LOOP FILTER
AMP-OUT
LOOP FILTER
LEFT CHANNEL
OUT
MODULATOR
INPUT
RIGHT CHANNEL
OUT
19 kHz OUTPUT
INDICATOR
LAMP
SWITCH FILTER
GROUND
SWITCH FILTER
L-C24
p.A2136
L-C25
p.A3064
14
DETECTOR OUT
DE-EMPHASIS
V+
DETECTOR IN-
REG. VOLTAGE
DETECTOR
IN
V+
DETECTORIN+
IF AMP OUT
INPUT HIGH
TEST POINT
VNC
IF AMP IN
DETECTOR
NC
CORRECTION
VOLTAGE OUT
NC
FEEDBACK
AMP OUT HIGH
INPUT LOW
AMP OUT LOW
NC
BIAS
Ne
NC
CORRECTION
VOLTAGE OUT
GROUND
13-26
FAIRCHILD LOGIC/CONNECTION DIAGRAMS
LINEAR
L-C27
",A3075
L-C26
",A3065
AUDIO IN
IF IN BIAS
AUDIO IN
IF IN BIAS
IF IN
TONE CONT
IF IN
TONECONT
GND
AUDIO OUT
GND
AUDIO OUT
GND
NC
GND
NC
V+
QUAD DETECT
V+
QUAD DETECT
DC VOLUME
CONTROL
QUAD DETECT
NC
QUAD DETECT
DE-EMPHASIS
DE-EMPHASIS
DETECT OUT
DETECT OUT
L-C30
",A7392
L-C29
TBA820, TBA820L
V+
BOOTSTRAP
RIPPLE BYPASS
NC
COMPENSATION
COMPENSATION
NC
OUT
TACH IN (-)
OUTPUT EMITTER
GND
NC
MOTOR DRIVE OUT
TACH IN (+)
GND (POWER)
FEEDBACK
STALL TIMER
MOTOR (+)
DRIVER
INPUTS (-)
CLAMPING DIODE
PULSE TIMING
NC
NC
IN
GND (SUBSTRATE)
V+
REGULATOR OUT
PULSE OUT
L-C32
TBA560C
L-C31
TBA540
OSCILLATOR
FEEDBACK
OUT
REACT CONT
STAGE FEEDBACK
V+ (12 V)
R-Y REF
WAVEFORM OUT
BURST
WAVEFORM IN
-R-Y REF
WAVEFORM OUT
COLOR KILLER
OUT
PAL FLIP-FLOP
SQ. WAVEFORM
IN
16
1
GND
OSCILLATOR
FEEDBACK IN
}
GND
CHROMA IN
CONTRAST
CONT
DC CONTROL FOR
OSCILLATOR PHASE
CONTROL LOOP
ACC LEVEL
SETTING
CHROMA IN
LUMINANCE IN
BLACK LEVEL
CLAMPING
CAPACITOR
ACCIN
4
DC
FEEDBACK
LUMINANCE OUT
ACCGAIN
SETTING
BRIGHTNESS
CONT
ACC LEVEL
SETTING
BURST OUT
BLANKING
(FLYBACK)
IN
ACCOUT
13-27
CHROMA
SATURATION
CONT
V+
8
BURST GATE
IN
CHROMA OUT
II
FAIRCHILD LOGIC/CONNECTION DIAGRAMS
LINEAR
L-C33
TAA630S
IDENTIFICATION
IN
L-C34
TBA920, TBA920S
GND
GND
+V
R-YREF IN
-LINE PULSE IN
HORIZONTAL
OUT
FREQUENCY
CONT
PAL SWITCH
OUT
+LlNE PULSE IN
PHASE SHIFTER
IN
OSCILLATOR
CAPACITOR
R-Y OUT
R-Y CHROMA IN
PHASE COMPARATOR 2
OUT
DECOUPLING
G-Y OUT
R-Y DC
LEVEL ADJUST
HORIZONTAL FLYBACK
PULSE IN
CONTROL
VOLTAGE OUT
V+
G-YDC
LEVEL ADJUST
PHASE COMPARATOR 1
IN
TIMER CONSTANT
FILTER
KILLER IN
B-Y OUT
B-Y REF IN
B-Y CHROMA IN
V+
VIDEO IN
NOISE GATE
IN
VIDEO IN
L-C35
TBA970
VIDEO OUT
COINCIDENCE
FILTER
SYNC SEPARATOR
OUT
L-C36
TBA990
IDENTIFICAnON
IN
GND
R-Y REF
IN
BLACK LEVEL
FEEDBACK IN
PAL SWITCH
OUT
DECOUPLE
16
GND
NC
LINE PULSE
IN
Q40
COLLECTOR
BLACK LEVEL
STORAGE
R-Y OUT
R-Y CHROMA
IN
Q40 BASE
BRIGHTNESS
CONT
G-YOUT
R-Y DC LEVEL
ADJUST
V+
G-Y DC LEVEL
ADJUST
Q40 EMITTER
CONTRAST
CONT
BEAM CURRENT
FEEDBACK IN
KEYING
IN 2
KEYING
IN 1
BEAM
CURRENT
CONT
13-28
B-Y OUT
B-Y CHROMA
IN
B-Y REF
IN
DC OUT
LEVEL ADJUST
FAIRCHILD LOGIC/CONNECTION DIAGRAMS
LINEAR
L-C37
!LA721
L-C38
!LA758
16
AMP 2
DECOUPLE
AMP 1 IN
GND 1
MIXER OUT
TINT
CONTROL
OSCILLATOR {
OUT
GATE IN
GND
OSCILLATOR
FEEDBACK
LEFT CHANNEL
DE-EMPHASIS
LOOP FILTER
FM AMP IN
LEFT CHANNEL
OUT
LOOP FILTER
FM AMP DECOUPLE
RIGHT CHANNEL
OUT
DETECTOR IN
QUADRATURE
IN
RIGHT CHANNEL
DE-EMPHASIS
19 kHz
TEST SIGNAL
STEREO
INDICATOR
LAMP
BIAS
MIXER IN
OSCILLATOR
RC NETWORK
GND2
AUDIO OUT
AND AFC
OSCILLATOR
v+
AMPLIFIER
OUT
AMP 2 OUT
AMP lOUT
16
MULTIPLEX
IN
V+
AMP 2 IN
7
SWITCH
FILTER
B
SWITCH
FILTER
GND
L-C39
L-C40
!L A78O
!L A787
16
CHROMA IN
}
ACC DETECTOR
OUT
APC FILTER {
ACC DETECTOR
IN
DC COLOR LEVEL
CONTROL
CHROMA
OUT
ZENER
REFERENCE
APC DETECTOR
IN
DECOUPLE
} APC DETECTOR
OUT
GND
CHROMA LEVEL
DETECTOR
V+
OSCILLATOR
} ACC FILTER
OSCILLATOR {
CONTROL
v+
FEEDBACK
NC
OSCILLATOR
OUT
13-29
BURST
GATE PULSE
I
FAIRCHILD LOGIC/CONNECTION DIAGRAMS
LINEAR
L-C41
).IA788
L-C42
).IA3089
BLANKING IN
LUMINANCE IN
BOUT
IFIN
BYPASS
B-Y CHROMA IN
GOUT
IF IN BIAS
R-Y CHROMA IN
ROUT
FRAME
3.58 MHz TINT
AMPLIFIER IN
B-Y REF
AUDIO
OUT
DC TINT
CONT
R-Y REF
AFC OUT
TINT CONTROL
REF
DELAYED
AGC
SUBSTRATE
TUNING METER
OUT
MUTE
CONTROL
V+
GND
NC
IF IN
CHROMA IN
(COMMON)
3.58 MHz TINT
AMP OUT
MUTE DRIVE
V+
REFERENCE
BIAS
QUADRATURE
IN
LIMITER
OUT
L-C43
TBA530
ROUT
(LOAD)
L-C44
TBA510
16
16
ROUT
V+
-(R-Y) IN
FEEDBACK
(R)
-(G-Y) IN
GOUT
(LOAD)
ACC
DECOUPLE
-(B-Y) IN
GOUT
CHROMA
IN
YIN
FEEDBACK
(G)
GND
BOUT
(LOAD)
BIAS IN
VI
GND
ACC
CONT
CHROMA
SATURATION
BLANKING
IN
BURST GATE
IN
KILLER
IN
BURST OUT
(EMITTER)
CHANNEL
GAIN
BOUT
BURST OUT
(COLLECTOR)
NC
CHROMA
OUT
(COLLECTOR)
FEEDBACK
(B)
13-30
NC
8
9
CHROMA
OUT
(EMITTER)
FAIRCHILD LOGIC/CONNECTION DIAGRAMS
LINEAR
L-C4S
TBA520
L-C46
TDA2521
16
IDENTIFICATION
IN
GND
-(B-Y) OUT
GND
R-Y REF IN
-LINE PULSE
IN
-(G-Y) OUT
KEYING
IN
PAL SWITCH
OUT
+LINE PULSE
IN
-(R-Y) OUT
ACClKILLER
OUT
VERTICAL
BLANKING IN
REFERENCE
OUT
R-Y OUT
R-Y
CHROMA IN
G-Y OUT
R-Y DC
LEVEL ADJUST
(B-Y) IN
V+
V+
G-Y DC
LEVEL ADJUST
(R-Y) IN
OSCILLATOR
FEEDBACK IN
B-Y OUT
TEST POINT
BURST IN
B-Y REF IN
B-Y
CHROMA IN
LOOP FILTER (A)
L-C47
TDA2510
OSCILLATOR
OUT
LOOP FILTER (B)
L-C48
IlA7300
16
v
CHROMA
INPUT (HIGH)
CHROMA
INPUT (LOW)
GROUND
OUTPUT AMP OUT
ACC/KILLER
INPUT
RECTFILTER
OUTPUT AMP GAIN
ACC DECOUPLE
RECT FILTER
SUMMING AMP OUT
GND
CHROMA
DECOUPLE (A)
KILLER DELAY
CHROMA
DECOUPLE (B)
REFERENCE
INPUT
CHROMA
OUTPUT (LOW)
COLOR SWITCH
OUTPUT
CHROMA
OUTPUT (HIGH)
CHROMA
SATURATION
BURST OUTPUT
KEYING INPUT
CONTROL GAIN
V+
NOISE RED IN
NR AMP DECOUPLE
VREF
13-31
BUFFER OUT
BUFFER IN
INPUT AMP OUT
INPUT AMP GAIN
INPUT AMP1N
I
FAIRCHILD LOGIC/CONNECTION DIAGRAMS
INTERFACE
12
9614
11
p,A733
ACTIVE
PULL UP A1
GTA
GAIN SELECT
OUT A1
OUTA2
IN 1
OUT 1
IN 2
OUT2
ACTIVE
PULL UP A2
OUT B1
12 ACTIVE
PULL UP B1
INA1
INA2
G28
GAIN SELECT
INA3
G'8
GAIN SELECT
GND
IN B1
Flatpak and Dip Not Shown
14
9616
13
9615
OUT A
VCC
ACTIVE
PULL UP A
INA1
STROBE A
INA2
STROBE B
RESPA
A+
INHIBIT A
OUTA
RESP B
B+
130n
INC
130(1
A-
INHIBITC
GND
B-
GND
VEE
16
9620
15
9617
OPEN
OUTA
2
HYSTA
OUT A
OUTB
RESPA
Ao+
INA
A+
OUTC
IN B
A-
HYSTC
INC
Ao-
GND
Bo·
GND
RESPC
13-32
Bo+12 V
FAIRCHILD LOGIC/CONNECTION DIAGRAMS
INTERFACE
18
9622
17
9621
S3
Vee1
OUT A
TERMINATION A
OUTA
IN A1
EN A
A+
INA2
A 13011
IN A3
IN B2
IN A4
IN B1
A-
Vee2
VCC+
GND
B 13011
VEE
111
9627
110
9625
19
9624
HYSTERESIS
GND
Vee
OUT B
OUT A
NC
STROBE B
STROBE A
NC
OUT A
B-
A-
IN A
RINB
RINA
NC
NC
VDD
NC
B,
A+
VEE
GND
"Internal Connection
112
9650
LSBIN
113
55/75107, 55/75108
75207, 75208
IN A1
114
55/75109, 55175110
I
IN A1
BIT 31N
BIT 21N
IN A2
INA2
NC
INHA
OUTA
INHB
STROBE A
MSB IN
V-
GND
VREF
IN B1
INH C
STROBE
INB2
OUT B1
GND
GND
OUT B2
-1
REF OUT
13-33
FAIRCHILD LOGIC/CONNECTION DIAGRAMS
INTERFACE
116
55n5430, 55/75450,
55/75460
115
55n5325
117
55/75431, 55/75451
55/75461, 55/75471
SOURCE 1
COLLECTOR~
GATE
2
OUTA
INA
IN A1
INA
OUT A
IN A2
1B
OUT A
STROBE 1
STROBE2
1C
6
1
8
2
7
3
6
4
5
~
GND
Vee
IN B2
IN B1
OUTB
INC
1E
OUTC
GND
GND
Vee,
IN A2
OUT A
~
2
7
3
6
4
GND
~
55/75434, 55/75454,
55/75464, 55/75474
8
8
IN A1
120
119
55n5433, 55/75453,
55/75463, 55/75473
118
55n5432, 55/75452,
55/7562, 55/7572
Vee
IN A1
IN B2
IN A2
IN B1
OUT A
5
2
7
3
6
4
OUT B
121
8T13, 8T23, 55/75121,
75123
IN B2
IN A2
IN B1
OUT A
OUT B
3
6
4
5
GND
123
Vee
IN C2
STROBE C
IN A3
RA
INA4
STROBE A
IN A5
IN A1
IN B
IN A2
STROBE B
RC
OUTC
OUT A
RB
GND
OUTB
13-34
Vee
IN B2
IN B1
OUT B
9612
IN C1
GND
7
122
IN A1
OUT A
2
8T14, 8T24, 55n5122,
75124
IN A2
IN A6
IN A1
5
GND
~
8
Vee
OUTA
VCC
OUTA
OUTB
INA
OUTB
GND
IN B
FAIRCHILD LOGIC/CONNECTION DIAGRAMS
INTERFACE
126
75492,9664
125
75491
124
9613
IN A
OUT A
8
OUT A
Vee
OUTPUT A
+INA
OUT B
-INA
+IN B
OUTB
OUT D
OUT A
IN B
Vss
Voo
Voo
OUT B
-IN B
GND
OUT B
IN B
OUT C
OUTC
OUTE
IN C
OUT 0
IND
128
#,A555
127
I'A2240
GND
Vee
TRIGGER
DISCHARGE
OUT
THRESHOLD
CONTROL
VOLTAGE
RESET
Vee
THRESHOLD
DISCHARGE
CONTROL
VOLTAGE
THRESHOLD
RESET
OUTPUT
131
7528,7529
130
7524, 7525
129
#,A556
DISCHARGE
CONTROL
VOLTAGE
RESET
TRIGGER
OUTPUT
GROUND
TRIGGER
Vee
INC
16
EXT 1
CAP 2
EXP
CAP
I
IN A1
INA1
IN A2
INA2
-VREF
-VREF
+VREF
+VREG
IN B1
IN B1
STROBE B
IN B2
IN B2
TPB
V-
V-
GND
OUT A
OUTB
11
GND 1
13-35
FAIRCHILD LOGIC/CONNECTION DlAG,RAMS
INTERFACE
132
7534, 7535, 75234,
75235
EXP 1
CAP
133
9634
OUT ASOURCE
Vee
OUT ASINK
STROBE A
IN A1
Vee
14
OUTB SOURCE
OUT A SOURCE
OUT BSINK
-VREF
OUTASINK
OUTBSINK
+VREF
INA2
OUT B SOURCE
IN B1
INA1
STROBE B
IN B2
STROBE A
INB2
V-
GND
IN B1
OUT A
INA2
GND 1
135
9637A
134
9636
8
8
WAVESHAPE
CONTROL
V.
Vee+
IN A+
INA
OUT A
OUT A
IN A-
INB
OUTB
OUTB
IN B+
GND
V-
GND
IN B-
136
9638
137
9640/26S10
GND 1
8
Vee
CH.l
OUTB
INCH.1
CH.1
OUT A
INCH.2
CH.2
OUTB
GND
BUSA
RECEIVER
OUTA
DRIVER
INA
DRIVER
INB
RECEIVER
OUTB
CI:I.2
OUTA
BUSB
LOGICGND
13-36
BUS 0
3
14
RECEIVER
OUTD
4
5
6
7
12
STROBE
11 DRIVER
10
INC
RECEIVER
OUTC
BUS C
FAIRCHILD LOGIC/CONNECTION DIAGRAMS
INTERFACE
140
J.l.A726
139
9665,9666,9667,
9668
138
75154
16
3T
Vee2
IN A
OUT A
2T
Vee1
IN B
OUT B
1T
4T
IN C
OUT C
OUT A
IN 0
OUT 0
IN E
OUT E
IN F
OUT F
E2
IN A
IN B
IN C
OUTC
IN 0
GND
R1
IN G
OUT G
GND
COM
B1
V+
E1
NC
V-
Minidip Not Shown
141
f.LA3018, J.l.A3018A
143
J.l.A3045, J.l.A3046,
f.LA3086
142
J.l.A3036
2
11
7
9
8
3
a
2
1
11
7
6
10
8
14
9
12
13
SUBSTRATE
10
145
J.l.A3054
144
J.l.A3026
12
11
~.
~ ~
9
10
10
4
SUBSTRATE
7
2
4
3
4
:4 p:
5
V
12
6
1
6
5
4
3
2
14
11
13
9
7
8
SUBSTRATE
3
o
9
4
13-37
5
12
6
II
FAIRCHILD LOGIC/CONNECTION DIAGRAMS
INTERFACE
146
JLA3039
147
JLA3019
3
4
5
6
7
8
~lwJLw1
~~~
*
6
1
148
JLA739
2
12
10
SUBSTRATE
149
JLA1488
RESPONSE
CONTROL A
12 RESPONSE
11 CONTROL 0
OUT A
RESPONSE
CONTROL B
-IN A
OUT B
-IN B
VCC-
VCC+
INA
IN 01
OUT A
IN 02
IN B1
OUT 0
IN B2
IN C1
OUT B
IN C2
OUTO
IN B
+IN A
9
150
JLA1489, JLA1489A
INA
OUT A
V-
11
10
IN C
9 RESPONSE
8 CONTROL C
OUTC
GNO
151
75150
GNO
152
75150
NC
STROBE
IN Al
STROBE
IN A2
IN A1
GND
IN A2
NC
GNO
NC
13-38
OUTC
FAIRCHILD LOGIC/CONNECTION DIAGRAMS
INTERFACE
154
8T28
153
8T26
RECEIVER
ENABLE
RECEIVER
OUT A
RECEIVER
ENABLE
RECEIVER
OUT A
Vee
DRIVER
ENABLE
14 RECEIVER
1 OUT 0
BUSA
DRIVER
IN A
RECEIVER
OUT B
DRIVER
ENABLE
4 RECEIVER
OUT 0
BUS A
DRIVER
IN A
RECEIVER
OUT B
BUS D
BUS B
BUS B
DRIVER
IN B
DRIVER
IN B
DRIVER
IN C
GND
Vee
BUS 0
DRIVER
IN 0
RECEIVER
OUTC
BUSC
DRIVER
IN C
GND
156
9642
155
9641/26S11
GND 1
GND 1
BUSA
BUSD
14
DRIVER
IND
STROBE
RECEIVER
OUTB
DRIVER
INC
10
RECEIVER
OUTC
RECEIVER
OUTB
BUSS
GND 2
BUSD
14
RECEIVER 3
OUT A
DRIVER 4
INA
DRIVER 5
INB
RECEIVER
aUTO
DRIVER
IND
STROBE
6
11 DRIVER
INC
RECEIVER
OUTC
BUSB
GND 2
BUS C
RECEIVER
OUTD
BUSC
158
9643
157
9643,9644
NC
NC
INA
Veel
INA
E
INB
GND
OUTA
E
IN B
VCC2
OUT B
13-39
NC
NC
GND
NC
FAIRCHILD LOGIC/CONNECTION DIAGRAMS
INTERFACE
159
9645
160
9646
161
9646
NC
8
NC
NC
NC
OUTA
INA
NC
VCC2
OUTA
Vcc,
INA
OUTB
INB
NC
VCC2
162
163
~A0801/DAC-08
~A0802/1408
COMP
GND
COMP
lOUT
VREF(-)
GND
VREF(-)
Vee-
VREF(')
VCC-
VREF(')
VCC'
lOUT
VCC+
VLC
lOUT
(MSB) B1
B2
A8 (LSB)
(MSB) A1
B8 (LSB)
B7
A2
A7
B3
B6
A3
A6
B4
B5
A4
A5
164
165
~A4151
~A7151
lOUT
8
lOUT
SCALE
FACTOR
Vce
LOGIC OUT
SCALE
FACTOR
LOGIC
OUT
GND
GND
THRESHOLD
ONE SHOT
RC
OPAMP
OUT
ONE SHOT
RC
Vas ADJ.
13-40
FAIRCHILD LOGIC/CONNECTION DIAGRAMS
INTERFACE
167
9708
166
9706
14
Ose
VSS
13
0,
DATA INPUT
DATA CLOCK
05
Voo
O.
03
00
02
0,
AD
A2
"
CEXT
12
GND
b
RREF
I.
RAMP STOP
15
VREF
16
169
55/75327
168
55/75326
GND
VCC2
OUTA
OUTA
INA
INA
R EXT
NODE R
NC
RINT
IN B
IN B
OUTB
OUT B
GND
Vee
RAMP START
12
06
A,
CLAMP B. C
GND
13-41
STROBE
IN C
OUTC
COL B. C
I
FAIRCHILD LOGIC/CONNECTION DIAGRAMS
DIGITAL-TTL
01
9016,9804,5417404,
54H/74H04, 54SI74S04,
54LSI74LS04,9017,
9S05A,5417405,
54HI74H05, 54SI74S05,
54LS/74LS05,54I7408,
5417414, 54LS/74LS14,
5417416
Vee
02
9002,5417400,
54HI74HOO, 54S174S00,
54LS/74LSOO, 9012,
54H/74H01,5417403,
54SI74S03,54LS/74LS03,
7426,54LSI74LS26
5417437, 54LS174LS37,
5417438, 74LS38, 54174132,
54SI74S132, 74LS132
03
5417401,96101,5417439
Vee
Vee
GND
04
9003, 5417410, 54HI74H10,
54S174S10, 54LS174LS10,
5417412
Vee
05
9004,541742O,54HI74H20,
54SI74S20, 54LSI74LS20,
5417422,54W74H22,
74S22, 54LSI74LS22,
9009,541744O,54HI74H40,
54SI74S4O,54LSI74LS40,
54S174514O
Vee
Ne
GND
13-42
06
9007
Vee
FAIRCHILD LOGIC/CONNECTION DIAGRAMS
DIGITAL-TTL
07
54/7430,54H/74H30
54SI74S30,54LSI74LS30
08
54S/74S133,
54LS/74LS133
Vee
NC NC
Vee NC
09
54S174S134
E
Vee
GND
010
54/7402,54SI74S02,
54LS/74LS02, 54LS174LS28
74LS33
Vee
012
5417427,54LS/74LS27
011
9015
Vee
GND
E
Vee
GND
013
015
54/7407,54/7417
014
54/7423
5417425
IE
Vee
Vee
Vee
GND
GND
13-43
FAIRCHILD LOGIC/CONNECTION DIAGRAMS
DIGITAL-TTL
016
547408, 54H/74H08,
548/74808,54L8/74L808
5417409, 548174809,
54L8174L809
Vee
018
5417411,54H/74H11,
548/74S11 , 54LS174LS11,
54S/74S15,54LS/74LS15
017
9841
Vee
Vee
GND
019
54/7421,54H/74H21
54L8174L821
Vee
021
5417486,54S174886,
54LS/74LS86,54LS174LS136
020
54/7432,548/74832
54L8174L832
NC
GND
GND
Vee
Vee
GND
022
9014
GND
024
9386, 74LS266
023
5481748135
Vee
Vee
Vee
GND
GND
13-44
FAIRCHILD LOGIC/CONNECTION DIAGRAMS
DIGITAL- TTL
025
026
027
9542
54H174H52
9005, 5417450, 54H/74H50
Vee
Vee
Vee
GND
GND
028
54/7451*, 54H/74H51*,
545174551*, 54L5/74L551
Vee
GND
029
030
9008, 54/7453, 54H174H53
5417454, 54H174H54
Vee
Vee
GND
*Make no external connection
to pins 11 & 12
Vee
9008,54/7453,54H/74H53
031
032
54L5175L554
74564, 74565
Vee
NC
II
GND
13-45
FAIRCHILD LOGIC/CONNECTION DIAGRAMS
DIGITAL-TTL
033
034
54H/74H55
54LS174LS55
Vee
Vee
035
036
54H/74H61
9006,54/7460,
54H174H60
Vee
Vee
GND
GND
037
039
54H174H62
96106
Vee
Vee
13-46
FAIRCHILD LOGIC/CONNECTION DIAGRAMS
DIGITAL-TTL
041
9601
040
9600
Vee
EXT
R NC CAP
Vee
EXT
R NC CAP NC NC
GND
042
9602, 96L02,
96S02,96LS02
043
9603/74121
EXT
NC NC
1
CAP EXT
R
GND
045
54174123
044
54/74122
Vee
EXT
R
EXT
INT
R CAP R NC
Vee
CAP
EXT
R CAP
I
13-47
FAIRCHILD LOGIC/CONNECTION DIAGRAMS
DIGITAL-TTL
MASTER/SLAVE
050
9000
W
CJ
Q
2
II)w
W
CJCJ
ZZ
CC:1: 0
u CJ
I- W
::;)~
CLI-
1-::;)11)
O~
Z
0
EDGE-TRIGGERED
4
5
12
051
9001
54/7470
2
13
054
4
5~"-----"
6
9-t---I
9
1
3
10
11
8
12
1
3-"-"
~~=l-""L-SL.J
8
3
4
5 ---<.......'1
6
12-"'1....-"
8
~J-T"""""I
9 ---OI"'-I~~
13
13
2
Vee = Pin 14
GND = Pin 7
Vee = Pin 14
GND = Pin 7
Vee = Pin 14
GND = Pin 7
D52b
052.
54H174H71
54H/74H101
5
5
W
CJ
Q
W
CJ
Z
1
2
3
4
13
9
10
11
12
6
8
.IL
0
CJ
1
2
3
4
13
9
10
11
12
6
8
L
Vee = Pin 14
GND = Pin 7
Vee = Pin 14
GND = Pin 7
W
>
6
~
CJ
W
Z
Z
oSSa
II)
54n472
54H/74H72
0
W
CJ
Z
D53b
54Hn4H102
13,
13
CC
::t
U
I::;)
CL
I-
::;)
0
3
4
5
3
4
5
12
8
12
9
10
11
6
2
.IL
Vee = Pin 14
GND = Pin 7
8
9
10
11
6
2
Vee = Pin 14
GND = Pin 7
13-48
L-
FAIRCHILD LOGIC/CONNECTION DIAGRAMS
DIGITAL-TTL
MASTER/SLAVE
EDGE-TRIGGERED
060
D55
9020
9024,54/74109,54S/74S109,
54LS174LS109
w
11
"w
C
10
So 0
4
5
4
9
w
>
i=
iii
6
10
12 ep
ep
K
So 0
14 J
0
eo
13
7
9
15
Vee = Pin 16
GND = Pin 8
oc.
z
o
Vee = Pin 16
GND = Pin 8
056
061
9022
5417474,54H/74H74,
54S/74S74, 54LS/74LS74
(/)
w
"Z<
4
:J:
o
10
2
~
10
D So 0
5
CP
::I
9
::I
CD
o
o
9
CP
11
C.
~
12 D So 0
6
8
13
Vee = Pin 14
GND = Pin 7
Vee = Pin 16
GND = Pin 8
w
"w
C
D57a
5417473, 54H/74H73, 54LS/74LS73
*54174107, *54LS/74LS107
057b
1 4 0 0127
w
>
i=
1
CP
3
K
<
"w
5
CD
0
9
CP
13 10 K
2
Z
0
J
CD
0
'Vee = Pin 14
GND = Pin 7
Pins are rotated
D58
5417476,54H174H76,
54LS174LS76
Z
o
14
8
6
"<
Z
4
J So 0 15
9
J
ep
6
ep
So 0
11
:J:
~
::I
C.
12
16
K CD 0
~
Vee = Pin 5
GND = Pin 13
10
::I
o
12
7
0
J
3
3
13-49
9
8
Vee = Pin 4
GND = Pin 11
7
o
o
6
(/)
w
54H/74H103
Vee = Pin 4
GND=Pin11
I
FAIRCHILD LOGIC/CONNECTION DIAGRAMS
DIGITAL-TTL
MASTER/SLAVE
059a
54H/74H78
1
1
4- J
9-~
SD 0 1-2
~
CP
1- K
CD
0 ~3
SD
!! J
CP
!.
K CD 0 b--5
Y
12
0 1-6
?
~
Vee = Pin 14
GND = Pin 7
w
CJ
Q
w
EOGE-TRIGGERED
CJ
Z
058
54H174H106
(5
CJ
w
>
I
c:r:
4- J SD 0 1--15
~
L
CJ
W
Z
Z
0
1-< CP
g
1
1
Vee = Pin 5
GND = Pin 13
lL
Vee = Pin 14
GND = Pin 7
K CD 0 p--5
Y
12
1-6
~ CP
1- K CD 0 p--3
L
SD 0
!!J
0 1-2
9-1--< CP
K CD 0 10- 10
8
SD
4- J
0 f-11
-r
J
W
r
SD
J
6-< CP
16- K CD 0 10-14
I/)
059b
54H/74H108
L
'r'
CJ
Z
c:r:
l:
0
062
54S/74S112,54LS/74LS112
~
4
::l
0..
~
::l
0
3- J
SD
1-< CP
'o'!!'"
0 1 - 5 ! ! J SD 0 1-9
2- K CD 0 10-6
11
Vee = Pin 16
GND = Pin 8
K CD 0 10- 7
11
10
4
1
13-< CP
15
063
54S/74S113,54LS174LS113
1
CP
2
K
13-< CP
0
6
g
K
OH
010-8
'----
L
064
54SI74S11~,54LS/74LS114
1
1
3- J
SD
01-5
13-'"""""< CP
----8
A>B
5
13
11
7
4
12
10
5
A4
A3
Bo
B1
B2
B3
2
3
4
5
6 10 11 12 13 14 15
B.
7
E
E
A=B
A=B
9
15
1
2
14
3
4
Vee = Pin 16
GND = Pin 8
Vee = Pin 16
GND = Pin 8
0112
93S47
9318, 93L18
5
0113
10
6 10 11 12 13 14 15
11
12
13
2
3
4
5
Ao Bo A1 B1 A2 B2 A3 B3 A4 B4 As Bs
7
E
A=B
G5
EO
9
15
Vee = Pin 16
GND = Pin 8
9
7
Vee = Pin 16
GND = Pin 8
13-57
6
14
FAIRCHILD LOGIC/CONNECTION DIAGRAMS
DIGITAL-TTL
0115
93S43
0114
9344
6
5
4
3
X-1 Xo
X1
X2
X3 X.
7
19 18 4
23
14
15
K,
16
K2
17
K3
11
10
9
8
7
22
YO
21
Y1
2
en
20
P
6
8
9
10
3
PE
1
2
10
h
b
16
17
15
8
6
11
14
13
15
0117
93S62
9 10 11 12 13
I.
k2 k3
Vee = Pin 24
GND = 12
8
12
k,
en +4
0116
54/74180
Po
ko
Y·1
Vee = Pin 24
GND = Pin 12
NC=Pin 1,2,3,13
4
1 19 18 17 16
5 23 22 21 20
1
2
3
4
10 11 12 13 5
10
h
12
13
I.
E
5
15
16
17
18
93562
6
9
Vee = Pin 14
GND = Pin 7
Vee = Pin 14
GND = Pin 7
0120
54/74290, 54LS/74LS290
0119
93H87/74H87
0118
9348
1 3
11 12 13 14 15
10
I,
12
b
I.
1
2
3
4
5
6
7
15
16
17
18
19 ho 111
8
9
2
5
10
13
A,
A2
A3
A.
B
M5
10--0 epo
e
11
3
6
9
12
10
12 13
Vee = Pin 16
GND = Pin 8
Vee = Pin 14
GND = Pin 7
13-58
9
5
4
Vee = Pin 14
GND = Pin 7
NC = Pins 2, 6
8
FAIRCHILD LOGIC/CONNECTION DIAGRAMS
DIGITAL - TTL
0121
54/7490A,54LS/74LS90
0123
54/74293,54LS174LS293
0122
54/7492, 74LS92
6 7
M5
14
CPo
14
2 3
12
CPo
10
CPo
CP,
11
CP,
MR
8 11
9
Vcc = Pin 5
GND = Pin 10
NC = Pin 4, 13
MR
00 A, 02 03
6 7
12 11
12 13
8
Vcc = Pin 5
GND = Pin 10
NC = 2, 3, 4, 13
0124
54/7493A,54LS174LS93
CPo
4 10
9
5
4
8
Vcc = Pin 14
GND = Pin 7
NC = Pins 1, 2, 3, 6
0125
54/74176, 54/74177,
54/74196, 54LS/74LS196,
54/74197, 54LS/74LS197
1
14
9
0126
9305,93S05
3 11
3
8
10
6
8
4
CPo
93505
13
2 3
12
9
4
5
CEP
10
CET
2
0129
54/74192, 54LS174LS192,
54174193, 54LS174LS193
0128
54/74162, 54LS/74LS162,
54/74163,54LS/74LS163
9
6
3
11 15 1
456
TC
15
10
2
CET
TC
CP
15
5
CPu
TCu
12
4
CPo
TCo
MR 00 A, 02 03
13
14
14 13 12 11
Vcc = Pin 16
GND = Pin 8
IE
10 9
PL Po p, P2 P3
7
CP
1
5
Vcc = Pin 14
GND = Pin 7
PE Po p,
7
6
13 11 12 9
2 12
Vcc = Pin 14
GND = Pin 7
0127
9310,93L10,93S10,
9316,93L16,93S16
54/74160,54LS174LS160,
54174161,54LS/74LS161
3
9
8 11
Vcc Pin 5
GND = Pin 10
NC = Pins 4, 6, 7, 13
9
5
2
03
1
3
2
6
1
14 13 12 11
Vcc = Pin 16
GND = Pin 8
13-59
Vcc = Pin 16
GND = Pin 8
FAIRCHILD LOGIC/CONNECTION DIAGRAMS
DIGITAL-TTL
0130
54/74190, 74LS190
54/74191, 74LS191
0132
54/74155, 54LS/74LS155
54/74156,54LS/74LS156
0131
9321, 93L21,
54/74S139, 54LS/74LS139
1 2
11 15 1
10
9
2
5
3
15 14
13 3
13
13
DECODER.
CE
4
TC
CP
14
2
6
DECODER b
5
6
12 11 10
7
9
DECODER b
2
7
Y
YY
6 5 4
Y
9 10 11
Vee = Pin 16
GND = Pin 8
0134
9334,93L34,54LS/74LS259
14
2
14
A1
0
1
Vee = Pin 16
GND = Pin 8
0133
9301,93L01,9302
15
Ao
A1
3
0
7
Vee = Pin 16
GND = Pin 8
Ao
DECODER.
12
4
3
1415
13
Ao
2
A1
3
13 12 11 10 9
3
4
5
6
7
15 4
Vee Pin 16
GND = Pin 8
0135
54/7442,54LS174LS42,
54/7443, 54/7444, 54/7445
54/74145, 54LS/74LS145
13
7
9
10 11 12
0137
93S137
0136
54S/74S138, 54LS/74LS138
2
3
456
E1
14
6
Vee = Pin 16
GND = Pin 8
1
15
5
5 6
4
E3
12
935138
935137
00 0, 02 03 04 05 06 07 08 09
1
2
3
4
5
6
7
Vee = Pin 16
GND = Pin 8
9 10 11
15 14 13 12 11 10
Vce = Pin 16
GND = Pin 8
13-60
9
7
15 14 13 12 11 10 9
Vee = Pin 16
GND = Pin 8
7
12
FAIRCHILD LOGIC/CONNECTION DIAGRAMS
DIGITAL-TTL
0138
0139
9319,9320
9311,93L11,54/74154
23
1819
22
21
20
4
Ao
3
A3
CP
2
1
2
3
4
5
7
6
8
CE
15 14 13 12 11 10 9
10 11 13 14 15 16 17
9
Vee = Pin 24
GND = Pin 12
16 15 8
0141
7
9 13 14 11 10
54LS174LS48, 54LS174LS248
54LS174LS249
4
1
7
2
0142
2
4
8
6
13 12
5
9 15 14 4
0143
93178, 9317C, 5417446,
5417447, 54LS174LS47,
54LS174LS247
3
Vee = Pin 14
GND = Pin 7
6
Vee = Pin 16
GND = Pin 8
5
6
Ao
11 10 9
2
13 12 11 10
Vee = Pin 5
GND = Pin 12
54/7449,54LS174LS49
5
9307,54/7448,
54/7441,74141
6
6
Vee = Pin 16
GND = Pin 8
0140
9315
3
7
A,
A2
A3
LT
13 12 11 10 9 15 14
Vee = Pin 16
GND = Pin 8
13-61
0144
9368
7
2
6
3
5
RBI
4
4
13 12 11 10 9
Vee = Pin 16
GND = Pin 8
15 14
IE
FAIRCHILD LOGIC/CONNECTION DIAGRAMS
DIGITAL- TTL
0146
9314, 93L14
0145
9370,9374
263
7
RBO a b c
1
de'
4 13 12 11 10
9
3
2
4
14
6
0147
54174279, 54LS174LS279
5
Vee
7 11
9
15 14
15
Vcc = Pin 16
GND = Pin 8
13
VCC
12
10
GNO
= Pin 16
= Pin 8
GND
0148
54/7475, 54LS/74LS75
0149
54/7477, 54LS/74LS77
0150
54174175, 54S/74S175,
54LS/74LS175
2
6
3
7
0,
12
Eo-,
13
3
4
16
1 15 14 10 11
9
8
2
5
6
02
03
04
9
EO-1
E2-3
0,
02
14
13
0151
9308, 93L08, 54/74116
5
12
Do
0,
3
4
6
8 10
9
3
8
2
7 11 10 14 15
6
VCC
0153
9338, 93L38
0152
12
E
Do 0, 02 03
9
4
6 11 13 14
Do 01 02 03 04 05
CP
4 BIT LATCH 2
4 BIT LATCH 1
MR
MR 00 0, 02 03
7
9
11
Vcc =
GND
11
10
OA
1415 16 18 20 22
15
Ao
14
A,
13
Do 0, 02 03
= Pin 16
= Pin 8
GND
54174174, 54S174S174,
3
E
03
04
54LS/74LS174
2
13
CP
VCC = Pin 4
GND = Pin 11
NC = Pins 7, 10
VCC = Pin 5
GND = Pin 12
4
MR 00 0, 02 03
2
13 17 19 21 23
Pin 24
5
7 10 12 15
Pin 16
GND = Pin 8
Vcc =
= Pin 12
13-62
A2
Bo
2
B,
3
B2
9
Co
7
C1
6
C2
Ze
Ze
4
5
VCC = Pin 16
GND = Pin 8
FAIRCHILD LOGIC/CONNECTION DIAGRAMS
DIGITAL - TTL
0154
54174170, 54LS174LS170,
54LS/74LS670
12
15
1
2
3
12 11 10
Ew 0,
14
WA
13
WB
02
0156
54/74298, 54LS174LS298
0155
9309, 93L09
9
4
5
6
7
32419576
03
lOa 11a 12a l3a lab l'b 12b I3b
13
RA
RB
lOa 11a lOb 11b IOc 11c IOd 11d
50
3
14
11
10
9
7
15
11
ep
2
aa
ab
ac
ad
15
14
13
12
Vee = Pin 16
GND = Pin 8
0157
9322, 93L22, 54174157,
54S/74S157, 54LS/74LS157, 54S/74S158,
54LS/74LS158, 54S/74S257, 54LS/74LS257,
54S174S258,54LS/74LS258
2
5
6
Vee = Pin 16
GND = Pin 8
15
10
3
5
Vee = Pin 16
GND = Pin 8
0158
54174153, 54S/74S153, 54LS174LS153,
54S174S253,54LS/74LS253
6 14 13 11 10
1
14
50
2
5,
6
5
4
3 10 11 12 13 15-
5
4
7
12
9
7
0159
9312, 93L12, 93S12,9313
10
1
2
3
4
5
6
7
9
Vee = Pin 16
GND = Pin 8
Vee = Pin 16
GND = Pin 8
0160
54/74151A,54S174S151,
54LS/74LS151,54S174S251,
54LS/74LS251
7
9
4
3
2
0161
54174152A,54LS/74LS152
1 15 14 13 12
4
3
2
10
50
11
12
13 I.
50
11
50
10
12
5,
10
5,
9
S,
13
52
9
52
8
S2
11
Z
Z
14
15
Vee = Pin 16
GND = Pin 8
z
z
6
5
Vee = Pin 16
GND = Pin 8
13-63
1
5
13 12 11
15
Z
6
Vee = Pin 14
GND = Pin 7
16
17
I
FAIRCHILD LOGIC/CONNECTION DIAGRAMS
DIGITAL-TTL
8
7
6
5
0162
0163
54n4150
9300, 93HOO, 93LOO, 93S00,
54/74195, 54LS/74LS195
4
3
2
1 23 22 21 20 19 18 17 16
I,
15
16
17
9
18
4
5
6
7
Ig 110 111 112 1,3 114 1,5
9
Eo
15
50
2
14
5,
10
13
52
3
11
53
ep
11
03
Z
1 15 14 13 12
10
Vee = Pin 16
GND = Pin 8
Vee = Pin 24
GND = Pin 12
0164
1 16
4
3
5
6
9
2
Os
10
ep
2 14
6
3 13 4 11
2
7
PL1
9
15
PL2
8
7
Os
8
ep
6
5
0166
54/7495, 54LS/74LS95,
54LS/74LS95B
0165
54/7494
93H72
03
11
PE
CP,
Po
14
13
12
10
Vee = Pin 16
GND = Pin 8
8
2
3
4
PL Po P, P2 P3 p,
9
9
2
PE
Po
7
Os
ep
3
Os
5
ep
11
5E
P,
12
0169
54/74179
13
12
P2
P3
10
13
3
2
15 14
PE Po P,
P2 P3
03
5E
16 15 14 13 11 10
Vee = Pin 5
GND = Pin 12
6
8
Vee = Pin 14
GND = Pin 7
13-64
10
Vee = Pin 14
GND = Pin 7
4
Os
6-0 CP
4
11
9
0168
54/74178
6
P3
CP2
Vee = Pin 5
GND = Pin 12
0167
54/7496
P2
Os
13
15
P,
10
1
5
7
9 11
Vee = Pin 16
GND = Pin 8
12
FAIRCHILD LOGIC/CONNECTION DIAGRAMS
DIGITAL-TTL
0170
54/74199
23
3
5
7
6
9 16 18 20 22
2----t
--~:lIK
13---11-""11...._
14 4
6
2
3
4
5
Os
9
CP
10
8
OE
00
0,
02
03
13
12
11
10
8 10 15 17 19 21
11
7
9
15
14
13
12
Vee = Pin 16
GND = Pin 8
Vee = Pin 14
GND = Pin 7
0173
54/74198
5
234567
9
Vee = Pin 24
GND = Pin 12
3
0172
54/74194, 545/745194,
54LS/74L5194
0171
54L5/74L5295,54L5/74L5295A
0174
54/74164, 54LS/74LS164
15 17
19
21
So
A
23
5,
22
DL
2
B
DR
8
CP
MR 00 01 02 03 A,
11
CP
9
13 4
6
3
5
4
as
Os 07
6 10 11 12 13
8 10 14 16 18 20
Vee = Pin 24
GND = Pin 12
Vee = Pin 14
GND = Pin 7
0175
54/74165, 54L5/74L5165
1 11 12 13 14
3
4
5
0176
54/74166
15
6
PL Po P, P2 P3 P. Ps Ps P7
10---1
07
2
15
2
3
4
5 10 11 12 14
Os
9
7
7
ep
6
CE
9
13
Vee = Pin 16
GND = Pin 8
Vee = Pin 16
GND = Pin 8
13-65
IE
FAIRCHILD LOGIC/CONNECTION DIAGRAMS
DIGITAL-TTL
10--~
9--...,LJ
1
6
0180
0181
54LS/74LS352
54LS/74LS353
5
4
3 10 11 12 13 15
1
6
5
4
3 10 11 12 13 15
E. lOa ba 12. 13a lOb bb 12b I3b Eb
14
So
14
2
2
7
9
7
Vee = Pin 16
GND = Pin 8
9
Vee = Pin 16
GND = Pin 8
13-66
FAIRCHILD LOGIC/CONNECTION DIAGRAMS
DIGITAL- TTL
0187
9397, 7497
0188
93167,74167 •
14
4
1 14 15 2
15
0189
54LS/74LS173
9 10
14 13 12 11
IE
Do D1 D2 D3
3
2
3
11
11
9
7
10
12
7----1CP
9
Ey
4
13
5
TC
10
12
6
MSg
13
Vcc = Pin 16
GND = Pin 8
5
7
12
15
6
Vee = Pin 16
GND = Pin 8
0190
54LS/74LS375
4
7
Ey
9
3
4
5
6
Vcc = Pin 16
GND = Pin 8
0194
54LS/74LS390 (each half)
15
Eo, 1
1,15
E2,3
4,12
CPo
00
2
3
6
5 10 11 14 13
2,14
5,11
7,9
3, 13 6, 10
Vec = Pin 16
GND = Pin 8
Vcc = Pin 16
GND = Pin 8
0195
54LS174LS393 (each half)
0196
54LS/74LS395
7
1,13
CP
2, 12
4, 10 6, 8
3,11
5,9
2
Ds
10
CP
9
OE
3
4
5
11
1
15 14 13 12
Vee = Pin 16
GND = Pin 8
Vee = Pin 14
GND = Pin 7
13-67
IE
6
FAIRCHILD LOGIC/CONNECTION DIAGRAMS
DIGITAL-Eel
E1
E2
E3
95H16
95H90/95H91
95010/95016/10010/10016
3
11
13
14
,
15
10
TC 0--4(8)
16
CP
(1) 13
MR
16
6
12(16)
3
VCC = Pin 4
VCCA = Pin 5
VEE = Pin 12
3 (7)
15 (3)
2(6)
14(2)
VCC1 = Pin 1 (5)
VCC2 = Pin 16 (4)
VEE = Pin 8 (12)
( ) = Flatpak
VCC = Pin 4
VCCA = Pin 5
VEE = Pin 12
E4
E5
E6
10136/10137
10536/10537
11C05
11C90
2 3
(14) (16)(15)(10) (9)
10 12 11 6 5
(1)13
(13) 9
5,
(11) 7
52
TC 0 - 4 (8)
14 15
2
16
CP
15
VREF
MS
11
14
3
(2) (3) (6) (7)
VCC = Pin 14
VEE = Pin 7
Bias Filter = Pin 6
VCC1 = Pin 1 (5)
VCC2 = Pin 16 (4)
VEE = Pin 8 (12)
( ) = Flatpak
9
13
VCC = Pin 4, VCCA = Pin 5
VEE = Pin 12, VEE = Pin 13 (TTL)
E7
E8
E9
9538
10161/10561
10162/10562
14
10
11
(6)(3)
2 15
(11)(13)(2)
7 9 14
(6) (3)
2 15
(11) (13) (2)
7 9 14
01234567
8
7
3
6
15
16
VCC = Pin 4
VCCA = Pin 5
VEE = Pin 12
2
1
6 5 4 3 13 12 11 10
(10) (9) (8) (7) (1)(16)(15)(14)
VCC1 = Pin 1 (5)
VCC2 = Pin 16 (4)
VEE = Pin 8 (12)
( ) = Flatpak
13-68
6 5 4 3 13 12 11 10
(10) (9) (8) (7) (1)(16)(15)(14)
VCC1 = Pin 1 (6)
VCC2 = Pin 16 (4)
VEE = Pin 8 (12)
( ) = Flatpak
FAIRCHILD LOGIC/CONNECTION DIAGRAMS
DIGITAL-Eel
E11
10172/10572
E10
10171/10571
(2)
(6)
15
14
2
(3)
15
(6)
(2)
14
2
b
(11)
7
(3)
AO
EC la
Ib
(11) 7
(13) 9
9
(13)
y
I
13 12 11 10
(1) (16) (15) (14)
13 12 11 10
6 5 4 3
(1) (16)",5)(14) (10) (9) (8) (7)
6 5 4
3
(10) (9) (8) (7)
VCCl = Pin 1 (5)
VCC2 = Pin 16 (4)
VEE = Pin 8 (12)
( ) = Flatpak
VCC1 = Pin 1 (5)
VCC2 = Pin 16 (4)
VEE = Pin 8 (12)
( ) = Flatpak
E12
100170
Single 1-of-8 Application
(12)(13)(15) (16)(20) (17){19){24) (1)
15 16 18 1923 20 22 3 4
(14)
17----IM
(~~)~Ha
1
(22)
E13
10165/10565
He
2
(23)
Hb
12 14 13 11 6 8 7 5
(9)(11)(10) (8) (3) (5) (4) (2)
(8)4
Dual 1-of-4 Application
E
(12)(13)(15) (16)(20) (17)(19)(24) (1)
15 16 18 1923 20 22 3 4
VCCl = Pin 1 (5)
VCC2 = Pin 16 (4)
VEE = Pin 8 (12)
(14)
17-----1M
(~~)~Ha
1
( ) = Flatpak
He
(22)
2
(23)
Hb
12 14 13 11 6 8 7 5
(9)(11)(10) (8) (3) (5) (4) (2)
VCC = Pin 9 (6)
VCCA = Pins B. (5),
VEE = Pin 21 (1B)
( ) = DIP
10 (7)
13-69
IE
FAIRCHILD LOGIC/CONNECTION DIAGRAMS
DIGITAL-Eel
E16
95124/10124/10524
E15
9595
E14
100123
(15) 18
(16) 19
(14) 17
(13) 16
1 (5)
3 (7)
(11) 7
2 (6)
4 (8)
(17) 20
(10) 6
(23) 2
14 (2)
13 (1)
(22) 1
(20) 23
(21) 24
(19) 22
Vee = Pin 9 (6)
VEE = Pin 21 (18)
( ) = DIP
E17
10125/10525
Vee = Pin 9 (13)
VEE = Pin 8 (12)
GND = Pin 16 (4)
( ) = Flatpak
Vee = Pin 5
VeeA = Pin 6
VEE = Pin 12
GND = Pin 4
E18
10014
E19
11C24
E20
11C44
ex
1)--1(5)
4
--H'-
3
VBB
U1
(5) (6) (7) (8) (9) (10) (11)
(7)3:[>-
4(8)
(6)2
(11)7=i>(15)11=i>(3)15=i>-
1234567
3
2
5(9)
12 (16)
01
2
VF
U2
12
02
6
4~5
(10) 6
(14) 10
1 1 - - U - - 10
9 10 11 12 13 14 15
(13) (14) (15) (16) (1) (2) (3)
12
VIN
~
9~8
13 (1)
(2) 14
Vee = Pin 9 (13)
VEE = Pin 8 (12)
GND = Pin 16 (4)
( ) =Flatpal
13
RF
Vee = Pin 16 (4)
VEE = Pin 8 (12)
( ) = Flatpak
Vee (VCM) = Pins 1, 13
Vee = (Suffer> = Pin 14
GND (VCM) = Pins 5, 9
GND (SUFFER) = Pin 7
13-70
Vee = Pin 14
GND = Pin 7
FAIRCHILD LOGIC/CONNECTION DIAGRAMS
DIGITAL-Eel
E21
11C58
E22
9582
4
4»
Cx
Vcx
2
4
12
BIAS
FILTER
13
INPUT
FILTER
2
9
14
11
E23
95115/10115/10515
14
~
6
E24
95116/10114/10116
10514/10516
7
8
(9)5~3(7)
(8) 4
2(6)
6
(14)10~7(11)
(13) 9
6 (10)
=4>--
(9) 5
(8) 4
(10)6~3(7)
3
(15) 11
(14) 10
(16) 12 ~ 15 (3)
(1) 13
14 (2)
=4>--
(16)12~
2
(1) 13
~11(15)
~
[>--n-VR
Vee, = Pin 1 (5)
VCC2 = Pin 16 (4)
VEE = Pin 8 (12)
( ) = Flatpak
Vee, = Pin 4
VCC2 = Pin 5
VEE = Pin 12
Vee, = Pin 1
VCC2 = Pin 5
VEE = Pin 8
E25
100114
2 (6)
14 (2)
15 (3)
9 (13)
Vee, = Pin 1 (5)
VCC2 = Pin 16 (4)
VEE = Pin 8 (12)
( ) = Flatpak
E26
9528/95H28
E27
95H29
(14) 1 7 = : D = 1 6 (13)
(15) 18
16
15 (12)
11
(16)
19~14 (11)
(17) 20
13 (10)
14
3
15
2
(20)23~12(9)
(21) 24
(23) 2
7 (4)
(24)3~6(3)
(1) 4
13
9
CPc
So
11
Q
D
Vee = Pin 9 (6)
VeeA = Pin 10 (7)
VEE = Pin 21 (18)
( )= DIP
6
B
Q
6
14
15
16
Q
7
7
13
5 (2)
~
So
J
8
9
10
11 (8)
(22)1~8(5)
1
2
3
8
Vee = Pin 4
Vee A = Pin 5
VEE = Pin 12
13-71
Vec = Pin 4
VCCA = Pin 5
VEE = Pin 12
I
FAIRCHILD LOGIC/CONNECTION DIAGRAMS
DIGITAL-Eel
E28
9534
E30
95130/10130/10530
E29
95029
5 (9)
51
(11) 7
13 11 15 16 9
01
10
2(6)
01
V.
OUALD
LATCH
15 _____....
r-s:;-'
3 (7)
14
13---.""'-.......
14
4 (8)
!
EO
........
11
10---."""-.......
12~.,..-
12 (16)
EC
(13) 9
02 52 02
(14) 10
9
8
2
3
6
15 (3)
Va
7
OUALO
LATCH
14 (2)
13 (1)
=
VCC1 = Pin J
VCC2 = Pin 16
VEE = Pin 8
VCC
Pin 4
VCCA = Pin 5
VEE
Pin 12
=
VCC1 = Pin 1 (5)
VCC2
Pin 16 (4)
VEE
Pin 8 (12)
=
=
( ) = Flatpak
E31
95231/10231/10131
10531/10631
E32
10132/10532
5 (9)
(11) 7
2 (6)
CPl
(10) 6-"---'"
(8)
(9)
(14)
(11)
(13)
4
5
10
7
9
(1) (18)
13
3m
4
12
11
(15)
CPC
(13) 9
10
5
15 (3)
14(2)
6
2
3
15
14
(10)
(6)
m
(3)
(2)
13 (1)
=
=
VCC1
Pin 1 (5)
VCC2
Pin 16 (4)
VEE = Pin 8 (12)
VCC1 = Pin 1 (5)
VCC2 = Pin 16 (4)
VEE = Pin 8 (12)
( ) = Flatpak
( ) = Flatpak
13·72
12
FAIRCHILD LOGIC/CONNECTION DIAGRAMS
DIGITAL-Eel
E34
10134/10534
E33
10133/10533
(7)
(11)
3
(8)
(1)
(16)
(13)
(2)
(8)
(9)
(14)
(11)
(13)
(1)
(16)
4
13
12
9
14
4
5
10
7
9
13
12
(10)
6
11
(15)
2
6
11
15
(6)
(10)
(15)
(3)
DOa D1a
Sa
DOb D1b
Ea
Sb
2
3
15
14
(6)
(7)
(3)
(2)
VCC1 = Pin 1 (5)
VCC2 = Pin 16 (4)
VEE = Pin 8 (12)
( ) = Flatpak
VCC1 = Pin 1 (5)
VCC2 = Pin 16 (4)
VEE = Pin 8 (12)
( ) = Flatpak
E35
10135/10535
E37
10168/10568
E36
10153/10553
(9) 5
(8)4 (1)13 (16)12
(11) 7
2 (6)
(1)
13
(16) 12
(7) (11 )(13)(2)
3 7 9 14
3(7)
(9) 5
(9) 5
(8) 4
(8) 4
(13) 9
(16) 12
(14) 10
(14) 10
(14) 10
15 (3)
(10) 6
6 (10) 15 (3)
2(6) 11 (15)
2 6 11 15
(6)(10)(15) (3)
14 (2)
(15) 11
(13) 1
VCC1 = Pin 1 (5)
VCC2 = Pin 16 (4)
VEE = Pin 8 (12)
( ) = Flatpak
VCC1 = Pin 1 (5)
VCC2 = Pin 16 (4)
VEE = Pin 8 (12)
( ) = Flatpak
13-73
VCC1 = Pin 1 (5)
VCC2 = Pin 16 (4)
VEE = Pin 8 (12)
( ) = Flatpak
IE
FAIRCHILD LOGIC/CONNECTION DIAGRAMS
DIGITAL-Eel
E38
E39
E40
10173/10573
10175/10575
10176/10576
(10)(11)
6 7
(10)
8
(8)
5
(8)
4
(7)
3
(14)(16) (1) (13) (9)
10 12 13 9 5
(9)(10) (11)(14) (15)(16)
5 6 7 10 11 12
(1) (18) (15) (14)
13 12 11 10
(11) 7
(13) 9
(13) 8
CP
S
1
2
15
14
(5)
(6)
(3)
(2)
= Pin 16 (4)
= Pin 8 (12)
( ) = Flatpak
VCC
VEE
11
(15)
14 15 2 3 4
(2) (3) (6) (7) (8)
2
3
4 13 14 15
(6) (7) (8) (1) (2) (3)
VCCI = Pin 1 (5)
VCC2 = Pin 16 (4)
VEE = Pin 8 (12)
VCC1 = Pin 1 (5)
VCC2 = Pin 16 (4)
VEE = Pin 8 (12)
( ) = Flatpak
( ) = Flatpak
E42
E41
10186110586
10166/10566
(3)
15
(9) (10) (11) (14)(15) (16)
5 6 7 10 11 12
(9) (10) (1)(16)(13)
5 6 13
9
(8) (11)(2) (15)(14)
4 7 14 11 10
DO 01 02 03 04 05
CP
(13)9
1
(5)
2
3
2
4 13 14 15
VCCI = Pin 1 (5)
VCC2
Pin 16 (4)
VEE
Pin 8 (12)
VCC = Pin 16 (4)
VEE = Pin 8 (12)
=
( ) = Flatpak
(
=
) = Flatpak
E44
11C70
E43
11C06
11
12
(6)
(7)
(6) (7) (6) (1) (2) (3)
Q
11
0
So
Q
CP
Q
3
9
0-3
4
=
=
VCC1
Pin 1
VCC2
Pin 16
VEE = Pin 8
VCCI = Pin 1
VCC2 = Pin 16
VEE
Pin 8
=
13-74
FAIRCHILD LOGIC/CONNECTION DIAGRAMS
DIGITAL-Eel
E45
100130
(13)
16
(22)
1
E46
100131
(2)(17)(12)(21)(3)
5 20 15 24 6
(13)
16
(14) 17
COo
(14) 17
(23) 2
CD'
(23) 2
CO,
(1) 4
CD,
(1) 4
CO2
(15) 18
SDo
(15) 18
SOo
(20) 23
SO,
(19) 23
SO,
(24) 3
SO,
(24) 3
(22)
1
(2)(17) (12)(21)(3)
5 20 15 24 6
22 19 14 13 11 12 7 8
(19)(18)(11)(10) (8) (9) (4) (5)
22 19 14 13 11 12 7 8
(19) (16) (11) (10) (8) (9) (4) (5)
VCC = Pin 9 (S)
VCCA = Pin 10 (7)
VEE = Pin 21 (18)
( )= DIP
VCC = Pin 9 (S)
VCCA = Pin 10 (7)
VEE = Pin 21 (18)
( ) = DIP
E47
100150
E48
100151
(21) (15) (17) (23)
(20) (14) (16) (22)
23 2417 18 19 20 1 2
Eo
(20)(21) (14)(15)(16)(17)(22)(23)
23 24 17 18 19 20 1 2
Eb
I
22 16 15 14 13 12 11 8 7 6 5 3 4
(19)
(12) (10)
(8)
(4)
(2)
(1)
(13) (11)
(9)
(5)
(3)
(24)
22 16 15 14 13 12 11 8 .7 6 5 3 4
(19)(13)(12)(11)(10) (9) (8) (5) (4) (3) (2) (24) (1)
VCC = Pin 9 (S)
VCCA = Pin 10 (7)
VEE = PIn 21 (18)
( )= DIP
VCC = Pin 9 (S)
VCCA = Pin 10 (7)
VEE = Pin 21 (8)
( )= DIP
13-75
FAIRCHILD LOGIC/CONNECTION DIAGRAMS
DIGITAL-Eel
E49
100155
E50
9579
E51
9580
(20)(21) (12)(13)(14)(15)(22)(23)(24)(1)
23 24 15 16 17 18 1 2 3 4
8 9 10 11 16 1 14 15
(16)
19
20
(17)
So
13
S1
10
S
MR
~'----'~~~-r~-r~~
22
(19)
13 14 12 11 8 7 5 6
(10)(11)(9) (8) (5) (4) (2) (3)
7
Vec = Pin 9 (6)
VCCA = Pin 10 (7)
Vee = Pin 21 (18)
( ) = DIP
6
6
3
2
VCC = Pin 4
VCCA = Pin 5
VEE = Pin 12
VCC = Pin 4
VCCA = Pin 5
VEE = Pin 12
E53
2
7
8
2
10164/10564
(6) (10) (9) (8) In (15) (16) (1) (2)
E52
9581
15 10 9
3
2
6
5
4
3 11 12 13 14
3 16 1
(11) 7
14
(13) 9
13
(14) 10
11
A2
z
15
(3)
6
Vce1 = Pin 1 (5)
VCC2 = Pin 16 (4)
VEe = Pin 8 (12)
( ) = Flatpak
VCC = Pin 4
VecA = Pin 5
Vee = Pin 12
E55
100171
E54
10174/10574
(19)(12)(13)(14)(15)(20)(21)(22)(23)(24)(1) (2) (3)
22 15 16 17 18 23 24 1 2 3 4 5 6
(11) 7
(16)
19
(13) 9
20
(17)
S1
2(6)
So
S1
14 13 11 12
(13)(10) (8) (9)
15(3)
VCC1 = Pin 1 (5)
Vec2 = Pin 16 (4)
Vee = Pin 8 (12)
( ) = Flatpak
7 8
(4) (5)
VCC = Pin 9 (6)
VCCA = Pin 10 (7)
Vee = Pin 21 (18)
( )= DIP
13-76
FAIRCHILD LOGIC/CONNECTION DIAGRAMS
DIGITAL-Eel
E56
E57
E58
95H55
9578
95H84
14 13 9 10
8 9 10 11 1 16 15 14
1 15 13 10 8
2 16 14 11 9
11
7
E
13
7
elN
E
LBIN
15
16
6
LAIN
LAo
2
LBo
8
Fa F,
3
7
6
3
2
3 6
Vcc = Pin 4
VCCA = Pin 5
VEE = Pin 12
VCC
VEE
VCC = Pin 4
VCCA = Pin 5
VEE = Pin 12
= GND = Pins
= Pin 12
4, 5
E60
E59
10160/10560
10170/10570
(7) (8) (9) (10)(11)(13)(14)(15)(16)(1) (2) (3)
(7) (8) (9) (10)(11)(13)(14)(15)(16) (1) (2)
3
4
5
7
6
3
9 10 11 12 13 14 15
4
5
6
7
9 10 11 12 13 14
Po
2
2
15
(6)
(6)
(3)
Vcc, = Pin 1 (5)
VCC2 = Pin 16 (4)
VEE = Pin 8 (12)
Vcc, = Pin 1 (5)
VCC2 = Pin 16 (4)
VEE = Pin 8 (12)
( ) = Flatpak
( ) = Flatpak
E61
E62
10179/10579
10180/10580
(8)
(8)
(9)
4
5
4
(9) (10) (11)(13)
5
6
7
(16) (15) (14)
9
12
3
14 1
(2) (5)
11 10
2 (6)
(15) 11
Cn
P
Cn +2
Cn +4
15 (3)
3 (7)
6(10)
15 2
(3) (6)
(7)
VCC = Pin 16 (4)
VEE = Pin 8 (12)
Vcc, = Pin 1 (5)
VCC2 = Pin 16 (4)
VEE = Pin 8 (12)
( ) = Flatpak
( ) = Flatpak
13-77
13
(1)
FAIRCHILD LOGIC/CONNECTION DIAGRAMS
DIGITAL-Eel
E63
95HOO
9 11
E65
10141/10541
E64
95000/10000
(9)5
13 14 15
(8)4
(1) 13
(8)4
1
8
10
(10) 6
16
7
6
CP
(14) 10
51
Os
(11) 7
MR
52
2
3
3 (7)
Vcc, = Pin 1 (5)
VCC2 = Pin 16 (4)
VEE = Pin 8 (12)
( ) = Flatpak
VCC = Pin 4
VCCA = Pin 5
VEE = Pin 12
"E'
':~'
2
13
~
6
7
10
11
15
11
-1
14
13
6
3
9
10
7
8
Vee = Pin 4
VecA = Pin 5
VEE = Pin 12
Vee = Pin 4
VecA = Pin 5
VEE = Pin 12
E69
9505
E70
9507
1
2
15
16
7
8
9
10
11
E68
9504/95 H041
95H24/95L24
E67
9503/95H031
95H23/95L23
E66
9502/95H021
95H22/95L22
~~
Vee, = Pin 1 (5)
Vec2 = Pin 16 (4)
VEE = Pin 8 (12)
( ) = Flatpak
8
9
13
10
11
6
14
15
3
16
1
2
7
VCC = Pin 4
VCCA = Pin 5
VEE = Pin 12
E71
95002
9
10
7
11
13
8
1
16
3
15
14
2
2
''-'L-~-3
15
=z~_14
6
13
14
VCC = Pin 4
VCCA = Pin 5
VEE = Pin 12
Vce = Pin 4
VCCA = Pin 5
VEE = Pin 12
13-78
VCC' = Pin 1
VCC2 = Pin 16
VEE = Pin 8
FAIRCHILD LOGIC/CONNECTION DIAGRAMS
DIGITAL-Eel
E72
95003
E74
95101/10101/10501
E73
95004
5(9)
6
e
7
6
4
9
10
2
3
15
11
12
.---.
3
L - r -........-6(10)
__
9
15
14
13
~~-2(6)
2
7
~-3(7)
E77
95105/10105/10505
(8)4~
(10)8~
(14)10~14(2)
1 (15)
14(2)
VCC1 = Pin 1 (5)
VCC2 = Pin 16 (4)
VEE
Pin 8 (12)
=
( ) = Flatpak
E78
95106/10106/10506
10123/10523
l:::~
(8)4~2(8)
(8)5--L.A>-3(7)
(10)8
(11)7
(13)93:);::
(14)10
7(11)
(15)11
8(10)
(14)10
(15)11
3(7)
(13)9~ 2(6)
(15)11~
(18)12-~15(3)
(18)12~15(3)
(1)13~14(2)
(1)13~8(13)
VCC1 = Pin 1 (5)
VCC2 = Pin 16 (4)
VEE = Pin 8 (12)
VCC1 = Pin 1 (5)
VCC2 = Pin 16 (4)
VEE
Pin 8 (12)
( ) = Flatpak
( ) = Flatpak
=
E80
95109/10109/10509
(8)4~ 2(8)
(8)5
(10)8
(11) 7
3(7)
~~::
~@:x15(3)
(15) 11
(16) 12
(1)13
(11)7~3(7)
14
=
(11)7~3(7)
(10)6~
(14)10~
VCC1
Pin 1
VCC2 = Pin 16
VEE = Pin 8
(8)5~2(8)
(9)5~2(6)
(1) 12
(14) 10
E76
95103/10103/10503
(8)4~
(15)11~14(2)
12
13
VCC1 = Pin 1
VCC2 = Pin 16
VEE = Pin 8
E75
95102/10102/10502
(18)12$>(1)13
15(3)
(2)14
VCC1
VCC2
VEE
( ) =
=
2(6)
3(7)
>-"4(8)
(13)93
(14)10
(15)11
12(16)
F13(1)
14(2)
Flatpak
E82
95111/10111/10211
10511/10611
E81
95110/10110/10210
10510/10610
(8)5
[
(10)6
(11)73
= Pin 1 (5)
= Pin 16 (4)
Pin 8 (12)
(16)12-~9(13)
(1)13-L.A>--15(3)
VCC1 = Pin 1 (5)
VCC2 = Pin 16 (4)
VEE = Pin 8 (12)
( ) = Flatpak
E79
95107/10107/10507
(8)44",,"-3(7)
(8)HL-A>-2(6)
(11) 7 - - \ \ " ' r - l 0 (14)
(13)9-1~11 (15)
(2)14--\~13(1)
(3) 15-1L-A>-12(16)
VCC1 = Pin 1 (5)
VCC2 = Pin 16 (4)
VEE = Pin 8 (12)
( ) = Flatpak
E83
10104/10504
(8) 4 : : [ ) - - 2 (6)
(8)5
(10)6::[)-(11)7
3(7)
(13)8
~12(16)
(14)103
13(1)
(15)11
14(2)
(14)10::[)-(15)11
14(2)
(16)12~15(3)
14(2)
(1) 13-L-A>-8(13)
=
VCC1
Pin 1 (5)
VCC2 = Pin 16 (4)
VEE = Pin 8 (12)
( ) = Flatpak
VCC1 = Pin 1 (5)
VCC2
Pin 16 (4)
VEE
Pin 8 (12)
VCC1 = Pin 1 (5)
VCC2 = Pin 16 (4)
VEE
Pin 8 (12)
=
=
=
( ) = Flatpak
( ) = Flatpak
13-79
=
=
=
VCC1
Pin 1 (5)
VCC2
Pin 16 (4)
VEE
Pin 8 (12)
( ) = Flatpak
FAIRCHILD LOGIC/CONNECTION DIAGRAMS
DIGITAL-Eel
E84
E85
E86
10113/10513
10117/10517
10118/10518
2 (6)
2(6)
(7)3
(8)4
(9)5
2(6)
(11) 7
3 (7)
(10) 6
(13)9
(13)9
(14) 10
(15) 11
14 (2)
15(3)
15(3)
(16)12
(1) 13
15 (3)
(16) 12
(1) 13
(16) 12
(1) 13
(2)14
(13) 9 _
E
VCC1 = Pin 1 (S)
VCC2 = Pin 16 (4)
VEE = Pin 8 (12)
( ) = Flatpak
VCC1 = Pin 1 (5)
VCC2 = Pin 16 (4)
VEE = Pin 8 (12)
( ) = Flatpak
VCC1 = Pin 1 (S)
VCC2 = Pin 16 (4)
VEE = Pin 8 (12)
( ) = Flatpak
E87
E88
E89
10119/10519
10121/10521
100101
(7)3
(8)4
(9)5
(10)6
2 (6)
(14)10
2(6)
VCC1 = Pin 1 (S)
VCC2 = Pin 16 (4)
VEE = Pin 8 (12)
( ) = Flatpak
16
17
18
19
(19) 22
(20) 23
(21) 24
(22) 1
(14)10
3 (7)
(1) 13
(2)14
(3)15
"""p:
'H' 'p:
'''''p:
(13)
(14)
(15)
(16)
(8)4
(9)5
(10)6
(24)
(1)
(2)
(3)
(1) 13
(2)14
(3) 15
VCC1 = Pin 1 (S)
VCC2 = Pin 16 (4)
VEE = Pin 8 (12)
( ) = Flatpak
13-80
3
4
5·
6
14 (11)
13 (10)
11 (8)
12 (9)
7 (4)
8 (5)
Vcc = Pin 9 (6)
VCCA = Pin 10 (7)
VEE = Pin 21 (18)
( ) = DIP
FAIRCHILD LOGIC/CONNECTION DIAGRAMS
DIGITAL-Eel
E92
100117
E91
100107
E90
100102
8 (5)
(14)17~
15 (12)
(15) 18
15 (12)
(16)19~
14 (11)
(14) 17
(15) 18
(17) 20
(16) 19
(17) 20
13 (10)
14 (11)
(17) 20
13 (10)
(20) 23
(21) 24
12 (9)
(19)22~
12 (9)
11 (8)
(20) 23
11 (8)
8 (5)
(22) 1
(23) 2
(16)19~
(12) 15
(13) 16
14 (11)
16 (13)
7 (4)
5 (2)
6 (3)
(20)23~ 11m
~)~
(22) 1
(23) 2
6 (3)
(21) 24::::)
(22) 1
7 (4)
(23) 2 ::::)
(24) 3
5 (2)
13 (10)
0--12 (9)
(19)22~
(24)
3
(1) 4
7 (4)
4 (1)
(2) 5
(19)22--. ....~
=
=
=
( )=
=
E93
100118
13
14
15
16
17
(15)
(16)
(17)
(19)
18
19
20
22
(20)
(21)
(22)
(23)
(24)
(1)
(2)
(3)
VCC = Pin 9 (e)
VCCA = Pin 10 (7)
VEE = Pin 21 (18)
( )= DIP
VCC
Pin 9 (e)
VCCA
Pin 10 (7)
VEE
Pin 21 (18)
DIP
VCC = Pin 9 (e)
VCCA
Pin 10 (7)
VEE = Pin 21 (18)
( ) = DIP
(10)
(11)
(12)
(13)
(14)
8 (5)
(3) 6
E95
E94
11C01
10181/10581
21 20
'''''~
23
24
1
2
12 (9)
11 (8)
(16) 12
(15) 11
(14) 10
(13) 9
(0)'*=
10 9
5
22
14 (2)
2 (6)
3 (7)
23
M
14
50
17
51
15
52
13
2
(4) 7
(5) 8
VCC = Pin 9 (6)
VCCA = Pin 10 (7)
VEE = Pin 21 (18)
( )= DIP
16 11
15 (3)
(9) 5
(10) 6
(11) 7
3
4
5
6
1819
7
VCC1 = Pin 1 (5)
VCC2 = Pin 16 (4)
VEE = Pin 8(12)
VCC1 = Pin 1 (5)
VCC2 = Pin 16 (4)
VEE = Pin 8 (12)
( ) = Flatpak
( ) = Flatpak
13-81
6
G
4
P
8
I
FAIRCHILD LOGIC/CONNECTION DIAGRAMS
DIGITAL-Eel
E96
E97
10100/10500
100164
(8)4-_1""""'"
2(6)
(22)(23)(24)(1) (2) (3) (4) (5) (9)(10)(11)(12)(13)(14)(15)(16)
1 2 3 4 5 6 7 8 12 13 14 15 16 17 18 19
(9)5-t""""lll....."
(10)6-+_1""""'"
3(7)
(11) 7--............."
(13)9
(14)10-+_~'"
14(2)
(15)11--t-.....~
(17) 20
(19) 22
S,
(20) 23
S2
(21) 24
S3
z
(16) 12--+-~__
15(3)
(1)13-............"
11
(8)
Vee1 = Pin 1 (5)
Vee2 = Pin 16 (4)
VEE = Pin8 (12)
Vee = Pin 9 (6)·
VeeA = Pin 10 (7)
VEE = Pin 21 (18)
(-) = DIP
( ) = Flatpak
E98
10158/10558
E99
10159110559
SELECT 9
Do-,
SELECT •
Do-,
5
5
1 Qo
Do-O
6
D,-,
3
1 Qo
Do-o
•
D,-,
3
2 Q,
D,-O
2 Q,
4
D,-O
4
ENABLE
7
D2-1 12
02-1 12
15 Q2
1102
D2-O 13
D2-0 13
D3-1 10
0:3-1 10
14 Q3
14 Q3
D:!-O 11
D3-O 11
Vee = Pin 16
VEE = Pin 8
Vee = Pin 16
VEE = Pin 8
13-82
FAIRCHILD LOGIC/CONNECTION DIAGRAMS
DIGITAL-Eel
E100
100141
E101
100145A
(14)(15)(17)(16) (13)(12)(11 )(10)
17 18
(1) (24)(23)(22)(21)(16)(15)(14)(13)(12)
4
3 2 1 24 19 18 17 16 15
(3)
6
OE
ARo
AR,
(2)
5
(19) 22
So
(1)
4
AR2
(20)23
5,
(24) 3
AR3
(17)20
5 6 7 8 11 12 13 14
(2) (3) (4) (5) (8) (9)(10)(11)
(20) 23
AWo
(21) 24
AW,
(22) 1
AW2
(23) 2
AW3
20 19
WElLE Do 0, 02 03
22
VCC = Pin 9 (6)
VCCA = Pin 10 (7)
Vee = Pin 21 (18)
16 15 14 13
7
8 11 12
(19) (4) (5) (8) (9)
VCC = Pin 9 (6)
VCCA = Pin 10 (7)
Vee = Pin 21 (18)
( )= DIP
( )= DIP
E103
100136
E102
100158
(12)(13)(14)(15)(21 )(22)(23)(24)
15 16 17 18 24 1 2 3
(23)
2
20
(17)
23
(20)
24
(21)
1
(22)
(16) 19
(17) 20
5,
(20) 23
52
(21) 22
14 13 1,2 11 7 6 5 4
(11)(10)(9) (8) (4) (3) (2) (1)
(24)
3
(16)(15)(14)(13)
19 18 17 16
(12)
15
I
'5,
4-STAGe COUNTERI
SHIFT REGISTER
22
5 6
(19) (2) (3)
8 7
(5) (4)
11 12 14 13
(8) (9) (11)(10)
Vcc = Pin 9 (6)
VCC = Pin 9 (6)
VCCA = Pin 10 (7)
Vee = Pin 21 (18)
VCCA = Pins 8 (5), 10 (7)
Vee = Pin 21 (18)
( )= DIP
( ) = DIP
13-83
4
TC 0-(1)
FAIRCHILD LOGIC/CONNECTION DIAGRAMS
DIGITAL-Eel
E104
11C83
E105
10192110592
(11) 7
Z
E
3 (7)
z 4(8)
(9) 5 D
12
3
4
R
ep
(10) 6
M
Q
D
10
(")'"~
~"~
14 (2)
Z
D
(15) 11
(13) 9
Z
E
Vee = Pin 1
VeeA = Pin 14
GND = Pin 7
Vee = Pin 16 (4)
VEE = Pin 8 (12)
( ) = Flatpak
E106
10177110577
E107
100181
13 (1)
12 (16)
(MSB)
(11)(1 )(12)(24)(13)(23)(14)(22)(15)
14 4 15 3 16 2 17 1 18
11 (8)
(16) 19
(17)20
13
4
13 (10)
(20) 23
12--....".-
(21) 24
(19) 22
11
10
5
6
(2)
(3)
7
(4)
Vee = Pin 9 (6)
VCCA = Pin 10 (7)
VEE = Pin 21 (18)
( ) = DIP
Vee = GND = Pins 1 (5), 16 (4)
VEE = Pin 8 (12) = -5.2 V de ± 5%
Vss = Pin 9 (13) = +5.0 V de or
+6.0 V de ± 10%
13-84
8
(5)
FAIRCHILD LOGIC/CONNECTION DIAGRAMS
DIGITAL-Eel
E109
100160
E108
100165
(24) (23) (22) (21) (16) (15) (14) (13)
3
2
1
24 19 18 17 16
(9)(10)(11)(12)(13)(14)(15)(16)(17)(18)(20)(21 )(22)(23)(24)(1) (2) (3)
12 13 14 15 16 17 18 19 20 22 23 24 1 2 3 4 5 6
(20)23
(19) 22
(17) 20
4
(1)
5
(2)
7
(4)
6
(3)
8
(5)
11
(8)
Vee = Pin 9 (6)
VeeA = Pin 10 (7)
VEE = Pin 21 (18)
( ) = DIP
E111
100179
E110
100194
(20)
23
(16)
19
(22)
1
(24)
3
(19)
22
2
DI.
1
4
3
6
5 14 13 16 15 18 17 20 19 24 23
Dlb
(1) 5
RF.
BUS.
6 (3)
(23) 2
RFd
BUSd
8 (5)
(21) 24
RFc
BUSc
12 (9)
(17) 20
RFb
BUSb
14 (11)
BUS.
16 (13)
(15) 18
22
eN
7
15
(12)
7
(8) (5) (4)
Vee = Pin 9 (6)
VeeA = Pin 10 (7)
VEE = Pin 21 (18)
( )= DIP
(14)
17
8
11
12 13 15 14
(9) (10) (12) (11)
13
(10)
11
(8)
7
(4)
8
11
12
5
(2)
Vee = Pin 9 (6)
VeeA = Pin 10 (7)
VEE = Pin 21 (18)
( )= DIP
Vee = Pin 9 (6)
VeeA = Pin 10 (7)
VEE = Pin 21 (18)
( ) = DIP
E112
100163
E114
100166
(9) (10)(11)(12)(13}(14)(15)(16)(4) (3) (2) (1) (24}(23)(22)(21)
12 13 14 15 15 17 18 19 7 6 5 4 3 2 1 24
(9)(10) (11 )(12)(13)(14)(15)(16)(17)(18)(20) (21 )(22)(23) (24)(1) (2) (3)
12 13 14 15 16 17 18 19 20 22 23 24 1 2 3 4 5 6
(17)20
(18)22
S,
(19)123
S2
11
8
11
(7)
(5)
(8)
Vee = 9 (6)
VeeA = 10 (7)
VEE = 21 (18)
( )= DIP
8
(5)
Vee = Pin 9
VeeA = Pin 10
VEE = Pin 21
( )= DIP
13-85
7
(4)
FAIRCHILD LOGIC/CONNECTION DIAGRAMS
DIGITAL-CMOS
C1
40118
C2
40238
C3
40128
C4
40688
C5
C6
40018
40258
Vss
Vss
NOTE: The Flatpak versions have the same pinouts (Connection Diagram) as the Dual In-Line Packages.
13·86
FAIRCHILD LOGIC/CONNECTION DIAGRAMS
DIGITAL-CMOS
C8
40788
C7
40028
NC
NC
C9
40818
Vss
C10
40718
VOO
VOD
Vss
Vss
C12
40498
C11
4069B,400148
NC
NC
a
NOTE: The Flatpak versions have the same pinouts (Connection Diagram) as the Dual In-Line Packages.
13-87
FAIRCHILD LOGIC/CONNECTION DIAGRAMS
DIGITAL-CMOS
C13
4050B
NC
C15
40097B
NC
V DD = Pin 16
VSS = Pin 8
vss
Voo
C14
40098B
1A
C16
4030B, 4070B
2A
X = AB + AS
3A
VOO
48
4A
4X
3X
38
3A
1A
18
1X
2X
2A
28
VSS
V DD = Pin 16
VSS = Pin 8
C17
4077B
X = AB + AS
VOO
48
4A
4X
3X
38
C18
4085B
3A
F = 10 ,
o
lOA
G)11A
@12A
11 + 12 , 13 + 14
---+--@OA8 B
r--H..-'
IB
®
t>O---+-----<>I >----+--@
II
REXTPB
OB
Vss
@OB
®®
G) REXTCB
REXTNB
Voo = Pin 16
Vss = Pin 8
0= Pin Numbers
C86
40758
C85
40728
Voo
C87
40738
Voo
NC
Vss
Voo
C90
45218
C89
40458
C88
40828
NC
5
2
SN
16
IX
15
OX
9
I,
7
0,
6
12
3
4
NC Vss
7
8
Voo = Pin 3
Vss = Pin 14
Ne = Pins 4, 5, 6, 9,10,11,12, & 13
13-98
2 10 11 12 13 14 15 1
Voo = Pin 16
Vss =Pin8
FAIRCHILD LOGIC/CONNECTION DIAGRAMS
DIGITAL-CMOS
C91
45348
5
6
C92
45538
1 22
3
4
CP
23
CP
4
Cx• Cxb
EL
10
OE
10
14
TC
21
13
12
15
11
2
9
VDD
Vss
CPo
CP2
4
00
14
0,
13
02
12
03
11
CPs
04
10
as
9
06
8
C95
47378
12
13
T
11
2
CPo
13
CP3
CPs
10
1
2
3
4
5
4
03
12
04
11
CP6
9
06
8
7
6
VDD = Pin 1
Vss = Pin 8
NC = Pin 14
VDD = Pin 16
Vss = Pin 8
C97
40678
2
5
3
9
8
7
6
4
5
3
2
23
22
21
20
19
18
17
16
IE
10
11
Sa
10
Sb
11
A1
9
Sc
14
A2
6
E
13
A3
z
EO
15
3
0,
as
C96
40538
14
00
02
15
VREG
10
VDD = Pin 7
Vss = Pin 1
13
5
VDD = Pin 16
Vss = Pin 8
14
12
6
7
9
C94
47228
CP4
CP6
6
15
= Pin 24
= Pin 12
C93
47278
2
2
13
8 14161120 19 18 17
7
15
4
VDD = Pin 16
Vss = Pin 8
VEE = Pin 7
VDD = Pin 24
Vss = Pin 12
13-99
FAIRCHILD LOGIC/CONNECTION DIAGRAMS
DIGITAL-CMOS
C99
45668
C98
47418
2
9
1 12 13
C103
45278
4 14 15 2
11
11--0 CE pg So S, S2
15
6
Ao
5
A1
3
A2
4
A3
Z2
10
7
E
Z3
11
14
Z,
15
9
9
12
7
10
2
10
3
Voo = Pin 16
VSS = Pin 8
4
5
6
12
13
C104
45318
14
13
9
15
Voo = Pin 16
Vss = Pin 8
15 14
5
Ao A1 A2
GS
9
14
7 6
2
3
4
5
6
13 12 11 10
Voo = Pin 16
Vss = Pin 8
C108
45818
C107
45618
3
1
Co
Voo = Pin 16
Vss = Pin 8
2
5
Voo = Pin 16
Vss = Pin 8
7
EOUT
6
C106
45608
10 11 12 13 1 2 3 4
Z
7
OCE
C105
45328
7 6 5 4 3 2 1 1514 1312 1110
Og
CP
Voo = Pin 16
Vss = Pin 8
1
3
6
4
5
4
3
2 23 21 19
1
22 20 18
16
5
6
9----01
8
Cn
G
17
M
P
15
13121110
9
Voo = Pin 14
Vss = Pin 7
NC = Pin 8
10
11
Voo = Pin 24
Vss = Pin 12
13-100
12
FAIRCHILD LOGIC/CONNECTION DIAGRAMS
DIGITAL-CMOS
C109
47088
40
4
3 2 1
C110
40768
343332 11 12 1314151617181920
14
13
3
4
12
11
9--'......C--O. .
ED
........_
5
6
7
10~
It
7 - - - - \ CP
12
13
8
35
PLS
39
EO
CP
15
9
31 29 28 27 26 25 24 23 22 21
36
VOO = Pin 10
VSS = Pin 30
C111
45118
5
7
1
2
C114
47348
C112
45438
3 4 5 7 1 2 6
715234
6
6
= Pin 16
Vss = Pin 8
VOO
37 38
8
EL Ao At A2 A3
6
CP
15 14 1312 1117 16 10
13 12 11 10 9 15 14
9 10 11 12 13 15 14
= Pin 16
VSS = Pin 8
VOO
Vss
= Pin 18
Vss = Pin 9
Voo
Voo
= Pin 16
= Pin 8
C116
45388
VDD
®Rt
-=-
C115
40478
Cext/Rexta
Cexta
Qa
iOa
6
7
2
5
4
VDD
Q
12
8
6
3
13
0
1
-=-
10
@Rt
Cext/Rextb
Cextb
11
T
Qb
10
lOb
Itb
9
9
13
VOO = Pin 14
Vss = Pin 7
VOO
= Pin 16
Vss = Pin 8
13-101
I
FAIRCHILD LOGIC/CONNECTION DIAGRAMS
DIGITAL-CMOS
C117
4046B
7
12
11
6
5 15
10
9
3 14
4
13
2
Voo = Pin 16
Vss = Pin 8
C111
FWB6013
VREF
CASE
S1
VeAT
B1
TEST
A1
NC
NC
NC
F1
S2
G1
C1
B2
01
A2
E1
F2
C2
G2
E2
B3
COLON
A3
C3
F3
03
G3
E3
NC
NC
1024 Hz
ONE
PULSE OUT
COMMON
VSENSE
OSCIN
VOISPLAY
OSCOUT
13-102
FAIRCHILD LOGIC/CONNECTION DIAGRAMS
DIGITAL-CMOS
C120
FWB6005
C119
FWB6003
VREF
51
VREF
51
CASE
B1
CASE
B1
VSAT
A1
VSAT
A1
TEST
NC
TEST
NC
52
NC
52
NC
C,
F1
C,
F1
0,
G,
0,
G1
E1
B2
E1
B2
C2
A2
C2
A2
E2
F2
E2
F2
COLON
G2
COLON
G2
C3
B3
C3
B3
03
A3
03
A3
E3
F3
E3
F3
G3
ONE
ONE
NC
NC
NC
1024Hz
COMMON
OSCIN
OSCOUT
VOIS
NC
OSCOUT
COMMON
PULSE OUT
CAP,
VSENSE
256 Hz
VOISPLAY
13-103
G3
NC
OSCIN
VOIS
CAP2
FAIRCHILD LOGIC/CONNECTION DIAGRAMS
DIGITAL-CMOS
C121
FWB6105
VREF
C122
FWB6004
CASE
S,
VSAT
B,
TEST
A,
NC
NC
NC
VREF
V,
CAL
V2
NC
F,
S2
DUTY CYCLE
G,
C,
SEG. POL.
B2
D,
NC
A2
E,
D4
e
F2
C2
D3
d
G2
9
E2
D2
c
B,
COLON
D,
b
A3
C3
AMB
a
F3
D3
OSCIN
NC
E3
OSCOUT
NC
G3
VDIS
OSCOUT
OSCIN
VDIS
CAP2
NC
ONE
COMMON
CAP,
256 Hz
13-104
1024
S,
TEST
S2
FAIRCHILD LOGIC/CONNECTION DIAGRAMS
DIGITAL-MOS
S1
3262A
S2
32628
2
CIBW
3
10
VERTICAL
DRIVE
CIBW
ODD FIELD
10
VERTICAL
DRIVE
3
ODD FIELD
EVEN FIELD
EVEN FIELD
7
CL~~K 1 0
6
5
CLOCK 2
~
15
12
7
HORIZONTAL
DRIVE
COMPOSITE
BLANKING
COMPOSITE
SYNC OUT
COLOR BURST
FLAG
COLOR
SUBCARRIER
4
4
6
5
CLOCK 2
~
12
11
HORIZONTAL
RESET
15
11
HORIZONTAL
RESET
VERTICAL
RESET
S3
S4
3814
3708
9
VERTICAL
RESET
VSS = Pin 16
VDD = Pin 9
VGG = Pin 8
VSS = Pin 16
VDD = Pin 9
V-GG = Pin 8
12 11 10
HORIZONTAL
DRIVE
COMPOSITE
BLANKING
COMPOSITE
SYNC OUT
COLOR BURST
FLAG
COLOR
SUBCARRIER
8
7
6
5
20
23
MP
19
+100 +2000
18
CP
14
15
2
16
TRANS
9
16
DP
11
3
STEP
BLANK
OA OB Oc OD OE 0, 02 04 08
12
3
VSS = Pins 2 and 4
VDD
= Pin 13
8
7
17 22 21 4
5
6
10
VSS = Pin 24
VGG
Pin 15
S5
3815
\1,00
23
=
= Pin 13
20
18
CEl
TC
19
CE2
DP
11
S6
3816
16
5 4 3 7 2 1 1514 9
2
9
13
12
11
6 ---0 CP
8
7
17 22 21
4
5
6 10
VSS = Pin 16
VDD = Pin 8
VGG = Pin 10
VSS = +5 V·± 5% = Pin 24
VDD = GND = Pin 1-3
VGG
12 V ± 5% Pin· 15
=
TC
=
13-105
11
FAIRCHILD LOGIC/CONNECTION DIAGRAMS
DIGITAL-MOS
59
FCM7001/FCM7004
S8
F3843
1 Hz SO WAVE
VSS
RADIO OUT
16
_ CI
3_C/D
13
l l
CE
TCP
RCP
TSO
RDA
18
RSI_2
4-6
and
8-12
CTS
24
23
27
17
_14
2
VDD
ALARM OUT
3
OSCIN
IN2
4
OSCOUT
INl
5
VDD
IN3
6
CP
06
7
DISPLAY ENABLE
01
8
Sg
02
9
Sf
03
10
So
04
11
Sa
05
12
Sb
AM
13
Sc
PM
14
Sd
15
Vee (+5 V) = Pin 28
Voo (+12 V) = Pin 7
VSS (GND) = Pin 19
510
FCM7002
VSS
RADIO OUT
ALARM OUT
511
FCM7003
1 Hz SO WAVE
1 Hz SO WAVE
VSS
VDD
RADIO OUT
OSCIN
VDD
ALARM OUT
OSC'N
IN2
OSCOUT
INl
VDD
INl
VDD
IN3
CP
IN3
CP
Os
DISPLAY ENABLE
06
DISPLAY ENABLE
01
NC
01
5g
02
0.5.
02
TIME
00
IN2
OSCOUT
Sf
03
10
50
04
11
50
Sb
01
05
12
02
AM
13
~
03
PM
14
Sd
13-106
FAIRCHILD LOGIC/CONNECTION DIAGRAMS
DIGITAL-MOS
512
FCM7010/FCM7015
Vss
DISPLAY B
50/60 Hz SELECT
DISPLAY A
DOZE/SLEEP
ALARM A
SET HR MIN
ALARM B
RADIO OUT
COLON
ALARM OUT
Voo
MIN E
OSCOUT
MINd
OSCIN
MINI
CP
MINg
V-DISPLAY
MINb
10 HRS e/PM
MIN c
10 HRS a/dig/AM
MINa
10 HRS b
10-MIN b
10 HRSc
10-MIN c
HRSc
10-MIN a/d
HRSb
10-MIN e
HRSa
10-MIN I
HRSe
10-MIN 9
HRSd
HRSg
HRSI
I
13-107
FAIRCHILD LOGIC/CONNECTION DIAGRAMS
DIGITAL-MOS
S13
FCM7030
S14
FCM7040
1 Hz OUT
Ao
HRSI
120R24HRSELECT
A,
&}
HRSg
BLANKING OUT
A2
B3
HRSa
50 OR 60 Hz SELECT
A3
24/12 HR.
HRSb
50OR60HzIN
A4
EN/DIS, ALARM
AM OUT
10HRSb&c
Vss
PM OUT
HRSd
SET LEFT
HRS c
SET RIGHT
HRSe
KB MATRIX
B,
KB MATRIX
B2
1/2 Hz
OVEN
ALARM TONE
R1/R2
SECONDS DISPLAY IN
OCT
50/60 Hz
10 MIN I
ALARM DISPLAY IN
PCT
10 MIN TIMER
10 MIN 9
SLEEP DISPLAY IN
AM-PM/ENABLE
V DISPLAY
10 MIN a & d
10 MIN b
10 MIN e
SLEEP OUT
S,E
Vee
10 MIN c
ALARM OFF IN
S,C
S2D
S,G
S2E
S2C
MINI
Voo
TEST
MUX2
Vss
S,D
MUX 1
ALARM OUT
HlO, M,o, SlO
MINg
DOZE
S,F
MINa
10 HR 9
S,B
S2G
MIN b
MINe
S,A
S2F
MIN e
MINd
KB MATRIX { S2A
S2B
13-108
H"M"S,
FAIRCHILD LOGIC/CONNECTION DIAGRAMS
DIGITAL-RTL/CTL
F2
909
F1
908
F3
910
,~,
~,
~ra
4
4
F6
913
F7
921
7
..
3
4
5
5
4
F11
905
F12
907
8
4
2
F8
900
F9
903
F10
904
3
10
8
2
8
@§ ~
4
3
6
4
5
5
2
7
+Vee
Z2
RESET
COUNT
GND
~ '@,
3
7
4
5
6
4
F20
906
F19
902
8
8
~ @. @D,
6
2
5
6
3
GND
GATE 1
Z4
8
2 8
6
2
5
3
4
5
4
F23
960
F22
959
Zs
Z1
F15
923, 974
10
6
4
F21
958,959
5
4
F14
915
vee
3
6
3
4
4
10
6
3
5
F18
901
7
6
~,
6
5
F17
927
8
~8
29
8
F16
926
7
3
8
3
4
F13
914
e
'£ij,
2
4
( 8 87
.
3
5
4
6
3
4
8
7
6
F5
912
~,
~,
'
,
idPt,
~~w.
8
2e
2@:8,
F4
911
16 Vee
Z9 1
16 Vee
Za
2
15 Zd
Z72
15 14
I.
3
14 IS
14 Id
Z5 3
Z. 4
13 Zd
Z3 4
13 Zs
Zb 5
12 Zc
Z1 5
12 Z6
Ib 6
11 Ie
11
6
11 Z4
Zb 7
10 Zc
12 7
10 Z2
GND S
9
13-109
GND S
9
Zo
6
FAIRCHILD LOGIC/CONNECTION DIAGRAMS
DIGITAL-DTL
G1
930, 932
944, 961
1800, 1801
G3
1804, 1805
G2
1802, 1803
14
14
14
2
13
2
13
2
13
3
12
3
12
3
12
4
11
4
11
4
11
5
10
5
10
5
10
6
9
6
9
6
9
7
8
7
8
7
8
Vee
=
GND =
Vee
Pin 14
Pin 7
=
GND =
G4
1806, 1807
Vee
Pin 14
Pin 7
=
GND =
Pin 14
Pin 7
G6
1810, 1811
G5
1808, 1809
14
14
14
2
13
2
13
2
13
3
12
3
12
3
12
4
11
4
11
4
11
5
10
5
10
5
10
6
9
6
9
6
9
7
8
7
8
7
8
Vee
=
GND =
Pin 14
Pin 7
Vee
=
GND =
Pin 14
Pin 7
13-110
Vee
=
GND =
Pin 14
Pin 7
FAIRCHILD LOGIC/CONNECTION DIAGRAMS
DIGITAL-DTL
G7
1812
G8
9157,9158
G9
933
14
14
14
2
13
2
13
2
13
3
12
3
12
3
12
4
11
4
11
4
11
5
10
5
10
5
10
6
9
6
9
6
9
7
8
7
8
7
8
Vee = Pin 14
GND = Pin 7
Vee = Pin 14
GND = Pin 7
No connection required to
14
(Pin 141.
G12
9109,9110,9112
9135, 935, 936
937
G11
962,963
G10
946, 949
Vee
Vee = Pin 14
GND = Pin 7
14
14
2
13
2
13
2
13
3
12
3
12
3
12
4
11
4
11
4
11
5
10
5
10
5
10
6
9
6
9
6
9
7
8
7
8
7
8
Vee = Pin 14
GND = Pin 7
Vee = Pin 14
GND = Pin 7
13-111
Vee = Pin 14
GND = Pin 7
11
FAIRCHILD LOGIC/CONNECTION DIAGRAMS
DIGITAL-DTL
G14
1814
G13
1813
16
14
2
15
2
13
3
14
3
12
4
13
4
11
5
12
5
10
6
11
6
9
7
10
7
8
8
9
Vee
= Pin 14
= Pin 7
GND
Vee
= Pin 16
= Pin 8
GND
G15
9093,9094
G16
9097,9099
14
14
2
13
2
13
3
12
3
12
4
11
4
11
5
10
5
10
6
9
6
9
7
8
7
8
Vee = Pin 14
Vee = Pin 14
GND = Pin 7
GND
13-112
= Pin 7
FAIRCHILD LOGIC/CONNECTION DIAGRAMS
DIGITAL-DTL
G17
941, 951
G18
945,948
14
14
2
13
2
13
3
12
3
12
4
11
4
11
5
10
5
10
6
9
6
9
7
8
7
8
Vee = Pin 14
GND = Pin 7
Vee = Pin 14
GND = Pin 7
G19
950
G20
9111
14
14
2
13
2
13
3
12
3
12
4
11
4
11
*5
10
5
10
*6
9
6
9
7
8
7
8
*These inputs are capacitively coupled.
Vee = Pin 14
GND = Pin 7
Vee = Pin 14
GND = Pin 7
13-113
II
FAIRCHILD LOGIC/CONNECTION DIAGRAMS
MEMORY
2
4
6 10 12
AJJ
A1
14
A2
13
As
5
7
9
765
9
10
CS
DIN
WE
345
3
AJJ
15
M3
93411, 93411A, 93L420,
93L421,93421,93421A
M2
93410, 93410A
M1
54LS174LS89, 54LS174LS189,
54LS/74LS289, 7489
2
Al
2
A1
3
A2
14
A2
4
A3
15
A3
12
A4
7
A4
13
As
9
As
14
Ae
10
As
15
A7
11
A7
Dour
Dour
11
6
11
Vee = Pin 16
GND = Pin 8
Vee = Pin 16
GND = Pin 8
Vee = Pin 16
GND = Pin 8
M5
93412,93L412
93422,93L422
M4
93419
15 13
4
5
6
7
8
11 13 15
9 10 11 12
CS WE Do 01 02 03 04 Os 06 07 De
25
AD
26
A1
27
A2
A4
3
As
AJJ
A1
2
A2
As
A3
2
4
3
21
A4
5
As
6
As
7
A7
18 10 12 14 16
24 23 22 21 20 19 18 17 16
Vee = Pin 22
GND = Pin 8
Vee = Pin 28
GND = Pin 14
13-114
FAIRCHILD LOGIC/CONNECTION DIAGRAMS
MEMORY
M6
93415,93L415,93415A,
93425,93L425,93425A
15
14
M7
M8
10405
10410, 10411, 10414
100414
14139
11
12
DIN
WE
1
2
3
A1
4
A2
5
A3
3
A1
6
A4
4
A2
9
A5
5
A3
10
2
Ao
As
6
A4
As
As
11
A7
7
12
As
10
13
Ae
Ao
DOUT
2
A1
3
A2
4
A3
9
A4
10
As
11
As
12
A7
765
13
14
CS
OIN
WE
DOUT
DOUT
15
15
7
Vee = Pin 16
GND = Pin 8
Vee
VEE
= GND = Pins 1 and
= Pin 8
M9
10415, 10415A, 100415
14
2
Ao
3
A1
4
A2
5
A4
7
A5
10
As
13
11
As
As
M11
93432, 93442
93438,93448
13
Ao
CS
8
Ao
A1
6
A1
7
7
A2
6
A2
4
A3
5
A3
3
A4
4
A4
2
A5
3
A5
As
2
As
A7
12
Vee = Pin 16
VEE = Pin 8
M10
93431, 93441
93436, 93446
5
A3
6
9
15
16
15
A7
14
As
CS
A7
23
As
DOUT
12
Vee = Pin 16
VEE = Pin 8
11
10
Vee = Pin 16
VEE = Pin 8
13-115
9
9 10 11 13 14 15 16 17
Vee = Pin 24
GND = Pin 12
FAIRCHILD LOGIC/CONNECTION DIAGRAMS
MEMORY
M12
93454, 93464
M13
95400
M14
10145A
Cs, Cs2 CS3 CS.
13
8
10 11 13 14
CS
10
A,
A,
A2
Ao
An
AO
A3
A,
A4
Do
D,
A,
16
Ao
15
Ao
A7
22
Ao
23
A,
WE
Ao
7
9
6
4
11
D,
12
D3
3
15
10 11 13 14 15 16 17
Vee = Pin 24
GND = Pin 12
Vee = GND = Pin 5
VEE = Pin 12
Vee = Pin 16
GND = Pin 8
M15
10470,93470,93471
M16
93461,93481A
M17
93417,93427,93457
93467
16
17
5 9
15
.2
10
11
1314
Ao
A,
Ao
A3
Ao
A4
Ao
As
10
A7
11
Aa
12
A,
13
AlO
14
An
14
13
A4
14
A5
15
Aa
An
As
15
Dour
A7
DOUT
12
Vee
VEE
=
Pin 18
9
= Pin
Vee = Pin 16
GND = Pin 8
13-116
11
10
Vee = Pin 16
GND = Pin 8
FAIRCHILD LOGIC/CONNECTION DIAGRAMS
MEMORY
M19
10416, 100416
M18
93452,93453
8 10
13
CS
4
Ao
2
Al
5
6
7
4
Al
A2
3
A2
As
9
A3
3
A.
10
A.
2
As
A6
6
As
5
A6
7
A7
17
16
15
A7
As
14
15 14 12
11
12
13
=
=
=
=
11
=
Vcp GND (Read Only) Pin 1
Vcp = +12 V (Programming Only)
Vce GND Pin 16
VEE = Pin 8
Vee
Pin 18
GND Pin 9
=
= Pin 1
M21
93450,93451
M20
93458,93459
19
CS
9
Ao
8
A1
7
A2
6
A3
5
A4
4
As
3
A6
2
A7
27
26
As
As
25
A10
24
A11
8
7
Al
6
A2
5
A3
4
A.
3
As
2
A6
As
A9
A7
23
A12
23
22
A13
22
21
A14
20
A15
9 10 11 13 14 15 16 17
18 17 18 15 13 12 11 10
=
=
=
VCC Pin 28
GND Pin 14
Vp Pin 1
Vce = Pin 24
GND = Pin 12
13-117
FAIRCHILD LOGIC/CONNECTION DIAGRAMS
MEMORY
M22
2102, 2102L,
21L02,3542
13
11
M23
3539
3
8
4
A1
10
14
CS1
CS2
12
13
00
Ao
110,
A1
1/02
5
A2
21
6
A3
20
A2
1/03
4
7
A.
19
A3
1/0.
5
6
3
As
18
A.
1/05
As
17
As
II0s
7
AI
16
As
1/07
8
15
Aa
15
A7
I/0a
9
14
A9
2
16
Dour
12
Voo = Pin 22
Vss = Pin 11
Vss = Pin 9
Voo = Pin 10
13-118
FAIRCHILD LOGIC/CONNECTION DIAGRAMS
MEMORY
8
AD
12
7
2
4>1
4>2
4>T1
4>T2
10
A2
A2
A3
A3
CS
WE
DIN
21
22
19
A1
A1
14
10
AD
2
11
15
M29
3258
M28
3257
M27
F464
5
A4
7
CP
As
DOUT
COUNTER OUT
18
9
Ao
17
10
A1
16
11
A2
15
12
A3
14
13
A4
13
14
As
11
2
0,
4
5
6
7
13
Voo
Vee
Vss
Vss
15
= Pin 1
= Pin 16
= Pin 8
= Pin 9
Vss = Pin 24
VGG = Pin 23
Voo = Pin 12
Vss = Pin 16
Voo = Pin 8
VGG = Pin 1
M30
3260
M31
F2708
19
21
2
3
RSTA
RSTB
01
CE
20
PRGM
13
AD
a,
5
14
A1
a2
6
15
A2
a3
7
a4
8
4
A4
as
9
3
As
a6
10
2
A6
16
17
18
8
AD
7
A1
6
A3
5
A4
As
23
M1
22
M2
a7
11
20
CP
TC
4
18
a,
9
02
10
A2
A3
03
11
a4
13
as
14
06
15
a7
16
as
17
A7
23
As
22
A9
Voo = Pin
Vss = Pin
Vee = Pin
Vss = Pin
Vss = Pin 24
VGG = Pin 1
Voo = Pin 12
13-119
19
12
24
21
II
FAIRCHILD LOGIC/CONNECTION DIAGRAMS
MEMORY
M32
F3508
20
M33
3514,3515
18
22
8
Ao
7
A1
0,
9
21
02
10
20
A1
19
A2
18
A3
6
A2
5
A3
03
11
4
A4
04
13
3
As
05
14
Os
15
2
As
A7
23
As
22
A9
Vee
Vss
17
A4
16
As
15
As
8
Ao
A1
02
03
18
05
07
16
14
A7
07
17
13
As
Os
11
VSS = Pin 24
Voo = Pin 12
VGG = Pin 1
M3S
3342,3347,3357
21
01
9
10
9
A2
5
A3
03
11
4
A4
04
13
6
02
14
10
03
3
As
2
As
05
A7
OS
22
A9
19
AlO
Vee
Vss
9
Os
02
As
Os
10
6
23
6
04
= Pin 24
= Pin 12
20
3
4
M34
F3516E
7
23
3
15
07
16
Os
17
14
15
04
11
CP
02
4
03
7
04
13
VSS = Pin 16
Voo = Pin 8
VGG = Pin 12
= Pin 24
= Pin 12
13-120
FAIRCHILD LOGIC/CONNECTION DIAGRAMS
MEMORY
22
01
23
Da
24
D3
5
18
R
OE
D4
M38
3341
M37
3349
M36
3348
4
01
17
02
14
03
13
04
2
D5
3
06
05
7
CP
06
12
13
0,
14
D2
15
D3
R
D4
0,
12
4
D1
0,
13
02
11
5
D2
02
12
03
10
6
D3
03
11
7
D4
04
10
2
IR
SO
15
3
SI
OR
14
04
9
2
D5
11
3
06
05
8
8
6
CP
06
7
MR
9
Vss = Pin 20
VGG = Pin 6
VSS = Pin 16
Voo = Pin 8
VGG = Pin 1
Vee = Pin 16
VGG = Pin 5
M40
100142
M39
3351
17 15 2
4 24 23 20 19 18 16 1
3
3
26
D1
01
25
D2
02
4
24
D3
03
5
23
D.
04
6
22
05
05
7
21
D6
06
8
20
D7
07
9
19
Ds
Os
10
18
D9
09
11
'1.7
IE
OE
2
16
IR
SO
13
17
SI
OR
12
22
WS
II
5
VSS = Pin 28
Voo = Pin 14
VGG = Pin 1
6
7
8
14 13 12 11
Vce = Pin 9
VCCA = Pin 10
VEE = Pin 21
13-121
FAIRCHILD LOGIC/CONNECTION DIAGRAMS
MEMORY
M41
100145A
17 18 20 19
M42
4710B
18 15 14 13
2
6
OE
ARo
5
AR1
M43
4725B
1 17 15 13 11
2
4
6 10 12 3
5
7
WElLE Do D1 D2 D3
4
AR2
3
AR3
15
23
AWo
14
24
AW1
13
AW2
2
AW3
18 14 12 10
22 7
Vee = Pin 9
. VeeA = Pin 10
VEE = Pin 21
Voo = Pin 18
Vss = Pin 9
M44
4720B
M45
4721B
M46
4736B
12
15
15
2
AD
AD
3
A1
A2
1
AD
4
2
A1
3
A1
4
3
A2
2
A2
5
A3
6
A3
A3
8
A4
7
21
A4
9
A5
5
As
10
As
10
A4
As
As
8
As
11
A7
11
A7
7
A7
12
As
13
A9
9
13
11
Voo = Pin 16
Vss = Pin 8
1917 20 9 11 13 15
18
9
8 11 12
14
Q
18 10 12 14 18
7
Flatpak pinout not shown.
Voo = Pin 5
Vss = Pin 8
Ne = Pin 4
Voo = Pin 22
Vss = Pin 8
13-122
Voo = Pin 16
Vss = Pin 8
14
FAIRCHILD LOGIC/CONNECTION DIAGRAMS
MEMORY
M47
47358
M48
47038
7
2
20
6
5
4
3
CS
8
AD
9~IES
A1
8~
A2
CPSI
A3
13
TOP
A4
14
TOS
15~
OES
16~
CPSO
A5
A6
23
17~EO
9 10 11 13 14 15 16 17
11
Voo = Pin 24
Vss = Pin 12
NC = Pins 18,19,21,22,23
Voo = Pin 24
Vss = Pin 12
M49
47068
M50
9410
2
3 21 19 17 15
2
23~
7
CI
13
CP
5
EX
22
18 19 20 21 22
4
EOo
1 17 15 13 11
7
WE CS Do 0,
CP
3
AD
4
A1
5
A2
6
A3
8
MR 00 0, 02 03 Xo X, X2 X3
16
6 20 18 16 14 8
14
12
10
9 10 11
Voo = Pin 24
Vss = Pin 12
Vee = Pin 18
GND = Pin 9
13-123
FAIRCHILD LOGIC/CONNECTION DIAGRAMS
MEMORY
M51
9403
2
7
6
5
4
3
9--oiES
IRF
8--0 CPSI
13
TOP
14--0 TOS
15
OES
ORE
16--0 CPSO
23
17--0 EO
11
18 19 20 21 22
Vee = Pin 24
GND = Pin 12
M52
9406
2
3
21
19
17
15
13
7
5
22
4
EOo
6 20 18 16 14 8
9 10 11
Vee = Pin 24
GND = Pin 12
13-124
FAIRCHILD LOGIC/CONNECTION DIAGRAMS
MICROCOMPUTERS
P2
F3851
F3861
P1
F3850
RC
I/OB7
WRITE
XTLX
I/OA7
Voo
XTLY
VGG
I/OB6
40
36
Voo
1/0 A6
EXTINT
1/0 AS
PRIOUT
I/OBS
DB3
35
DB4
1/013
34
1/014
WRITE
1/012
33
1/015
DB2
32
DBS
1/002
31
1/005
DBS
DB4
INTREO
PRIIN
I/OB4
10
I/OA4
I/OA3
DB DR
11
NOT USED
12
I/OB3
1/016
ROMC4
13
DB3
1/017
ROMC3
27
DB2
ROMC2
26
1/0 B2
1/001
11
30
1/006
DBl
12
29
DB6
1/011
13
26
27
1/010
DB6
1/004
EXT RES
VGG
1/003
DB7
DBO
26
DB7
1/000
25
1/007
ROMCl
25
I/OA2
ROMCO
24
Vss
ROMCO
24
1/0 Al
ROMCl
23
INT REO
Vss
23
1/0 Bl
22
DBl
21
DBO
ROMC2
22
ICB
IIOAO
ROMC3
21
ROMC4
1/0 BO
I
13-125
FAIRCHILD LOGIC/CONNECTION DIAGRAMS
MICROCOMPUTERS
P3
F3852
VGG
P4
F3853
VDD
VGG
VDD
PHI (<1»
ROMC4
PHI (<1»
ROMC4
WRITE
ROMC3
WRITE
ROMC3
MEMIDLE
ROMC2
INT REQ
ROMC2
CPU SLOT
ROMC1
PRIIN
ROMC1
RAM WRITE
ROMCO
RAM WRITE
ROMCO
CYCLE REQ
CPU READ
EXTINT
CPU READ
ADDR7
REG DR
ADDR7
REG DR
ADDR6
ADDR1S
ADDR6
ADDR1S
ADDRS
ADDR14
ADDRS
10
ADDR14
ADDR4
ADDR13
ADDR4
11
ADDR13
ADDR12
ADDR3
ADDR12
ADDR3
12
ADDR2
ADDR11
ADDR2
13
ADDR11
ADDR1
ADDR10
ADDR1
14
ADDRtO
ADDRO
ADDR9
ADDRO
15
ADDR9
DBO
ADDR8
DBO
16
ADOR8
OB1
DB7
DB1
17
DB7
DB2
DB6
DB2
18
DB6
DB3
OBS
DB3
19
DBS
VSS
DB4
VSS
20
DB4
13-126
FAIRCHILD LOGIC/CONNECTION DIAGRAMS
MICROCOMPUTERS
P5
F3854
P6
F3856
F3871
DIRECTION
40
DWS
1/0 B7
40
DB7
ENABLE
39
STROBE
1/0 A7
39
DBs
XFER
38
LOAD REG
VGG
38
1/0 Bs
XFER REO
37
MEMIDLE
Voo
37
1/0 As
VGG
36
q,
EXTINT
36
1/0 As
Voo
35
VSS
PRIOUT
35
1/0 Bs
ADDR8-
34
ADDRO
WRITE
34
DBs
33
DB,
32
1/0 B,
1/0 A,
ADDR9
33
ADDR1
q,
ADDR10
32
ADDR2
INT REO
ADDR11
31
ADDR3
PRiTN
31
ADDR12
30
ADDR4
DBDR
30
1/0 A3
ADDR13
29
ADDR5
STROBE
29
1/0 B3
DB3
ADDR14
28
ADDR6
ROMC,
28
ADDR15
27
ADDR7
ROMC3
27
DB,
P1
26
READ REG
ROMC,
26
1/0 B,
P2
25
WRITE
ROMC,
25
1/0 A,
DB7
24
DBO
ROMCo
24
I/OA,
1/0 B1
DB6
23
DB1
Vss
23
DB5
22
DB2
1/0 AD
22
DB1
DB4
21
DB3
1/0 Bo
21
DBo
I
13-127
FAIRCHILD LOGIC/CONNECTION DIAGRAMS
MICROCOMPUTERS
P8
F3899
P7
F3857
ADDR,o
DB7
NC
ADDR9
DB.
NC
DB.
DB7
VGG
ADDR12
VGG
NC
Voo
ADDR13
Voo
NC
EXTINT
ADDR14
NC
NC
ADDRn
NC
NC
ADDR15
WRITE
DBs
WRITE
DBs
DB.
DB.
INTREQ
ADDR7
NC
NC
PRIIN
ADDRo
PRIIN
NC
ADDR,
DB DR
NC
ADDRa
NOT USED
DBDR
CPU READ
NC
ROMC.
DBa
ROMC.
DBa
ROMCa
DB,
ROMCa
DB,
ROMC,
ADDR.
ROMC,
NC
ROMC,
ADDRs
ROMC,
NC
ROMCo
AD DR,
ROMCo
NC
Vss
ADDR.
Vss
NC
DB,
NC
DB,
DBo
NC
DBo
RAM WRITE
ADDR.
13-128
FAIRCHILD LOGIC/CONNECTION DIAGRAMS
MICROCOMPUTERS
P10
F6800
F68AOO
F68BOO
P9
F3870
XTL,
Vee
XTL2
RESET
EXTINT
POo
RESET
Vss
HALT
TSC
NC
<1>,
po,
Pl0
IRQ
po,
Pl,
VMA
P03
Ph
NMI
NC
STRDBE
Ph
BA
R/W
P40
<1>2
DBE
P50
Vee
Do
P4,
32
P5,
Ao
D,
P42
31
Ps2
A,
10
P43
30
P53
A2
11
D3
P44
29
P54
Ao
12
D4
P4s
28
P5s
A4
P4s
27
P5s
As
27
Ds
P47
26
P57
As
26
D7
P07
25
P17
A7
25
A,s
POe
24
Pls
As
24
A'4
POs
23
Pls
Ao
23
A'3
P04
22
P14
A,o
22
A12
TEST
An
21
Vss
GND
21
13-129
D2
Ds
FAIRCHILD LOGIC/CONNECTION DIAGRAMS
MICROCOMPUTERS
P11
F6820/21
F68A21
F68B21
P12
F6850
F68A50
F68B50
CAl
eA,
IRQA
IRQB
Vss
eTS
RSo
RXD
oeD
RSl
Rxe
Do
RESET
Txe
0,
Do
RTS
0,
0,
TXD
03
0,
IRQ
0,
eso
05
es,
06
es,
07
03
0,
05
06
ENABLE
RS
07
R/W
Vee
ENABLE
eS,
es,
eso
R/W
P13
F6810
F68A10
F68B10
Vss
P15
F68316
F68A316
F68B316
P14
F68308
F68A308
Vee
A7
Vee
A,
Vee
Do
Ao
As
As
A6
As
As
0,
Al
A5
As
02
A2
A.
Ne
eS3
03
As
A3
eS,
eS,
A.
A,
Ne
AlO
A5
Al
es,
es,
0,
A9
As
0,
RIW
06
D.
eS5
05
05
es.
D.
D.
eS3
03
03
13-130
FAIRCHILD LOGIC/CONNECTION DIAGRAMS
MICROCOMPUTERS
P16
F6840
F68A40
P17
F6852
F68A52
F68B52
(;,
CTS
Vss
0,
OCO
Rx DATA
G,
RxCLK
Do
DO
TxCLK
0,
SM/OTR
02
TxOATA
03
0,
IRQ
05
RSo
06
RS,
07
RS2
TUF
05
RESET
06
CS
07
RS
E
R/W
Vee
CS,
Vee
P19
F6802
F68A02
F68B02
P18
F6854
F68A54
RESET
XTL
EXTAL
Vss
<1>2
RxOATA
RE
OTR/LOOP ON LINE
Vee STANDBY
RXC
FLAG OET
TXC
TOSR
R/W
ROSR
Do
TxOATA
0,
Do
02
03
0,
RSO
05
RS,
R/W
05
06
E
06
07
Vee
07
A15
A14
A13
A12
21
13-131
Vss
FAIRCHILD LOGIC/CONNECTION DIAGRAMS
MICROCOMPUTERS
P22
F6840
P20
F6846
F68A46
VSS
As
VSS
40
VSYNC
39
HSYNC
A,
RESET
A.
A10
LPSTB
38
Ro
A5
RST
AD
37
R,
A.
IRQ
Al
36
R2
CS ..
Cp,
A2
35
R3
R/W
A7
CP,
A3
34
R.
0 ..
Ao
A.
33
Do
0,
A1
A5
32
0,
0,
A,
As
10
31
02
03
A3
A7
11
30
03
D.
Vee
As
12
29
D.
05
P7
A9
13
28
05
Os
p.
Al0
14
27
D.
07
P5
Al1
15
26
07
CS,
P.
A12
16
25
CS
CTG
P3
A13
17
24
RS
CTC
p,
BLANK
18
23
E
CTO
P,
CURSOR
19
22
RW
E
Po
Vee
20
21
DCLl(
13-132
FAIRCHILD LOGIC/CONNECTION DIAGRAMS
MICROCOMPUTERS
P23
F8880
Vss
P24
F8882
RCV
Vss
ESD
DELAY {CTS'
OPTIONS CTS,
Bs
CTS
B4
XTD
RCV BRK
ANSWR PHONE
SH
ESC
ESS
"iii
01 BIT CLOCK
XMT ClK
DELAY RTS
B3
TEST PAT ENAB
B,
TiiDE'i'
TEST ClK
RTS
B,
XMT BRK
RCV CARR
XMIT MARK
Bo
iiiiKR
'SEI'F'ffiT
XTD
XT CARR
DIGIT CARR
Vee
MODE
1.8432 MHz ClK
RCV DATA RT
EXT ClK
XTL
Vcr;
SHIFT SEl
DATA RATE
ANSWR BACK
TEST ClK
P25
F68488
VSS
IRQ
DMA GRANT
RS,
Cs
RS,
ASE
RSo
R/W
IBO
<1>,
IB,
DBo
IB,
DB,
IB3
DB,
IB4
DB3
IBs
DB4
lB.
DBs
IB7
DB.
TR,
DB7
TR,
DMA REQUEST
ATN
EOI
DAV
DAC
TRIG
RFD
SRQ
iiEffi
REN
IFC
Vee
13-133
II
FAIRCHILD LOGIC/CONNECTION DIAGRAMS
MICROCOMPUTERS
P26
9401
2
3
5
P27
9403/9423
7
8 10
6
5
4
3
10
o
11
12
ER
CP
9---0 IES
8---0 CPSI
13
MR
13
TOP
14---0 TOS
15---0 OES
23
16---0 CPSO
Vee = Pin 14
GND = Pin 7
17---0 EO
11
P28
9404
11
6
7
8
9
18 19 20 21 22
Vee = Pin 24
GND = Pin 12
P29
9405A
16 17 19 21 23
2
3
4
23 5
6 21 19 17 15
10
13
7
10
22
9
11
22
13
14
16
18
20
20
10
Vee = Pin 24
GND = Pin 12
18
VOO
VSS
P30
9406
3
21
19
16
14
= Pin 24
= Pin 12
P31
9407
17
15
23
23
2
3
4
5 21 19 17 15
10
h
12
13000,0203
CI
6
EOx
22
EOo
CO
CP
EX
4
22
8
6 20 18 16 14 8
Voo
=
Vss
=
9 10 11 20 18 16 14
Voo = Pin 24
VSS = Pin 12
9 10 11
Pin 24
Pin 12
13-134
13
FAIRCHILD LOGIC/CONNECTION DIAGRAMS
MICROCOMPUTERS
P33
9410
P32
940S/940SA
40
4
34
STRB To
10
Tl
T2
33
32
T3 MWO
11
12
MW2
MW,
13
BAl
BAo
14
15
BA3
16
17
BAs
BA2
BA4
18
19
BA?
20
2
BAg
BAs
BAa
Ao
10
A1
12
8
1 17 15 13 11
A2
13
35
PlS
39
CP
MR
A3
INH
Ao
Al
A2
A3
A4
As
~
~
~
~
v
~
~
16
VOO
VSS
~
~
~
~
D
~
14
12
10
VOO = Pin 18
VSS = Pin 9
= Pin 10
= Pin 30
P34
9440
36
DCH
INT
REO
REO
CP
RUN
11
CARRY
13
INT ON
35
ClK OUT
XTl
37
Vee = PIN 31
SYN 0-- 33
32
= PIN 12
= PIN 10
= PIN 30
ilNJ
GND
GND
40
39
38
34
00
IBo IB1
II
14
15
IB8
16
17
18
19
20
21
IB9 1810 IB11 18121813 1814 1815
111111' I
22
23
24
25
26
27
28
29
P36
47038
7
6
5
4
3
II
P3S
47028
15 14 13 12 11
9--<> IES
8--<> CPSI
1M
13
CP
TOP
14--<> TOS
Ecp
15
OES
16--<> CPSO
23
17--<> EO
9
1
2
11
3 10
Voo = Pin 16
Vss = Pin 8
18 19 20 21 22
VOO
VSS
13-135
= Pin 24
= Pin 12
FAIRCHILD LOGIC/CONNECTION DIAGRAMS
MICROCOMPUTERS
1
9
8
P37
P38
47048
47058
7
6 15 17 19 21 10
2
3
4 23 5
6 21 19 17 15
LI D3 D2 D, Do K3 K2 K, Ko RO
10
EX
2
12
CP
4
13
MSS
5
I.
22
22
EO
W
13
X
10
V
11
EO
Lo
Q3
Q2
Q,
Qo
RI
13
14
16
18
20
23
20
Voo
VSS
18
16
14
9
VOO = Pin 24
Vss = Pin 12
= Pin 24
= Pin 12
P39
47068
2
P40
47078
3 21 19 17 15
2
3
4
5 21 19 17 15
23
23
13
CO
6
SF
13
22
SE
22
8
6 20 18 16 14 8
9 10 11 20 18 16 14
Voo = Pin 24
VSS = Pin 12
9 10 11
Voo = Pin 24
Vss = Pin 12
P41
47088
40
1
4
T2
34
T3 MWo
32
11
12
13
BA,
MW2
MW,
10
6
33
P42
47108
15
BA3
BA>
BAo
14
16
17
BAs
BA<
18
19
20
BAg
10
Ao
12
A,
13
A2
35
PLS
A3
39
CP
8
MR
INH
Ao
Al
A2
A<
As
1 17 15 13 11
BAg
BA?
BA6
2
VIA,
A6
16 14 12 10
Voo = Pin 18
VSS = Pin 9
Voo = Pin 10
VSS = Pin 30
13-136
IPRODUCT INDEX
..
11
IDIODES
....
11
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CHARGE-QOUPLED DEVICES
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.666 (14.097) ,
.546 (13.843) :
.192
6°
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-L:
.030
(0.762)
.340 (8.636)
.330 (8.382)
.310 (7.87)
.290 (7.366)
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.130 (3.302)
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ORIENTATION MARKS
IS}O0
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(9.195)
(3.555)
TYP.
.
(4.877)
TYP.
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.060 (1.524)
NOTES:
For polarity Indication the top surface is ribbed.
The unit LED segments cannot necessarily be seen
through the lens cap.
Lens cap color is red for red LED.
Pins 1 and 6 are common.
All dimensions are :t.015 inch.
All dimensions in inches (bold) and millimeters (parentheses)
14-8
FAIRCHILD PACKAGE OUTLINES
Opto-13
_ . 6.590
1 0 (14.986)
(15.49);
.300
(7.62)
l
.010
(.254)
r--
",,,L,1
.645 (16.383)
.500
(12.70)
.305 (7.747)
.296 (7.493)______________ _
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I I I I
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.016 (406)
I
I
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·100
(254)
.200
t----t-(508)
NOTES:
For polarity indication the surface is ribbed.
The unlit LED segments cannot
necessarily be seen through the lens cap.
Lens cap color is red for red LED
Pins 3 and 8 are common
All dimensions are ±.015 inch
I
All dimensions in inches (bold) and millimeters (parentheses)
14-9
FAIRCHILD PACKAGE OUTLINES
Opto-14
NOTES:
For polarity indication the surface is ribbed.
The unlit LED segments cannot
necessarily be seen through the lens cap.
Lens cap color is red for red LED
Pins 4.6. 12 and 17 are common
Ali dimensions are ±.015 inch
All dimensions in inches (bold) and millimeters (parentheses)
14-10
FAIRCHILD PACKAGE OUTLINES
Opto-15
~I-
-
.020
I1~.145
030
(0.508)
(:760)
i--""""'; (3.68)
,;:, 1
1
.300
--.i
(7.620)
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.600
(15.24)
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(1.91)
.075
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(10.16) MAX
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(3.68) M I N .
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(2.31)
(O~~~)
300
~(7.62)
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.325
_18.255)
PIN 18
14 PLS
TYP
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PIN 10
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16147ri
PIN 1
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1
.600
115.1~41
1
PIN 9
.985
125.019)---......~1
I
All dimensions In Inches (bold) and millimeters (parentheses)
14-11
FAIRCHILD PACKAGE OUTLINES
Opto-17
3.500
1-------...,....---(88.9()())----~----~
.135
(3.429)
3.220
1----------(81.788) - - - - - - - - - - 1
470~
f1
(11.938)
.045
.360
(1.143) (9.144)
.240
(6.096)
.800
(20.32)
COLON
(34 PLACES)
PIN11
' ,
'0315~
--
•
I.-
.100 I
(2.54)1
I
1-o14>--_ _ _ _ _ _ _CE~.~~~ED---------
.14
(83.820)
Opto-18
3.500
1-----------(88.900)---------+1
.135
(3.429)
3.220
1----------(81.788) - - - - - - - - .773
.240
(6.096)
.045
.360
(1.143) (9.144)
_I
(11.303)1
r:~
I
r
.800
(20.32)
I
(34 PLACES)
PIN 11
~
0315
•
I
.14
1
34
' ,
1
l.-
.100 I
(2.54)1
I
CENTERED
1
3.300 - - - - - - - - _ "
(83.820)
.i 1-0.>---------
All dimensions in inches (bold) and millimeters (parentheses)
14-12
l
062j
(1.575)
.
.060
(1.524)-
FAIRCHILD PACKAGE OUTLINES
Opto-20
I.
.500
(12.7)
·1
2.33
(59.182)
.217
~=~ ~=~ ~=~ F~~~. -.slo
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(5.512)
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PIN PROJECTION
II
.25
(6.351
-t
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(13 PLACES)
IL
.062 __
(1.575)
Opto-21
2.33
,<59.182)
4
1
.500
-1-
r{?
~ ~=~ ~=~ F~~~.
-.6t
(112·7)t=::;=~~;'-O~~:~~~O~~:~~~O~.~:~O~~CO
DIGIT 4
-'--1---'="-'-=""
-t
I~PIN1
.125
(3.181 .062 TYP(1.581
q
.025 (6351 MAX STAKING
PIN PROJECTION
"I
.217 -1--1
I
I
(5.512)
_(17f8)
.25
(6.351
-t
-
.031 DIA THRU
(13 PLACES)
IL
.062 __
(1.575)
I
All dimensions in inches (bold) and millimeters (parentheses)
14-13
FAIRCHILD PACKAGE OUTLINES
Opto-22
.025 (.635) MAX STAKING
PIN PROJECTION
41_
2.91
(73.914)
.500t
•
112.71
DIGIT 5
t
.031 DIA THRU
(14 HOLES)
10.78)
•
.2;172)
.12
(3.05)
t
+1
(5'~_t_I::===============:::t
.062
11.58)
NOTE:
Tolerance unless specified:
.xx = ±.010 (0.25) .xxx = ±.005 (0.125)
Opto-23
I_
.025 (.635)IMAX STAKING
PIN PROJECTION
l __
2.91
(73.914)
.500t
•
112.71
DIGIT 5
I
-~
.100 TYP
12.54)
- - .050
11.271
.031 CIA THRU----'
(14 HOLES)' .125
(318)
(0.78)
.
t
.2511~) + 1
(5'~_t_I:::::::===============I
.062
(1.58)
All dimensions in inches (bold) and millimeters (parentheses)
14-14
t
FAIRCHILD PACKAGE OUTLINES
Opto-24
1----------3.31184.07)-----------1
.708
117.98)
.708
117.98)
.0251.635) MAX STAKING
PIN PROJECTION~
RED DIFFUSER FILM
.0051.127) THK.
;:::
N
B
;:;
PART CL
1------------------3.53189.66)-----1
,
NOTE:
Colon cathodes tied to digits 3 & 41
Opto-25
1----------3.31
184.07l'---------~
.708
117.98)
.025 1.635) MAX STAKING
PIN PROJECTION~
RED DIFFUSER FILM
.0051.127) THK.
f
~
..
N
'"'
52
.125
"l
....
"!
L
~,,,JlI-- II
.06211.57)
PART CL
1 - - - - - - ' - - - - - - - - - ' - ' - - - - - 3 . 5 3 (89.66)-----1
NOTE:
AM/PM Ind. cathodes tied to digits 1 & 2.
Colon cathodes tied to digits 3 & 4.
All dimensions in inches (bold) and millimeters (parentheses)
14-15
FAIRCHILD PACKAGE OUTLINES
Opto-26
Opto-27
.084 (2.134)
.078 (1.981)
WINDOW
.200
(5.08)1
DIA.~
LENS
.210 (5.334)
PHOTOSENSITIVE
AREA
-.I-~,.....J~556)
.10I;u..!
REF'~ ~ ~
3 PINS
.022 (.559)
.016 (.406)
DIA.
1
.400 (10.16)
MIN .
~
--~-
.153 (3.886)
.147 (3.734)
.100 (2.54)
FPT101
EMITTER
.050 (1.27)
FPT102
ANODE (+)
BASE
.180 (4.572)
.166 (4.216)
---.
COLLECTOR
EMITTER
y
FPT101
COLLECTOR
~.080FLAT
(2.032)
FPT102
CATHODE (-)
.450 (11.43)
O
.... I
I I .021
--1 1+-.015
(.533)
(.381)
OIA.
Opto-28
1
Opto-29
.200
(5.08)'1.126 (3.200)
OIA.
.100 (2.540)
~~i~ ~ :L",
i
3 PINS
.022 (.559) J
.016 (.406)
DIA.
.~l_
t
I
.195 (4.953).
.178 (4.521)
DIA .
.030
(0.762)
MAX.
I
L·06S (1.651)
.210 (5.334) .036 (0.889)
.170 (4.318)
L.'"".,;;;'iT"""'T?
-t-··
MIN .
~
2 PINS
.019 (0.483)
.016 (0.406)
DIA .
t
I
Seating
Plan-e
_---.1I
.230 (5.842)
.209 (5.309)
DIA.
-r'
r
.500 (12.700)
N
.
. 100 (2.54)
.100 (2.540)
T.P .
.050 (1.27)
BASE
\
PIN NO.2
CATHODE (-)
COLLECTOR
EMITTER
460~~
~
(1.16~
.046
.036 (0.914)
.080 (2.032)
FLAT
L.048
All dimensions in inches (bold) and millimeters (parentheses)
14-16
GLASS
(1.219)
.028 (0.711)
FAIRCHILD PACKAGE OUTLINES
Opto-30
Opto-31
.230 (5.842)
i -- --r .209D(~309)
.178D\~521):r-::- _____j!_-------.i
.030 ~-IT
~ .020 (0508)
(0.762)1
.210 (5.334) -.000
.195 (4953)
MAX.
Seating
I
Plan-e--t-
f.
I
.170 (4.318)
,
--t .
1
~ ~ ~ 500J~~700)
3 PINS _
.019 (0.483)
.016 (0.406)
DIA.
I
WHITE DOT
.
t
t
--
.095 (2.413)
.085 (2.159)
t--~...,...h.--I
.. 100 (2540)
T.P.
,2
" 1(' I ".,
,
PIN NO.3
COLLECTOR
\
~-':":""--lf-\1;-O-A_-:> ~j
'V%- ':;,(1168)~>V.048
45 0
,4
.046
.036 (0.914)
.400
(10.16)
MIN.
~
0
o
GLASS
1 1
.020 (50B)
--I I-- .016 (.406)
(1.219)
.028 (0.711)
Opto-33
.055 (1.397)
.050 (127)
Opto-32
.185
(4.999)
DIA.
.015
.-l
I
T---
.135 (3.429)
DOME~)085(2.159)
.105 (2.667)
.095 (2.413)
NOTE 6
(0'3B~)
REF.
SEATING
PLANE
1.-'
IJ
-METAL
3 PINS
.022 (559)
. 016 (406)
DIA.
NO
WHITE DOT
NOTE 4
9 UNITS
@ .100 (254) PITCH
.500
~ ~ ~
(1270)
MIN .
TOL.
.---l
450
yj
' •
I
I
I
I
' . 230 (5.B42)
FLAT WITH SEATING
U
.125 f n 1 P L A N E WITHIN .010
(3.175)
,)
...L.----.-----'t_
.1,//
.,
.30~~~.62)1L-
CATHODE (-)
(CONNECTED
TO CASE)
~
~L
.040
(1.016)
NONrMUL~TIV:
.205
(5207)
.190 (
4.826)'
~~~'\
--.------l-!:~-"~- ) ~~;
.900 (22.86)
,
CONNECTlON~ r;L:~.~~~ :~~~:
ANODE (+)
1 !-.103 (262) TYP.
L
'I
--.1--1' r-r-~-'-'
I - - - - - ' .231 (5.867)
! J . 2 0 5 (5.207)
IPLASTIC
..J" .I...057 (1.44B) NOTE 6
0 4 3 (1.092)
--!
.040
(1.016)
.380 _
(9652)
All dimensions in inches (bold) and millimeters (parentheses)
14-17
SEATING PLANE
.018
(0.457)
DIA.
I
FAIRCHILD PACKAGE OUTLINES
Oplo-34
.052 (1.308)
.049 (1.232)
l
Oplo-3S
Hi
375
9 .525 )
.047 (1.194)
.042 (1.067)
J _-.l_ rr±-rl--'------.--r-=
-T-T
T
T
.097 (2.464)
.257 (6.528)
.243 (6.172)
NOTE 7
12 UNITS
@ .250 (6.35) PITCH
TOl. NON·CUMULATIVE
L --I",I k·
----.l-T-
.132 (3.352)
.118(2.997)
.103(2.6~6)
.057 (1.448)
I I
.043 (1.092)
--: :-- NOTE 6
103 (2.616)
,.097(2.464)
.·me
T--
.0922.337)
.082 (2.083)
10 UNITS
NOTE 6
@ .087 (2.210) PITCH
3.0
(7.62)
.00'"['' '.:E
roc
.867
(22.022)
I
.125
ffi
-125 .......,..... _____-'-
(3.175) (3.175)
.385 (9. 779) .
.375 (9.525)
f.;.245.-1
,
FLAT WITH SEATING
* =r= '
PLPONE WITHIN .010
(254)
.300 (7.62) ~
MIN.
FLAT WITH SEATING
PLANE WITHIN .010 (.254)
SEATING PLANE
LEATING PLANE
r---j I L
I (6.223) I
-----.
.215 (5.461)
.200 (5.08)
--t
.300 (7.62)
MIN.
i
.225 (5.715)
~~.018 (.457)
OIA.
--11.-.018 (.457)
DlA.
r ",· j /'
Op10-36
2 40
(6.096)
PLASTIC BODY"""
I
.195
(4.953)
I I
L a-
WHITE DOT
NOTE 2
I"
--(.,-~.:--
./""SOURCE
.090 (2.286)
.084 (2134)
---1
I
----'--
'.:-~--
.,
I! I
,
.057 (1.448) _I
.043 (1.092) -.,
1--1
---+
.050 (1.27)
~914)
SENSOR
I
1
.103 (2.616)
~ .097 (2.464)
FLAT WITH SEATING
PLANE WITHIN .010 (.254)
I
.195 (4. 953)
.180 (4. 572)
,
I
SEATING PLANE
--t
.300 (7 .62)
MI N.
j
,
~.018
~
(.457)
OIA.
All dimensions in inches (bold) and millimeters (parentheses)
14-18
FAIRCHILD PACKAGE OUTLINES
TI
Opto-37
rn '340 --,
~
045
(1:143) --
r
(S.636)
3
1
~75(1.905)MAX
~!-
.050il.270)
~-f
' - .062(1.575) DIA .
T""r=r::::::r::6::r;::l
.250[1;;;;;:r::
4
r-
.032
.120
(.813) (3.048)
+
t
.150(3.S1)
+
IL
.018(.457)
±.003(.076) ....
.010(.254)
±.002(.051)
~
.100(2.54)
I
I-------
.340(S.636)
TYP
---II
Opto-38
II
---1::;:==:.590
.060 (1.52)
(14.9S6)~
II
.470 (11.93S) MIN
.020 ( 0 . 5 0 8 ) l L
f1 fl.fl
rl fl fl fl rl fl rl rl·fl
L.J L.J L.J L.J LJ L..J L.J L.J L.J L..I L"'_""",
1_----..-
___ L.I
24
13
~,---
.354 (8.99)
1
.205
(5.207) MIN
J"
1--*---::cJn~----:r::::::li!<-~ =~I--+-f-:VIEWING
AREA
.115 (2.92)
I
L
--
/
BACKPLANE
--or!,
r, r'
I I I I I I
L..I
L.J
LoJ
r'I ,.,
I I
L..I
.0391.991)
L.J
1 1--.01910.482)
.028 (0.71)-/
J..!.-.019 10.482)
I
.096 (2.438)
.056 (2.046) MAX __
P-DISPLAY WITH POLARIZERS
All dimensions in Inches (bold) and millimeters (parentheses)
14-19
1-
1--
+
I
FAIRCHILD PACKAGE OUTLINES
Opto-39
120.521------------l.~1
f4-----------.808
""1.1---------·709118.011 M I N - - - - - - - - + l _ 1
.02810.711-1..,.--
~~->--
rl r l n p r1 r1 r1 n p rl r1 rl r1 rl r l n n rl rl rl
I II II II II I I I I II I I I I II I I II II II I I I I II I I I I I
LJLJuLJLJLJLJLJLJLJUuuLJLJLJLJLJLJLJ
40
21
1/
1
",
1132081
.520
J
DISPLAY
0
F01~-t:'
~ 0 ~~ D~O~ ~aOF
r.:1
+-++_+-_~L~\J
.237
16.021
\
.137
.260
16~041
1 ,.....
T
nl
20
LJ LJ LJ
LJ
- - _ ! ._ _•.(
--L
r l rl rl rl rl rl rl
rl rl rl rl rl r l rl
rl r1 r1
I I I I I I I I I I I I I I I I I I I I I I I I I I I I I I I I I I I I I I I I
/'J =E.
/'
BACKPLANE
[rl
rl
13 481
•
VIEWING
AREA
/
50
I
/LJ
LJ
LJ LJ
U LJ LJ LJ
019 10.4831
.01910.4831
.037 10.941
__
.~I
LJ
LJ U U U
.089
LJ U
LJ
_
1
1
~ 12.261 -
~J.
l,£~
~I
'W
.420
08
12.15591
t
.060
11.5241
.050
11.271
1
j
I
~.028
I
10.7111
•
.064
1
-11.6261 MAX
P-DISPLAY WITH POLARIZERS
Opto-40
~
"".t-----------_'808 120.521------------l_>-I.
.050
11.271
r-
_I
- - - . 7 0 9 1 1 8 . 0 1 1 MIN
r.,I r,
r, r'1 r,
r, r-,I r'
,..,
I I I I I
I I I I I
I I I I
I
I'
I
I
r,
r,
I
I I I
--..!I
,.02
8
10.7111
~-
D~ J".fY-I.- + r-'- -+'2-:,-L-"o-L-J- B~:~":; ~_c~ c,"~" ~~ ,c~ :'1' }g. ~--1-0-
J1
-1,~ ,-+- + - - ~r'l,,~;_Bill_ ~, ~o
T f /'-;:rl LJil LJil LJi-: i-: il il ii t1JLJil ii ir-.260
16 601
It
13V 731
/1
BACKPLANE
-
1
12
L~
L~
~\.-'02810.7111
-
L~
L~
-I
L~
L~
1--.11012.791
.03010.5161
_.06311601
L~
.085
12.1591
t:J
"o~
r- ___
1.05011.271
I
•
1~I .02810.711 I
~162~~4MAX
P-DISPLAY WITH POLARIZERS
All dimensions in inches (bold) and millimeters (parentheses)
14-20
FAIRCHILD PACKAGE OUTLINES
Opto-41
~1
1 + - - - - - - - - - - - . 8 0 8 1 2 0 . 5 2 1 - - - - - - - - - - . . . ,..
.050
11.27)
-------.709118.01)
1"'1
.......
r1 r1 r1
P r' r1 r' r' r'
MIN--------~
..
r1 r1
n
r1 r1
r1
r1
-
.02810.711-1
I
=:T
'I
n n r1
r1
I II II II II 1111 III 111I1 II II II I1111111 II III
LJ LJ LJ LJ LJ LJ LJ LJ LJ LJ LJ LJ LJ LJ LJ LJ LJ LJ LJ LJ
40
1
21
.520
113.2081
I
-rll+---+_;'---,
o
DISPLAY
'~-('l:'
l
T
.140
13.5561
I
1
1.350
18.831
MIN
I
1i;2gII+-f-j-+-
VIEWING
AREA
---L
.137
.260 13.481
16.6041
.085
12.1591
/'j~'01910.4831
.01910.4831
/'
BACKPLANE
.050
j
.089
12.261
.03710.941
I 11.27)
II-i- .028 +
10.7111
I .064
1
-11.6261 MAX
P-DISPLAY WITH POLARIZERS
Opto-42
-'823120'901_~"1
I-
-I
i"'O---
1;0~1061-1
~I
·r-~r,~r~,~r~,~r~,~n~r,~r~,~r~,~r~,~r'~.,~r~'~r~'~n~n~n~r~'~r~'~n~n~r1~r~'~r~'~------~---~-I I II I I I I I I I I I I I I I I I I I I I I I I I I I I I I I I I I I I II 11 I I I I
___ LJ LJ LJ LJ LJ LJ LJ LJ LJ LJ LJ LJ LJ LJ LJ LJ LJ LJ LJ LJ LJ u LL_
r -r~IT1 D1 IT1 a=TI ~ :'1 ~i.~
-llbD ~8@ @ ~ ~ I t ,~:"
"
I
I -
r-1_1---------·740 118.7361 M I N - - - - - - -......
U
1
".
II
t
~~
13481
'1
L
,___
1
-j' n
r1 n
n
_
r1 n r1 ., n n
1
-I
n r1 n n n r1
r1
1
j
r1 n
23
n .,--
1
[1
-LOi~J- ~
1_.070117781
093
(2.361
I
P-DISPLAY WITH POLARIZERS
All dimensions in inches (bold) and millimeters (parentheses)
14-21
118.9921
~
/LJ U LJ tJ U U U LJ U U LJ LJ U U U U U U U U U LJ U
BAC~~~~I~:6~0;~~11
.028
10.711)
'-1
L-
_
.050
(1.27)
~I;o:tt~~;
MAX
I
FAIRCHILD PACKAGE OUTLINES
308
309
310
B:104l2.li4l
.11212.841
[ ]
.20015.081
.18214.621
.16214.11 I
--j
I-- .112 12.841
I .10412.641
.0211.533)
.0191.4831
0
.18214.621
.16214.111
r
I
L-_ _ _--J
MAX.
1--_ _ _-t-_.5oo 112.701
MAX.
.09712.461
.08311.751
I------+-I-
::~~ :~:~5:
.11212.841
.104 12.641
1
MIN.
I
t-,..u-----u--;
.435F-
r-
I
:~~~ ::~~~l
~~~
0.4122.861
.455110.56)
-I r
OOOO
.450111.43)
MAX.
1.00+.40)
L
111111
'-,il.----~
W.30017.62)
.2801.533)
JEDEC DO-7 OUTLINE
JEDEC DO-35 OUTLINE
o-r
~r
1.0
-f'
.180
14.571
J
0.300
17.62)
n
-t
JEDEC DO-41 OUTLINE
.0311.7871
.0291.7371
-f
:::::l~:1
C
.155 13.941
.14513.681
U
1
1.20130.51
1.10 (27.91
,
.17514.451
.16514.191
~ ~
.05711.451
.05511.401
1.0
125.401
----------,-I
U
.020
10.508)
.075
11.911
CIA.
NOTES:
.020 diameter dumet pins, tinned or goldplated
Hermetically sealed glass
Package weight is 0.25 grams
NOTES:
.020 diameter dumet leads, tinned or goldplated
Hermetically sealed glass
Package weight is 0.14 grams
NOTES:
Hermetically sealed glass
Package weight is 0.14 grams
All dimensions in inches (bold) and millimeters (parentheses)
14-22
FAIRCHILD PACKAGE OUTLINES
MODULE A
1-----2.140154.361
r
1.13128.451
I
MODULE B
-1 183~1
2.140154.361
I'~'
-.4...,3-6-11-1.-07-1-------+-.~.L±l62
~
1.23131.241
115.751
30·
(TYP)
MODULE C
•
1
1.381351
.7481191
~
I
.5111131
L
All dimensions in inches (bold) and millimeters (parentheses)
14-23
I
FAIRCHILD PACKAGE OUTLINES
24-PIN SIDE-BRAZED
1
' > - - - - - - 1 . 2 0 0 1 - - - - -+1'1
130.481
1
12
~
10.761'
t I
I
I '"R
~\Y~"j'
13
OA
NOTES:
Optical aperture is .300 (7.62) dia.
Header is white ceramic
Lid is gold-plated kovar with glass window
Pin No. 21 is common to substrate
Package is hermetic
Package weight is 4.5 grams
24
--I l- .040
TYP
11.021
.
.040~
~.490~
=-=-=-f::;;::;;::;;::;;:t::;;::;;::;;11.::;:~=):::SEATING E J 1 1 2 ' 4 5 1
'
L
t
PLANE
.050
11.271
.600
115.24)
.050 TYP.
11.271
REF.
24-PIN SIDE-BRAZED
1'1
(20.32)
.800
'8
\
OB
I I
040
--1 I-- (i .02) TVP.
9
.060
(1.52)
~ .450
I
-----j
I
(11.43)
16
NOTES:
Header body is black ceramic
Lid is gold-plated kovar
Pin NO.9 is common to substrate
Package is hermetic
Package weight is 1.1 grams
.010
(0.25)]
.-17
';':::'"~'''
L .
~
.-
L-
.020
(0.51l TVP
I
.--H... ~ ~(2.54)TVP.-.l
.100
SEATING
PLANE
(1.40)
.050
(1.27)TVP .
I
.300
1--(7.62)--1
REF.
All dimensions in inches (bold) and millimeters (parentheses)
14-24
FAIRCHILD PACKAGE OUTLINES
JEDEC TO-3 OUTLINE
.135 (3.431
MAX.
-'-------1.rh-,~
t
.500 (12.701
.312 (7.921
AW
NOTES:
Leads 1 and 2 electrically isolated from case
Case is third electrical connection
Steel base
Package weight: 12.27 grams
1.197 (30.401
1.177 (29.901
:~:~ ~~:~:: DIA.
2 HOLES
.188 (4.781 R. MAX.
2 PLACES
.525 (13.341 MAX.
JEDEC TO-3 OUTLINE
.835 (21.211
(20.451
I.... 805DIA.
.215 (5.461
.205 (5.201
i-I
SEATING
-1
GO
.135 (3.43)
MAX.
".-+--.-'--------'-,"-"
PLA~E
___,
_
NOTES:
Pins are solder-dipped copper
Pins 1 and 2 electrically isolated from case
Case is third electrical connection
Copper base with braised moly disc. Pins are
soldered in
Package weight is 18.0 grams
Aluminum cap
~
-t
_
.043 (1.09) DIA
.... 038 (0.965)
.
.312 (7.92) MIN.
'- ",.. '''"'', :1
1.168 (29671
EMITTER
PIN NO. 2.225 (5.71)
.205(5.20)
•
j
"-
.440(11.18),
.420 (10.67) ,
1
~
/~
'/'<~//
I", ~'<'-"'I
.675 (17 15)
655(1664)
GF
'"
/_1_'
/, i
(W
\Q:;-1
,
,
\,
' I ------,-
,,\.
~,,_
'
.161 (409)DIA
.151(384)
.
2 PLACES
NOTES:
Pi ns are alloy 52
Pins 1 and 2 electrically isolated from case
Case is third electrical connection
Copper base with soldered in pins
Aluminum cap
Package weight is 17.9 grams
\
-~/
'1'i\
'-
~/
/
.188(4.78)
R MAX.
2 PLACES
',--- .525 (13.34) MAX.
BASE
PIN NO.1
All dimensions in inches (bold) and millimeters (parentheses)
14-25
I
FAIRCHILD PACKAGE OUTLINES
JEDEC TO-3 OUTLINE·
JEDEC TO-3 OUTLINE·
.32518.131
.205 15.211
.13513.431
MAX.
r-r+-r-'------',...I--,-.,~
.32518.131
.20515.211
SEATING
PLANE
.312 (7.921 MIN .
•
LEAD NO.1
.440(11.181
~
- , - ----'"'...---'d'--i--'-2 PLACES
.145 (3.68) R MAX
LEAD NO.1
JEDEC TO-71 OUTLINE
f'"""
-+
AB
1------4_ .230 (5.84)
::: ::~: Ii·
.il
DIA'~
.030 10.762)
MAX.-:! I
SEATING - [ : :
PLANE
I
NOTES:
Leads are gold-plated kovar
Lead 3 internally connected to one island
Lead 7 internally connected to other island
Leads 4 and 8 omitted
8 mil kovar header
Package weight is 0.60 gram
.21CHS.32)
.170 (4.32)
:~~~:~f~r m~ mj~·70)
HM
.10012.S4)
T.P.
.05011.27)
T.P.
LEAD NO.3
LEAD NO.2
45'T.P.
Y
.04611.17)
.036 (0.914)
V
NOTES:
Leads are gold-plated kovar
Leads 4 and 8 omitted
No island
8 mil kovar header
Package weight is 0.60 gram
LEAD NO.5
LEAD NO.6
__
LEAD NO.7
h L
.04811.22)
.028 (0.711)
JEDEC TO-72 OUTLINE
.230 (5.84)
.195'(4.95) A - . 2 0 9 ( 5 . 3 1 )
.178 (4.52)------t
DIA.
'03~:~'762)~~
1~70
i
MAX.
SEATING _I:.
PLANET
.'
4 LEADS
.019 (0.483)
.016 (0.406)
DIA.
~ ~ ~
CR
NOTES:
Leads are gold-plated kovar
Lead 4 connected to case
Collector electrically isolated from case
Package weight is 0.36 gram
.500 (12.70)
MIN .
I
__
LEAD NO.3
LEAD NO.1
\
;-:
45° T.P. 'Y
14.32)
GLASS
__
'/A"y
L
.046 (1.17) '------"".
.036 (0.914)
CASE
.048 (1.22)
-:028 (0.711)
All dimensions in inches (bold) and millimeters (parentheses)
14-29
I
FAIRCHILD PACKAGE OUTLINES
:"F"
JEDEC TO-78 OUTLINE
.305
.335 (7.751
(8.511
OIA.
:~~~ l~~~:
~
l O.350
l A(8.891
.
OIA.
PLANE
L
t
.165 (4.191
SEATING
PLANE
~
' . ,
!
4 LEADS;'
.019 (0.4~~~
.016 (0.4061
OIA.
L
t
6 LEADS
.500 (12.701
MIN.
~ ~
.370 (9.391
.33gl~511
.040 (1'916lTIr~
MAX.
.185 (4.691
'040(1'9161~~
MAX.
.185 (4.691
SEATING
:"F"'r-
JEDEC TO-78 OUTLINE
.370 (90401
.020 (0.5081
.016 (004061
OIA.
+
_ _ __
'i65(4l9j
~
.',
t
~~ ~ ~~
.500 (12.701
t
MIN .
_ __
HA
5C
NOTES:
Leads are solder dipped to seating plane
Four leads thru
50 mil kovar header
Package weight is·1.08 grams
NOTES:
Leads are solder dipped to within .040 of
seating plane
Six leads through
Leads 2 and 6 are omitted
50 mil kovar header
Package weight is 0.95 gram
JEDEC TO-86 OUTLINE
•
,.-'
I
14
~
t
.019 (0.483)
.015 (03811
TYP.
.006 (0.1521
.004 (0.1021
1
I
-
.260 (6. 6041
096)
.olo
7
~~(9.3981
.250 (6.3501
' 'r
(1.2701
TVP .
8
I
I
I
.370 (9.3981
.250 (6.350)
31
NOTES:
Leads are tin-plated 42 alloy
Hermetically sealed alumina package
Lead 1 orientation may be either tab or dot
Cavity size is .130 (3.30)
Package weight is 0.26 gram
~====~:~~~§:~~~
260 (6.604 1--j
.025 (0635)
1--..240
f
TYP.
(6096)
:g~~ g~~6:
All dimensions in inches (bold) and millimeters (parentheses)
14-30
FAIRCHILD PACKAGE OUTLINES
JEDEC TO-91 OUTLINE
JEDEC TO-92 OUTLINE
1.
2 05 (5.20)1
.175 (4.45)
DIA .
.2 1 0 - . - - - - \ 5 . 3 3 ) - 0
.170 (4.32)
I
I
L----I-
.370 19.391
.250 (6.35) +~.--~.-1
~
i
1
··L.035 <'8891 1
.0061.1521
:oti4i.0921
TYP.
.500(12.70)
MIN.
SEATING
PLANE
n
~U
I
r--
I
-"-T
.370 19.391
.250 16.35)
~3LEADS
.019 (0.483)
.016 (0.406)
DIA.
1--_ _+-_.135 (3.43)
MIN.
.100 I2.54)-t-f-----i
T.P.
.050 (1.27)
T.P.
f
.26016.601
1
.240 (6.101 ~
~
.085 (0.2161
.075 (0.1911
3F
NOTES:
Leads are tin plated 42 alloy
Hermetically sealed alumina package
Cavity size is .130 (3.30) diameter
Package weight is 0.26 grams
.10512.67)
.08012.03)
EG
NOTES:
Package material is transfer molded
thermosetting plastic
Package weight is 0.25 gram
JEDEC TO-96 OUTLINE*
.370 (9.398)
.335 (8.509) --+j;C::::==:::::!:jt-:.-=-33~5 (8.509)
.305 (7.747) I
.040
.260 16.601
(1.016~ttJr;t;;;;;:;:;;;J~·2~4[0((6~.1~0::.)
MAX.
++ _--.-
.-
10 LEADS
.020 10.511
.01610.41)
t
SEATING
- - - - . - - - - - - --PLANE
.. I
m~~~~~ill.040 (1.016) .500 (12.70)
MAX.
MIN.
t
rn~
.230 (5.842)----1-'0----1
T.P.
.115 (2.921)
T.P.
GLASS
6
1
'10
36°
T'P"~
~~
V//
V
.034 (0.864)
5R
NOTES:
Leads are gold-plated kovar.
Nine leads thru, Lead No.5 is connected
to case
15 mil kovar header
Package weight is 1.32 grams.
'Dimensions similar to JEDEC TO-96
except for standoff.
7
8
INSULATING STANDOFFSHAPE MAY VARY
.045 (1.143)
.029 (0.737)
.028 (0.711)
All dimensions in inches (bold) and millimeters (parentheses)
14-31
I
FAIRCHILD PACKAGE OUTLINES
JEDEC TO-99 OUTLINE
.370 (9.398)
.336 (8.509)
DIA.
r-.
I
3 36 (8.509)
.305 (7.747)_
DIA.
5B
t-----,---
NOTES:
Leads are gold-plated kovar
Seven leads thru leads No.4 connected
to case
15 mil kovar header
Package weight Is 1.22 grams
.040 (1.016)
~
.165(4.191)
SEATING~
PLANE
-
nn n nn
8 Loads
UU U UU
.019 (0.483)
.016 (0.406)
DlA.
f
.600 (12.70)
.040 (1.016)
MIN.
MAX .
5L
NOTES:
Leads are gold-plated kovar
Eight leads thru
15 mil kovar header
Package weight Is 1.22 grams
.100 (2.540)
T.P.
JEDEC TO-99 OUTLINE
1--_ _ _ _ _"*_.370 (9.40)
.335 (8.511
. 335 (8.509)
1
5M
t
NOTES:
Leads are solder dipped to seating plane
Eight leads thru
15 mil kovar header
Package weight is 1.22 grams
.185 (4.699)
.040 (1.016)
SEATING
PLANE
.
.1
.30~\~~47) ~lJ
MAX.
DIA
l
1. 165 (4.191)
T
.
i
~
*
•
I
.:2~E~~~)_nn n nn .O~1~~2) .50~\~~.70)
.016(0.41)
UU U UU
t
DIA.
5S
NOTES:
Leads are solder dipped to seating plane
Seven leads thru, leads No.4 connected
to case
15 mil kovar header
Package weight is 1.:!2 grams
.100 (2.54) T.P.
GLASS
INSULATING
STANDOFFSHAPE MAY VARY
All dimensions in inches (bold) and millimeters (parentheses)
14-32
FAIRCHILD PACKAGE OUTLINES
JEDEC TO-100 OUTLINE
.370 (9.39S)
.335 (S.S09) 1t~===~l-_.3_3T5 (S.S09)
.305 (7.747)
5E
NOTES:
Leads are gold-plated kovar
Ten leads thru
15 mil kovar header
Package weight is 1.32 grams
SF
.230 (S.842}--+<----1
T.P.
.11S (2.921)
NOTES:
Leads are gold-plated kovar
Nine leads through, lead 5 connected
to case
15 mil kovar header
Package weight is 1.32
T.P.
GLASS
1
\10
360
""'-
0
0S:~9
V
T P
A
S
INSULATING STANDOFF SHAPE MAY VARY
.045 (1 143)
.029 (0 737}
.034 (0 864)
.02B(D.711}
51
NOTES:
Leads are solder dipped to the seating plane
Ten leads thru
High RTH package
15 mil kovar header
Package weight is 1.32 grams
JEDEC TO-100 OUTLINE
.370 (9.398)
.335 (B.S09) H j 3 3 5 (8.S09)
.305(7747)
~
.040
(1016~
MAX.
T
-------r------i
SEATING
--PLANE
I
m~~~~~m .040 (1.016) .500 (12.70)
10 LEADS
.020 10.51)
.01610.411
MAX.
DIA.
.230
5N
.1B5(4.699)
r'65(4.191)
t
.--
MIN.
t
(5.842)_--~
T.P.
.115 (2.921)
NOTES:
Leads are solder-dipped to the seating plane
Nine leads through, lead 5 connected to
case
15 mil kovar header
Package weight is 1.32 grams
T.P.
GLASS
5Q
NOTES:
Leads are solder dipped to the seating plane
Ten leads thru
15 mil kovar header
Package weight is 1.32 grams
1
7
\10
36'
T'P"~
/-~
V//
V
.034 (0.864)
.01s (0.711)
8
INSULATING STANDOFF SHAPE MAY VARY
.04511.143)
.029 (0.737)
5U
NOTES:
Leads are gold-plated kovar
Ten leads through
High RTH package
15 mil kovar header
Package weight is 1.32 grams
All dimensions in inches (bold) and millimeters (parentheses)
14-33
II
FAIRCHILD PACKAGE OUTLINES
JEDEC TO-101 OUTLINE
r
JEDEC TO-101 OUTLINE
i
I
.33518.51)
.305 17.75) DIA.
r:335T8.5TI,·
·370 19.40) DIA
.18514.70)
.165 (4.19)
.04~l~~2)~
~
SEATING
PLANE
.500
.O~~ ~ ~ ~~ ~MIN .
.019 10.48) DIA
.01610.411
.
TYP.12 LEADS
-
•
115
12.92) T.P.
50
5G
NOTES:
Leads are solder di pped to the seati ng plane
Twelve leads through
15 mil kovar header
Package weight is 1.4 gnims
NOTES:
Leads are gold-plated kovar
Twelve leads thru
15 mil kovar header
Package weight is 1.08 grams
JEDEC TO-10S OUTLINE
.325(826)
.30517.75)--11_·---~-+I
DIA.
~
-.-.1151.292)
.24J6.09)
MAX .
105~1I
CZ
.
CERAMIC--====]'Il'--rrlT-'---t
.0~~~~~:3)
.016DII~406)
NOTES:
Leads 1 and 2 are gold-plated nickel
Lead No.3 is gold-plated copper alloy
Internal lead No.3 length is 110 mils
Lead No.3 club head length is 180 mils
Package weight is 0.66 grams
.500112.70)
~ ~ ~_~N.
All dimensions in inches (bold) and millimeters (parentheses)
14-34
FAIRCHILD PACKAGE OUTLINES
JEDEC TO-106 OUTLINE
JEDEC TO-116 OUTLINE
r----.
I (\ (\
:~~~ l~:~~I---t--~----I
785 (19 9 3 9 ) - - - 1
,.750(1905) ,
e.-,...-~ .240 (6.09)
MAX.
A (\
I
~-t
~
3 LEADS
.019 (0.483)
.016 (0.406)
.500(12.70)
MIN.
----.l
DIA.
t
.200 (5.08) !:=:r=;::==;=F1=r=,::::r=j:::j'=;::::r=;:::l::l
MAX.
SEATING
~ L I
PLANE -++~6~
.
. 100;12.540)
.110
.090
(2.794)
(2.286)
~
(.686)
TYP.
STANDOFF
WIDTH
CY
DG
NOTES:
Leads 1 and 2 are gold-plated nickel
Lead No.3 is gold-plated copper alloy
Lead NO.3 club head length is 85 mils
Internal lead No.3 length is 110 mils
Package weight is 0.31 grams
NOTES:
Pins are tin-plated kovar
Pins are intended for insertion in hole rows
on .300" centers
They are purposely shipped with 'positive'
misalignment to facilitate insertion
Board-drilling dimensions should equal
YOllr practice for .020 inch diameter pin
Hermetically sealed alumina ceramic package
Gain IC's
Package weight is 2.0 grams
JEDEC TO-116 OUTLINE
~
1
.770(19.56)~
.740 (18.80)
7
1°
0
:~ ~~:~g:
L
R.
:~~ ~~:~~: **
.080(2.03)
.07011.78)
.085 (1.65)
:o45l1.14)
l
MAX.
"
.150(3.81)~"
TYP.
.090 (2.29)
r 1\=I---L
Fl=.310 (7.87)
.290 (7.37)
r~-.200 (508)
.100(2.54).110(280)
.090 (2.29)
-
.110 (2.80)
.:~~ :~:~~:
I I
rl h
~:~c:.:A'i;~,;:,~~Gc...L+-
9A
1°
I
I
-r---+I
f
.015 (0.38)
~M.
.020 (0.51)
.010 (0.25)
~
~~
1
STANDOFF .037 (0.94)
WIDTH
.027 (0.69)
.020(0.51)
.016 (0.41)
~
.375(952)
~
.011 (028)
.009 (0.23)
NOTES:
Pins are tin plated kovar
-Package material varies depending on the
product line
Pins are intended for insertion in hole rows
on .300" (7.62) centers
They are purposely shipped with "positive"
misalignment to facilitate insertion
Board-drilling dimensions should equal
your practice for .020 (0.508) inch
diameter pin
--Notch or ejector hole varies depending on
the product line
Package weight is 0.9 gram
NOM
.
All dimensions in inches (bold) and millimeters (parentheses)
14-35
I
FAIRCHILD PACKAGE OUTLINES
JEDEC TO-120 OUTLINE
BASE
COLLECTOR
/
.014 (0.356) TYP.
.t~~==~~+r~E==~t=~
LEAD NO.
,
.045 (1.14)
.035 (0.889)
-1
2~t
EE
.165(4.19)
TYP.
.045 (1.14)
.035 (0.889)
i~~OE~T:;Z+I~~M.
.010 (0.25) DP MAX.
EMITTER
o
L
~o
TYP'-It
I
.027 (0.686)
I\
:-023 (0.584)
l1r=~~
!====,I '
.006 (0152)
.004 (0102)
3 PLACES
NOTES:
Leads are gold-platd nickel alloy
Body is transfer molded thermosetting
plastic
Package weight is 0.015 gram
t--
I
----j .085 (2.16)
.075 (1.91)
I
.058 (1.47)
.052 (132)
JEDEC TO-120 OUTLINE
..I
.085 (2.159)
.075 11.905)
/
BASE
EMITTER
/
/
.026(.660)
.024 (.611
~:::.::=I~-1~-j~::::::~3-1i==3---±LEAD NO.2
_I_~~.04511.143)
/
1
.035 1.88.W50 11.27) NOM. DIA.
INDENTATION
.010 1.254) DP MAX.
! ,
.18014.572)
.
.150 (3.81):
EF
.045 (1.143)
.0351.889)
LEAD NO.3 I .,----COLLECTOR
,
50
20
-11-
I
I
.027 1.686)
.023 (.584)
NOTES:
Leads are gold-plated
Body is transfer molded thermosetting
plastic
Package weight is 0.015 gram
It--n' I
,-=~tr==~
L
.0071.178)
.0051.1271
3 PLACES
"
1.085
12.1~1
~5 (1.905)
- -..- -____~
.058 :1.473)
.052 (1.321)
All dimensions in inches (bold) and millimeters (parentheses)
14-36
FAIRCHILD PACKAGE OUTLINES
JEDEC TO-120 OUTLINE
CATHODE
ANODE
II
/
!
/
. '
.085 (2.159\~~'
.075 (1'j05) ! -~EAD NO.1
It
.045 i1.143)
/
.035 (.889)
.050 (1.27) NOM. DIA.
IDENTIFICATION
.0101.254) DP MAX.
50
20
-11-
.0161.406)
.0121.305)
/
.----,
LEAD
~
No.2j' l-
I
.180 (4.572)
1.150 (3.81)
I
EK
NOTES:
Leads are nickel-plated copper alloy
Package material is plastic
Package weight is 0.Q15 gram
.027 1.686)
T
It \ =-1
1
L= ~.··1 r-----
.0061:2)
.0041.102)
t i
.058 (1.473)
.052 (1.3211
~5 (2.1~
.075 (1.905)
JEDEC TO-202 OUTLINE
DYNAWATT
.130 (3.30~
.120 (3.05)
OIA.
.030 (762)
.040 (1021\
DIA.
\
I .510 (1295)---1
1.490 (12.45) I
.10~y(~M)
~Jo", 'dr lrr='ffi'+"'"'~:I~~~~+~r+-~
.385 f78)
,
+
r
1
.055
(It)02)(71~ T
.045 (114) .024 (.610)
I
.130 (3.30)-to~i-_.535 (13.59)
.120 (3.05)
.515 \13.08)
.410 (10.41)-+0--_ _ _.,.,
.380 (9.91)
I
.255 (6.48)
245 (6 22) Ir
-.L
r·
.110 (2.79)
.120 (3.05)
.155 (3.94)
145 (3.68)
I
~
r
.025 (.635)
035 (889)
c::::J~L t
020(508)T~
I,'
010 ( 254)
!
-
I
1 140 (28 96)
102(259)
092 (2 34)
NT
NOTES:
Pin out
Emitter - 1
Base - 2
Collector - 3/4
Assembled weight 0.7 grams
Tab and leads - tin plated copper
Plastic - epoxy
1 160 (2946)
All dimensions in inches (bold) and millimeters (parentheses)
14-37
II
FAIRCHILD PACKAGE OUTLINES
JEDEC TO-220 OUTLINE*
. 100 (2.54)
.120 (3.05)
f
.600 (15.24)
.575 (14.611~
~
if~
I
-.t-'=t=.=:'=LJoi.410 .385 .320
.395 .365 .300
(10.41) (9.77) (8.13)
3
2
+
.145 (3.681../
.141D(I~58)
SEATII\IG
PLANE
------r
210 (5.33)
I-]=::=::::;::::==::::::r--,;t 1..190
(4.83)
I-
~JL---,---,-,--_~
/
•
.190 (4.83)
.160 (:06)
I'
t
I
I
L:105(2.66)
.055 (1.40) .095 (2.41)
.045 (1.14)
.250 (6.35) MAX.-+..-.~~.,
'I
L
t
(12.70) MIN .
1 P=:::-=;:;;;;~~;:::::;-.--1-
(10.03) (9.27) (7.62)
+'
~'r::::::::~:::~::4~~ofof-._'500
.060 (1.52)
.040 (1.02)
.265(6.73)
.235 (5.97)
GH
r
XX~
1=:r==~';':J-+=
1
Iii! I I + -
.055 (1.40)
i
.11012.791
.090 (2.28) ~
~
A
+1-+ .045 (1.14)
.030 (.762)
.015 (.381)
NOTES:
Package is silicone plastic with nickelplated copper tab and pins
Center pin is electrical contact with the
mounting tab
Package weight is 2.1 grams
'Mechanically interchangable with TO-66
.020 (.508)
SECTION X·X
JEDEC TO-220 OUTLlNE*
I:
.025 R
.12013.05ItiI0.641'
.10012.541
.250 16.35I--j.~~~
IF=~M=A=X.'=t
1
Lh+
I~
.410 110.411
_
.3.lr~11_0._03_1~_f...r'-----l======Il
:~:~ :g:~~:
.190 14.831
.16014.061'
SEATING
PLANE
DlA.
.575114.601
_ .26516.731
- .235 15.971
~
'I ~ ~32
:g~~ :~~~:
T! .L
.055 11.40[j.=:J
.04511.141
.10512.671
.09512.411
.022 10.561
I L l :Df6T5:4fll
1 L6-p-I
t
1081 I
_ ~~
3
2
/1--- .600115.241 --I
1.500112701
450
MIN.
CL
:~~? :~~~-
GH(-3}
NOTES:
Package is epoxy plastic with plated copper
tab and pins
Center pin is electrical contact with the
mounting tab
Package weight is 2.1 grams
'Mechanically interchangable with
TO-66
.11012.791
.090 12.281
All dimensions in inches (bold) and millimeters (parentheses)
14-38
FAIRCHILD PACKAGE OUTLINES
JEDEC TO-220 OUTLINE
~'03310841
r
I (+)
LVI
.410110411
.395
1----.600115241----1---.550113971
.575(1460)
.500 112.70)
.26516.73)
.148 13.761 OIA
.15213.86)'
* L
SEATING
PLANE
.19014.831
.16014.061
["06711.701 TYP .
=
R:235i5.97l
'
GO
NOTES:
:J
nnnnn\--.l
I=====l:::o
Mounting tab electrically connected to
center pin
Package is molded over a copper base
material with solderable pins
Package weight Is 2.1 grams
'Except number of pins
.100 12.541
L....------'f
.
:g~~ l~:~~l TYP.
JEDEC TO-220 OUTLINE·
GO(H)
.06711.701 TYP.
NOTES:
.14813.761 DIA
.152 13.861
.
Mounting tab electrically connected to
center pin
Package Is molded over a copper base
material with solderable pins
Package weight Is 2.1 grams
'Except pin number and formation
:~:g l::~~:L
SEATING_--,-_,-_u-+..........._ _---'
PLANE
.055 11.401
.020 10.511
.045 10.141
.015 10 381
L '
t
.236 15.991
E
~
,
.559 114 201--J=Lj
-.583
114.811~
.268 16811
.736118.691
1
,
1
l.lJt,m,
JEDEC TO-220 OUTLINE·
_
~.067 11.701 TYP.
~
----...1.
~.033 10.841 TYP .
GO(V)
NOTES:
.02010.51)
~
'0151"~~ f~~41)
:~:: l~:~~:DIA.
I
t
.05511.401
-"Ir -'' ' '
.177 14501
.100 1+2 54)
t
M~~~:~~9p:b
electrically connected to
Package Is molded over a copper base
material with solderable pins
Package weight is 2.1 grams
'Except pin number and formation
.699117.751
.835 121 2011---+1
.888122.501
All dimensions in inches (bold) and millimeters (parentheses)
14-39
I
FAIRCHILD PACKAGE OUTLINES
16-PIN SIDE-BRAZED CERPAK
PIN NO.1 IDENT
.008 x .010 1.203 x .254)
.280 17.112)
.26016.604)
r l
.362
19.1951
NL
r
.0071·17BI
[.004 1.1021
I
II
I
NOTES:
Header body is black ceramic
Lid is gold plated kovar
Pin No.9 is common to substrate
Package is hermetic
Package weight Is 1.1 grams
.0101.2541
NOM.
I
1
_ _I
.01:\:
MIN.
]"'"
f.
,
• t
3D
.408110.3631
.200 15.0801L .085 12.1591
.065 (1651)
~ .1BO 14.5721
10-PIN CERPAK
(JECEC TO-91 OUTLINE)
14-PIN CERPAK
(JEDEC TO-S6 OUTLINE)
•
r'
1
14
1.370 19.391
.250 16.351
I
I
-1..-.----1-
I•
-
I
.
.37019.391
.25016.35)
I
t---~t~~~======~I~~~~
I
.0061.1521
:004I.C)92I
L. 03S·I.BB91
TYP.
L
I
.260 16.601
I
.240 i6.101---+(
t
.26016. 6041
.240 (6. 0961
.olo
"I
.01910.4831
.01510.3811
TYP.
1
I
-
7
8
4~
.37019.3981
.25016.3501
.006 10.1521
.004 10.1021
(1.2701
TYP .
,
1
I
.37019.39BI
.25016.3501
~I~==~:~~~~:~~~!
.08510.2161
.07510.1911
.02510.6351
TYP.
I
.26016.6041
I
r.240 16.0961----1
.06511.6511
.05011.2701
3F
31
NOTES:
Leads are tin plated 42 alloy
Hermetically sealed alumina package
Cavity size is .130 diameter
Package weight is 0.26 grams
NOTES:
Leads are tin-plated 42 alloy
Hermetically sealed alumina package
Lead 1 orientation may be either tab or dot
Cavity size is .130 (3.30)
Package weight is 0.26 gram
All dimensions in inches (bold) and millimeters (parentheses)
14-40
j
FAIRCHILD PACKAGE OUTLINES
16-PIN CERPAK
24-PIN FLATPAK
1
.475 (12.061
.425 (10.801
~
.255 1-6.-la-,
.24516.221 _
1
13...
14
-
I
~
1.
1 .(:t=::::::lL..-L
.0191·4821
.015 (.3811
TYP.
~
r - ~ .250
.350
(8.8901
(6.3501
TYP.
.006 (.1521
.0281:
.025 10.641
T
.019 10.481
II-- .015 10.381
f---
0
0
0
,
h· tri
.250
35
(8.890)
(6.3501
TYP.
.
085 2 159)
( .
-L
I
.038 (.975)
TYP .
48
+=
.38019.651
I
.370 19.401---1
9
.280 (7.1121.1
I-.245
(6.2231-'
.064 (1.621
0
8
-
~.141
0
1
.oo!: -==={~~~~~~~::::~~.0~6=0=(t1.5241
I
JI
.00510.131
.004 10.101
J_~o
.050
(1.270)
TYP .
.410(1 0.414).
.370 (9.3981
--24(.-
I
I--
I
-
II
.05011.27)--1
TVP.
16
NOTES:
Pins are gold-plated kovar
Cap and base are alumina
Package weight is 0.4 gram
~
3M
NOTES:
Pins are gold-plated kovar
Package material is kovar
Cavity size is .120 x .235 (3.05 x 5.97)
Package weight is 0.8 gram
22-PIN PLASTIC DUAL IN-LINE
.36519.271
5H::::'~:~:j~'~'
-'h
I I'
r-i
.06511.651 •
.04511.141-+j
. I Ir-. .
13013301
--j
:~~~ :g.~~~
.165 14.191
4K
.15513.941
.020
10.~4101~~~·1611
MIN.
1!
~~~BI
-I==t-
~~~SEATING !~~102BI
l=
- -t-
.13513431
.10012.541
PLANE
.06511.651
TYP.
.11012.791
.090 12.291
TYP.
.00910 231
I.
.1
NOTES:
Pins are tin-plated 42 alloy
Package material is plastic
Pins are intended for insertion in hole rows
on 400 (10.16) centers
They are purposely shipped with "positive"
misalignment to facilitate insertion
Cavity size is .220 x .180 (5.59 x 4.57)
.515113 OBI
MAX .
.03710.941
.02710.691
STANDOFF
WIDTH
All dimensions in inches (bold) and millimeters (parentheses)
14-41
II
FAIRCHILD PACKAGE OUTLINES
16-PIN BeO CERPAK
24-PIN FLATPAK
0'025(0~
24
•
~'~
1
1.
16
-
~ h· °ri
9
8
•
Il
.019(0.483)
.015 (0.381)
',r-
j
.050
(1.270)
TYP.
.409 (1 0.389)
.371 (9.423)
;r=
-
T
0.050 TY P
(1.271 TY P
Note (2 I
h·
35
.250
(8.890)
(6.350)
.006 (0.152) TYP.
1
350
.250
(8.890)
(6.350)
TYP.
I
.00~2:)======~==========JF::::~~-1-~==t1
.283 (7.188) .1
--.247 (6.274)1
0.055 (1.40)
1
0.400 (10.16)
0.370 (9.40)
Note {11
---I
I ~GI""&I~ I
-+-
.024 (0.610)
' TYP.
1
1_
.008 (0.20)
.004 (0.10)
_11 __ 0.01S
(0.46)
0.016 (0.41)
1-
o.OS1 (2.06) ___
.075 (1.905)
.060 (1.524)
0.365
0.333 (9.27)
(8.45)
• ..
•
1
Bottom
0.085 (2.16)
0.046 (1.04) 0.065 (1.65)
0.029 (O.74~t
t
______
.1 t
1.100 (27.95)
1.065 (27.10)
4L
4M
NOTES:
Pins are alloy 42
Package weight is 0.4 gram
Hermetically sealed beryllia package
NOTES:
Pins are tin plated nickel alloy
Base is AL203 or BeO
Cavity size is 200 X 200
Package weight is ~ 0.8 grams
24-PIN CERPAK
.050 (1.270)
TYP
L_
~!§1
!3
4
5
22
21
20
1:~~19
~~ ~'620
-1--
7
.019~)
18
(15.748)
8
.0~~.381)
4Q
MAX
~o
NOTES:
Pins are alloy 42
Package weight is 0.8 gram
Hermetically sealed beryllia package
15
14
13
11
12
~.350 (8.890)~
~.350 (8.89~(~
.250 (6.350)
.250 (6.350) .090 (2.286)
.065 (1.651)
I
.006 (.152)
.004 (,102)
I
I
----l
.395 (10.033)
1--.365 (9.271)
All dimensions in inches (bold) and millimeters (parentheses)
14-42
t
FAIRCHILD PACKAGE OUTLINES
I
24-PIN FLATPAK
(JEDEC TO-99 OUTLINE)
e
(.432)
.017
L·013
T
r
1 24
DIA
335 (8 509)
305D\~747)
-I,
.__
t
'0
4 0 (11 . 0 1 6 ) g.
MAX.
!
.565 (14.351)
(1.270)
"1
370
(9 398)
335 (8509)
050
L·TYP.
.185 (4.699)
, . . 165 (4191)
1
~~:rING.~I~.
PLANE
;
~
~_ ,
_ ..
1
, .500 (1270)
~~ ~ ~~.040(1.016)1.
8 Leods
.019 (0.483)
MAX.
.016 ( 0 . 4 0 6 1 " "
1213
MIN .
,
DIA.
~
.200 (5.0S0)
T.P.
11.77S)
.070
GLASS"
t~IE
030 (762)~1
:020 (:50S)
J..
1 00 (2 5401
T.P.
.06~l
51
I
.0385 (.977)
.335 (S.509)
-.0365 (.927) -1-.250 (6.3501
SQ.
....L
~L.006 (.152)
INSULATING
STANDOFF·
SHAPE MAY VARY
.004 (.102)
:045(1143)
.029 (0.7371
TYP.
4R
58
NOTES:
Metal cap and base
Pins are gold plated kovar
Package weight is 0.6 gram
NOTES:
Leads are gold-plated kovar
Seven leads thru leads No.4 connected
to case
15 mil kovar header
Package weight is 1.22 grams
(JEDEC TO-100 OUTLINE)
F i,
(~I~~~I~(
335 (8 509)
.040
(1.016)
t
'"
MAX.
(m"
1-
-
•
.260 t(6 60)
.240 (6 10)
I
.1
....il
t
SEATING
~----- --PLANE
I
10 LEADS
.019(0.482)
.016(0.406)
DIA.
5E
1.d70 (9 398)
335 (8 509)
lill~~~~~l~
j
NOTES:
Leads are gold-plated kovar
Ten leads thru
15 mil kovar header
Package weight is 1.32 grams
040 (1016) .500 (12 70)
MAX.
MIN.
._ _ _ _ _ ...L
5F
.115(2921)
T.P.
NOTES:
Leads are gold-plated kovar
Nine leads through. lead 5 connected
to case
15 mil kovar header
Package weight is 1.32
GLASS
_1
,
36°
10
/
0
-
INSULATING STANDOFF _
T.P\~/~~V
SHAPE MAY VARY
i' .045(1.143)
.034 (0864) ~
.028 (0.711)
A
.029 (0737)
All dimensions in inches (bold) and millimeters (parentheses)
14-43
II
FAIRCHILD PACKAGE OUTLINES
(JEDEC TO-101 OUTLINE)
.04~~~~21 .~~__:
~
PLANE
IL
040~~:::;7471 :~. ~~991
-.-
MAX.
.500
.04~~~~2}~~ ~ ~ ~~
.01910.481 01 11.-
SEATING
PLANE
112.701 MIN.
.01610.411
.
TYP. 12 LEADS
DIA.
II
.335 (8.5091
I
t
:
f.ol·c----------<·~I-:~~~ i~~~11
_ .37019.401 DIA
!. .33518.511
.
18514701
~ :16514:191
.33518.511
.305 17751 DIA. - -'
SEATING
(JEDEC TO-99 OUTLINE)
• [
_LI
I
T
8 LEADS ... ~~
.02010.511
.016 10.411
DIA.
.115
12.921 T.P.
I
.165(4.191)
t
- '
~ ~~
~
.040 (1.021
MAX.
t
T
.500 (12.701
MIN .
*
GLASS
30° T.P.
1 j'Y'
~
-
INSULATING STANDOFF
SHAPE MAY VARY
.04511.141
.02910.741
r-·100 (2.54) T.P.
GLASS
+\
.03410.861
.02810.711
45° T.P.
\
.034 (864).
\ .
.028(711)"" "
5G
'"
NOTES:
Leads are gold-pi ated kovar
Twelve leads thru
15 mil kovar header
Package weight is 1.08 grams
INSULATING
'------STANDOFF SHAPE MAY VARY
./
L.045(1.14~
.029 (737)
5S
NOTES:
Leads are solder dipped to seating plane
Seven leads thru, leads No.4 connected
to case
15 mil kovar header
Package weight is 1.22 grams.
(JECEC TO-100 OUTLINE)
.370 19.398)
.335 (8.509) ~.335 (8.509)
(io;~:~47)c~1 I:h~ ;:m\
MAX.
.
.-10 LEADS
.020 10 . 51)
.01610 41)
DIA.
.
_t
SEATING
------.-------t-~PLANE
I
5U
m~~~~~~[~ .040
(1.016) .500 (12.70)
MAX.
MIN.
!
NOTES:
Leads are gold-plated kovar
Ten leads through
High RTH package
15 mil kovar header
Package weight is 1.32 grams
.230 (5.842)'-+~-
T.P.
GLASS
____________ 1
"10
36°
T.P.· ::j/~
V:<:'
"-."
.034 (0. 8641---"'-.
.028 (0.711)
V
7
8
INSULATING STANDOFF SHAPE MAY VARY
.045 (1143)
.029 (07371
All dimensions in inches (bold) and millimeters (parentheses)
14-44
FAIRCHILD PACKAGE OUTLINES
14·PIN HERMETIC DUAL IN·LlNE
(JEDEC TO·116 OUTLINE)
1---.786119.9391----1
,.760 11 9.051,
I A A
A A
I
:IE! : : : : : : : r"~6~''"
m
.065 P. 651 1J
.04511.1431
L
t
.200 15.081 t::::i=;::="l=F"9=F'::::;=j:::j'=::;=i=tl
MAX.
~ L. I
PLANE-++.i6~ .
SEATING
6A
NOTES:
Pins are intended for insertion in hole rows
on .300" (7.620) centers
They are purposely shipped with "positive"
misalignment to facilitate insertion
Board-drilling dimensions should equal
your practice for .020" (0.50S) diameter pin
Pins are alloy 42
Package weight is 2.0 grams
. 100e·5401
.110
.090
(2.7941
12.2861
1.9401
(6861
STANOOFF
WIDTH
TYP.
16·PIN DUAL IN·LlNE
r---.785119.9391------j
11\
1\
11.755119.17711\
1\
III
::~I: ::::::r~'~""
. I I '.065 116511
--I 1--.04511.1431
68
NOTES:
Pins are tin-plated 42 alloy
Pins are intended for insertion in hole rows
on .300" centers (7.62)
They are purposely shipped with "positive"
misalignment to facilitate insertion
Board-drilling dimensions should equal
your practice for .020 inch diameter
pin (0.51)
Hermetically sealed alumina package
Cavity size is .110 X .140 (2.79 X 3.56)
Package weight is 2.0 grams
'The .037-.027 dimension dies not apply to
the corner pins
.11012.7941
.09012.2861
TYP
All dimensions in inches (bold) and millimeters (parentheses)
14-45
II
FAIRCHILD PACKAGE OUTLINES
16-PIN VITREOUS GLASS
DUAL IN-LINE
6D
NOTES:
Pins are tin-plated kovar or nickel alloy 42
Pins are intended for insertion in hole rows
on .300" (7.62) centers.
They are purposely shipped with "positive"
misalignment to facilitate insertion.
Board-drilling dimensions should equal
your practice for .030 (0.76) inch
diameter pins.
Hermetically sealed alumina package
(black).
Cavity size is .130 x .230 (3.30 x 5.84)
"The .037-.027 dimension does not apply to
the corner pins.
Package weight is 2.2 grams .
r
:~~~:~:~~: ~C5~~=r~~~~nc~
SEATING
+
PLANE
.16514.19)
.10012.54)
.11012.7:)
.09012.27)
J
16-PIN DUAL IN-LINE (METAL CAP)
G..
.810 120.574)
7 70 119.558)1]
.470111.938) ...
.430110.922)
.100 (2.540)
D
..----- 8
I
.~~~
1
. 278 (7061)
L
E-F:~~g :~~~~:
NOM.
9
.160 (4.064)
.110(2.794)
16
.095(2.41)
----r
.025
~~~.0=7~2~11=.8~3=)======~=-~(~~~5)
~
SEATING
PLANE
•
.125 (3.175)
6E
.130 (3.302)
~NOM.
.~~~
I
MIN~,
Ft
II
.....
1
.375
I
I_(9.525)--1
MAX.
285 17 239)
:265(6:731)
.01210.30)
.009 10.23)
NOTES:
Pins gold-plated nickel alloy 42.
Base is AL203
Cap is kovar
Pins are intended for insertion in hole rows
on .300" (7.62) centers. They are purposly
shipped with positive misalignment to
facilitate insertion.
Board-drilling dimensions should equal
your practice for .020" (0.51 )
diameter pin.
Cavity size is .175 x .220 (4.44 x 5.59).
Package weight is 2.0 grams.
All dimensions in inches (bold) and millimeters (parentheses)
14-46
FAIRCHILD PACKAGE OUTLINES
16-PIN DUAL IN-LINE
~.7B5 (19.939)-------1
Ir\
!\
1\750 (19050)
n.., A
III
~~::F:I: ::: ::: J~~~~'"
.
I
6F
NOTES:
Pins are tin-plated kovar or nickel alloy 42
Pins are intended for insertion in hole rows
on .300" centers (7.62)
They are purposely shipped with "positive"
misalignment to facilitate insertion
Board-drilling dimensions should equal
your practice for .030 inch diameter
pins (0.7S)
Hermetically sealed alumina package
(black)
Cavity size is .110 x .140 (2.79 x 3.56)
"The .037-.027 dimension does not apply to
the corner pins
Package weight is 2.0 grams
1.065 (1651)
--I I-- .045 (1.143)
165 (.419)
.100 (2.540)
(2286)~ 1-~.g~;~~F
110 (2 794)
:090
11.037> (.939)
40-PIN DUAL IN-LINE SIDE-BRAZED DUAL IN-LINE
1--_ _ _ _ _ 2.020 (51.308) _ _ _ _ __
1.980 (50.292)
.025 (0.635)
R
.160 (4.064)
.110(2794)
.060 (1.524)
.040 (1.016)
+
=.Li
+-
SEATING
PLANE
,
.-
.175 (4.445)
.125 (3.175)
~
"
J
,
L.ll0 (2.794)
.090 (2.286)
,
f
.085
(2.159)
.011 (0.279)
.009 (0.229)
(20:~5)L.675MAX
(17145)j
.020 (0.508)
- . ... 016 (0.406)
TYP.
61
NOTES:
Pin material nickel gold-plated kovar
Cap is kovar
Base is ceramic
Package weight is S.S grams
All dimensiomrin inches (bold) and millimeters (parentheses)
14-47
.500
(12700)
----.480 - (12.192)
~
I
.045 (1143)
-- .040 (1.016)
TYP.
I
f:~~g g~~~::
.
II
FAIRCHILD PACKAGE OUTLINES
r-1[\
16-PIN DUAL IN-LINE
.785(19.939) _ _ _
.755 (19.050)
4
111
6J
l:{~ I: :::::::r~~&~."
J
NOTES:
Leads are intended for insertion in hole rows
on .300" centers
They are purposely shipped with "positive"
misalignment to facilitate insertion
Board-drilling dimensions should equal
your practice for .020 inch diameter lead
Lead No.4 is internally grounded
l.065(1.651)
.045 (1.143)
(7.874)
__.-I
~.310
I
I
-r-
,.290
(7.366)
I
.21 9 (5.562) 1:::r'C:i='i~=;:="'L:::;='C:i='i=:;==::;=i:j
.170(4.318)
ri
k.),....1
I
.165(4191) .110 .
100 (2 540) 090
(2.286)
TYP
'I
II
(940)
037' __ ___
.927 - I 1(686)
STANDOFF
WIDTH
24-PIN DUAL IN-LINE SIDE-BRAZED PACKAGE
I------ 1.212 (30.78 51--------1
1_ ... 1.1881301751
I
6M
.030 (0.7621
i
R
.590 (14.9861
""",:r-c....ccr="""nlr=-<:r='
.16014.0641
L.110(27941
114.3511
.060 (15241
.025(06351~
Tt~iL.
~ ~
-,----_
SEATING,
PLANE
.110 (2.7941
.090 12.2861
TYP.
__ II--.~
.052 11321) .020 (0.5081 (31751
.040 (1.0161 .016104061 MIN.
TYP.
TYP.
J
.610 1154941
[590(149861
.011(0.2791
.009 102291
.675
11~1~51
NOTES:
Pins are nickel-gold plated kovar
Cap is gold plated kovar
Base is ceramic
Cavity size is .250" x .250" (6.35 x 6.35)
Board drilling dimensions should equal your
practice for .020" (0.50) diameter pin
Pins are intended for insertion in hole rows
on .600" (15.24) centers. They are
purposely shipped with "positive"
misalignment to facilitate insertion
Package weight is 4 grams
All dimensions in inches (bold) and millimeters (parentheses)
14-48
FAIRCHILD PACKAGE OUTLINES
24-PIN DUAL IN-LINE
~ 1.235 (31.369)
1.290 (32.766)::j
/\1\1\/\/\1'
, - - 1211109 8 7 6 5 4 3 2 1
I
.030 <0.762) R
V.020 (0.5081
.570 (14.4781·
.515 (13.0811
L
...
131415161718192021222324
V~r~ .065 (1.6511
v
v v
.045 (1.1431
v
.....
'¥i
.100 (2.5401
.040 (1.0161
---1
r,:600N~t240) I
.190 (4.8261
.140 (3.5561
rt--
6N
L
.063 (1.5441
.
:t~.025(0.6131
~J ~
i i
r-
'--t ~~~~;G
II
.200 (5.0801
.100 (2.540)--1
.037 <0.9401
.020 (0.5081
.027 (0.686dr--.016 (0.4061
STANDOFF
WIDTH
.110 (2.7941
.090 (2.2861
TYP.
=rr:::
6l .011 (0.279)...J\\
.009 (0.2291
~O (19.0~
NOTES:
Pins are tin-plated 42 alloy
Package material is alumina
Pins are intended for insertion in hole rows
on .600 (15.24) centers
They are purposely shipped with "positive"
misalignment to faCilitate insertion
Cavity size is .230 X .230 (5.84 x 5.84)
Package weight is 6.5 grams
MAX .
24-PIN DUAL IN-LINE
r - - 1 . 2 9 0 (32771----,
I ro./\IV'1.185
(30.101 \I\IVI
I
60
~.400 ~
.190 (4.826)
.140 (3.556)
t
.060(1.52)
NOM.
~M'~
~
t
--I IIi
----I
~
=I
h
r
--t--.200 (5.08)
.100 (2.54)
(10.160)
.110(2.794)
. 090(2.286)
.
SEATING
PLANE
037 (940)
.
\.-.020 (.508)
.016 (.406)
.011 (.279
~
NOTES:
Pins are tin-plated 42 alloy
Package material is alumina
Pins are intended for insertion in hole rows
on .400 (10.16) centers
They are purposely shipped with "positive"
misalignment to facilitate insertion.
Cavity size is .195 x .195 (4.95 x 4.95)
Package weight is 6.0 grams
.515
(13.08)
MAX .
S~!~b~8F6~
WIDTH
I
Ali dimensions in inches (boid) and millimeters (parentheses)
14-49
FAIRCHILD PACKAGE OUTLINES
a·PIN DUAL IN·LINE
r-A
1
I
.384 (9.7541
.376 (9.5501-
f4
1
.025 R (0.6351
NOM .
.271 (6.8831
.245 (6.2231
L
5
II:--JIL
8
6T
I .065(1.6511
.0-;-(0.5081. 045 (1.1431
.005(0.1271
MIN. - -
.016 (0.4061
t
.200 (5.081 !r=;::::::r=;:::='i::i==d
MAX.
~
.165 (4.1911
.125(3.1751
.011 (0.2791
. 09(0.2291
.110 (2.7941
.090 (2.2861
NOTES:
Pins are tin-plated kavar
Pins are Intended for insertion in hole rows
on .300" centers
They are purposely shipped with "pOSitive"
misalignment to faCilitate insertion
Board-drilling dimensions should equal
your practice for .020 inch diameter pin
Hermetically sealed alumina package
Cavity size is .110 X .140
Package weight is 1.0 grams
I---i-'-::~~g :~~~~:
22-PIN CERAMIC DUAL IN-LINE
1+_---1.080 (26.924)~.
1.010 (27.686) ~
c"l c"l (')1
.020 (0.635) R
e
.180 (4.826)
.150 (3.810j
MIN•
•100
(2.540)
TYP.
6V
rc· ~l'i~68)-1 -.!
4 20
.02010.508)
MIN.
~SEATING
t
A 0 1 5 10.381)
---.
PLANE
.04511.143)
0.2510.635)
-
~:~~ :g:~~~l
NOTES:
Pins are tin-plated 42 alloy
Package material is alumina
Pins are intended for insertion in hole rows
on .400 centers
They are purposely shipped with "positive"
misalignment to facilitate insertion
Cavity size is .200 X .250 (5.08 X 6.35)
Package weight is 6.0 grams
L'515113'081)J
MAX.
All dimensions in inches (bold) and millimeters (parentheses)
14-50
FAIRCHILD PACKAGE OUTLINES
18-PIN DUAL IN-LINE
V
.025 R NOM.
(0.635)
6Z
I
1060 (1.524)
f.-.045 (1.143)
.219(5.563)
.170 (4.318)
SEATING
PLANE
.165 (4.191)
.100 (2.540)
wwwwr'
;'Ti'~"''''"''
L
J ~~
1.
325
1!~-C'045(1.143)
r
----I
I
..,
-J~ :g6~lg~~~:
.015 (0.381)
I
.110 (2.794)
.090 (2.286)
TYP
I
.415(10.541)
.385 (9.779)
.034(0.864) .020 (0.508)
.030 (0.762) .016 (0.406)
STANDOFF
WIDTH
NOTES:
Pins are tin-plated kovar
Pins are intended for Insertion In hole rows
on .300" centers
They are purposely shipped with "positive"
misalignment to facilitate insertion
Board-drilling dimensions should equal
your practice for .020 inch diameter pin
Hermetically sealed alumina package
Cavity size is .160 x .250
'The .034-.030 dimension does not apply to
the corner pins
Package weight is 2.2 grams
14-PIN DUAL IN-LINE
(JEDEC TO-116 OUTLINE)
1 - - - - . 7 8 5 (19. 9391 - - - - - 1
I A A
,.755 (191771,
A A I
:::::EI : : : : : :: +"~b:'"
•
I
--I
I
.065 (1.6511
-.045 (1.1431
7A
NOTES:
Pins are tin-plated 42 alloy
Pins are intended for insertion in hole rows
on .300" (7.62) centers.
They are purposely shipped with "positive"
misalignment to facilitate insertion.
Board-drilling dimensions si:lould equal
your practice for a conventional .020"
(0.51 ) diameter pin.
Hermetically sealed alumina package.
Cavity size is .130 x .250 (3.30 x 6.35)
'Similar to JEDEC TO-116 except for
package width.
Package weight is 2.2 grams.
All dimensions in inches (bold) and millimeters (parentheses)
14-51
I
FAIRCHILD PACKAGE OUTLINES
16-PIN DUAL IN-LINE
r - - - . 7 8 5 (19.939) _ _~----I
11\
A
I
('.755 (19.177)
~:::fl: :: ~ ::: J"~~';;'"
~
7B
NOTES:
Pins are tin-plated 42 alloy
Pins are intended for insertion in hole rows
on .300" (7.62) centers.
They are purposely shipped with "positive"
misalignment to facilitate insertion
Board-drilling dimensions should equal
your practice for .020 (0.51) inch
diameter pin
Hermetically sealed alumina package
Cavity size is .130 x .230
"The .037-.027 (0.94-0.69) dimension does
not apply to the corner pins
Package weight is 2.2 grams
k065 (1.651)
.045 (1.143)
18-PIN CERAMIC DUAL IN-LINE
r--_.~
11\
__
.900 (22.860)--------1
.880 (22352),
A A
.-'11
:;:~ I: ::: :::: ~~.".'"
.219
(5.563)
.170
I
~.065(1.651)
--(
.045(1.143)
(4r'318)~'020(1J'508)
MIN.
-
"- •
_
,
.165
(4.191)
. 100
(2.54O)
, -.iSEATING
PLANE
!
!
!
..
.310
(7.874)
~ 290:--i
IC
7366
)
I.
NOTES:
Pins are intended for insertion in hole rows
on .300" (7.620) centers
They are purposely shipped with "positive"
misalignment to facilitate insertion
Board-drilling dimensions should equal
your practice for .020 inch (O.50S)
diameter pin
Pins are alloy 42
.011 (.279)
'.045(1.143)
.009(.229)
411~·015(.381)1
I
.037'(.940) --11--.020 (.508) 1-~.375(9.525)----I
.027(.686)
.016(.406)
NOM .
STANDOFF
WIDTH
'
110
!--l.(2794)
I
!
70
'090
(i.286)
TYP
__
All dimensions in inches (bold) and millimeters (parentheses)
14-52
FAIRCHILD PACKAGE OUTLINES
14-PIN QUAD IN-LINE
(JEDEC TO-118 OUTLINE)·
r - - - . 7 8 5 (19.94)-----j
r"1
I "
r
.750 (19.05),
r"1"
I
17
.271 (6.88)
.245 (6.22)
.025 (0.64) R.
NOM.
7F
L'-r-r-r-'T""'T""'T-~""""""'"
NOTES:
Pins are tin-plated kovar
Board-drilling dimensions should equal
your practice for .020 (0.51 ) inch
diameter pin
Hermetically sealed alumina package
Cavity size is .110 x .140 (2.79 x 3.56)
'This is a 6A package with the pins formed
in assembly
II .020 (0.51)
--I ~ .016 (0.41)
l.065 (1.65)
.045 (1.14)
I
.185 (4.70)b=;:=F=.:=:;==;::::::r==F=':=r=i=F=d:l
l~1
15'
-L
.138 (3.51) r
.118 (3.00) I
.110 (2.79)
.090 (2.29)
TYP.
,
L
STANDOFF .037 (0.94)
WIDTH .027 (0.69)
.220 (5.59)
'.18014.57),
.420 (10.67)
.380 (9.65)
5'
~~
'J
.01,. (0.28)
.00910.23)
18-PIN QUAD·· IN-LINE
.785 (19.94)
.750 (19.05)
r
1
7H
8
.271 16.88)
.245 (6.22)
:;.,.--.025 (0.64) R. NOM.
~~9~~~~~~~
.020 (0.51) _11_
.016(0.41)11
d~g)
.32~ (8'2~6)
MAX.
AX.
~
.015
r.~=--=~=-==-=~=--=.....-.=-l (0.38)
.090 (2.29)
TYP
.
--1-----1
.027,0.69/
ST~~~~FF
:g~: !~:~::
~nassembIY'
MIN.
-:=~: :,: :c:,:o.: =':-'79-)- ~.! .m"~'
Il- :~,(t
~~
NOTES:
Pin8 are tin plated kovar
Board-drilling dimensions should equal
your practice for .020 (0.51) inch
diameter pin
Hermetically sealed alumina package
Cavity size is .110 x .140 (2.79 x 3.56)
The .037-.027 (0.94-0.69) dimension
does not apply to the corner pins
Package weight is 2.0 grams.
"This is a 6B package with the pins formed
" '" ---~ ~1~45' ()
I :'::""..."
138 (351)'
'.180 (4.57),
'.011 0.28
:118 (3:0olL.420 (10.67)--J .009 <0.23)
.380 (9.65)
Ali dimensions in inches (bold) and millimeters (parentheses)
14-53
I
FAIRCHILD PACKAGE OUTLINES
22-PIN SIDE-BRAZED (METAL CAP)
1.080
1---127 432)~
11
D
1
193~1571 Jo
71
1104141
22~
12
L
.435
(11049)
J
.050
11.270)
.~~~~
r
.355l
19.0171
10.254)
NOTES:
Pins are Au-plated kovar
Cap is kovar
Base is ceramic
Cavity size .220 x .250 (5.588 x 6.35)
Package weight is 4.0 grams
.040 REF
11.016)
1.100
---127.940)
24-PIN VITREOUS GLASS CERDIP (MSI)
7L
r---1.290 132.766)-------j
I
11\1\1\/235131.369\1\1\1\
NOTES:
Pins are tin-plated 42 alloy
Package material is alumina
Pins are intended for insertion in hole rows
on .600 (15.24) centers
They are purposely shipped with "positive"
misalignment to facilitate insertion
Cavity size is .230 x .230 (5.84 x 5.84)
Package weight is 6.5 grams
1
1211109 8 7 6 5 4 3 2 1
.570114.478)
.515113.081)
L~imro~~
----i
L
.100 12.540)
.04011.016)
.19014.826)
.14013.556)
7M
t~;:;;;;~
.200 J080)
i i
r--
.10012.540) --I
.11012.794)
.090 12.286)
~
NOTES:
Pins are tin-plated alloy 42
Package material is alumina
Pins are intended for insertion in hole rows
on .600 (15.24) centers
They are purposely shipped with "positive"
misalignment to facilitate insertion
Cavity size is .245 x .245
Package weight is 6.5 grams
1 1'-'0-20'-10- "5; ;08;';)~
.037 10,940)\
.02710.686>-11--.016 IOA06)
STANDOFF
WIDTH
TYP.
All dimensions in inches (bold) and millimeters (parentheses)
14-54
FAIRCHILD PACKAGE OUTLINES
24-PIN SIDE-BRAZED PACKAGE DUAL IN-LINE
r---1.212 (30.785)---,
1_ _ __
I
1.188 (30.175)
. .c:IIo..CII...c:I..c:IIo..CIt...c:I...c:I..c::L
I
12
.590 (14.986 )
.565 (14.351)
L
13
~-
D
1
.025R
~(0.635)
24
[.500 (12.700)J
.480 (12.192)
~ q~
PLANE~
.125 (3.175)
MIN.
--
(1.524)
.040 (1.016)
7R
.095 (2.413)
.065 (1.651)
.060 (1.524)
.040 (1.016)
SEATING
i
J ~.060
~
III~
1--.110 (2.794)
.090 (2.2 86)
TYP.
q
~
,
--
~
.500 (12.700)
.480 (12.192)
~
.160 (4.064)
.110 (2.794)
.009 (0.229)
NOTES:
Pins are nickel gold-plated kovar
Cap is kovar
Base is ceramic
Cavity size is .250 x .250 (6.35 x 6.35)
I .020 (0.508) I .675 (17.145) I
~ I.016 (0.406) I-MAX
----I
.045 (1.143)
.040 (1.016)
TYP.
TYP.
28-PIN CERAMIC DUAL IN-LINE
1.425 (36.195)
Cl.385(35.179)~
114
.025(.0635) R
.590 (14.986)
.565 (13842)
~_~1~5v.rv~~~~~~~28
j
L
t-
.060
(1.524)~Jg
~(1'4986~
(12.700)
.095 (2.413) (4.064) ~.500J
.065 (1.651) .160
.480
.040 (1.016r;).....,..,""'~~=~~~~~ .110
j
(2.794)J
~
.125 (3.175)
MIN.
NOTES:
Pins are gold-plated kovar
Package material is ceramic
Cavity size is .250 x .250 (6.35 x 6.35)
Package weight is 4.0 grams
(15494)
.404(1.016)
.060 (1.524)
7Y
--r
~ ---Il
I
f
020 (508)
.016 (406)
11:t-
(12692)
.011 (279)
.009 (.229)
~714~
;:x~.
I
All dimensions in inches (bold) and millimeters (parentheses)
14-55
FAIRCHILD PACKAGE OUTLINES
28·PIN DUAL IN·LINE SIDE·BRAZED
IE
.03010.761
.020 10.511 RADIUS
.06511.651
.04511.141
_I
NOTES:
Pins. are tin-plated alloy 42
Package material is alumina
Pins are intended for insertion In hole rows
on .600 (15.24) centers.
They are purposely shipped with "positive"
miselignment to facilitate insertion.
Cavity size Is .240 (6.096) x .240 (6.096)
Package weight Is 7.5 grams
~.600
115.24)NOM
.06311.601
.,.----------------n .02510.641
~SEATING
t PLANE
.011 10.281
.00910.23)"
I
1~.110
I
_.75019.05)
MAX ------j
12.791
.09012.271
1
18-PIN CERAMIC DUAL IN·LINE
I
.B" 122.861
.B5' 121.59)
1
I
IF
---r-
.2,. 15.561 b=n::::::;==n::::::;==n::::::;==n:::::n=l
T
.115 (4.19)
~
NOTES:
Pins are tin-plated kovar
Pins are Intended for insertion In hole rows
on .300" (7.62) centers.
They are purposely shipped with "positive"
misalignment to facilitate Insertion.
Board-drllling dimensions should equal
your practice for .020 (.506) Inch
.1t~E~~b:::!l=
diameter pin .
Hermetically sealed alumina package.
Cavity size is .160 (4.064) x .250 (6.35).
"The .034-.030 dimension does not apply
to the corner pins.
Package weight Is 3.0 grams.
•110 (2.79)
.010 12.29)
All dimensions in inches (bold) and millimeters (parentheses)
14-56
FAIRCHILD PACKAGE OUTLINES
16-PIN CERAMIC DUAL IN-LINE
¥ I: :~::::: ~/-~"~"
I J
81
NOTES:
Pins are tin-plated 42 alloy
Pins are intended for insertion in hole rows
on .300" (7.62) centers.
They are purposely shipped with "positive"
misalignment to facilitate insertion.
Board-drilling dimensions should equal
your practice of .020 (0.51) inch
diameter pin.
Hermetically sealed alumina package.
'This dimension does not apply to the
corner pin
Package weight is 2.0 grams.
1 1
1___
.065 (165)
.045(1141
-r-~'-----------n, .D1~:~381
~
MAX
185(419)
100(254)
-r
I
200 (5 08)
~SEATING
I
_I
I
r+
I
~
b I
1101279)
03710941
.0901229)
TYP.
.027 (0691
STANDOFF
I
PLANE
011 (0281
009 (Q 231
045111411
I
01510381 ~
I
020 (Q511
375 19531--------j
016 (0411
NOM
16-PIN PLASTIC DUAL IN-LINE
r-------Ir-,A ,.
1
11
.760 119.3041
740 (18.796)
8K
~E11~~ :~ :J:!~:;;E
.~
T-
j L
I
.065 (1.651)
.025 10.635)
I--
I
"-
NOM.
c
~
".300(.7.62)
.290 (7.366) I
_01~6c;;,381)==
I
'OO"~'~l
MAX
SEATING
PLANE
,--
1
.150~)'
NOTES:
Pins are tin-plated kovar or alloy 42 nickel
'Package material varies depending on the
product line
Pins are intended for insertion in hole rows
on .300" (7.62) centers
They are purposely shipped with "positive"
misalignment to facilitate insertion
Board-drilling dimensions should equal
your practice for .020" (0.51) diameter pin
'''The .037-.027 (0.94-0.69) dimension does
not apply to the corner leads
"Notch or ejector hole varies depending on
the product line
Package weight is 0.9 gram
I
_
I
I
J
.100 (2.540)1----+l
.110 (2.794)
.090 (2.286)
TYP.
I
h
--T
II
.02010.508)
-II- .016 (0.406)
'.037 (0.940)
.027 (0.686)
STANDOFF
WIDTH
40-PIN PLASTIC DUAL IN-LINE
2.050
r~~------(52.070)1------------I·1
"f. [:::::::::::::::::ri:~"~
J
[.060 (1.524)
. .04011.016)
I
L·ll0 (2.794)TYP.
, .090 (2.286)
.070
(1.778)
=::1:!
(~!~:
8P
~
Plane
.600~
(15.24)
~
U
h.
SeatingU
(;905)
TYP.
NOTES:
Pins are tin-platd kovar
Package material is plastic
Pins are intended for insertion in hole rows
on .600 centers
They are purposely shipped with positive
misalignment to facilitate insertion.
Ji\
Weight: 7 grams
.010~
(:0254)
6
I
(1701ri
REF.
14-57
All dimensions in inches (bold) and
millimeters (parentheses)
I
FAIRCHILD PACKAGE OUTLINES
18-PIN DUAL IN-LINE (METAL CAP)
C
I
QJ?O,. p]41
:!l
.790 (20
066)
I ,065 (165)
I
8R
NOTES:
r-
.48011219)
.440 I" 181
.155 (3.937)
.125~75)
.094 (2 388)
PLANE
mmw~T
II
1
I
I
I
1
.02".17,,508'
~ ~ ~~
. 110(2794)
,-ogO'j2286j
TVP
~L
.032(0.813)
TVP
320 (8.128 I
.~Oln7.620,
rj
.285 [7}391
.271 (6.883)
II
L.
"ks ~3.175)'
1'N
:I
.O;STr930)
----L_
SEATING
--W.
I.,
f)Hi010
.0,2ID.3DS)
Pins gold-plated kovar
Base is AL203. dark ceramic
Cap Is kovar
Pins are intended for Insertion in hole rows
on .300" centers. They are purposely
(7.62) shipped with positive misalignment
to facilitate insertion
Board-drilling dimensions should equal
your practice for .020" diameter pin (5.06)
Cavity size is .175 x .240 (4.44 x 6.10)
[0=
[
•
I
.020(0508)
.016 (OA06)
--I'
.375 19.521
MAX .
22-PIN DUAL IN-LINE (METAL CAP)
D
r - - 1 . 0 9 5 (27.812)-------j
1 _ _ _ 1.065 (27051)
. _ I
11
1
12
--I~
.05011.271
I
430
I'
-1
1-1
NOM.
.095 12.411
.07511.901
I
NOTES:
J--.0321O.81IR.
~.388 19.861
22
r
8T
.330
.11512.92)
~::t161
"'nNGq:~~-.i
:::,1. , II ~ III ~01210.301
L J
II I-
i1r
. 125 (3.175)
.11012.791 .02010.511 .03210.811
.09012.291 .01610,411 STANDOFF
.05011.271
.03010.761
.008 10.20 I
.400
(10.160)
NOM .
Pins are gold-plated kovar
Package material is alumina (white)
Pins are intended for insertion in hole rows
on .400" centers. (10.16)
They are purposely shipped "positive"
misalignment to facilitate insertion
Board-drilling dimensions should equal
your practice for .030 inch diameter
pin (0.76)
Low temperature seal
Cavity size is .200 square (5.0S)
Weight is 2.0 grams.
16-PIN CERPAK
.05011.271
TYP.
1.
8U
16
NOTES:
1
.410110.41)
.01910.481
.015 (0.381
L
I
9
8
rI
.350 18.901 TYP 1
.25016.351
'j
.07511.901
L
r-
.00610.151
.00410.101
r
'T'
Pins are tin-plated 42 alloy
Cap and base are alumina
Cavity size is .140 x .200. (3.556 x 5.08)
silver plated
Package weight is 0.4 gram
I..28017.111_\
if'"
.02410.611 TYP.
.245 16.221
All dimensions in inches (bold) and millimeters (parentheses)
14-58
FAIRCHILD PACKAGE OUTLINES
3-PIN SINGLE SIDE POWER PLASTIC MINIDIP
.150
(3.811 -
n
(3~~:1
t
In~_~~I
8Y (U-1)
1.040
(25.421
I
INDICATING
ir-l~-.----.JL_I~'Mf;=i"T'-:.r MARK,
NO.1 PIN
(13.451 .411
,~~,jL'~' ... "JI!I~
•026
.032 (0.811
NOTES:
Pins are tin plated copper
Package weight Is 0.8 gram
Package material Is plastic
Tab Is electrically Insulated from pins
This package Is Intended to be mounted with
the tab flush with the top of the P.C. board
or heat sink. A No. 4 screw may be used to
secura the package. Thermal compound
is recommended.
All dimensions nominal .
(Q.SSIJiL I
i--
.100 (2.541-J
3-PIN SINGLE SIDE POWER PLASTIC MINIDIP
.11012.791-.
-1
1..-.345 18.75 1
Tn
~ .270 .J
15.851
I
I
I
r
026 (0.551
_=-~-]1 ~
.375 .360
(9.531 (9.141
8Y (U-2)
1
NOTES:
Package is plastic with tin-plated copper
leads
Package weight is 0.6 gram
Center lead is electrical contact with
mounting tab
For detailed package configuration, refer
to FSB-90717
INDICATING
MARK, NO.1 PIN
r-.330 (8.381--1
I
.135
.015
(3rr~~~50~
I (5.351
.020
~-q:= ~F==~t.1
1-01.-----:.385 (25.021--------1-.
All dimensions in inches (bold) and millimeters (parentheses)
14-59
I
FAIRCHILD PACKAGE OUTLINES
4-PIN SINGLE SIDE POWER PLASTIC MINIDIP
.125
13.181
DIA. HOLE
.398
110.111
.125
13.181
.150
13.811
8Z (U-1)
.030
10.761
I
.385
I
._---j_ _ _
1.040
126421
Ll
J81
.
16.351
!
INDICATING
MARK, NO.1 PIN
.530
113.461
.021
10.531
b
--r-.411
110.441
I
~IO.811
.05011.271
NOTES:
Package is plastic with tin-plated copper
pins
Board-drilling dimensions should equal
your practice for .033 (0.84) inch
diameter pins
Package weight is 0.6 gram
Tab is electrically insulated from pins
This package is intended to be mounted with
the tab flush with the top of the PC board
or heat sink. A No.4 screw may be used to
secure the package. Thermal compound
is recommended .
.10012.541
4-PIN SINGLE SIDE POWER PLASTIC MINIDIP
-;;-j
r-
III1
.125
13.181
DIA. HOLE,
.125
13.181
.015
10.381
I--I
.398
110.1111
.394
110.011
.150
13.811
8Z (U-2)
t
I
NOTES:
Package is plastic with tin-plated pins
Board-drilling dimensions should equal
your practice for .033 (0.84) inch
diameter pin
Package weight is 0.6 gram
Tab is electrically insulated from pins
.250
16.351
~"'tr""----r
INDICATING;
I MARK, NO.1 PINI
.021
10.531
.530
113(61
.05011.2n
All dimensions in inches (bold) and millimeters (parentheses)
14-60
FAIRCHILD PACKAGE OUTLINES
14-PIN ·PLASTIC DUAL IN-LINE
(JEDEC TO-116 OUTLINE)
9A
NOTES:
Pins are tin plated kovar
'Package material varies depending on the
product line
Pins are intended for insertion in hole rows
on .300" (7.62) centers
They are purposely shipped with "positive"
misalignment to facilitate insertion
Board-drilling dimensions should equal
your practice for .020 (0.508) inch
diameter pin
"Notch or ejector hole varies depending on
the product line
Package weight is 0.9 gram
.025 (0.64)
~
r
.770(19.56)~ .02010.51~
30~ ~0.301
.740 (18.80)
.008 (0.20)
7
R·045 (1.14)**
•. 035 (0.89)
10
.260 (6.60)
-
.240 (6.10)
..050 (1.27)
.040 (1.02)
L.~:::;=r=r=r=;=;~~;=d
~
.110 (2.80)
.090 12.29)
h
.065 (1.651
:o4ifi1141
~
.310 (7 B7I ~
.290 (7 371
.020 (0511
>oo[OO~''''"'"M~~~
=
l
MAX.
SEATING
t
PLANE
II
.150 (3 Bll
.100(2541
~
:~~g
1
1
g~gi -J---I
TYP.
==f.010 (0251
NOM.
-..--l..~
.011 (02BI
.009 (023)
11
r
-II--
I
020 (0511
:016 (0 411
I
I--- .375 (9521-1
STANDOFF .037 (0.941
WIDTH
.027 (0.69)
NOM.
16-PIN PLASTIC· DUAL IN-LINE
r-----
.025 (0.635)
.020 (0'5081~
---------I
.770119.56)
.740 (18.80)
.012 (0.305)
0
~~t;i~ :::: ~ ~:~~~:~~~"!li~
II
.065(1.651)
.045 (1143)--1
I-
1[(1. 025 (0.6351
NOM.
--i
f-
.020 (0.508)
~.300 (7. 620 1-1 .010 (0.254)
'290(7'366)
,oo
~
.140
-- -~
~- 173~~~6~~
1. . . . .- - -
---
•
I .100 12.54'
~
1
5°
I
.020 10.511 '
-
I
I
'j.125
I
I
!3,181
f
1~67061- ---~
.810
120.571
-
All dimensions in inches (bold) and millimeters (parentheses)
14-65
I
FAIRCHILD PACKAGE OUTLINES
4-PIN POWER MINIDIP
~LEADNO.1
./
9V (T3)
NOTES:
Package Is plastiC with tin-plated copper
pins and wings
Package weight is 0.6 gram
T-3 package is Intended for applications
with an external heat sink. A No.2
mounting hole is provided for case of
mounting. The tab may be bent to any
convenient angle.
.230
15.841
.375
1---' 19.521
!
-----l
1!~
I 100
I
. "-
.140
13.561
~
Ic--r--.15013.811
.10012.541
I
J
I
~
..L
I
.02 o
10.51 I
MIN
50
!
\
i
" Yi
~
-.01810.461
I
li-
.01410361
30017.621-
'----- .500 !
I
!112.71-----l
12-PIN POWER PLASTIC DUAL IN-LINE
~,--~·~.750 119,OI---~
.100
12.541
9W (P3)
.050
NOTES:
Package is plastiC with tin plated copper
pins and wings
For detailed package configuration refer
to FSB-90698
Package weight Is 0.9 gram
11.271
.10612.691
MIN.
_-..: _ .020W.51)
All dimensions in inches (bold) and millimeters (parentheses)
14-66
FAIRCHILD PACKAGE OUTLINES
12-PIN POWER PLASTIC DUAL IN-LINE
rI
.250
16351-
.25.
(635)
.093
(236)
OIA .
. 035
10891
9W (P4)
1.000
(2~ 41
NOTES:
Package Is plastic with tin-plated copper
pins and wings
For detailed package configuration refer
to FSB-90699
Package weight is 0.9 gram
\
L·141
~+I;~:'
(3.SSI
DIA.
.088(224)
~====rrf===4ild===~1
.238 i604)
MIN.
.100
I
12.541
12-PIN POWER PLASTIC DUAL IN-LINE
.250
16351
.050
11271
Il-'I
1--
9W (PS)
NOTES:
Package Is plastic with tin-plated copper
pins and wings
For detailed Package configuration refer
to FSD-90740.
Package weight is 0.9 gram
All dimensions in inches (bold) and millimeters (parentheses)
14-67
II
FAIRCHILD PACKAGE OUTLINES
12-PIN POWER PLASTIC DUAL IN-LINE
______t-.093 12.361 DIA .
.250
16.351
It=r1=fUC==:::rrrlc:::tn1~
IUJL...JL:5:11271
IU
J
UI_ .100 12.541 TYP.
=.750119.051-----=--I
9W (P6)
If--- .310 -----j
.02010.51
.025 10.641
I
17?7)
LI
hrnJiR?'=T~"'~-·-- J
O
J~
.020
110.51)
_ .150
13.81)
UI
1
.135 13.43)
.12513.181
L
NOTES:
Package is plastic with tin plated copper
pins and wings
For detailed package configuration refer
to FSB-90126
Package weight Is 0.9 gram
.30017.62)
.10012.54)
28-PIN PLASTIC DUAL IN-LINE
:.
14
1
1-
.555114.10)
~1=5n=~=rr;~TT=n~T=rr"=TT=rr~=rr2~8~---'J"·
L
.075
11.91)
TYP.
9Y
NOTES:
Pins are tin-plated kovar. alloy 42 or copper
Package material is plastic
Pins are intended for insertion in hole rows
on .600 (15.24) centers
They are purposely shipped positive
misalignment to facilitate insertion
Assembled package weight 4.8 grams
All dimensions in inches (bold) and millimeters (parentheses)
14-68
FAIRCHILD FRANCHISED DISTRIBUTORS (Cont'd)
UNITED STATES AND CANADA
GERBER ELECTRONICS
852 Providence Highway
Dedham. Massachusetts 02026
Tol: 617·329·2400
NEW MEXICO ..
CENTURY ELECTRONICS
11728 Linn Ave.
Albuquerque. New Mexico 87123
Tol: 605·292·2700 TWX: 91C>-9811-0625
HAMILTON/AVNET ELECTRONICS
100 E. Commerce Way
Woburn, Massachusetts 01801
Tol: 617·933·8000 TWX: 71C>- 332·1201
HAMILTON/AVNET ELECTRONICS
.2450 Baylor Or. S.E.
Albuquerque, New Mexico 87119
Tol: 605·765·1600
U.S. Route'
TWX: None - use 910-379-6486
HARVEY ELECTRONICS
44 Hartwell Ave,
Lexington, Massachusetts 02173
Tol: 617·861·9200 TWX: 71C>-326·6617
SCHWEBER ELECTRONICS
213 Third Avenue
Waltham, Massachusetts 02154
Tol: 617·890·8484
MICHIGAN
HAMILTON/AVNET ELECTRONICS
32487 Schoolcraft
Livonia, Michigan 48150
Tol: 313·522·4700 TWX: 81C>-242-8775
PIONEER/DETROIT
13485 Stamford
Livonia, Michigan 48150
Tel: 313-525-1800
SCHWEBER ELECTRONICS
33540 Schoolcraft
Livonia, Michigan 48150
Tol: 313-525·8100
SHERIDAN SALES CO.
24543 Indaplex Drive
(P.O. Box 529)
Farmington, Mich. 48024
Tol: 313-477·3600
MINNESOTA
HAMILTON/AVNET ELECTRONICS
7683 Washington Ave. South
Edina, Minnesota 55435
Tol: 612·941·3601
TWX: None - use 910-227-0060
(Regional Hq. in Chicago, lid
SCHWEBER ELECTRONICS
7402 Washington Ave, South
Eden Prairie, Minnesota 55343
Tol: 612·941·5280
SEMICONDUCTOR SPECIALISTS, INC.
8030 Cedar Avenue South
Minneapolis, Minnesota 55420
Tol: 612·854·8841 TWX: 91C>-576·2812
(Regional Hq. in Mt. View, Cs,)
NEW YORK
ARROW ELECTRONICS
399 Conklin Street
Farmingdale, New York 11735
Tol: 516·694·6800
CRAMER ELECTRONICS
129 Oser Avenue
Hauppauge, N,Y, 11787
Tol: 516·231·5682
CRAMER ELECTRONICS
8716 Joy Road
E. Syracuse, N,Y, 13057
Tol: 315-437·6871
COMPONENTS PLUS, INC.
40 Oser Avenue
Hauppauge, L.I., New York 11787
Tol: 516-231·9200 TWX: 51C>-227·9869
HAMILTON/AVNET ELECTRONICS
187 Clay Road
Rochester, New York 14623
Tol: 716-442·7820
TWX: None - use 710-332-1201
(Regional Hq. in Burlington, Ma.)
HAMILTON/AVNET ELECTRONICS
6500 Joy Road
E. Syracuse, New York 13057
Tol: 315-437·2642 TWX: 71C>-541-0959
HAMILTON/AVNET ELECTRONICS
70 State Street
Westbury, L.I., New York 11590
Tol: 516·333·5800 TWX: 51C>-222·8237
ROCHESTER RADIO SUPPLY CO., INC.
140 W. Main Street
(P.O. Box 1971)
Rochester, New York 14603
Tol: 716·454·7800
SCHWEBER ELECTRONICS
Jericho Turnpike
Westbury, L.I.,New York 11590
Tel: 516-334-7474 TWX: 510-222-3660
MISSOURI
HALLMARK ELECTRONICS, INC.
13789 Rider Trail
Earth City, Missouri 63045
Tol: 314-291·5350
SCHWEBER ELECTRONICS, INC.
2 Town Line Circle
Rochester, New York 14623
Tel: 716-461-4000
HAMILTON/AVNET ELECTRONICS
364 Brookes Lane
Hazelwood, Missouri 63042
Tol: 314-731·1144 TWX: 91C>-762-0eD6
JACO ELECTRONICS, INC.
145 Oser Ave.
Hauppauge, L.I.,New York 11787
Tel: 516-273-1234 TWX: 510~227-6232
NEWJERSIY
HAMILTON/AVNET ELECTRONICS
218 Limo Fills Road
Cedar Grove. New Jersey 07009
Tel: 201-239-0800 TWX: 71C>-994·5787
SUMMIT DISTRIBUTORS, INC.
916 Main Street
Buffalo, New York 14202
Tol: 716·884·3450 TWX: 710·522·1692
HAMILTON/AVNET ELECTRONICS
113 Gaither Drive
Ealt Oate Industrial Park
MI. Laurel, N.J. 08057
T.I: 80&-234·2133 TWX: 71C>-897·1405
SCHWEBER ELECTRONICS
43 Belmont Drive
Somerllt, N.J. 08873
Tel: 201-469·6008 TWX: 71C>-48C>-4733
STERLING ELECTRONICS
774 Pfeiffer Blvd.
Porth Amboy, N.J. 08861
T.I: 201·442·8000 Tolox: 138-679
NORTH CAROLINA
CRAMER ELECTRONICS
938 Burke Street
Winston Salem, N.C. 27102
T.I: 919·725·8711
HAMILTON/AVNET
2803 Industrial Drive
Raleigh, North Carolina 27609
Tol: 919·829·6030
HALLMARK ELECTRONICS
1208 Front Street, Bldg; K
Raleigtl, North carolina 27609
T.I: 919·832·4465 TWX: 51C>-928·1831
OHIO
HAMILTON/AVNET ELECTRONICS
761 Beta Drive, Suite E
Cleveland. Ohio 44143
Tel: 216-461·1400
TWX: None - use 910-227-0060
(Regional Hq. In Chicago, III.)
HAMILTON/AVNET ELECTRONICS
118 Westpark Road
Dayton, Ohio 45459
Tol: 513-433·0610 TWX: 81C>-450·2531
PIONEER/CLEVELAND
4800 East 13181 Street
Cleveland, Ohio 44105
Tol: 216·587·3600
PIONEER/DAYTON
1900 Troy Street
Dayton, Ohio 45404
Tol: 513-236·9900 TWX: 81C>-459·1622
SCHWEBER ELECTRONICS
23880 Commerce Park Road
Beachwood, Ohio 44122
Tol: 216·464·2970 TWX: 810·427·9441
SHERIDAN SALES COMPANY
23224 Commerce Park Road
Beachwood, Ohio 44122
Tol: 216·831·0130 TWX: 81C>-427·2957
SHERIDAN SALES CO.
(mailing address)
P.O. Box 37826
Cincinnati, Ohio 45222
(shiPping address)
10 Knollcrest Drive
Reading, Ohio 45237
Tol: 513·781-5432 TWX: 81C>-461-2670
OKLAHOMA
HALLMARK ELECTRONICS
4846 South 83rd East Avenue
Tulsa, Oklahoma 74145
Tol: 918-835·8458 TWX: 91C>-845·2290
RADIO INC. INDUSTRIAL ELECTRONICS
1000 South Main
Tulsa, Oklahoma 74119
Tol: 918-587·9123
PENNSYLVANIA
HALLMARK ELECTRONICS, INC.
458 Pike Road
Huntingdon Valley, Pennsylvania 19006
Tel: 215-355-7300 TWX: 510-667-1727
P10NEER/DELAWARE VALLEY ELECTRONICS
'41 Gibraltar Road
Horsham, Pa. 19044
Tel: 609-541-1120 TWX: 510-665-6778
PIONEER ELECTRONICS, INC.
560 Alpha Drive
Pittsburgh, Pennsylvania 15238
Tol: 412·782·2300 TWX: 71C>-795-3122
SCHWEBER ELECTRONICS
101 Rock Road
Horsham, Pennsylvania 19044
Tol: 215·44H)6oo
SHERIDAN SALES COMPANY
1717 Penn Ave.
Suite 5009
Pittsburgh, Pennsylvania 15221
Tol: 412·244·1840
BOUTH CAROLINA
DIXIE ELECTRONICS, INC.
P.O. Box 408 (Zip Codo 29202)
1900 Barnwell Street
Columbia, South Carolina 29201
Tol: 803-7711-5332
TEXAS
ALLIED ELECTRONICS
401 East 8th Street
Fort Worth,· Texas 76102
Tol: 817·336-5401
Cinnaminson, New Jerley 08077
Tol: 215·627·1920
RESCO
Highway 70 West
Rural Route 8, P.O, Box 116-B
Raleigh, North Carolina 27612
Tol: 919·781-5700
CRAMER ELECTRONICS
13140 Midway Road, Suite 700
Dallas, Texas 75240
Tel: 214-661-9300
WILSHIRE ELECTRONICS
',11 Paull80n Avenue
Clifton, Now J ....y 07015
T.I: 201·385·2800 TWX: 71C>-989·7052
PIONEER/CAROLINA ELECTRONICS
2906 Baltic Avenue
Greensboro, North Carolina 27406
Tol: 919·273·4441
HALLMARK ELECTRONICS CORP.
10109 McKalla Place Suite F
Austin, Texas 78758
Tel: 512·837·2814
WILSHIRE ELECTRONICS
855 Industrial Highway. Unit 5
15-4
FAIRCHILD SALES REPRESENTATIVES
UNITED STATES AND CANADA
ALABAMA
CARTWRIGHT & BEAN, INC,
2400 Bob Wallace Ave.• Suite 201
Huntsville, Alabama 35805
Tel: 205-533-3509
CALIFORNIA
CELTEC COMPANY
18009 Sky Park Circle Suite B
Irvine, California 92715
Tel: 714-557-5021 TWX: 91()-595-2512
CELTEC COMPANY
15300 Ventura Blvd., Room 200
Sherman Oaks. California 91403
Tel; 213-990-3440 TWX: 910-495-2010
CEL TEC COMPANY
7867 Convoy Court, Suite 312
San Diego, California 92111
Tel: 714-279-7961 TWX: 91()-335-1512
MAGNA SALES, INC.
3212 SeoU Blvd.
Santa Clara, California 95050
Tel: 408-985-1750 TWX: 910-338-0241
COLORADO
SIMPSON ASSOCIATES, INC.
2552 Ridge Road
Littleton, Colorado 80120
Tel: 303-794-8381 TWX: 910-935-0719
CONNECTICUT
PHOENIX SALES COMPANY
389 Main Street
Ridgefield, Connecticut 06877
KANSAS
B.C. ELECTRONIC SALES, INC.
P.O. Box 788
11495 Lenexa Drive
Olathe, Kansas 66061
Tel: 913-888-6680 TWX: 910-749-6414
MARYLAND
DELTA III ASSOCIATES
5801 Annapolis Road, Suite 500
Bladensburg, Maryland 20710
Tel: 301-779-0977 TWX: 710-826-9654
MASSACHUSETTS
SPECTRUM ASSOCIATES, INC.
888 Worcester Street
Wellesley, Massachusetts 02181
Tel: 617-237-2796 TWX: 71()-348-0424
MICHIGAN
RATHSBURG ASSOCIATES
16621 E. Warren Ave.
Detroit, Michigan 48224
Tel: 313-882-1717 Telex: 23-5229
MINNESOTA
PSI COMPANY
7710 Computer Avenue
Minneapolis, Minnesota 55435
Tel: 612-835-1777 TWX: 910-576-3483
MISSISSIPPI
CARTWRIGHT & BEAN, INC.
P.O. Box 16728
5250 Galaxy Drive, Suite J
Jackson, Mississippi 39207
Tel: 601-981-1368
Tel: 203-438-9644 TWX: 71Q-.467-0662
FLORIDA
LECTROMECH, INC.
303 Whooping loop
Allamonte Springs, Florida 32701
Tel: 305-831-1577 TWX: 810-853-0262
MISSOURI
B.C. ELECTRONIC SALES, INC,
300 Brookes Orive, Suite 206
Hazelwood, Missouri 83042
Tel: 314-731-1255 TWX: 910-762-0600
LECTROMECH, INC.
2741 North 29th Avenue, Suite 218
Hollywood, Florida 33020
Tel: 305-920-2291 TWX: 510-954-9793
NEW JERSEY
LORAC SALES, INC.
580 Valley Road
Wayne, New Jersey 07470
Tel: 201-696-8875 TWX: 710-988-5846
LECTROMECH, INC.
2280 U.S. Highway 19 North
Suite 119 Bldg L
Clearwater, Florida 33515
Tel: 813-726-0541
NEW YDRK
LORAC SALES, INC.
550 Old Country Road, Room 410
Hicksville, New York 11801
Tel: 516-681-8746 TWX: 510-224-6480
GEORGIA
CARTWRIGHT & BEAN, INC.
P.O. Box 52846 (Zip Code 30355)
90 W. Wieuca Square, Suite 155
Atlanta, Georgia 30342
Tel: 404-255-5262 TWX: 810-751-3220
TRI-TECH ELECTRONICS, INC.
3215 East Main Street
Endwell, New York 13760
Tel: 807-754-1094 TWX: 510-252-0891
ILLINOIS
MICRO SALES, INC.
2258-B Landmeir Road
Elk Grove Village, Illinois 60007
Tel: 312-956-1000 TWX: 910-222-1833
INDIANA
LESLIE M. DEVOE COMPANY
4215 East 82nd Street Suite 0
Indianapolis, Indiana 46250
Tel: 317-842-3245 TWX: 810-260-1435
IOWA
B.C. ELECTRONICS SALES, INC.
4403 First Avenue S.E., Suite 412
Cedar Rapids, Iowa 52402
Tel: 319-393-5818
TRI-TECH ELECTRONICS, INC.
290 Perinton Hills Office Park
Fairport, New York 14450
Tel: 716-223-5720
TRI-TECH ELECTRONICS, INC.
6836 East Genesee Street
Fayetteville, New York 13066
Tel: 315-446-2881 TWX: 710-541-0604
TRI-TECH ELECTRONICS, INC.
15 College View Avenue
Poughkeepsie, New York 12603
Tel: 914-473-3880
NORTH CAROLINA
CARTWRIGHT & BEAN, INC.
1165 Commercial Ave.
Charlotte, North Carolina 28205
Tel: 704-377-5673
CARTWRIGHT & BEAN, INC.
P.O. Box 18465
3948 Browning Place
Raleigh, North Carolina 27609
Tel: 919-781-6560
15-6
OHID
THE LYONS CORPORATION
4812 Frederick Road, Suite 105
Deyton, Ohio 45414
Tel:'513-278-0714
THE LYONS CORPORATION
6151 Wilson Mills Road, Suite 101
Highland Heights, Ohio 44143
Tel: 216-461-8288
OKLAHOMA
TECHNICAL MARKETING
9717 East 42nd Street, Suite 210
Tulsa, Oklahoma 74101
Tel: 918-622-5984
OREGON
QUADRA CORPORATION
19145 S,W. Murphy CI.
Aloha, Oregon 97005
Tel: 503-225-0350 TWX: 910-443-2318
PENNSYLVANIA
BGR ASSOCIATES
2500 Office Center
2500 Maryland Road
Willow Grove, Pennsylvania 19090
Tel: 215-857-3301
TENNESSEE
CARTWRIGHT & BEAN, INC.
P,O, Box 4760
560 S. Cooper Street
Memphis, Tennessee 38104
Tel: 901-276-4442
CARTWRIGHT & BEAN, INC.
8501 Kingston Pike
Knoxville, Tennessee 37919
Tel: 815-693-7450
TEXAS
TECHNICAL MARKETING
4445 Alpha Road, Suite 102
Dallas, Texas 75240
Tel: 214-387-3601 TWX: 910-860-5158
TECHNICAL MARKETING
6430 Hillcroft, Suite 104
Houston, Texas 77036
Tel: 713-777-9228
UTAH
SIMPSON ASSOCIATES, INC.
P.O. Box 151430
Salt Lake City, Utah 84115
Tel: 801-486-3731
WASHINGTON
QUADRA CORPORATION
14825 N.E. 40th Street
Suite 340
Redmond, Washington 98052
Tel: 206-883-3550 TWX: 910-449-2592
WISCDNSIN
LARSEN ASSOCIATES
10855 West Potter Road
Wauwatosa, Wisconsin 53226
Tel: 414-258-0529 TWX: 910-262-3160
CANADA
R.N. LONGMAN SALES, INC. (L.S.I.)
1590 Matheson Blvd, Unit 26-A
Mississauga, Ontario, L4W 1Jl, Canada
Tel: 416-625-6770 TWX: 610-492-4311
R.N. LONGMAN SALES, INC. (L.S.I.)
1385 Mazurette Street West, Suite 3
Montreal, Quebec, H4N 1 G8, Canada
Tel: 514-382-2552 TWX: 610-421-3178
INTERNATIONAL
FAIRCHILD SALES OFFICES
JAPAN
TOK-Fairchild
Pola Bldg. 7th Floor 1-15-21 Shibuya
Tokyo 150. Japan
Tel: 03 400 8351 Telex: 242173
AUSTRALIA
Fairchild Australia pty Ltd.
72 Whiting Street
Artarmon 2064
New South Wales
Australia
Tel: Sydney (02)-438-2733
KOREA
Fairchild Semikor ltd.
K2 219-6 Kari Bong Dong
Young Dung Po-Ku
Seoul 150-06, Korea
Tel: 86-6751 through 55 Telex: FAIRKOR 22705
(mailing address)
P.O. Box 450
North Sydney 2060
New South Wales
Australia
(mailing address)
Central P.O. Box 2806
AUSTRIA AND EASTERN EUROPE
Fairchild Electronics
A-l0l0 Wien
MEXICO
Fairchild Mexicana S.A.
Blvd. Adolfo Lopez Mateos No. 163
Mexico 19, D.F.
Tel: 905-563-5411 Telex: 017-71-038
Schweden platz 2
Tel: 0222 635821 Telex: '75096
BRAZIL
Fairchild Semicondutores Ltda
Caixa Postal 30407
RUB Alagoas, 663
01242 Sao Paulo, Brazil
Tel: 66-9092 Telex: 011-23831
Cable: FAIRLEe
SCANDINAVIA
Fairchild Semiconductor AB
Svartengsgatan 6
S-11620 Stockholm
Sweden
Tel: 8-449255 Telex: 17759
FRANCE
Fairchild Camera & Instrument SA
121, Avenue d'ltalie
750013-Paris, France
Tel: 00331-584 55 66
Telex: 0042 200614 or 260937
SINGAPORE
Fairchild Semiconductor Pty Ltd.
No. 11, Lorong 3
Toa Payoh
Singapore 12
Tel: 531-066 Telex: FAIASIN-RS 21376
GERMANY
Fairchild Camera and Instrument (Deutschland)
Daimlerstr 15
8046 Garching Hochbruck
Munich, Germany
Tel: (089) 320031 Telex: 52 4831 fair d
TAIWAN
Fairchild Semiconductor (Taiwan) Ltd.
HSletsu Building, Room 502
47 Chung Shan North Road
Sec. 3 Taipei, Taiwan
Tel: 573205 thru 573207
Fairchild Camera and Instrument (Deutschland)
Koenigsworther Strasse 23
3000 Hannover
W-Germany
Tel: 051117844 Telex:09 22922
BENELUX
Fairchild Semiconductor
Paradijslaan 39
Eindhoven, Holland
Tel: 00-31-40-446909 Telex: 00-1451024
Fairchild Camera and Instrument (Deutschland)
Postrstrasse 37
7251 leon berg
W-Germany
Tel: 07152 41026 Telex: 07 245711
UNITED KINGDOM
Fairchild Camera and Instrument {UK} ltd
Semiconductor Division
230 High Street
Potters Bar
Hertfordshire EN6 5BU
England
Tel: 0707 51111 Telex: 0051 262835
Fairchild Camera and Instrument (Deutschland)
Waldluststrasse 1
8500 Nuernberg
W-Germany
Tel: 0911 407005 Telex: 06 23665
Fairchild Semiconductor ltd
Shiel House
Craigshill
Livingston
West Lothian. Scotland
Tel: livingston 0589 32891 Telex: 72629
HONG KONG
Fairchild Semiconductor (HK) ltd.
135 Hoi Bun Road
Kwun Tong
Kowloon, Hong Kong
Tel: K-890271 Telex: HKG-531
ITALY
Fairchild Semiconduttori, S.PA
Via Flamenia Vecchia 653
00191 Roma, Italy
Tel: 06 327 4006 Telex: 63046 (FAIR ROM)
Fairchild Semiconduttori S.P.A.
Via Rosellini. 12
20124 Milano, Italy
Tel: 02 6887451 Telex: 36522
15-8
FAIRCHILD PACKAGE OUTLINES
2O-PIN PLASTIC DUAL IN-LINE
1.033 (26.241~
1.027 (26.08 I
I•
1
.310 (7 871
.290 (7371
.025 (0.641
.015 (0381
MAX.
NOM._~
.185 (4701
NOM.
r=~~
r=!
~~
~ t
SEATING
I
.125 (3 181
MIN.
I
~
I
.110 (2.791 TYP.
.090 (2.291
PLANE
f~~
--r
I
.065 (1 651 TYP."
I
•
10.281
.00910.231
.37019AOI
NOM .
.03210.811
TYP.
9Z
NOTES:
Pins are tin plated alloy 42 or copper (olin
195)
Package material varies depending on the
product line
Pins are intended for insertion in hole rows
on .300 (7.62) centers
They are purposely shipped with "positive"
miselignment to facilitate insertion
Board drilling dimensions should equal your
practice for .020" (0.51) diameter pin
Package weight is a little over 1.0 grams
19-PIN SINGLE IN-LINE
.135 ± '0121_11_ .025 ± .003
1.63 ± .0761
13.43 ± .31
-r
1.0 ± .01
125.4 ± .251
.80 ± .012
120.3 ± .31
L~~_-----1_1
_1.1313.31
It
.1814.571
.06
11.531
.02
(,51}~
~
-I
.............
_t_
0: 12.291
I
.01
(,25)'- ...........-
All dimensions in inches (bold) and millimeters (parentheses)
14-69
1.
-I
.31 17.871
II
I
FAIRCHILD FIELD SALES OFFICES.
REPRESENTATIVES AND DISTRIBUTORS
FAIRCHILD FRANCHISED DISTRIBUTORS
UNITED STATES AND CANADA
ALABAMA
HALLMARK ELECTRONICS
4739 Commercial Drive
Huntsville, Alabama 35805
Tel: 205-837-8700 TWX: 810-726-2187
HAMIL TON/AVNET ELECTRONICS
80S Oster Drive, N.w.
Huntsville, Alabama 35805
Tel: 205-533-1170
Telex: None - use HAMAVLECB DAL 73-0511
(Regional Hq. in Dallas, Texas)
ARIZONA
CRAMER ELECTRONICS
5465 East Evans Place at Hudson
Denver, Colorado 80222
Tel: 303-758-2100
ELMAA ELECTRONICS
6777 E. 50th Avenue
Commerce City, Colorado 80022
Tel: 303-287-9611 TWX: 910-936-0770
G,S. MARSHALL COMPANY
5633 Kendall Court
Arvada, Colorado 80002
Tel: 303-423-9670 TWX: 910-938-2902
HAMIL TON/AVNET ELECTRONICS
2615 S, 21st Street
Phoenix, Arizona 85034
Tel: 602-275-7851 TWX: 910-951-1535
LIBERTY ELECTRONICS
8155 North 24th Ave.
Phoenix, Arizona 85021
Tel: 602-249-2232 TWX: 910-951-4282
STERLING ELECTRONICS
P.O. Drawer 20867 (zip code 85036)
2001 E. University Drive
Phoenix, Arizona 85034
Tel: 602-258-4531 Telex: 667317
CALIFORNIA
AVNET ELECTRONICS
350 McCormick Avenue
Costa Mesa, California 92626
Tel: 714-754-6111 (Orange County)
213-558-2345 (Los Angeles)
TWX: 910-595-1928
BELL INDUSTRIES
Electronic Distributor Division
1161 N. Fair Oaks Avenue
Sunnyvale, California 94086
Tel: 408-734-8570 TWX: 910-339-9378
ElMAR El~CTRONICS
2288 Charleston Rd.
Mountain View, California 94042
Tel: 415-961-3611 TWX: 910-379-6437
G.S. MARSHAll COMPANY
8005 Deering Avenue
Canoga Park, California 91304
Tel: 213-999-5001
G.S. MARSHAll COMPANY
9674 Telstar Avenue
EI Monte, California 91731
Tel: 213-686-0141 TWX: 910-587-1565
G.S. MARSHALL COMPANY
17975 Skypark Blvd.
Irvine, California 92707
Tel: 714-556-6400
G.S. MARSHALL COMPANY
8057 Raytheon Rd. Suite 1
San Diego, California 92111
Tel: 714-278-6350 TWX: 910-335-1191
HAMILTON ELECTRO SALES
10912
Washington Blvd
Culver City, California 90230
Tel: 213-558-2121 TWX: 910-340-6364
W:
HAMILTON/AVNET ELECTRONICS
575 E. Middlefield Road
Mountain View, California 94040
Tel: 415-961-7000 TWX: 910-379-6486
HAMIL TON/AVNET ELECTRONICS
8917 Complex Drive
San Diego, California 92123
Tel: 714-279-2421
Telex HAMAVELEC SDG 69-5415
LIBERTY ELECTRONICS
124 Maryland Street
EI Segundo, California S0245
Tel: 213-322-8100 TWX: 910~348-7111
LIBERTY ELECTRONICS/SAN DIEGO
8248 Mercury Court
San Diego, California 92111
Tel: 714~565-9171 TWX: 910-335-1590
COLORADO
CENTURY ELECTRONICS
8155 West 48th Avenue
Wheatridge, Colorado 80033
Tel: 303-424-1985 TWX: 910-938-0393
HAMIL TON/AVNET ELECTRONICS
5921 N. Broadway
Denver, Colorado 80216
Tel: 303-534-1212 TWX: 910-931-0510
CONNECTICUT
CRAMER ELECTRONICS
35 Dodge Avenue
Wharton Brook Industrial Center
North Haven, Connecticut 06473
Tel: 203-239-5641
HAMIL TON/AVNET ELECTRONICS
643 Danbury Road
Georgetown, Connecticut 06829
Tel: 203-762-0361
TWX: None - use 710-897-1405
(Regional Hq. in Mt. Laurel, N.J.)
HARVEY ELECTRONICS
112 Main Street
Norwalk, Connecticut 06851
Tel: 203-853-1515
SCHWEBER ELECTRONICS
Finance Drive
Commerce Industrial Park
Danbury, Connecticut 06810
Tel: 203-792-3500
FLORIDA
ARROW ELECTRONICS
1001 Northwest 62nd Street
Suite 402
Ft. lauderdale Florida 33309
Tel: 305-"176-7790
ARROW ELECTRONICS
115 Palm Bay Road N.W
SUite 10
Palm Bay, Flonda 32905
Tel: 305-725-1408
CRAMER El.ECTRONICS
345 North Graham Avenue
Orlando, Florida 32814
Tel: 305-894-1511
HALLMARK ELECTRONICS
1302 W. McNab Road
Ft. Lauderdale, Florida 33309
Tel: 305-971-9280 TWX: 510-956-3092
HALLMARK ELECT RONICS
7233 Lake Ellenor Drive
Orlando, Florida 32809
Tel: 305-855-4020 TWX: 810-850-0183
HAMIL TON/AVNET ELECTRONICS
6800 N.W. 20th Avenue
Ft. lauderdale, Florida 33309
Tel: 305-971-2900 TWX: 510-954-9808
SCHWEBER ELECTRONICS
2830 North 28th Terrace
HollywoOd, Florida 33020
Tel: 305-927-0511 TWX: 510-954-0304
GEORGIA
ARROW ELECTRONICS
3406 Oak Cliff Road
Doraville, Georgia 30340
Tel: 404-455-4054
HAMIL TON/AVNET ELECTRONICS
6700 Interstate 85 Access Raod, Suite 1 E
Norcross, Ga. 30071
Tel: 404-448-0800
Telex: None - use HAMAVLECB DAL 73 0511
(Regional Hq. in Dallas, Texas)
LYKES ELECTRONICS CORP
6447 Atlantic Blvd
Norcross, Georgia 30071
Tel: 404-449-9400
15-3
ILLINOIS
HALLMARK ELECTRONICS INC
180 Crossen Avenue
Elk Grove Village, illinOIS 60007
Tel: 312-437-8800
HAMIL TON/AVNET ELECTRONICS
3901 N. 25th Avenue
Schiller Park, Illinois 60176
Tel: 312-678-6310 TWX: 910-227-0060
KIERULFF ELECTRONICS
85 Gordon Street
Elk Grove Village. Illinois 60007
Tel: 312-640-0200 TWX: 910-227-3166
SCHWEBER ELECTRONICS, INC
1275 SUmmel Avenue
Elk Grove Village, III. 60007
Tel: 312-593-2740 TWX: 910-222-3453
SEMICONDUCTOR SPECIALISTS, INC
(mailing address)
O'Hare International Airport
P.O. Box 66125
Chicago, III1.nols 60666
(shipping address)
195 Spangler Avenue
Elmhurst Industrial Park
Elmhurst. illinOIS 60126
Tel: 312-279-1000 TWX: 910-254-0169
INDIANA
GRAHAM ELECTRONICS SUPPLY, INC
133 So. Pennsylvania Street
Indianapolis, Indiana 46204
Tel: 317-634-8486 TWX: 810-341-3481
PIONEER INDIANA ELECTRONICS, INC
6408 Castleplace Drive
Indianapolis, Indiana 46250
Tel. 317-849-7300 TWX 810-260-1794
KANSAS
HALLMARK ELECTRONICS, INC
11870 West 91 st Street
Shawnee Mission. Kansas 66214
Tel: 913-888-4746
HAMIL TON/AVNET ELECTRONICS
9219 GUivira Road
Overland Park, Kansas 66215
Tel: 913-888-8900
Telex: None - use HAMAVLECB DAL 73-0511
(Regional Hq. in Dallas, Texas)
LOUISIANA
STERLING ELECTRONICS CORP
4613 Fairfield
Metairie, LOUisiana 70002
Tel: 504-887-7610
Telex: STERLE LEC MR1E 58-328
MARYLAND
HALLMARK ELECTRONICS. INC
6655 Amberton Drive
Baltimore. Maryland 21227
Tel 301-796-9300
HAMIL TON/AVNET ELECTRONICS
{mailing address)
Friendship International Airport
P.O. Box 8647
Baltimore, Maryland 21240
(shiPPing address)
7235 Standard Drive
Hanover, Maryland 21076
Tel: 301-796-5000 TWX: 710-862-1861
Telex. HAMAVLECA HNVE 87-968
PIONEER WASHINGTON ELECTRONICS, INC
9100 Gaither Road
Gaithersburg, Maryland 20760
Tel. 301-948-0710 TWX 710-828-9784
SCHWEBER ELECTRONICS
5640 Fisher Lane
Rockville. Maryland 20852
Tel. 301-881-2970 TWX. 710-828-0536
MASSACHUSETTS
CRAMER ELECTRONICS
85 Wells Avenue
Newton Centre, Massachusetts 02159
Tel. 617-964-4000
I
FAIRCHILD FRANCHISED DISTRIBUTORS (Cont'd)
UNITED STATES AND CANADA
HALLMARK ELECTRONICS
9333 Forest Lane
Dallas, Texas 75231
Tel: 214-231-6111
WISCONSIN
HAMILTON/AVNET ELECTRONICS
2975 Moorland Road
New Berlin. Wisconsin 53151
CAM GARD SUPPLY LTO.
1501 Ontario Avenue
Saskatoon, Saskatchewan, S7K 157, Canada
Tel: 306-652-6424 Telex: 07-42825
Tel: 414-784-4510
Tel: 713-781-6100
1563 South 100 Street
HAMIL TON/AVNET ELECTRONICS
4445 Sigma Road
Dallas, Texas 75240
Tel: 414-475-6000
ELECTRO SONIC INDUSTRIAL SALES
(TORONTO) LTO.
1100 Gordon Baker Rd.
Willowdale, Ontario, M2H 363, Canada
Tel: 416-494-1-666
Telex: ESSeD TOR 06-22030
SEMICONDUCTOR SPECIALISTS, INC.
10855 W. Potter Road
Wauwatosa, Wisconsin 53226
Tel: 414-257-1330 TWX: 910-262-3022
FUTURE ELECTRONICS CORPORATION
130 Albert Street
Ottawa, Ontario, K1P 5G4, Canada
Tel: 613-232-7757
CANADA
CAM GARD SUPPLY LTO.
640 42nd Avenue S.E.
Calgary, Alberta, T2G W6, Canada
Tel: 403-287-0520 Telex: 03-822811
FUTURE ELECTRONICS CORPORATION
44 Fasket Drive, Unit 24
Rexdale, Ontario, M9W IK5, Canada
Tel: 416-677-7820
HALLMARK ELECTRONICS,INC.
8000 Westglen
Houston, Texas 77063
MARSH ELECTRONICS, INC.
Milwaukee, Wisconsin 53214
Tel: 214-661-8661
Telex: HAMAVLECB OAL 73-0511
HAMILTON/AVNET ELECTRONICS
3939 Ann Arbor
Houston, Texas 77042
Tel: 713-780-1771
Telex: HAMAVLECB HOU 76-2589
SCHWEBER ELECTRONICS, INC.
14177 Proton Road
Dallas, Texas 75240
Tel: 214-661-5010 TWX: 910-860-5493
SCHWEBER ELECTRONICS, INC.
7420 Harwin Drive
Houston, Texas 77036
Tel: 713-784-3600 TWX: 910-881-1109
STERLING ELECTRONICS
4201 Southwest Freeway
Houston, Texas 77027
Tel: 713-627-9800 TWX: 901-881-5042
Telex: STELECO HOUA 77-5299
UTAH
CENTURY ELECTRONICS
2258 South 2700 West
Salt Lake City, Utah 84119
Tel: 801-487-8551 TWX: 910-925-5686
HAMILTON/AVNET ELECTRONICS
1585 West 2100 South
Salt Lake City, Utah 84119
Tel: 801-972-2800
TWX: None - use 910-379-6486
(Regional Hq. in Mt. View, Ca.>
WASHINGTON
HAMIL TON/AVNET ELECTRONICS
13407 Northrup Way
Bellevue, Washington 98005
Tel: 206-746-8750 TWX: 910-443-2449
LIBERTY ELECTRONICS
1750 132nd Ave. N.E.
Bellevue, Washington 98005
Tel: 206-453-8300 TWX: 910-444-1379
RADAR ELECTRIC CO" INC.
168 Western Avenue West
Seattle, WaShington 98119
Tel: 206-282-2511 TWX: 910-444-2052
CAM GARD SUPPL Y LTD.
10505 111 th Street
Edmonton, Alberta T5H 3E8, Canada
Tel: 403-426-1805 Telex: 03-72960
CAM GARD SUPPLY LTD,
4910 52nd Street
Red Deer, Alberta, T4N 2C8, Canada
Tel: 403-346-2088
CAM GARO SUPPLY LTD.
825 Notre Dame Drive
Kamloops, British Columbia, V2C 5N8, Canada
Tel: 604-372-3338
CAM GARO SUPPLY LTD.
1777 Ellice Avenue
Winnepeg, Manitoba, R3H OW5, Canada
Tel: 204-786-8401 Telex: 07-57622
CAM GARD SUPPLY LTD.
Rookwood Avenue
Fredericton, New Brunswick, E3B 4Y9, Canada
Tel: 506-455-8891
CAM GARD SUPPLY LTD.
15 Mount Royal Blvd.
Moncton, New Brunswick, E1C eN6, Canada
Tel: 506-855-2200
CAM GARO SUPPLY LTD.
Courtenay Center
Saint John, New Brunswick, E2L 2X6, Canada
Tel: 506-657-4666 Telex: 01-447489
CAM GARD SUPPLY LTD.
3065 Robie Street
Halifax, Nova Scotia, B3K 4P6, Canada
Tel: 902-454-8581 Telex: 01-921528
CAM GARD SUPPLY LTD.
1303 Scarth Street
Regina, Saskatchewan, S4R 2E7, Canada
Tel: 306-525-1317 Telex: 07-12667
FUTURE ELECTRONICS CORPORATION
5647 Ferrier Street
Montreal, Quebec, H4P 2K5, Canada
Tel: 514-735-5775
HAMIL TON/AVNET INTERNATIONAL
(CANADA) L TO.
6291 Dorman Rd., Unit 16
Mississauga, Ontario, L4V 1H2, Canada
Tel: 416-677-7432 TWX: 610-492-8867
HAMILTON/AVNET INTERNATIONAL
(CANADA) LTO.
1735 Courtwood Crescent
Ottawa, Ontario, K1Z 5L9, Canada
Tel: 613-226-1700
HAMILTON/AVNET INTERNATIONAL
(CANADA) LTO.
2670 Paulus Street
St. Laurent, Quebec, H4S 1G2, Canada
Tel: 514-331-6443 TWX: 610-421-3731
RAE. INDUSTRIAL ELECTRONICS, LTD.
1629 Mai n Street
Vancouver, British Columbia, V6A 2W5, Canada
Tel: 604-687-2621 TWX: 610-929-3065
Telex: RAE-VCR 04·54550
SEMAD ELECTRONICS LTD
625 Marshall Ave" Suite 2
Dorval, Quebec, H9P 1E1, Canada
Tel: 514-636-4614 TWX: 610-422-3048
SEMAD ELECTRONICS L TO
1111 Finch Avech Ave. W" Suite 102
Downsview, Ontario, M3J 2E5, Canada
Tel: 416-635-9880 TWX: 610-492-2510
SEMAO ELECTRONICS LTD,
1485 Laperriere Ave.
Ottawa, Ontario, K1Z 7S8, Canada
Tel: 613-722-6571 TWX: 610-562-8966
I
15-5
FAIRCHILD SALES OFFICES
UNITED STATES AND CANADA
ALA.AMA
Huntsville Office'
Executive Plaza
Suite 107
4711 University Drive, N.W.
Huntsville, Alabama 35805
Tel: 205-837-8960
ARIZONA
Phoenix Office
4414 N. 19th Avenue 85015
Suite G
Tel: 602-264-4948 TWX: 910-951-1544
CALIFORNIA
Los Angeles Office·
Crocker Bank Bldg.
15760 Ventura Blvd. Suite 1027
Encino 91436
Tel: 213-990-9800 TWX: 910-495-1776
Santa Ana Office"
2101 East Forth 51. 92705
Bldg. e, Suite 185
Tel: 714-558-1881 TWX: 910-595-1109
Santa Clara Office"
3212-3214 Scott Blvd.
Santa Clara, 95050
Tel: 408-244-'400 TWX: 910-338-0241
FLORIDA
Ft. Lauderdale Office
Executive Plaza
Suite 300-8
1001 Northwest 62nd Street
Ft. Lauderdale, Florida 33309
Tel: 305-771-0320 TWX: 510-955-4098
Orlando Office"
Crane's Roost Office Park
303 Whooping Loop
Altamonte Springs 32701
Tel: 305~834-7000 TWX: 810-850-0152
GEORGIA
Atlanta Office·
1641 Wellshire Lane
Dunwoody, Ga. 30338
Tel: 404~394~5298
ILLINOIS
Chicago Office·
The Tower - Suite 610
Rolling Meadows 60008
Tel: 312-640-1000
NEW MEXICO
Albuquerque Office
2403 San Mateo N.e. 87110
Plaza 13
Tel: 505-265-5601 TWX: 910-989-1186
INDIANA
Ft. Wayne Office
2118 Inwood Drive 46805
Suite 111
Tel: 219-483-6453 TWX: 810-332-1507
NEW YORK
Melville Office"
275 Broadhollow Road 11746
Tel: 516-293-2900 TWX: 510-224-6480
Indianapolis Office·
Room 205
7202 N. Shadeland 46250
Tel: 317-849-5412 TWX: 810-260-1793
KANSAS
Kansas City Office
Corporate Woods
10875 Grandview, Suite 2255
Overland Park 66210
Tel: 913-649-3974
MARYLAND
Bladensburg Office
5801 Annapolis Road 20710
Suite 500
Tel: 301-779-0954 TWX: 710-826-9654
MASSACHUSETTS
Boston Office·
8e8 WorcE'lster Street
Wellesley Hills 02181
Tel: 617-237~3400 TWX: 710-348-0424
MICHIGAN
Detroit Office"
Johnston Building, Suite 24
20793 Farmington Road
Farmington Hills 48024
Tel: 313-478-7400 TWX: 810-242-2973
MINNESOTA
Minneapolis Office·
7600 Parklawn Avenue
Room 251
Edina 55435
Tel: 612-835-3322 TWX: 910-576-2944
Poughkeepsie Office
15 College View Ave. 12603
Tel: 914-452-4200 TWX: 510-248-0030
Rochester Office"
260 Perinton Hills Office Park
Fairport 14450
Tel: 716-223-7700
OHIO
Dayton Office
4812 Frederick Road 45414
Suite 105
Tel: 513-278-8278 TWX: 810-459-1803
PENNSYLVANIA
Philadelphia Office·
2500 Office Center
2500 Maryland Road
Willow Grove, Pa. 19090
Tel: 215-657-2711
TEXAS
Dallas Office"
13771 N. Central Expressway 75231
Suite 809
Tel: 214-234-3391 TWX: 910-867-4757
Houston Office"
6430 Hillcroft 77081
Suite 102
Tel: 713-771-3547 TWX: 910-881-6278
CANADA
Toronto Regional Office
Fairchild Semiconductor
1590 Matheson Blvd, Unit 26
Mississauga, Ontario L4W 1J1. Canada
Tel: 416-625-7070 TWX: 610-492-4311
NEW JERSEY
Wayne Office
580 Valley Road 07490
Suite 1
Tel: 201-696-7070
II
15-7
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