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User Manual: PD750008

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C&C

for Human Potential

Microcomputer 1

SEMICONDUCTOR
SELECTION GUIDE
GUIDE

BOOK

IC Memory 2
Semi-Custom IC 3
Particular Purpose IC 4
General Purpose Linear IC 5
Transistor / Diode / Thyristor 6

Microwave Device / Consumer Use High Frequency Device 7

Optical Device 8

Packages 9
Index (Quick Reference by Type Number) 10

Oct. 1995

Microcomputer

4-Bit Single Chip Microcomputer

Microcomputer

1

4-Bit Single Chip Microcomputer ................................

2

• 75XL Series ...............................................................

2

• 75X Series .................................................................

8

• µPD7500 Series ........................................................ 17

2
3
4

• 17K Series ................................................................. 18
• µPD1700 Series ........................................................ 23

5

• µPD6133 Series ........................................................ 24
8-Bit Single Chip Microcomputer ................................ 26

6

• 87AD Series .............................................................. 26
8/16-Bit Single Chip Microcomputer ........................... 28

7

• 78K Series ................................................................. 28
V SeriesTM ....................................................................... 54

8

• 16-Bit.......................................................................... 54
• 32-Bit.......................................................................... 57
• 32-Bit RISC – V800 Series – .................................. 58
VR SeriesTM ..................................................................... 60

9

Microcomputer Peripheral LSI ..................................... 61

10

1

Microcomputer

4-Bit Single Chip Microcomputer
75XL Series
■ 75XL series product evolution

LCD Driver Applications 80-pin (A/D)★
µ PD753036
µ PD75P3036

LCD Driver Applications 80-pin
µ PD753012
µPD753016

General Purpose 42-pin (A/D)★

µPD753017

µ PD750064
µ PD750068
µ PD75P0076

µPD75P3018

LCD Driver Applications 64-pin
µ PD753104

75 XL Series

µ PD753106
µ PD753108
µ PD75P3116

CPU core
General Purpose 42-pin
High End II

• Low voltage / High Speed
• Core unification

µ PD75P0016

General Purpose 36-pin

FIP Driver Applications 64/94-pin (A/D)
µ PD752XX

µ PD754302

75X Series

µ PD754304

Control Applications 64/80-pin (A/D)
LCD Driver Applications 80-pin (A/D)
µ PD753XX

CPU
core

µ PD750004
µ PD750006
µ PD750008

High End II
High End I
Standard
Low End

µ PD75P4308

µ PD755XX
µ PD751XX

General Purpose 42-pin (A/D)
µ PD750XX

Sub Application 28-pin
µ PD754XX

★ : Under development

2

Microcomputer

4-Bit Single Chip Microcomputer
General Purpose Series
■ µPD750008 series
µPD750004/0006/0008

Type number

µPD75P0016

4096/6144/8192

ROM (bytes)

16384 (PROM)

RAM (∞ 4 bits)

512
(4-bit ∞ 8) ∞ 4 banks or (8-bit ∞ 4) ∞ 4 banks

General registers

Selectable from 0.95 µ s/1.91 µ s/3.81 µ s/15.3 µ s (at main clock 4.19 MHz),
0.67 µ s/1.33 µ s/2.67 µ s/10.7 µ s (at main clock 6.0 MHz) and
122 µs (at subclock 32 kHz)

Instruction cycle
CMOS
inputs
Input/
output
ports

8 (also serve as INT, SIO)
Can be pulled up by software except P00

CMOS
34 18 (can drive LED)
inputs/outputs
N-ch
inputs/outputs

8 (can drive LED, withstand voltage 12 V, can be pulled up by mask option except PROM version)

Timer/Counters

4 channels •
•
•
•

Timer/event counter
Basic interval timer/watchdog timer
Watch timer
8-bit timer

Serial interface

NEC standard serial bus interface/3-line serial interface

Interrupts

• Vector interrupts: 7 (external: 3, internal: 4), • Test inputs: 2 (external: 1, internal: 1)

Clock output (PCL)

• Φ, 524 kHz, 262 kHz, 65.5 kHz (Main system clock: 4.19 MHz)
• Φ, 750 kHz, 375 kHz, 93.7 kHz (Main system clock: 6.0 MHz)

Buzzer output (BUZ)

• 2 kHz, 4 kHz, 32 kHz (Main system clock: 4.19 MHz or subsystem clock: 32.768 kHz)
• 2.86 kHz, 5.72 kHz, 45.8 kHz (Main system clock: 6.0 MHz)

Instruction set

• Bit data set/reset/test/boolean operation instructions
• 4/8-bit data transfer/operation/increment/decrement/compare instructions

Supply voltage

2.2 to 5.5 V (when external clock used VDD = 1.8 to 5.5 V)
• 42-pin plastic SDIP, • 44-pin plastic QFP

Package

■ µPD754304 series
µPD754302/4304

Type number

2048/4096

ROM (bytes)

(4-bit ∞ 8) ∞ 4 banks or (8-bit ∞ 4) ∞ 4 banks

General registers

Input/
output
ports

CMOS
inputs

8192 (PROM)
256

RAM (∞ 4 bits)

Instruction cycle

µPD75P4308

Selectable from 0.95 µ s/1.91 µ s/3.81 µ s/15.3 µ s (at main clock 4.19 MHz),
0.67 µ s/1.33 µs/2.67 µs/10.7 µs (at main clock 6.0 MHz)
8 (also serve as INT, SIO)
Can be pulled up by software except P00

CMOS
30 18 (4 can drive LED)
inputs/outputs
N-ch
inputs/outputs

Timer/Counters

4 (can drive LED, withstand voltage 12 V, can be pulled up by mask option except PROM version)
3 channels • Timer/event counter ∞ 2 ch. (Applicable at a 16-bit Timer/Event counter by Cascade connection)
• Basic interval timer, • Watchdog timer

Serial interface

2-line/3-line serial interface

Interrupts

• Vector interrupts: 7 (external: 3, internal: 4), • Test inputs: 1 (external: 1)

Clock output (PCL)

• Φ, 524 kHz, 262 kHz, 65.5 kHz (Main system clock: 4.19 MHz)
• Φ, 750 kHz, 375 kHz, 93.7 kHz (Main system clock: 6.0 MHz)

Instruction set

• Bit data set/reset/test/boolean operation instructions
• 4/8-bit data transfer/operation/increment/decrement/compare instructions

Supply voltage
Package

1.8 to 5.5 V
• 36-pin plastic SSOP (300 mil, 0.8 mm pitch)

3

Microcomputer

4-Bit Single Chip Microcomputer
General Purpose Series
■ µPD750068 series
µPD750064 ★/0068 ★

Type number

4096/8192

ROM (bytes)
RAM (∞ 4 bits)

(4-bit ∞ 8) ∞ 4 banks or (8-bit ∞ 4) ∞ 4 banks
Selectable from 0.95 µ s/1.91 µ s/3.81 µ s/15.3 µ s (at main clock 4.19 MHz),
0.67 µ s/1.33 µ s/2.67 µ s/10.7 µ s (at main clock 6.0 MHz) and
122 µs (at subclock 32 kHz)

Instruction cycle

Input/
output
ports

16384 (PROM)
512

General registers

CMOS
inputs

µPD75P0076 ★

12 (also serve as INT, SIO)
Can be pulled up by software except P00

CMOS
32 12 (can drive LED)
inputs/outputs
N-ch
inputs/outputs

8 (can drive LED, withstand voltage 12 V, can be pulled up by mask option except PROM version)

A/D converter

• 8-bit ∞ 8 ch

Timer/Counters

4 channels • Timer/event counter ∞ 2 ch. (Applicable at a 16-bit Timer/Event counter by Cascade connection)
• Basic interval timer/watchdog timer
• Watch timer

Serial interface

2-line/3-line serial interface

Interrupts

• Vector interrupts: 7 (external: 3, internal: 4), • Test inputs: 2 (external: 1, internal: 1)

Clock output (PCL)

• Φ, 524 kHz, 262 kHz, 65.5 kHz (Main system clock: 4.19 MHz)
• Φ, 750 kHz, 375 kHz, 93.7 kHz (Main system clock: 6.0 MHz)

Buzzer output (BUZ)

• 2 kHz, 4 kHz, 32 kHz (Main system clock: 4.19 MHz or subsystem clock: 32.768 kHz)
• 2.86 kHz, 5.72 kHz, 45.8 kHz (Main system clock: 6.0 MHz)

Instruction set

• Bit data set/reset/test/boolean operation instructions
• 4/8-bit data transfer/operation/increment/decrement/compare instructions

Supply voltage
Package

1.8 to 5.5 V
• 42-pin plastic SDIP, • 44-pin plastic QFP
★:

4

Under development

Microcomputer

4-Bit Single Chip Microcomputer
LCD Driver Series
■ µPD753017 series
µPD753012

Type number

µPD753016

µPD753017

µPD75P3018

16384

24576

32768 (PROM)

12288

ROM (bytes)

1024

RAM (∞ 4 bits)

(4-bit ∞ 8) ∞ 4 banks or (8-bit ∞ 4) ∞ 4 banks

General registers

Selectable from 0.95 µ s/1.91 µs/3.81 µs/15.3 µs (at main clock 4.19 MHz) ,
0.67µs/1.33 µs/2.67 µ s/10.7 µ s (at main clock 6.0 MHz) and
122 µs (at subclock 32 kHz)

Instruction cycle

Input/
output
ports

CMOS
inputs

8 (also serve as INT, SIO)

CMOS
inputs/outputs

16 (can drive LED)

N-ch
inputs/outputs
CMOS
outputs

Can be pulled up by software except P00
40
8 (can drive LED, withstand voltage 12 V, can be pulled up by mask option except PROM version)
4/8 (also serve as segment outputs, selection by software)

LCD controller

• Segment outputs: 32 ∞ 4 (MAX.), • Display mode (static, 1/2, 1/3, 1/4 duty)
• LCD drive voltage generation step down registor (except PROM version)

Timer/Counters

5 channels • Timer/event counter ∞ 3 ch. (Applicable as a 16-bit Timer/Event counter by Cascade connection,
Infrared remote control carrier generator)
• Basic interval timer/watchdog timer
• Watch timer

Serial interface

NEC standard serial bus interface/3-line serial interface

Interrupts

• Vector interrupts: 8 (external: 3, internal: 5), • Test inputs: 2 (external: 1, internal: 1)

Clock output (PCL)

• Φ, 524 kHz, 262 kHz, 65.5 kHz (Main system clock: 4.19 MHz)
• Φ, 750 kHz, 375 kHz, 93.7 kHz (Main system clock: 6.0 MHz)

Buzzer output (BUZ)

• 2 kHz, 4 kHz, 32 kHz (Main system clock: 4.19 MHz or subsystem clock: 32.768 kHz)
• 2.86 kHz, 5.72 kHz, 45.8 kHz (Main system clock: 6.0 MHz)

Instruction set

• Bit data set/reset/test/boolean operation instructions
• 4/8-bit data transfer/operation/increment/decrement/compare instructions
• 8-bit data transfer instructions

Supply voltage
Package

2.2 to 5.5 V (when External clock used VDD = 1.8 to 5.5 V)
• 80-pin plastic QFP (0.5/0.65 mm pitch)

5

Microcomputer

4-Bit Single Chip Microcomputer
LCD Driver Series
■ µPD753108 series
Type number
ROM (bytes)

µPD753104

µPD753106

4096

6144

16384 (PROM)

Selectable from 0.95 µ s/1.91 µs/3.81 µs/15.3 µs (at main clock 4.19 MHz) ,
0.67µs/1.33 µs/2.67 µ s/10.7 µ s (at main clock 6.0 MHz) and
122 µs (at subclock 32 kHz)

Instruction cycle
CMOS
inputs

8 (also serve as INT, SIO)

CMOS
inputs/outputs

12 (4 can drive LED)

CMOS
outputs

8192

(4-bit ∞ 8) ∞ 4 banks or (8-bit ∞ 4) ∞ 4 banks

General registers

N-ch
inputs/outputs

µPD75P3116

512

RAM (∞ 4 bits)

Input/
output
ports

µPD753108

Can be pulled up by software except P00
32
4 (can drive LED, withstand voltage 12 V, can be pulled up by mask option except PROM version)
8 (also serve as segment outputs, selection by software)

LCD controller

• Segment outputs: 24 ∞ 4 (MAX.)
• Display mode (static, 1/2, 1/3, 1/4 duty)
• LCD drive voltage generation step down registor (except PROM version)

Timer/Counters

5 channels • Timer/event counter ∞ 3 ch. (Applicable as a 16-bit Timer/Event counter by Cascade connection,
Infrared remote control carrier genrator)
• Basic interval timer/watchdog timer
• Watch timer

Serial interface

NEC standard serial bus interface/3-line serial interface

Interrupts

• Vector interrupts: 6 (external: 3, internal: 3)
• Test inputs: 2 (external: 1, internal: 1)

Clock output (PCL)

• Φ, 524 kHz, 262 kHz, 65.5 kHz (Main system clock: 4.19 MHz)
• Φ, 750 kHz, 375 kHz, 93.7 kHz (Main system clock: 6.0 MHz)

Buzzer output (BUZ)

• 2 kHz, 4 kHz, 32 kHz (Main system clock: 4.19 MHz or subsystem clock: 32.768 kHz)
• 2.86 kHz, 5.72 kHz, 45.8 kHz (Main system clock: 6.0 MHz)

Instruction set

• Bit data set/reset/test/boolean operation instructions
• 4-bit data transfer/operation/increment/decrement/compare instructions
• 8-bit data transfer instructions

Supply voltage
Package

6

1.8 to 5.5 V
• 64-pin plastic QFP (0.65/0.8 mm pitch)

Microcomputer

4-Bit Single Chip Microcomputer
LCD Driver Series
■ µPD753036 series
µPD753036★

Type number

µPD75P3036★

16384

ROM (bytes)

16384 (PROM)

RAM (∞ 4 bits)

768
(4-bit ∞ 8) ∞ 4 banks or (8-bit ∞ 4) ∞ 4 banks

General registers

Selectable from 0.95 µ s/1.91 µs/3.81 µs/15.3 µs (at main clock 4.19 MHz) ,
0.67µs/1.33 µs/2.67 µ s/10.7 µ s (at main clock 6.0 MHz) and
122 µs (at subclock 32 kHz)

Instruction cycle

Input/
output
ports

CMOS
inputs

8 (also serve as INT, SIO)

CMOS
inputs/outputs

20 (can drive LED)

N-ch
inputs/outputs
CMOS
outputs

Can be pulled up by software except P00
44
8 (can drive LED, withstand voltage 12 V, can be pulled up by mask option except PROM version)
4/8 (also serve as segment outputs, selection by software)

A/D converter

• 8-bit ∞ 8 ch

LCD controller

• Segment outputs: 20 ∞ 4 (MAX.), • Display mode (static, 1/2, 1/3, 1/4 duty)
• LCD drive voltage generation step down registor (except PROM version)

Timer/Counters

5 channels • Timer/event counter ∞ 3 ch. (Applicable as a 16-bit Timer/Event counter by Cascade connection,
Infrared remote control carrier generator)
• Basic interval timer/watchdog timer
• Watch timer

Serial interface

NEC standard serial bus interface/3-line serial interface

Interrupts

• Vector interrupts: 8 (external: 3, internal: 5), • Test inputs: 2 (external: 1, internal: 1)

Clock output (PCL)

• Φ, 524 kHz, 262 kHz, 65.5 kHz (Main system clock: 4.19 MHz)
• Φ, 750 kHz, 375 kHz, 93.7 kHz (Main system clock: 6.0 MHz)

Buzzer output (BUZ)

• 2 kHz, 4 kHz, 32 kHz (Main system clock: 4.19 MHz or subsystem clock: 32.768 kHz)
• 2.86 kHz, 5.72 kHz, 45.8 kHz (Main system clock: 6.0 MHz)

Instruction set

• Bit data set/reset/test/boolean operation instructions
• 4/8-bit data transfer/operation/increment/decrement/compare instructions
• 8-bit data transfer instructions

Supply voltage
Package

1.8 to 5.5 V
• 80-pin plastic QFP (0.5/0.65 mm pitch)
★:

Under development

7

Microcomputer

4-Bit Single Chip
Chip Microcomputer
Microcomputer
75X Series
■ 75X series product evolution

Sub
Sub
754XX
754XX
A/D
A/D
converter
converter
7532X
LCD
7532X
driver
753XX
753XX

Controller
Controller
(with
(withinternal
internal A/D)
A/D)
755XX
755XX
A/D
A/D
converconverter
General
General 756XX
756XX
purpose
purpose
A/D
A/D
750XX
EEPROM
750XX
conver- EEPROM
conver75048
ter
75048
ter

75X
75Xseries
series

many
many
I/Os
7502X
7502X

A/D
A/D
converter
converter
7523X
7523X

8

FIPFIP
driver
driver
752XX
752XX

Controller
Controller
751XX
751XX

Microcomputer

4-Bit Single Chip Microcomputer

Controller Series
■ µPD751XX series (1/2)
Type number
ROM (bytes)

µPD75104/106/108/112/116

µPD75104A/108A

µPD75108F/112F/116F

4096/6016/8064/12160/16256

4096/8064

8064/12160/16256

320/512

512

320/320/ 512/ 512/512

RAM (x 4 bits)

(4-bit x 8) ∞ 4 banks or (8-bit ∞ 4) ∞ 4 banks

General registers

Selectable from 0.95 µs/1.91 µs/15.3 µs (at 4.19 MHz)

Instruction cycle
Minimum instruction
execution time
CMOS
inputs
Input/
output
ports

0.95 µ s (VDD = 4.5 V)
1.91 µ s (VDD = 2.7 V)

0.95 µ s (VDD = 4.5 V)
3.81 µ s (VDD = 2.7 V)
10 (also serve as INT, SIO, 4 can be pulled up at µPD75104A/108A only)

CMOS
32 (capable of driving LED, 24 can be pulled up at µ PD75104A/108A only)
inputs/outputs 54
N-ch
inputs/outputs

12 (capable of driving LED, withstand voltage 12 V, can be pulled up)

Comparator inputs

4-bit resolution ∞ 4 channels

Timer/Counters

3 channels • Timer/event counter ∞ 2, • Basic interval timer

Serial interface

3-line serial interface

Interrupts

• Vector interrupts: 7 (external: 3, internal: 4), • External test inputs: 2

Instruction set

• Bit data set/reset/test/boolean operation instructions
• 4/8-bit data transfer/operation/increment/decrement/compare instructions

Supply voltage

2.7 to 6.0 V
• 64-pin plastic SDIP
• 64-pin plastic QFP (1.0 mm pitch)

Package

2.7 to 5.0 V (Ta = –40 to +50 ⋅C)
2.8 to 5.0 V (Ta = –40 to +60 ⋅C)

• 64-pin plastic QFP
(0.8 mm pitch)

• 64-pin plastic QFP
(1.0 mm pitch)

■ µPD751XX series (2/2)
Type number
ROM (bytes)

µPD75P108B

µPD75P116

µPD75116H/117H

µPD75P117H

8064 (PROM)

16256 (PROM)

16256/24448

24448 (PROM)

RAM (x 4 bits)

512

Selectable from 0.95 µ s/1.91 µ s/15.3 µs (4.19 MHz)

Instruction cycle
Minimum instruction
execution time
CMOS
inputs
Input/
output
ports

768
(4-bit x 8) ∞ 4 banks or (8-bit ∞ 4) ∞ 4 banks

General registers

0.95 µ s (VDD = 4.5 V)
3.81 µ s (VDD = 2.7 V)
10 (also serve as INT, SIO)

10 (also serve as INT, SIO)

CMOS
inputs/outputs 54 32 (capable of driving LED)
N-ch
inputs/outputs

0.95 µ s (VDD = 2.7 V)
1.91 µ s (VDD = 1.8 V)

0.95 µ s

54 32 (8 can drive LED)
12 (withstand voltage 6 V, can be pulled up except
PROM version)

12 (capable of driving LED, withstand voltage 12 V)

Comparator inputs

4-bit resolution ∞ 4 channels

Timer/Counters

3 channels • Timer/event counter ∞ 2, • Basic interval timer

Serial interface

3-line serial interface

Interrupts

• Vector interrupts: 7 (external: 3, internal: 4), • External test inputs: 2

Instruction set

• Bit data set/reset/test/boolean operation instructions
• 4/8-bit data transfer/operation/increment/decrement/compare instructions

Supply voltage
Package

2.7 to 6.0 V

4.5 to 5.5 V

• 64-pin ceramic SDIP with window (µPD75P108B only)
• 64-pin plastic SDIP
• 64-pin plastic QFP (1.0 mm pitch)

1.8 to 5.5 V (Ta = –40 to +60 ⋅C)
• 64-pin plastic QFP (0.65/0.8 mm pitch)
• 64-pin ceramic WQFN (0.8 mm pitch: µ PD75P117H only)

9

Microcomputer

4-Bit Single Chip Microcomputer

Controller Series
■ µPD755XX series
µPD75512/ 516

Type number
ROM (bytes)

12160/16256

µPD75517/ 518

16256 (PROM)

24448/32640

512

RAM (∞ 4 bits)

µPD75P518
32640 (PROM)
1024

(4-bit ∞ 8) ∞ 4 banks or (8-bit ∞ 4) ∞ 4 banks

General registers

Selectable from 0.95 µ s/1.91 µ s/15.3 µ s
(at main clock 4.19 MHz) and 122 µ s
(at subclock 32 kHz)

Instruction cycle

CMOS
inputs
Input/
output
ports

µPD75P516

Selectable from 0.67 µ s/1.33 µ s/2.67 µ s/10.7 µ s
(at main clock 6 MHz) and 122 µ s
(at subclock 32 kHz)

16 (also serve as INT, SIO, A/D inputs)

CMOS
inputs/outputs

7 can be pulled up by software
4 can be pulled down by musk option except PROM version
16 can be pulled up by software

64 28 (4 can drive LED)

N-ch
inputs/outputs

20 (8 can drive LED, withstand voltage 9 V, can be pulled up by mask option except PROM version)

A/D converter

8-bit resolution ∞ 8 channels

Timer/Counters

3 channels

• Timer/event counter, • Basic interval timer, • Watch timer

2 channels

• NEC standard serial bus interface/3-line serial interface
• 3-line serial interface

Serial interface
Interrupts

• Vector interrupts: 7 (external: 3, internal: 4), • Test inputs: 2 (external: 1, internal: 1)

Instruction set

• Bit data set/reset/test/boolean operation instructions
• 4/8-bit data transfer/operation/increment/decrement/compare instructions
2.7 to 6.0 V

Supply voltage

4.75 to 5.5 V

• 80-pin plastic QFP

Package

• 80-pin plastic QFP
• 80-pin ceramic WQFN

2.7 to 6.0 V
• 80-pin plastic QFP

• 80-pin plastic QFP
• 80-pin ceramic WQFN

General Purpose Series
■ µPD7500X series
Type number

µPD75004/006/008

µPD75P008

4096/6016/8064

ROM (bytes)

8064 (PROM)
512

RAM (∞ 4 bits)
General registers

4-bit ∞ 8 or 8-bit ∞ 4

Instruction cycle

Selectable from 0.95 µs/1.91 µs/15.3 µs (at main clock 4.19 MHz) and122 µs (at subclock 32 kHz)

CMOS
inputs
Input/
output
ports

8 (also serve as INT, SIO)
Can be pulled up by software except P00

CMOS
34 18 (4 can drive LED)
inputs/outputs
N-ch
inputs/outputs

8 (can drive LED, withstand voltage 10 V, can be pulled up by mask option except PROM version)

Timer/Counters

3 channels • Timer/event counter, • Basic interval timer, • Watch timer

Serial interface

NEC standard serial bus interface/3-line serial interface

Interrupts

• Vector interrupts: 6 (external: 3, internal: 3), • Test inputs: 2 (external: 1, internal: 1)

Instruction set

• Bit data set/reset/test/boolean operation instructions
• 4-bit data transfer/operation/increment/decrement/compare instructions
• 8-bit data transfer instructions

Supply voltage
Package

10

2.7 to 6.0 V
• 42-pin plastic SDIP, • 44-pin plastic QFP

4.5 to 5.5 V

Microcomputer

4-Bit Single Chip Microcomputer
General Purpose Series
■ µPD7502X series
Type number

µPD75028/036

µPD75P036

µPD75048

8064/16256

16256 (PROM)

8064

512/1024

1024

ROM (bytes)
RAM (∞ 4 bits)

8064 (PROM)
512

None

EEPROM (∞ 4 bits)

µPD75P048

1024

General registers

4-bit ∞ 8 or 8-bit ∞ 4

Instruction cycle

Selectable from 0.95 µs/1.91 µs/15.3 µs (at main clock 4.19 MHz) and 122 µ s (at subclock 32 kHz)

CMOS
inputs
Input/
output
ports

12 (also serve as INT, SIO, A/D inputs)
27 can be pulled up by software
4 can be pulled down by software

CMOS
48 24 (4 can drive LED)
inputs/outputs
N-ch
inputs/outputs

12 (can drive LED, withstand voltage 10 V, can be pulled up by mask option except PROM version)

A/D converter

8-bit resolution ∞ 8 channels

Timer/Counters

4 channels •
•
•
•

Serial interface

NEC standard serial bus interface/3-line serial interface

Interrupts

Instruction set

Timer/event counter
Basic interval timer
Watch timer
Multi-function timer (can be used for integration A/D converter)

• Bit data set/reset/test/boolean operation instructions
• 4-bit data transfer/operation/increment/decrement/compare instructions
• 8-bit data transfer instructions

Supply voltage
Package

• Vector interrupts: 9
(external: 3, internal: 6)
• Test inputs: 2
(external: 1, internal: 1)

• Vector interrupts: 7 (external: 3, internal: 4)
• Test inputs: 2 (external: 1, internal: 1)

2.7 to 6.0 V
• 64-pin plastic SDIP
• 64-pin ceramic WQFN (µ PD75P036 only)
• 64-pin plastic QFP

11

Microcomputer

4-Bit Single Chip Microcomputer
General Purpose Series
■ µPD7506X series
Type number

µPD75064/066/068

µPD75P068

4096/6016/8064

8064 (PROM)

ROM (bytes)
RAM (∞ 4 bits)

512

General registers

4-bit ∞ 8 or 8-bit ∞ 4

Instruction cycle

Selectable from 0.95 µs/1.91 µs/15.3 µs (at main clock 4.19 MHz) and 122 µ s (at subclock 32 kHz)

CMOS
inputs
Input/
output
ports

12 (also serve as INT, SIO)
19 can be pulled up by software

CMOS
32 12 (4 can drive LED, also serve as A/D inputs)
inputs/outputs
N-ch
inputs/outputs

8 (can drive LED, withstand voltage 10 V, also serve as A/D inputs, can be pulled up by mask option except
PROM version)

A/D converter

8-bit resolution ∞ 8 channels

Timer/Counters

3 channels • Timer/event counter
• Basic interval timer
• Watch timer

Serial interface

NEC standard serial bus interface/3-line serial interface

Interrupts

• Vector interrupts: 6 (external: 3, internal: 3)
• Test inputs: 2 (external: 1, internal: 1)

Instruction set

• Bit data set/reset/test/boolean operation instructions
• 4-bit data transfer/operation/increment/decrement/compare instructions
• 8-bit data transfer instructions

Supply voltage

2.7 to 6.0 V
• 42-pin plastic SDIP
• 44-pin plastic QFP

Package

Slave Series
■ µPD754XX series
Type number

µPD75402A

µPD75P402

1920

1920 (PROM)

ROM (bytes)

64

RAM (∞ 4 bits)
General registers

4-bit ∞ 4 or 8-bit ∞ 2

Instruction cycle

Selectable from 0.95 µs/1.91 µs/15.3 µs (at 4.19 MHz)

CMOS
inputs
Input/
output
ports

6 (also serve as INT, SIO)
16 can be pulled up by software

CMOS
22 12 (8 can drive LED)
inputs/outputs
N-ch
inputs/outputs

4 (can drive LED, withstand voltage 10 V, can be pulled up by mask option except PROM version)

Timer/Counters

Basic interval timer

Serial interface

NEC standard serial bus interface/3-line serial interface

Interrupts

• Vector interrupts: 3 (external: 1, internal: 2)
• External test inputs: 1

Instruction set

• Bit data set/reset/test/boolean operation instructions
• 4-bit data transfer/increment/boolean operation/compare instructions
• 8-bit data transfer instructions

Supply voltage

Package

12

2.7 to 6.0 V
• 28-pin plastic DIP
• 28-pin plastic SDIP
• 44-pin plastic QFP

4.5 to 5.5 V

Microcomputer

4-Bit Single Chip Microcomputer
FIP Driver Series
■ µPD752XX series
Type number
ROM (bytes)
RAM (∞ 4 bits)

µPD75206/208

µPD75212A/216A/217/218

6016/8064

12160/16256/24448/32640

16256

32640

369/497

512/512/768/1024

512

1024

CMOS
inputs
Input/
output
ports

µPD75268
8064
512

(4-bit ∞ 8) ∞ 4 banks or (8-bit ∞ 4) ∞ 4 banks

General registers
Instruction cycle

µPD75P216A µPD75P218

4-bit x 8 or 8-bit x 4

Selectable from 0.95 µs/1.91 µs/15.3 µs (at main clock 4.19 MHz) and 122 µ s (at subclock 32 kHz)
8 (also serve as INT, SIO)

CMOS
32 20 (8 can drive LED, 4 can be pulled down by mask option except PROM version)
inputs/outputs
P-ch
outputs

FIP controller

4 (also serve as segment pins, can be pulled down by mask option except PROM version)
9 to 12 segments,
9 to 16 digits
(can be pulled down by
mask option)
4 channels

Timer/Counter

•
•
•
•

9 to 16 segments,
9 to 16 digits
(can be pulled down by
mask option)

9 to 16 segments,
9 to 16 digits

Timer/event counter
Basic interval timer
Watch timer
Timer/pulse generator (can output 14-bit PWM)

9 to 16 segments,
9 to 16 digits
(can be pulled down by
mask option)
3 channels
• Timer/event counter
• Basic interval timer
• Watch timer

Serial interface

3-line serial interface/serial bus interface

Interrupts

• Vector interrupts: 8 (external: 3, internal: 5)
• Test inputs: 2 (external: 1, internal: 1)

Instruction set

• Bit data set/reset/test/boolean operation instructions
• 4-bit data transfer/operation/increment/decrement/compare instructions
• 8-bit data transfer/operation/increment/decrement/compare instructions (transfer only at µ PD75268)

Supply voltage
Package

2.7 to 6.0 V

• Vector interrupts: 6
(external: 3, internal: 3)
• Test inputs: 3
(external: 1, internal: 2)

4.5 to 5.5 V

2.7 to 6.0 V

2.7 to 6.0 V

• 64-pin plastic SDIP
• 64-pin plastic QFP (except µ PD75P216A)

13

Microcomputer

4-Bit Single Chip Microcomputer
FIP Driver Series
■ µPD7523X series
Type number

µPD75236

µPD75237/238

µPD75P238

16256

24448/32640

32640 (PROM)

1024

1024

ROM (bytes)
RAM (∞ 4 bits)

768

(4-bit ∞ 8) ∞ 4 banks or (8-bit ∞ 4) ∞ 4 banks

General registers
Instruction cycle

Selectable from 0.95 µ s/1.91 µ s/3.81 µ s/15.3 µ s
(at main clock 4.19 MHz) and 122 µ s
(at subclock 32 kHz)

CMOS
inputs
Input/
output
ports

16 (also serve as INT, SIO, A/D
inputs)

CMOS
inputs/outputs
N-ch inputs/
outputs
P-ch
outputs

16

Selectable from 0.67 µ s/1.33 µ s/2.67 µ s/10.7 µ s
(at main clock 6 MHz)
122 µs (at subclock 32 kHz)

19 can be pulled up by software
4 can be pulled down by mask
option

64
8 (withstand voltage 10 V, can be pulled up by mask option)

Same as left
(however, no mask option)

24 (also serve as segment pins, can be pulled down by mask option)

FIP controller

9 to 24 segments, 9 to 16 digits (can be pulled down by mask option except µPD75P238)

A/D converter

8-bit resolution x 8 channels

Timer/Counters

5 channels •
•
•
•
•

Serial interface

2 channels • NEC standard serial bus interface/3-line serial interface
• 3-line serial interface

Interrupts

• Vector interrupts: 8 (external: 3, internal: 5)
• Test inputs: 3 (external: 1, internal: 2)

Instruction set

• Bit data set/reset/test/boolean operation instructions
• 4/8-bit data transfer/operation/increment/decrement/compare instructions

Timer/event counter
Event counter
Basic interval timer
Watch timer
Timer/pulse generator (can output 14-bit PWM)

Supply voltage
Package

14

2.7 to 6.0 V
• 94-pin plastic QFP

• 94-pin plastic QFP
• 94-pin ceramic WQFN

Microcomputer

4-Bit Single Chip Microcomputer
LCD Driver Series
■ µPD7530X series
Type number
ROM (bytes)
RAM (∞ 4 bits)

µPD75304/306/308/312/316

µPD75P316A

µPD75304B/306B/308B

µPD75312B/316B

µPD75P316B

4096/6016/8064/12160/16256

16256 (PROM)

4096/6016/8064

12160/16256

16256 (PROM)

512

1024

512

1024

General registers

4-bit ∞ 8 or 8-bit ∞ 4

Instruction cycle

Selectable from 0.95 µs/1.91 µs/15.3 µs (at main clock 4.19 MHz) and 122 µ s (at subclock 32 kHz)

Input/
output
ports

CMOS
inputs

8 (also serve as INT, SIO)

CMOS
inputs/outputs

16 (4 can drive LED)

N-ch
inputs/outputs
CMOS
outputs

Can be pulled up by software except P00
32
(40
MAX.) 8 (can drive LED, withstand voltage 10 V, can be pulled up by mask option except PROM version)
4/8 (also serve as segment outputs, selection by software)

LCD controller

• Segment outputs: 32 ∞ 4 (MAX.)
• Display mode (static, 1/2, 1/3, 1/4 duty)
• LCD drive voltage generation step down registor (except PROM version)

Timer/Counters

3 channels • Timer/event counter
• Basic interval timer
• Watch timer

Serial interface

NEC standard serial bus interface/3-line serial interface

Interrupts

• Vector interrupts: 6 (external: 3, internal: 3)
• Test inputs: 2 (external: 1, internal: 1)

Instruction set

• Bit data set/reset/test/boolean operation instructions
• 4-bit data transfer/operation/increment/decrement/compare instructions
• 8-bit data transfer instructions

Supply voltage
Package

2.7 to 6.0 V
• 80-pin plastic QFP (0.8 mm pitch)
• 80-pin ceramic WQFN
(0.8 mm pitch: µPD75P316A only)

2.0 to 6.0 V
• 80-pin plastic QFP
(0.5/0.65/0.8 mm
pitch)

2.0 to 6.0 V
• 80-pin plastic QFP (0.65/0.8 mm pitch)
• 80-pin ceramic WQFN
(0.65 mm pitch: µ PD75P316B only)

15

Microcomputer

4-Bit Single Chip Microcomputer
LCD Driver Series
■ µPD7532X series
µPD75328

Type number
ROM (bytes)

8064

8064 (PROM)

16256

µPD75P336
16256 (PROM)
768

4-bit ∞ 8 or 8-bit ∞ 4

(4-bit ∞ 8) ∞ 4 banks or (8-bit ∞ 4) x 4 banks

Selectable from 0.95 µs/1.91 µs/15.3 µs (at main clock 4.19 MHz) and 122 µ s (at subclock 32 kHz)

Instruction cycle

Input/
output
ports

µPD75336

512

RAM (∞ 4 bits)
General registers

µPD75P328

CMOS
inputs

8 (also serve as INT, SIO)

CMOS
inputs/outputs

20

Can be pulled up by software except P00
44

N-ch
inputs/outputs

8 (can drive LED, withstand voltage 10 V, can be pulled up by mask option except PROM version)

CMOS
outputs

8 (also serve as segment outputs)

LCD controller

• Segment outputs: 20 ∞ 4 (MAX.)
• Display mode (static, 1/2, 1/3, 1/4 duty)
• LCD drive voltage generation step down resistor (except PROM version)

A/D converter

8-bit resolution ∞ 6 channels

8-bit resolution ∞ 8 channels

Timer/Counters

3 channels • Timer/event counter
• Basic interval timer
• Watch timer

4 channels • Timer/event counter ∞ 2
• Basic interval timer
• Watch timer

Serial interface

NEC standard serial bus interface/3-line serial interface

Interrupts

• Vector interrupts: 6 (external: 3, internal: 3)
• Test inputs: 2 (external: 1, internal: 1)

Instruction set

• Bit data set/reset/test/boolean operation instructions
• 4-bit data transfer/operation/increment/decrement/compare instructions
• 8-bit data transfer/operation/increment/decrement/compare instructions (transfer only except µ PD75336)

Supply voltage
Package

16

2.7 to 6.0 V

4.75 to 5.25 V

• 80-pin plastic QFP (0.65 mm pitch)

• Vector interrupts: 7 (external: 3, internal: 4)
• Test inputs: 2 (external: 1, internal: 1)

2.7 to 6.0 V
• 80-pin plastic QFP (0.5, 0.65 mm pitch)

Microcomputer

4-Bit Single Chip
Chip Microcomputer
Microcomputer

µPD7500 Series
■ µPD7500 series product evolution

µ PD7503A
µ PD7502A

Internal LCD
controller/driver

µ PD7508B

General purpose

µ PD7507B

µ PD7564A

One-time PROM

µ PD7554A

µ PD75P54/64

Standard
Internal SIO
µ PD7566A

µ PD75P56/66

µ PD7556A

Internal comparator

■ µPD7500 series
Features

Type number

µPD7502A
µPD7503A

Internal LCD controller/driver

24 SEG

General purpose

High speed (2.86 µs)

µPD7507B
µPD7508B
µPD7554A
µPD7564A
µPD7556A

Standard
device

µPD7566A

Internal
serial
interface

Internal
comparator

ROM (∞8)

RAM (∞4)

2K

128

4K

224

2K

128

4K

224

R oscillation
External clock input
Ceramic oscillation

I/O

64

• 64-pin QFP

2.5 to 6.0 V

32

• 40-pin SDIP
• 44-pin QFP

2.2 to 6.0 V

15

R oscillation
External clock input

20

Ceramic oscillation

19

µPD75P54

For 7554A

16

µPD75P64

For 7564A

15

OTP

1K

64

Supply voltage

23

16

1K

Package

µPD75P56

For 7556A

20

µPD75P66

For 7566A

19

• 20-pin SDIP
• 20-pin SOP

2.0 to 6.0 V

• 24-pin SDIP
• 24-pin SOP

2.0 to 6.0 V

2.7 to 6.0 V

2.7 to 6.0 V

• 20-pin SDIP
• 20-pin SOP
4.5 to 6.0 V
• 24-pin SDIP
• 24-pin SOP

17

Microcomputer

4-Bit Single Chip Microcomputer
17K Series
■ 17K series product evolution
DTS
Audio (Internal LCD display controller)
µ PD17017

µ PD17P005
µ PD17005

ROM 16K bytes

µ PD17003A

µ PD17016

µ PD17010

Enhanced
Interrupt and
Timer function

ROM 8K bytes, LCD 30 x 2 seg.
80 pin

ROM 8K bytes, LCD 30 x 2 seg.
80 pin

µ PD17P010

ROM 16K bytes

ROM 16K bytes, LCD 30 x 2 seg.
80 pin

µ PD17P012
µ PD17012

µ PD17P709
µ PD17709

ROM 8K bytes, LCD 20 x 3 seg.

Audio (LCD display controller less)
µPD17P001

µ PD17P006A

★

µPD17001

µ PD17708

µ PD17006A

ROM 8K bytes
48 pin

µ PD17707 ★

ROM 24K bytes 80 pin
µ PD17073
µ PD17072

Portable
µ PD17015

µ PD17071

ROM 3K bytes, LCD 9 x 4 seg.

★

ROM 32K bytes
RAM 1776 x 4 bits

ROM 32K bytes
RAM 1120 x 4 bits
ROM 24K bytes
RAM 1120 x 4 bits 80 pin

ROM 8K bytes
ROM 6K bytes
ROM 6K bytes

56 pin LCD 15 x 4 seg.

TV

µ PD17P068 ★
µ PD17062

µ PD17068

ROM 8K bytes

ROM 24K bytes

F. S

µ PD17052

V. S

µ PD17053

ROM 16K bytes

ROM 24K bytes

ASC (Application Specific Controller)
RC oscillation version / Ceramic oscillation version

28 SDIP/SOP
More ROM
µ PD17P136A/P137A
More general
µ PD17136A/137A
ROM 4K bytes
µ PD17134A/135A

A/D
converter
Tiny controller
Serial
interface
22 SDIP / 24 SOP
µPD17P108/P104
Serial interface
µPD17108/104

28 SDIP/SOP
µ PD17P149
µ PD17149
ROM 8K bytes
µ PD17147
ROM 4K bytes
µ PD17145

ROM 2K bytes

ROM 2K bytes
24 SDIP/SOP
µPD17P132/P133
µ PD17132/133
ROM 2K bytes comparator
µPD17120/121

ROM 1K bytes

ROM 1.5K bytes

16 DIP/SOP

µPD17P107/P103
µ PD17107/103

Tiny controller low voltage version
µ PD17108L/104L
µ PD17107L/103L

Low voltage
1.5 V / 1.8 V

ROM 1K bytes

Remote control transmitter (2.2 V operation)
LCD remote controller
64QFP
µPD17P202A

More I/O
A/D
converter

µPD17202A

80QFP
µPD17P207
µPD17207
ROM 8K bytes
µPD17201A
ROM 6K bytes, LCD 34 x 4 seg.

ROM 4K bytes, LCD 24 x 4 seg.

Learning remote controller
52QFP
µPD17P204

52QFP
µPD17P203A

µ PD17203A

µPD17204

ROM 8K bytes, SRAM 4K knibles

ROM 16K bytes, SRAM 2K knibles

Pre-set remote controller/ASC
28SDIP/SOP
µPD17P218
µPD17218
ROM 16K bytes
µPD17217
ROM 12K bytes
µPD17216

µPD17215

ROM 8K bytes

ROM 4K bytes
★ : Under development

18

Microcomputer

4-Bit Single Chip Microcomputer
■ µPD170XX (DTS) (1/3)
µPD17001 µPD17003A µPD17005 µPD17006A

• 48-pin QFP

• 80-pin QFP
+5 V ±10 %

Supply current (CPU)

500 µA TYP.

RAM size

µPD17707 ★ µPD17708 ★ µPD17709 ★

• 64-pin QFP

Supply voltage

ROM size

µPD17012

High performance tuner, car radio

Typical applications
Package

µPD17010

3836 ∞ 16 bits 3836 ∞ 16 bits 7932 ∞ 16 bits 12288 ∞ 16 bits
224 ∞ 4 bits

320 ∞ 4 bits

432 ∞ 4 bits

896 ∞ 4 bits

7932 ∞ 16 bits 4096 ∞ 16 bits
432 ∞ 4 bits

Number of instructions

• 80-pin QFP

12288 ∞ 16 bits

316 ∞ 4 bits

16384 ∞ 16 bits

1120 ∞ 4 bits

1776 ∞ 4 bits

35
Internal LCD

Internal LCD

Internal LCD
driver
driver
Segments : 30 Segments : 20
Common : 2 Common : 3

driver
Segments : 30

Display

Common :

2

Input ports

8 lines

8 lines

8 lines

8 lines

8 lines

Output ports

12 lines

9 (+30) lines

13 lines

9 (+30) lines

8 (+20) lines

4 lines

Input/output ports

12 lines

16 lines

40 lines

16 lines

14 lines

46 lines

VDP (D/A converter)

4

4

4

4

3

3

A/D converter

6

6

6

6

2

6

Crystal oscillator

4.5 MHz

PLL reference frequency

1, 1.25, 2.5, 3.5, 6.25, 9, 10, 12.5, 18, 20,
25, 50, 100 kHz

1, 1.25, 2.5, 3, 5, 6.25, 9, 10, 12.5, 25, 50, 100 kHz
Internally

Applicable prescaler

12 lines

provided
(130 MHz)

One-time PROM version µPD17P001

Internally
Internally provided (150 MHz)
★
µPD17P006A
µPD17P010

µPD17P005

provided
(250 MHz)

Internally provided (130 MHz)

µPD17P012

µPD17P709 ★
★:

Under development

■ µPD170XX (DTS) (2/3)
µPD17015

µPD17016

µPD17017

µPD17071 ★

µPD17072

µPD17073

Typical applications

Portable tuner radio

High performance tuner, car radio

Portable tuner radio

Package

• 38-pin shrink SOP

• 80-pin QFP

• 56-pin QFP

1.8 ~ 3.6
(PLL is operating)

+5 ±10%

1.8 ~ 3.6 (V)

Supply voltage
Supply current (CPU)

30 µ A

500 µA TYP.

ROM size

1528 ∞ 16 bits

3836 ∞ 16 bits

7932 ∞ 16 bits

RAM size

97 ∞ 4 bits

320 ∞ 4 bits

432 ∞ 4 bits

30 µ A
3072 ∞ 16 bits

4096 ∞ 16 bits

176 ∞ 4 bits
35

Number of instructions
Internal LCD driver
Segments : 9
Common : 4

Internal LCD driver
Segments : 30
Common : 2

Internal LCD driver
Segments: 15
Common : 4

Input ports

3 lines

8 lines

4 lines

Output ports

7 lines

9 (+8) lines

9 lines

Input/output ports

2 lines

16 lines

8 lines

Display

VDP (D/A converter)

2

A/D converter

6

2

75 kHz

4.5 MHz

75 kHz

PLL reference frequency

1, 3, 5, 12.5 kHz

1, 1.25, 2.5, 3.5, 6.25, 9,
10, 12.5, 25, 50, 100 kHz

1, 3, 5, 6.25, 12.5, 25 kHz

Applicable prescaler

Internal provided
(220 MHz)

Internal provided
(150 MHz)

Internal provided
(230 MHz)

Crystal oscillator

One-time PROM version

µPD17P005
★:

Under development

19

Microcomputer

4-Bit Single Chip Microcomputer
■ µPD170XX (DTS) (3/3)
µPD17062

µPD17068

Typical applications
Package

µPD17052

µPD17053

• 64-pin shrink DIP

• 64-pin shrink DIP

TV, CATV, LCD TV
• 48-pin shrink DIP

• 100-pin QFP

• 64-pin QFP

Supply voltage

+5 V ±10 %

Supply current
(CPU)

500 µA TYP.

ROM size

3968 x 16 bits

12032 x 16 bits

8192 x 16 bits

12288 x 16 bits

RAM size

336 x 4 bits

1007 x 4 bits

448 x 4 bits

672 x 4 bits

Number of
instructions

Display

35
IDC (internally provided)
99 characters max. per
frame
Display: 14 rows ∞ 19
columns
120 different characters

IDC (internally provided)
192/350 character
Display: 17/15 rows ∞ 24
columns
255 different characters

IDC (internally provided)
99 characters max. per
frame
Display: 14 rows ∞ 19
columns
256 different characters

IDC (internally provided)
99 characters max. per
frame
Display: 14 rows ∞ 19
columns
128 different characters

Input ports

4 lines

4 lines

4 lines

Output ports

8 lines

21 lines

20 lines

Input/output ports

15 lines

19 lines

20 lines

VDP (D/A converter)

4

9

4

A/D converter

6

8

Crystal oscillator
PLL reference
frequency
Applicable prescaler
One-time PROM
version

8 MHz
6.25, 12.5, 25 kHz

8
8 MHz (ceramic resonator)

5, 6.25, 10, 12.5, 25 kHz

Voltage synthesizer
(14-bit D/A converter internally provided)

µPB595 (1 GHz)
µPD17P068 ★
★:

20

Under development

Microcomputer

4-Bit Single Chip Microcomputer
■ µPD17103 Sub-series (ASC) (1/3)
Item

µPD17103

µPD17104

µPD17103L

µPD17104L

µPD17107

ROM size

512 ∞ 16 bits

RAM size

16 ∞ 4 bits

Input/output ports
Parentheses indicate
number of N-ch opendrain pins

11 lines
(3 lines)

16 lines
(4 lines)

Package
PROM version

16 lines
(4 lines)

11 lines
(3 lines)

µPD17107L

µPD17108L

16 lines
(4 lines)

11 lines
(3 lines)

16 lines
(4 lines)

Ceramic oscillation

System clock
Supply voltage

11 lines
(3 lines)

µPD17108

RC oscillation

2.7 to 6.0 V (at 2MHz)
4.5 to 6.0 V (at 8 MHz)

1.8 to 3.6 V (at 2 MHz)

2.7 to 6.0 V (at 250 kHz)
4.5 to 6.0 V (at 1 MHz)

1.5 to 3.6 V (at 200 kHz)

• 16-pin DIP

• 22-pin

• 16-pin
SOP

shrink DIP
• 16-pin
• 24-pin SOP
SOP

• 16-pin DIP

shrink DIP • 16-pin
• 24-pin SOP
SOP

• 16-pin DIP

shrink DIP • 16-pin
• 24-pin SOP
SOP

• 16-pin DIP

shrink DIP
• 24-pin SOP

µPD17P103

µPD17P104

µPD17P104

µPD17P107

µPD17P108

µPD17P107

µPD17P108

µPD17134A

µPD17135A

µPD17136A

µPD17137A

µPD17P103

• 22-pin

• 22-pin

• 22-pin

■ µPD17120 Sub-series/ µPD17134A Sub-series (ASC) (2/3)
Item

µPD17120

µPD17121

µPD17132

µPD17133

ROM size

768 ∞ 16 bits

1024 ∞ 16 bits

RAM size

64 ∞ 4 bits

111 ∞ 4 bits

112 ∞ 4 bits
112 ∞ 4 bits
22 lines (input: 2)

Comparator 4 channels*

A/D converter 4 channels

Input/output ports

19 lines (input: 1)

External interrupt

1 line

Analog inputs

1024 ∞ 16 bits

2048 ∞ 16 bits

1 line

Timers

1 channel

Serial interface

1 channel

1 channel

Power-on reset

Provided (Built-in)

Provided (Built-in)

System clock
Instruction execution
time

RC
oscillation

Ceramic
oscillation

RC
oscillation

3 channels

Ceramic
oscillation

RC
oscillation

RC
oscillation

Ceramic
oscillation

8 µs: @2 MHz 2 µs: @8 MHz 8 µs: @2 MHz 2 µs: @8 MHz 8 µs: @2 MHz 2 µs: @8 MHz 8 µs: @2 MHz 2 µs: @8 MHz
2.7 to 5.5 V

Supply voltage

2.7 to 5.5 V (When using A/D converter 5 V ±10 %)

• 24-pin shrink DIP

Package

• 28-pin shrink DIP
• 28-pin SOP

• 18-pin SOP

One-time PROM
version

Ceramic
oscillation

µPD17P132

µPD17P133

µPD17P132

µPD17P133 µPD17P136A µPD17P137A µPD17P136A µPD17P137A

*: can be used as low-resolution A/D converter by software

■ µPD17145 Sub-series (ASC) (3/3)
Item
ROM size
RAM size
Input/output ports
External interrupt
Analog inputs
Timers

µPD17145

µPD17147

µPD17149

1024 ∞ 16 bits

2048 ∞ 16 bits

4096 ∞ 16 bits

110 ∞ 4 bits
23 lines (input: 3)
1 line
A/D converter 4 channels
3 channels

Serial interface

1 channel

Power-on reset

Provided (Mask option)

System clock
Instruction execution
time
Supply voltage
Package
One-time PROM
version

Ceramic oscillation
2 µ s: @8 MHz
2.7 to 5.5 V (when using A/D converter 4.0 ~ 5.5 V, VREF = 2.5 ~ V DD )
• 28-pin shrink DIP
• 28-pin SOP

µPD17P149

21

Microcomputer

4-Bit Single Chip Microcomputer
■ µPD172XX (remote control transmitter) (1/2)
µPD17201A
ROM size

3072 ∞ 16 bits

µPD17207

µPD17202A

µPD17203A

µPD17204

4096 ∞ 16 bits

2048 ∞ 16 bits

4096 ∞ 16 bits

7936 ∞ 16 bits

336 ∞ 4 bits

112 ∞ 4 bits

Stack level

5 levels

5 levels

Input/output ports

19 lines

16 lines

RAM size

5 levels

7 levels
28 lines

1 line

External interrupt
Timers

336 ∞ 4 bits

2 lines

2 lines

None

None

Static RAM
Infrared remote control

4 lines
4K knibles

2K knibles

Internally provided

carrier generator
Infrared remote control

LCD controller/driver
8-bit A/D converter

Internally provided

None

signal receive amplifier

136 segments max.

96 segments max.
None

4 channels

Low voltage detection

None

circuit
Subclock (32 kHz)

Internally provided

Operation voltage
range

2.2 to 5.5 V

Instruction execution

4 µs

time (4 MHz)
Package
One-time PROM
version

None

• 64-pin
plastic QFP

• 80-pin plastic QFP

µPD17P207 ★

• 52-pin
plastic QFP

µPD17P202A

• 52-pin
plastic QFP

µPD17P203A

µPD17P204
★:

Under development

■ µPD172XX (remote control transmitter/ASC) (2/2)
µPD17215
ROM size
RAM size

2048 ∞ 16 bits

µPD17216

µPD17217

4096 ∞ 16 bits

6144 ∞ 16 bits

111 ∞ 4 bits
5 levels

Input/output ports

20 lines

External interrupt

1 line

Timers

2 lines

Infrared remote control
carrier generator

Internally provided

Low voltage detection
circuit

Internally provided (WDOUT)

Instruction execution
time (4 MHz)
Package
One-time PROM
version

22

8192 ∞ 16 bits
223 ∞ 4 bits

Stack level

Operation voltage
range

µPD17218

2.2 to 5.5 V (4 µs)
2.0 to 5.5 V (8 µs)
4 µ s (high speed mode)
• 28-pin plastic SOP
• 28-pin shrink DIP

µPD17P218

Microcomputer

4-Bit Single Chip Microcomputer
■ µPD1700series (DTS) (1/2)
µPD1708A
Typical applications

µPD1709A

µPD1713A

Car radio, tuner

TV, CATV

Car radio, tuner

• 52-pin QFP

• 28-pin shrink DIP

• 52-pin QFP

Package
Supply voltage

5 V ±10 %
400 µA TYP.

600 µA TYP.

400 µA TYP.

ROM

16 bits x 1528 steps

16 bits x 1526 steps

16 bits x 1528 steps

RAM

4 bits x 96 words

4 bits x 64 words

4 bits x 96 words

77

82

79

LCD (1/2 duty)

LED

LCD (1/2 duty)

Supply current (CPU)

Number of instructions
Display
Segments
Digits

Internal LCD driver provided
Segments: 23
Commons: 2

7 (internal LED driver provided)

Internal LCD driver provided
Segments: 21
Commons: 2

2

4 (K0 to K3 )

0

4 (K0 to K3) + 2

Output ports

8

2

7

I/O ports

4

VDP (D/A converter)

0

1

0

A/D converter

0

1

0

Input ports

6 (internal serial I/O provided)

Crystal oscillator

4

4.5 MHz

PLL reference frequency

1, 5, 6.25, 9, 10, 12.5, 25 kHz
Internally provided
(150 MHz)

Applicable prescaler

Internally provided
(150 MHz)

µPB595 (1 GHz)

■ µPD1700series (DTS) (2/2)
µPD1715
Typical applications

Portable radio

Package

• 54-pin QFP

Supply voltage

2.0 V to 3.6 V

µPD1716
TV, VCR, car radio, high
performance tuber
• 28-pin shrink DIP

µPD1720A

µPD1721

µPD1723

Car radio (for AM radio)

TV, VCR

High performance tuner,
car radio

• 52-pin QFP

• 28-pin shrink DIP

• 64-pin QFP

5 V ±10 %

30 µA TYP.

500 µA TYP.

400 µA TYP.

600 µA TYP.

500 µA TYP.

ROM

16 bits ∞ 1528 steps

16 bits ∞ 1016 steps

16 bits ∞ 1016 steps

16 bits ∞ 1526 steps

16 bits ∞ 2040 steps

RAM

4 bits ∞ 96 words

4 bits ∞ 64 words

4 bits ∞ 64 words

4 bits ∞ 64 words

4 bits ∞ 256 words

76

82

78

82

94

LCD (1/3 duty)

_

LCD (1/2 duty)

LED

LCD (1/2 duty)

Internal LCD driver
provided
Segments: 16
Commons: 3

–

Internal LCD driver
provided
Segments: 21
Commons: 2

2

Internal LCD driver
provided
Segments: 28
Commons: 2

4 (K0 to K3 )

0

4 (K0 to K3 )

0

4 (K0 to K3 )

9

5

7

2

Supply current (CPU)

Number of instructions
Display
Segments
Digits
Input ports
Output ports

–

7

6 (internal serial I/O
provided)

12
8 (internal serial I/O
provided)

I/O ports

4

8

4

VDP (D/A converter)

1

0

0

1

1

A/D converter

0

1

0

1

1

Crystal oscillator
PLL reference frequency
Applicable prescaler

75 kHz

4.5 MHz

1, 3, 5, 6.25, 12.5, 25 kHz
Internally provided
(130 MHz)

1, 5, 6.25, 9, 10, 12.5, 25 kHz
Internally provided
(150 MHz)
µPB587 (1 GHz)

–

µPB595 (1 GHz)

Internally provided
(150 MHz)

23

Microcomputer

4-Bit Single Chip Microcomputer
■ µPD6133 series (remote control transmitter/ASC)
Type number
Operating voltage range
Operation clock (fx )
ROM size
RAM size

µPD6133

µPD63★

300 k to 1 MHz

2 M to 8 MHz
Ceramic oscillator
512 ∞ 10 bits

Modulation carrier frequency

9 bits timer
Number of keys
Low voltage detection circuit

Package
Flash EEPROM version

• 20-pin SOP

µPD6134
1.8 to 3.6 V
300 k to 1 MHz

µPD64★

µPD6604

2 M to 8 MHz
CR oscillator
1002 ∞ 10 bits

300 k to 1 MHz

32 ∞ 4 bits
fx, fx /2, fx /8, fx /12, fx /16, fx/24, High level
1 ch
8 ∞ 6 = 48
Provided (Mask-option)
• 20-pin SOP
• 20-pin shrink DIP
µPD61F35★

• 20-pin shrink SOP
• 20-pin SOP

★:

24

Under development

Microcomputer

8-Bit Single Chip Microcomputer
87AD Series
■ 87AD series product evolution

µ PD78C14A

Pull up resistor
by option
µ PD78CP14
µ PD78CG14

Internal PROM
Piggy back Increased
ROM/RAM sizes

µ PD78C14

ROM16K
Internal pull up
resistors 15 MHz

15MHz
µ PD78C11
(maintenance)
µ PD78C10
(maintenance)

µ PD78C12A

4K
ROMless

CMOS

µ PD78C11A
µ PD78C10A

PROM

32K
8K
µ PD78C18
(Pull up resistor
(Pull up
by option)
resistor
µ PD78C17
ROMless
by option)
4K
(Pull up resistor by option)

ROMless

15MHz

µ PD78PG11
Piggy back
(maintenance)
µ PD7811
(maintenance)
4K
High speed
µ PD7810
(maintenance) ROMless

µ PD78CP18

µ PD78PG11H
µ PD7811H

µ PD7810H

Piggy back
4K

ROMless

■ 87AD series (1/2)
Item
Number of instructions
Minimum instruction
execution cycle

µPD7811H/10H
158
0.8 µ s/15 MHz
4096 ∞ 8 bits
(µPD7810H is ROMless)

Internal
memory

ROM size

Interrupts

External sources

3 (NMI, INT 1, 2)

Internal sources

8 (INTT 0, 1), (INTE 0, 1), (INTEIN, INTAD), (INTSR, INTST)

RAM size

Timer/Counters
Input ports
I/O
pins

Input/output ports
Serial I/O

Features

256 ∞ 8 bits

8-bits ∞ 2, 16-bit ∞ 1
8-bit (AN)
8-bit ∞ 5 (PA, PB, PC, PD, PF)
1 channel (PC 0/TxD), (PC 1/RxD), (PC 2/SCK)
• 8 analog signal input pins. Internal 8-bit high precision A/D converter (absolute accuracy: 0.4 % ±1/2 LSB)
• Serial interface can accommodate asynchronous, synchronous, and I/O interface (capable of 9600 bps in
asynchronous mode).
• Enhanced timer/counters for control applications
• Internal zero-cross detection function for time or phase control. Enhanced interrupt function for effective
utilization of abundant internal functions.

Process

N-MOS

Package

• 64-pin QUIP/SDIP

Piggy back or EPROM version

26

µPD78PG11H

Microcomputer

8-Bit Single Chip Microcomputer
■ 87AD series (2/2)
Item

µPD78C11A/10A

µ PD78C12A

µ PD78C14

Number of instructions

ROM size

Interrupts

External sources

159

4K bytes
(µPD78C10A is ROMless)

8K bytes

16K bytes

256 ∞ 8-bits

RAM size

3
8
8-bits ∞ 2, 16-bit ∞ 1
8-bit (AN)

Input ports

8-bit ∞ 5 (PA, PB, PC, PD, PF)

Input/output ports

1 channel (PC 0/ TxD), (PC 1/RxD), (PC 2/SCK)

Serial I/O

Features

• Full CMOS version of
µPD7811H
• Enhanced standby
function (STOP
mode)
• Low power
consumption: 1µA at
2.5 V (typ.)
• Internal pull up
resistors can be
specified for ports A,
B, and C, by mask
option for
µPD78C11A.

• 8K-byte ROM
version of
µPD78C11A
• Internal pull
up resistors
can be
specified.

• 16K-byte
ROM version
of µ PD78C11

Piggy back or EPROM version

• Same functions as
µPD78C14
• Internal pull up
resistors can be
specified.
• Package size:
14 mm ∞ 14 mm
• Pin pitch: 0.8 mm
For super miniature
size system.

• Large internal ROM/
RAM
ROM: 32K bytes
(µPD78C18)
RAM: 1024 bytes
• Internal pull up
resistors can be
specified (µ PD78C18)

• 64-pin QFP
( 14 mm)

• 64-pin QUIP/SDIP/QFP
(14 mm ∞ 20 mm)

CMOS

Process
Package

32K bytes
(µPD78C17 is ROMless)
1024 ∞ 8-bits

Internal sources

Timer/Counters
I/O
pins

µPD78C18/17

0.8 µ s/15 MHz

Minimum instruction
execution cycle
Internal
memory

µ PD78C14A

• 64-pin QUIP/SDIP/QFP (14 mm ∞ 20 mm)
• 68-pin QFJ

µPD78CG14, µ PD78CP14

µPD78CP18

27

Microcomputer

8/16-Bit Single Chip Microcomputer
78K Series
■ 78K series product evolution

µ PD78372
µ PD78P372

Enhanced
Capture
function

16-bit

78K / III

µ PD78355, 356
µ PD78P356

Internal A/D,D/A

High Speed
µ PD78320, 322
µ PD78323, 324
µ PD78P322, P324

µ PD78365A, 366A
µ PD78P368A

Enhanced
Timer function

µ PD78350, 350A, 352A
µ PD78P352

Enhanced pulse
output function

µ PD78362A
µ PD78P364A

µ PD78330, 334
µ PD78P334

78K / IV
Enhanced
timer function

High performance
µ PD78310A, 312A
µ PD78P312A

µ PD784021, 025, 026
µ PD78P4026

µ PD78327, 328
µ PD78P328

µ PD784915
µ PD78P4916

µ PD78233, 234, 237, 238
µ PD78P238

78K / II
Internal D/A converter

µ PD78217A, 218A
Increased number
µ PD78P218A
of pins
µ PD78212, 213, 214
µ PD78P214

µ PD78220, 224
µ PD78P224

µ PD78243, 244

EEPROM
version
µ PD78134A, 136, 138
µ PD78P138

78K / I

µ PD78146, 148
µ PD78P148

Enhanced
peripheral function
µ PD78062Y, 063Y,064Y
µ PD78P064Y

78K /0
2

Incorporating I C Bus

8-bit

µ PD78062, 063, 064
µ PD78P064

Built in
LCD driver
µ PD78011FY, 012FY, 013FY
014FY, 015FY, 016FY, 018FY
µPD78P018FY

2

Incorporating I C Bus
µ PD78001B, 002B
µ PD78P014

Internal
A/D
converter
µ PD780001
µ PD78P014

2

Incorporating I C Bus
µ PD78074, 075, 076, 078
µ PD78P078

Built in
D/A converter

2

Incorporating I C Bus
µ PD78011B, 012B, 013, 014
µ PD78P014

µ PD78074Y, 075Y
076Y, 078Y
µ PD78P078Y

µ PD78052, 053, 054
µ PD78P054
µPD78055, 056, 058
µ PD78P058

2

µ PD78011BY, 012BY
013BY, 014BY
µPD78P014Y

µ PD78094, 095, 096
098A
µPD78P098A

Incorporating IE Bus
Incorporating
2
I C Bus

Incorporating I C Bus
mPD78001BY, 002BY
mPD78P014Y

µ PD78011F, 012F,013F
014F, 015F, 016F, 018F
µPD78P018F

µ PD78081, 082
µ PD78P083

µ PD78070A
µ PD78070AY

ROM less
Built in
FIP driver
µ PD78023, 024
µ PD78P024

Underlined product is now under full-scale
production. Others are under development.

µ PD78042A, 043A
044A, 045A
µ PD78P048A

Increased number
of pins
Peripheral functions

28

µ PD78052Y, 053Y, 054Y
µ PD78P054Y
µPD78055Y, 056Y, 058Y
µ PD78P058Y

µ PD780204, 0205
µ PD78P0208

Increased number
of pins

Microcomputer

8/16-Bit Single Chip Microcomputer
■ 78K/0 series (General purpose series)
Type number
Number of instruction
Instruction
cycle

µPD780001★ µPD78001B µPD78002B µPD78011B µPD78012B µPD78013
63

61

0.4 µs, 0.8 µ s, 1.6 µ s, 3.2 µ s, 6.4 µs (10 MHz operation)

Sub system clock

122 µs (32.768 kHz operation)
64K bytes
8-bit ∞ 8 ∞ 4 banks

General register
ROM size
Internal high speed
RAM

I/O port

16K bytes

8K bytes
192 bytes

Buffer RAM size
Interrupt

256 bytes

8K bytes

16K bytes

512 bytes

1024 bytes

–

32 bytes

32 bytes

7

10

External source

4

5

5

CMOS input

4

2

2

CMOS input/output

35

47

47

–

4

4

8-bit
timer ∞ 2
Watchdog
timer ∞ 1

8-bit timer ∞ 2
Watch timer ∞ 1
Watchdog timer ∞ 1

Timer/Counter

Serial interface
A/D converter
Operation voltage

32K bytes

24K bytes

384 bytes

–

Internal source

N-ch open-drain I/O

µPD78P014

63

Main system clock

Memory space extension
function

Internal
memory

µPD78014

Clock synchronized ∞ 1 ch
8-bit ∞ 8 ch

–
2.7 to 6.0 V

• 64-pin plastic shrink DIP
• 64-pin plastic QFP
( 14 mm)

16-bit timer ∞ 1
8-bit timer ∞ 2
Watch timer ∞ 1
Watchdog timer ∞ 1
Clock synchronized ∞ 1 ch
Clock synchronized with automatic TX/RX function ∞ 1 ch
8-bit ∞ 8 ch
2.7 to 6.0 V
• 64-pin plastic
shrink DIP
• 64-pin plastic QFP
( 14 mm)
• 64-pin ceramic
shrink DIP with
window

• 64-pin plastic shrink DIP
• 64-pin plastic QFP ( 14 mm)

Package

★:

Under development

29

Microcomputer

8/16-Bit Single Chip Microcomputer
■ 78K/0 series (General purpose with I 2C bus interface series)
Type number

µPD78001BY µPD78002BY µPD78011BY µPD78012BY µPD78013Y

Number of instruction
Instruction
cycle

61

Main system clock

0.4 µs, 0.8 µ s, 1.6 µ s, 3.2 µ s, 6.4 µs (10 MHz operation)

Sub system clock

122 µs (32.768 kHz operation)

Memory space extension
function

8-bit ∞ 8 ∞ 4 banks

ROM size

8K bytes

16K bytes

Internal high speed
RAM

256 bytes

384 bytes

512 bytes

1024 bytes

–

–

32 bytes

32 bytes

Buffer RAM size
Interrupt

I/O port

16K bytes

24K bytes

7

10

External source

5

5

CMOS input

2

2

CMOS input/output

47

47

N-ch open-drain I/O

4

4

8-bit timer ∞ 2
Watch timer ∞ 1
Watchdog timer ∞ 1

Serial interface

Clock synchronized ∞ 1 ch

A/D converter

–

Operation voltage

30

8K bytes

Internal source

Timer/Counter

Package

µPD78P014Y

64K bytes

General register

Internal
memory

µPD78014Y

63

16-bit timer ∞ 1
8-bit timer ∞ 2
Watch timer ∞ 1
Watchdog timer ∞ 1
I2C bus interface ∞ 1 ch
Clock synchronized with automatic TX/RX function ∞ 1 ch
8-bit ∞ 8 ch

2.7 to 6.0 V
• 64-pin plastic shrink DIP
• 64-pin plastic QFP
( 14 mm)

32K bytes

2.7 to 6.0 V
• 64-pin plastic shrink DIP
• 64-pin plastic QFP ( 14 mm)

• 64-pin plastic
shrink DIP
• 64-pin plastic QFP
( 14 mm)
• 64-pin ceramic
shrink DIP with
window

Microcomputer

8/16-Bit Single Chip Microcomputer
■ 78K/0 series (General purpose series)
Type number

µPD78011F µPD78012F µPD78013F µPD78014F µPD78015F µPD78016F µPD78018F★

Number of instruction
Instruction
cycle

63

Main system clock

0.4 µs, 0.8 µ s, 1.6 µ s, 3.2 µ s, 6.4 µs (10 MHz operation)

Sub system clock

122 µs (32.768 kHz operation)

Memory space extension
function

64K bytes
8-bit ∞ 8 ∞ 4 banks

General register
ROM size
Internal
memory

Internal high speed
RAM

8K bytes

16K bytes

24K bytes

I/O port

32K bytes

40K bytes

1024 bytes

512 bytes

Buffer RAM size
Interrupt

µPD78P018F ★

48K bytes

60K bytes

1536 bytes

2048 bytes

32 bytes

Internal source

10

External source

5

CMOS input

2

CMOS input/output

47

N-ch open-drain I/O

4
16-bit timer ∞ 1
8-bit timer ∞ 2
Watch timer ∞ 1
Watchdog timer ∞ 1

Timer/Counter

Serial interface

Clock synchronized ∞ 1 ch
Clock synchronized with automatic TX/RX function ∞ 1 ch

A/D converter

8-bit ∞ 8 ch

Operation voltage

1.8 to 5.5 V
• 64-pin plastic
shrink DIP
• 64-pin plastic QFP
( 12 mm)
• 64-pin plastic QFP
( 14 mm)
• 64-pin ceramic
shrink DIP with
window
• 64-pin ceramic
WQFN with
window
( 14 mm)

• 64-pin plastic shrink DIP
• 64-pin plastic QFP ( 12 mm)
• 64-pin plastic QFP ( 14 mm)

Package

★:

Under development

31

Microcomputer

8/16-Bit Single Chip Microcomputer
■ 78K/0 series (General purpose series)
Type number

µPD78011FY µPD78012FY µPD78013FY µPD78014FY µPD78015FY µPD78016FY µPD78018FY★

Number of instruction
Instruction
cycle

63

Main system clock

0.4 µs, 0.8 µ s, 1.6 µ s, 3.2 µ s, 6.4 µs (10 MHz operation)

Sub system clock

122 µs (32.768 kHz operation)

Memory space extension
function

64K bytes
8-bit ∞ 8 ∞ 4 banks

General register
ROM size
Internal
memory

Internal high speed
RAM

8K bytes

16K bytes

24K bytes

I/O port

32K bytes

40K bytes

1024 bytes

512 bytes

60K bytes

48K bytes

1536 bytes

2048 bytes

32 bytes

Buffer RAM size
Interrupt

Internal source

10

External source

5

CMOS input

2

CMOS input/output

47

N-ch open-drain I/O

4
16-bit timer ∞ 1
8-bit timer ∞ 2
Watch timer ∞ 1
Watchdog timer ∞ 1

Timer/Counter

Serial interface

I2C bus interface ∞ 1 ch
Clock synchronized with automatic TX/RX function ∞ 1 ch

A/D converter

8-bit ∞ 8 ch

Operation voltage

1.8 to 5.5 V
• 64-pin plastic
shrink DIP
• 64-pin plastic QFP
( 12 mm)

• 64-pin plastic shrink DIP
• 64-pin plastic QFP ( 12 mm)
• 64-pin plastic QFP ( 14 mm)

• 64-pin plastic QFP
( 14 mm)
• 64-pin ceramic
shrink DIP with
window
• 64-pin ceramic
WQFN with
window
( 14 mm)

Package

★:

32

µPD78P018FY★

Under development

Microcomputer

8/16-Bit Single Chip Microcomputer
■ 78K/0 series (FIP series)
Type number

µPD78023

Number of instruction

63
0.4 µs, 0.8 µs, 1.6 µs, 3.2 µ s, 6.4 µ s (5 MHz operation)

Instruction Main system clock
cycle
Sub system clock

122 µs (32.768 kHz operation)
8-bit ∞ 8 ∞ 4 banks

General register
ROM size
Internal
memory

µPD78P024 ★

µPD78024

24K bytes

32K bytes

Internal high speed
RAM

512 bytes

Display data RAM
size

32 bytes

Internal source

11

External source

4

CMOS input

2

Interrupt

I/O port

CMOS input/output

26

P-ch open-drain
output

18

P-ch open-drain I/O

8
16-bit timer ∞ 1
8-bit timer ∞ 2
Watch timer ∞ 1
Watchdog timer ∞ 1

Timer/Counter

Clock synchronized ∞ 2 ch

Serial interface

8-bit ∞ 8 ch

A/D converter
Operation voltage

2.7 to 6.0 V
• 64-pin plastic QFP (14 mm ∞ 20 mm)
• 64-pin plastic shrink DIP

Package

• 64-pin plastic QFP
(14 mm ∞ 20 mm)
• 64-pin plastic shrink DIP
• 64-pin ceramic shrink DIP with
window
★:

Under development

33

Microcomputer

8/16-Bit Single Chip Microcomputer
■ 78K/0 series (FIP series)
Type number

µPD78042A

µPD78043A

µPD78044A

Number of instruction

0.4 µs, 0.8 µs, 1.6 µs, 3.2 µ s, 6.4 µ s (5 MHz operation)
122 µs (32.768 kHz operation)
8-bit ∞ 8 ∞ 4 banks

General register

Internal
memory

Internal high speed
RAM

µPD78P048A

63

Instruction Main system clock
cycle
Sub system clock

ROM size

µPD78045A

16K bytes

24K bytes

32K bytes

40K bytes

512 bytes

60K bytes

1024 bytes

Buffer RAM size

64 bytes

Display data RAM
size

48 bytes

Internal source

12

External source

4

CMOS input

2

Interrupt

I/O port

CMOS input/output

27

N-ch open-drain I/O

5

P-ch open-drain
output

18

P-ch open-drain I/O

16

Timer/Counter

16-bit timer ∞ 1
8-bit timer ∞ 2
Watch timer ∞ 1
Watchdog timer ∞ 1
6-bit Up/Down counter ∞ 1

FIP controller/driver

Display output: 34
• Segment output: 9-24
• Digit output: 2-16

Serial interface

Clock synchronized ∞ 1 ch
Clock synchronized with automatic TX/RX function ∞ 1 ch

A/D converter

8-bit ∞ 8 ch

Operation voltage

2.7 to 6.0 V
• 80-pin plastic QFP (14 mm ∞ 20 mm)

Package

34

• 80-pin plastic QFP
(14 mm ∞ 20 mm)
• 80-pin ceramic WQFN
(14 mm ∞ 20 mm)

Microcomputer

8/16-Bit Single Chip Microcomputer
■ 78K/0 series (FIP series)
Type number

µPD780204

63

Number of instruction

0.4 µs, 0.8 µs, 1.6 µs, 3.2 µ s, 6.4 µ s (5 MHz operation)

Instruction Main system clock
cycle
Sub system clock

122 µs (32.768 kHz operation)
8-bit ∞ 8 ∞ 4 banks

General register
ROM size

32K bytes

40K bytes

Internal high speed
RAM
Internal
memory

Internal extended
RAM

µPD78P0208 ★

µPD780205

60K bytes

1024 bytes
–

–

Buffer RAM size

64 bytes

Display data RAM
size

80 bytes

Internal source

12

External source

4

CMOS input

2

1024 bytes

Interrupt

I/O port

CMOS input/output

27

N-ch open-drain I/O

5

P-ch open-drain
output

24

P-ch open-drain I/O

16

Timer/Counter

16-bit timer ∞ 1
8-bit timer ∞ 2
Watch timer ∞ 1
Watchdog timer ∞ 1
6-bit Up/Down counter ∞ 1

FIP controller/driver

Display output: 53
• Segment output: 9-40
• Digit output: 2-16

Serial interface

Clock synchronized ∞ 1 ch
Clock synchronized with automatic TX/RX function ∞ 1 ch

A/D converter

8-bit ∞ 8 ch

Operation voltage

2.7 to 6.0 V
• 100-pin plastic QFP (14 mm ∞ 20 mm)

Package

• 100-pin
(14 mm
• 100-pin
(14 mm

plastic QFP
∞ 20 mm)
ceramic WQFN
∞ 20 mm)
★:

Under development

35

Microcomputer

8/16-Bit Single Chip Microcomputer
■ 78K/0 series (General purpose series)
Type number

µPD78052

µPD78053

µPD78054

µPD78P054

Number of instruction
Instruction
cycle

µPD78056

µPD78058

122 µs (32.768 kHz operation)

Sub system clock

8-bit ∞ 8 ∞ 4 banks

ROM size

16K bytes

Internal high speed
RAM

512 bytes

24K bytes

32K bytes

40K bytes

48K bytes

I/O
port

Buffer RAM size

32 bytes
1024 bytes

Internal source

15

External source

8

CMOS input

2

CMOS input/output

63

N-ch open-drain I/O

4
16-bit timer ∞ 1
8-bit timer ∞ 2
Watch timer ∞ 1
Watchdog timer ∞ 1

Timer/Counter

Serial interface

Clock synchronized ∞ 1 ch
Clock synchronized with automatic TX/RX function ∞ 1 ch
Clock synchronized or UART ∞ 1 ch

A/D converter

8-bit ∞ 8 ch

D/A converter

8-bit ∞ 2 ch

Operation voltage

2.0 to 6.0 V
• 80-pin plastic QFP ( 12 mm)
• 80-pin plastic QFP ( 14 mm)

Package

36

60K bytes

1024 bytes

Internal extended
RAM
Interrupt

µPD78P058

0.4 µs, 0.8 µs, 1.6 µ s, 3.2 µ s, 6.4 µ s 12.8 µ s (5.0 MHz operation)

Main system clock

General register

Internal
memory

µPD78055
63

• 80-pin
plastic QFP
( 12 mm)
• 80-pin
plastic QFP
( 14 mm)
• 80-pin
ceramic
WQFN
( 14 mm)

• 80-pin plastic QFP ( 14 mm)

• 80-pin
plastic QFP
( 14 mm)
• 80-pin
ceramic
WQFN
( 14 mm)

Microcomputer

8/16-Bit Single Chip Microcomputer
■ 78K/0 series (General purpose with I 2C bus interface series)
Type number

µPD78052Y µPD78053Y µPD78054Y µPD78P054Y µPD78055Y µPD78056Y µPD78058Y µPD78P058Y

Number of instruction
Instruction
cycle

63

Main system clock

0.4 µs, 0.8 µs, 1.6 µ s, 3.2 µ s, 6.4 µ s 12.8 µ s (5.0 MHz operation)

Sub system clock

122 µs (32.768 kHz operation)
8-bit ∞ 8 ∞ 4 banks

General register

Internal
memory

ROM size

16K bytes

Internal high speed
RAM

512 bytes

24K bytes

32K bytes

40K bytes

48K bytes

1024 bytes

Buffer RAM size

32 bytes

Internal extended
RAM
Interrupt

I/O
port

1024 bytes

Internal source

15

External source

8

CMOS input

2

CMOS input/output

63

N-ch open-drain I/O

4
16-bit timer ∞ 1
8-bit timer ∞ 2
Watch timer ∞ 1
Watchdog timer ∞ 1

Timer/Counter

Serial interface

Clock synchronized with I2 C bus interface function ∞ 1 ch
Clock synchronized with automatic TX/RX function ∞ 1 ch
Clock synchronized or UART ∞ 1 ch

A/D converter

8-bit ∞ 8 ch

D/A converter

8-bit ∞ 2 ch

Operation voltage

2.0 to 6.0 V
• 80-pin plastic QFP ( 12 mm)
• 80-pin plastic QFP ( 14 mm)

Package

60K bytes

• 80-pin
plastic QFP
( 12 mm)
• 80-pin
plastic QFP
( 14 mm)
• 80-pin
ceramic
WQFN
( 14 mm)

• 80-pin plastic QFP ( 14 mm)

• 80-pin
plastic QFP
( 14 mm)
• 80-pin
ceramic
WQFN
( 14 mm)

37

Microcomputer

8/16-Bit Single Chip Microcomputer
■ 78K/0 series (LCD series)
Type number

µPD78062

µPD78063

Number of instruction
Instruction
cycle

63
0.4 µs, 0.8 µs, 1.6 µs, 3.2 µs, 6.4 µs, 12.8 µs (5.0 MHz operation)

Sub system clock

122 µs (32.768 kHz operation)
8-bit ∞ 8 ∞ 4 banks

ROM size

16K bytes

Internal high speed
RAM

512 bytes

Display data RAM
size
Interrupt

I/O
port

24K bytes

32K bytes
1024 bytes
40 ∞ 4-bit

Internal source

14

External source

7

CMOS input

2

CMOS input/output

55

Timer/Counter

16-bit timer/event counter ∞ 1
8-bit timer/event counter ∞ 2
Watch timer ∞ 1
Watchdog timer ∞ 1

Serial interface

Clock synchronized ∞ 1 ch
Clock synchronized or UART ∞ 1 ch

A/D converter
LCD controller/driver

Operation voltage

8-bit ∞ 8 ch
• Segment output :
• Common output :
• Display mode
:

38

40 (max)
4 (max)
1/2, 1/3 duty

2.0 to 6.0 V
• 100-pin plastic QFP ( 14 mm, 0.5 mm pitch)
• 100-pin plastic QFP (14 mm ∞ 20 mm, 0.65 mm pitch)

Package

µPD78P064

Main system clock

General register

Internal
memory

µPD78064

• 100-pin plastic QFP
( 14 mm)
• 100-pin plastic QFP
(14 mm ∞ 20)
• 100-pin ceramic
WQFN
(14 mm ∞ 20 mm)

Microcomputer

8/16-Bit Single Chip Microcomputer
■ 78K/0 series (LCD series)
Type number

µPD78062Y

µPD78063Y

Number of instruction
Instruction
cycle

63

Main system clock

0.4 µs, 0.8 µs, 1.6 µs, 3.2 µs, 6.4 µs, 12.8 µs (5.0 MHz operation)

Sub system clock

122 µs (32.768 kHz operation)
8-bit ∞ 8 ∞ 4 banks

General register

Internal
memory

ROM size

16K bytes

Internal high speed
RAM

512 bytes

Display data RAM
size
Interrupt

I/O
port

24K bytes

32K bytes
1024 bytes
40 ∞ 4-bit

Internal source

14

External source

7

CMOS input

2

CMOS input/output

55

Timer/Counter

Serial interface
A/D converter
LCD controller/driver

Operation voltage

16-bit timer/event counter ∞ 1
8-bit timer/event counter ∞ 2
Watch timer ∞ 1
Watchdog timer ∞ 1
Clock synchronized with I2 C bus interface function ∞ 1 ch
Clock synchronized or UART ∞ 1 ch
8-bit ∞ 8 ch
• Segment output :
• Common output :
• Display mode
:

40 (max)
4 (max)
1/2, 1/3 duty

2.0 to 6.0 V
• 100-pin plastic QFP ( 14 mm, 0.5 mm pitch)
• 100-pin plastic QFP (14 mm ∞ 20 mm, 0.65 mm pitch)

Package

µPD78P064Y ★

µPD78064Y

• 100-pin plastic QFP
( 14 mm)
• 100-pin plastic QFP
(14 mm ∞ 20)
• 100-pin ceramic
WQFN
(14 mm ∞ 20 mm)
★:

Under development

39

Microcomputer

8/16-Bit Single Chip Microcomputer
■ 78K/0 series (General purpose series)
Type number

µPD78074

µPD78075

µPD78076

Number of instruction
Instruction
cycle

122 µs (32.768 kHz operation)

Sub system clock

Memory space extension function

64K bytes
8-bit ∞ 8 ∞ 4 banks

General register

Internal
memory

32K bytes

40K bytes

Internal high speed
RAM

I/O
port

48K bytes

60K bytes

Internal extended
RAM

1024 bytes
32 bytes

Internal source

17

External source

8

CMOS input

2

CMOS input/output

78

N-ch open-drain I/O

8

Timer/Counter

16-bit timer ∞ 1
8-bit timer ∞ 4
Watch timer ∞ 1
Watchdog timer ∞ 1

Serial interface

Clock synchronized ∞ 1 ch
Clock synchronized with automatic TX/RX function ∞ 1 ch
Clock synchronized or UART ∞ 1 ch

A/D converter

8-bit ∞ 8 ch

D/A converter

8-bit ∞ 2 ch

Operation voltage

1.8 to 5.5 V
• 100-pin plastic QFP ( 14 mm)
• 100-pin plastic QFP (14 mm ∞ 20 mm)

Package

40

60K bytes

1024 bytes

Buffer RAM size
Interrupt

µPD78P078

0.4 µs, 0.8 µs, 1.6 µs, 3.2 µs, 6.4 µs, 12.8 µs (5.0 MHz operation)

Main system clock

ROM size

µPD78078

63

• 100-pin plastic QFP
( 14 mm)
• 100-pin plastic QFP
(14 mm ∞ 20 mm)
• 100-pin ceramic
WQFN
(14 mm ∞ 20 mm)

Microcomputer

8/16-Bit Single Chip Microcomputer
■ 78K/0 series (General purpose series)
Type number

µPD78074Y

µPD78075Y

µPD78076Y

Number of instruction
Instruction
cycle

122 µs (32.768 kHz operation)

Sub system clock

Memory space extension function

64K bytes
8-bit ∞ 8 ∞ 4 banks

General register

Internal
memory

32K bytes

40K bytes

Internal high speed
RAM

I/O
port

48K bytes

60K bytes

Internal extended
RAM

1024 bytes
32 bytes

Internal source

17

External source

8

CMOS input

2

CMOS input/output

78

N-ch open-drain I/O

8

Timer/Counter

16-bit timer ∞ 1
8-bit timer ∞ 4
Watch timer ∞ 1
Watchdog timer ∞ 1

Serial interface

Clock synchronized with I2 C bus interface function ∞ 1 ch
Clock synchronized with automatic TX/RX function ∞ 1 ch
Clock synchronized or UART ∞ 1 ch

A/D converter

8-bit ∞ 8 ch

D/A converter

8-bit ∞ 2 ch

Operation voltage

1.8 to 5.5 V
• 100-pin plastic QFP ( 14 mm)
• 100-pin plastic QFP (14 mm ∞ 20 mm)

Package

60K bytes

1024 bytes

Buffer RAM size
Interrupt

µPD78P078Y

0.4 µs, 0.8 µs, 1.6 µs, 3.2 µs, 6.4 µs, 12.8 µs (5.0 MHz operation)

Main system clock

ROM size

µPD78078Y

63

• 100-pin plastic QFP
( 14 mm)
• 100-pin plastic QFP
(14 mm ∞ 20 mm)
• 100-pin ceramic
WQFN
(14 mm ∞ 20 mm)

41

Microcomputer

8/16-Bit Single Chip Microcomputer
■ 78K/0 series (General purpose series)
Type number

µPD78070A

µPD78070AY

Number of instruction
Instruction
cycle

Main system clock
Sub system clock

63
0.4 µs, 0.8 µs, 1.6 µs, 3.2 µs, 6.4 µs, 12.8 µs (5.0 MHz operation)
122 µs (32.768 kHz operation)

Memory space extension function

64K bytes
8-bit ∞ 8 ∞ 4 banks

General register

Internal
memory

Internal high speed
RAM

1024 bytes
32 bytes

Buffer RAM size
Interrupt

I/O
port

Internal source

17

External source

8

CMOS input

2
78

CMOS input/output

8

N-ch open-drain I/O

Timer/Counter

16-bit timer ∞ 1
8-bit timer ∞ 4
Watch timer ∞ 1
Watchdog timer ∞ 1

Serial interface

Clock synchronized ∞ 1 ch
Clock synchronized with I2C bus interface function ∞ 1 ch
Clock synchronized with automatic TX/RX function ∞ 1 ch Clock synchronized with automatic TX/RX function ∞ 1 ch
Clock synchronized or UART ∞ 1 ch
Clock synchronized or UART ∞ 1 ch

A/D converter

8-bit ∞ 8 ch

D/A converter

8-bit ∞ 2 ch

Operation voltage

1.8 to 5.5 V

Package

42

• 100-pin plastic QFP ( 14 mm)
• 100-pin plastic QFP (14 mm ∞ 20 mm)

Microcomputer

8/16-Bit Single Chip Microcomputer
■ 78K/0 series (General purpose series)
Type number

µPD78081 ★

µPD78082

Number of instruction
Instruction
cycle

Main system clock

63
0.4 µs, 0.8 µs, 1.6 µs, 3.2 µs, 6.4 µs, 12.8 µs (5.0 MHz operation)

Memory space extension function

64K bytes
8-bit ∞ 8 ∞ 4 banks

General register
Internal
memory

ROM size

8K bytes

16K bytes

24K bytes

Internal high speed
RAM

256 bytes

384 bytes

512 bytes

Interrupt

Internal source

8

External source

3

I/O
port

CMOS input

1
32

CMOS input/output

Timer/Counter

8-bit timer ∞ 2
Watch timer ∞ 1

Serial interface

Clock synchronized or UART ∞ 1 ch

A/D converter

8 bit ∞ 8 ch

Operation voltage

1.8 to 5.5 V

Package

µPD78P083 ★

• 42-pin plastic shrink DIP
• 44-pin plastic QFP (10 mm ∞ 10 mm)

• 42-pin plastic shrink DIP
• 44-pin plastic QFP
(10 mm ∞ 10 mm)
• 42-pin ceramic shrink DIP with
window
★:

Under development

43

Microcomputer

8/16-Bit Single Chip Microcomputer
■ 78K/0 series (IEBus controller series)
Type number

µPD78094

µPD78095

Number of instruction
Instruction
cycle

122 µs (32.768 kHz operation)

Sub system clock

8-bit ∞ 8 ∞ 4 banks
32K bytes

Internal high speed
RAM

I/O
port

40K bytes

48K bytes

60K bytes
3072 bytes

1024 bytes

Buffer RAM size
Interrupt

µPD78P098A

0.5 µs, 1.0 µs, 2.0 µ s, 4.0 µ s, 8.0 µ s 16.0 µ s (6.0 MHz operation)

General register

Internal
memory

µPD78098A

63

Main system clock

ROM size

µPD78096

32 bytes

Internal source

16

External source

8

CMOS input

2

CMOS input/output

63

N-ch open-drain I/O

4

Timer/Counter

16-bit timer ∞ 1
8-bit timer ∞ 2
Watch timer ∞ 1
Watchdog timer ∞ 1

Serial interface

Clock synchronized ∞ 1 ch
Clock synchronized with automatic TX/RX function ∞ 1 ch
Clock synchronized or UART ∞ 1 ch

IE bus controller

TX/RX speed: 26k bps (max.)
8-bit ∞ 8 ch

A/D converter
D/A converter

8-bit ∞ 2 ch

Operation voltage

2.7 to 6.0 V

Package

44

• 80-pin plastic QFP
( 14 mm)

• 80-pin plastic QFP
( 14 mm)
• 80-pin ceramic WQFN
( 14 mm)

Microcomputer

8/16-Bit Single Chip Microcomputer
■ 78K/I series
Type number
Number of instruction

µPD78134

µPD78134A

µPD78136

µPD78138

µPD78P138

63

µPD78146

µPD78148

µPD78P148

64

Minimum instruction
execution cycle

333 ns/12 MHz

Data memory space extension
function

64K bytes

—
32K bytes
(PROM)

32K bytes
(PROM)

Internal
memory

ROM size

16K bytes

RAM size

384 bytes

Interrupt

External sources

5

5

Internal sources

12

20

Input ports

10

24

Output ports

12

12

Input/output ports

36

40

8-bit A/D converter
8 channels

8-bit A/D converter
15 channels

I/O
pins

Analog input

24K bytes

32K bytes
640 bytes

32K bytes

688 bytes*

OP-amp

816 bytes*

2 channels
16-bit timer ∞ 3
8-bit timer ∞ 1
22-bit free-running-counter ∞ 1
8-bit up-down-counter ∞ 1

16-bit timer ∞ 3
7-bit timer ∞ 1
18-bit free-running-counter ∞ 1

Timer/Counter

PWM output

24K bytes

12-bit PWM
∞ 2 (carrier
freq. 23.4
KHz)

12-bit PWM ∞ 2
(carrier freq. 23.4 KHz/46.9 KHz)
8-bit PWM ∞ 3
(carrier freq. 5.9 KHz)
14-bit PWM ∞ 1
(carrier freq. 5.9 KHz)

12-bit PWM ∞ 2
(carrier freq. 23.4 KHz/46.9 KHz)

Multiplier

Hardware multiplier is included

Clock synchronized (can accommodate SBI) 1 channel

Clock synchronized
(can accommodate SBI) 1 channel
Clock synchronized (automatic data
transmit function)
1 channel

Features

• System-control and servo control for VCR
• Multi-function timer set for software servo control application
such as VCR

• System-control and servo control for
VCR
• Multi-function timer set for softwareservo control application such as
VCR
• High-speed multiply with hardware
multiplier
• Low-voltage and low-current count
operation with Hardware clock
function

Package

• 80-pin QFP

Serial interface

• 80-pin QFP
• 100-pin QFP
• 80-pin
WQFN

• 100-pin
QFP
• 100-pin
WQFN

*: contained automatic data transmit buffer 48 byte

45

Microcomputer

8/16-Bit Single Chip Microcomputer
■ 78K/II series (1/2)
Type number

µPD78212

µPD78213

333 ns/
12 MHz

500 ns/
12 MHz

µPD78214

µPD78P214 µPD78217A

Minimum instruction
execution cycle

333 ns/12 MHz

Data memory space
extension function

I/O
pins

500 ns/
12 MHz

333 ns/12 MHz

ROM size

8K bytes

RAM size

384 bytes

–

16K bytes

16K bytes
(PROM)

–

512 bytes

–

16K bytes

32K bytes

32K bytes

(PROM)

512 bytes

1024 bytes

512 bytes
7

12

Internal sources

14

Inputs

14
(of these, 6 can be pulled up by software)

Outputs

12
(of these, 8 can directly drive transistor.)
28
(can be
pulled up
by
software)

10
(can be
pulled up
by
software)

28
(can be pulled up by
software).
Of these, 16 can
directly drive LED.

10
(can be
pulled up
by
software)

28
(can be pulled up by
software).
Of these, 16 can
directly drive LED.

Analog inputs

8-bit
A/D converter: 8 channels

Timer/Counter

16-bit timer/counter x 1
8-bit timer/counter x 3
UART (internal dedicated baud rate generator) ááá
Clock synchronized (can accommodate SBI) ááááá

Serial interface

Features

• Real-time output port for stepping motor
control

Package

•
•
•
•
•

46

333 ns/
12 MHz

–

External sources

Input/output ports

500 ns/
12 MHz

1M bytes

EEPROM size
Interrupts

µPD78243 µPD78244

65

Number of instructions

Internal
memory

µPD78218A µ PD78P 218A

64-pin
64-pin
68-pin
64-pin
74-pin

SDIP
QUIP (except µ PD78212)
QFJ (except µ PD78212)
QFP
QFP

28
(can be
pulled up
by
software)

1 channel
1 channel

• Internal memory extended from
µPD78214

Same as
left
• 64-pin SDIP
• 64-pin
• 64-pin QFP
SDIP with
window

10
(can be
pulled up
by
software)

• First EEPROM
version in 78K
series

Same as
left
• 64-pin SDIP
• 64-pin
• 64-pin QFP
SDIP with
window

Microcomputer

8/16-Bit Single Chip Microcomputer
■ 78K/II series (2/2)
Type number

µPD78220

µPD78224

µPD78P224

µPD78233

Number of instructions
Minimum instruction
execution cycle

Interrupts

ROM size

µPD78237

333 ns/12 MHz

500 ns/
12 MHz

333 ns/
12 MHz

500 ns/
12 MHz

16K bytes
(PROM)

16K bytes

–

640 bytes

–

16K bytes
640 bytes

8

7

9

12

Inputs

Analog inputs

20

35
25
(of these, 8 (of these, 8 can directly
can directly drive LED)
drive LED)

12
18
(can be
pulled up by
software. 8
can directly
drive LED)

36
(can be
pulled up by
software. 24
can directly
drive LED)

18
36
(can be
(can be pulled up by
pulled up by software. 24 can directly
software. 8
drive LED)
can directly
drive LED)

8-bit
A/D converter 8 channels

Variable threshold voltage
input port (16 steps): 8

8-bit D/A converter: 2 outputs

Analog outputs
Timer/Counter

32K bytes
(PROM)

16

8
12

32K bytes
1024 bytes

Internal sources

Input/output ports

333 ns/12 MHz

–

External sources

I/O
pins

µPD78P238

1M bytes

RAM size

Outputs

µPD78238

65
500 ns/
12 MHz

Data memory space
extension function
Internal
memory

µPD78234

16-bit timer/counter ∞ 1
8-bit timer/counter ∞ 3

16-bit timer/counter ∞ 1
8-bit timer/counter ∞ 2

UART (internal dedicated baud rate generator) ááá
Clock synchronized (can accommodate SBI) ááááá

Serial interface

1 channel
1 channel

Features

• Real-time output port for stepping
motor control

• Real-time output port for stepping motor control
• Two 12-bit PWM outputs

Package

• 94-pin QFP
• 84-pin QFJ

• 84-pin QFJ
• 80-pin QFP
• 94-pin QFP

Same as
left
• 94-pin
WQFN

47

Microcomputer

8/16-Bit Single Chip Microcomputer
■ 78K/III series (1/6)
Type number

µPD78310A

µPD78312A µPD78P312A

Internal
memory
Interrupts
I/O
pins

–

ROM size
RAM size

µPD78P322

500 ns/12 MHz

250 ns/16 MHz
8K bytes
(PROM)

8K bytes

–

16K bytes

16K bytes
(PROM)

–

640 bytes

256 bytes

8

Internal sources

14

13

Inputs

8

16

Outputs

–

Analog inputs

8-bit A/D converter
4 channels

Timer/Counter

16-bit up/down counter ∞ 2
16-bit interval timer ∞ 2

Serial interface

UART/clock synchronized ····
1 channel

Features

• Compared to µ PD78310/
µPD78312 and µ PD78P312,
16-bit data transfer instructions
and 4-multiplied count mode
added.
• Suitable for servo control

Package

Same as
left
• 64-pin
SDIP
with
window
• 64-pin
QUIP
with
window

64-pin
68-pin
64-pin
64-pin

SDIP
QFJ
QUIP
QFP

µPD78P324

32K bytes

32K bytes
(PROM)

–
40

24

µPD78324

1024 bytes

4

•
•
•
•

µPD78323

111

External sources

Input/output ports

48

µPD78322

96

Number of instructions
Minimum instruction
execution cycle

µPD78320

21

39

21

39

10-bit A/D converter
8 channels
18/16-bit free running timer ∞ 1
16-bit timer/event counter ∞ 1
UART ································································ 1 channel
Clock synchronized (can accommodate SBI) ···· 1 channel
• Real-time pulse unit which functions as a high performance pulse
generator.

• 68-pin QFJ
• 74-pin QFP
• 80-pin QFP

Same as
left
• 68-pin
WQFN
• 74-pin
WQFN
• 80-pin
WQFN

• 68-pin QFJ
• 74-pin QFP

Same as
left
• 68-pin
WQFN
• 74-pin
WQFN

Microcomputer

8/16-Bit Single Chip Microcomputer
■ 78K/III series (2/6)
Type number

µPD78327

µPD78328

µPD78P328

Number of instructions

Interrupts

I/O
pins

ROM size

µPD78334

µPD78P334

111

Minimum instruction
execution cycle
Internal
memory

µPD78330

250 ns/16 MHz
–

RAM size

250 ns/16 MHz
16K bytes
(PROM)

16K bytes

–

512 bytes

External sources

4

Internal sources

11

Inputs

11

32K bytes
(PROM)

32K bytes
1K bytes

• Processing mode can be selected from 3 different
modes
(vector interrupt, macro service, context switching)
• 3 levels of priority orders can be specified by
software.
24 (16 can also serve as analog input pins)

Outputs
Input/output ports

23

Analog inputs

Timer/Counter

41

28

10-bit A/D converter
8 channels

46
10-bit A/D converter
16 channels

6-bit timer ∞ 2
16-bit timer/event counter ∞ 1
Abundant compare registers and capture registers

18/16-bit timer/counter ∞ 1
16-bit timer/counter ∞ 3
Abundant compare registers and capture registers

UART áááááááááááááááááááááááááááááááááááááá
Clock synchronized (can accommodate SBI) áááááá

Serial interface

1 channel
1 channel

• Real-time pulse unit which functions as high performance pulse generator.
Features

Package

High performance internal PWM output suitable for
inverter control.
• 64-pin SDIP
• 64-pin QFP

Same as left
• 64-pin SDIP
with window

• 84-pin QFJ
• 94-pin QFP

•
•
•
•

84-pin
94-pin
84-pin
94-pin

QFJ
QFP
WQFN
WQFN

49

Microcomputer

8/16-Bit Single Chip Microcomputer
■ 78K/III series (3/6)
Type number

µPD78350

µPD78350A

Minimum instruction
execution cycle
Internal
memory

ROM size

160 ns/25 MHz

I/O
pins

µPD78P352

µPD78355

–

–

48K bytes

–

32K

–

–

48K bytes

640 bytes

2K bytes

External sources

5

5

Internal sources

4

25

Inputs

6

Outputs

–

Input/output ports
PWM unit

µPD78P356

125 ns/32 MHz

32K
–

PROM size

µPD78356
115

125 ns/32 MHz

–

RAM size
Interrupts

µPD78352A

113

Number of instructions

24

8 (8 can also serve as analog input pins)
–
44

8-bit PWM output 2channels

49

68

12-bit PWM output 2 channels
10-bit A/D converter 8 channels

Analog inputs

–

High speed conversion time 2 µ s

Analot outputs

–

8-bit D/A converter 2 channels

Timer/Counter

16-bit timer ∞ 3

Serial interface

–

Features

Package

50

16-bit timer ∞ 2
16-bit counter ∞ 3
10-bit timer ∞ 1
UART áááááááááááááááááááááá 1 channel
Clock synchronized (can accommodate SBI)
áááááááááááááááááááá 1 channel
Clock synchronized (with pin switching
function) áááááááááááááááááááá 1 channel

• Sum of products operation instructions
• Suitable as ASIC control

• 64-pin QFP • 64-pin QFP
(t = 2.7 mm)
(t = 1.5 mm)

• Fine pitch package (0.5 mm pitch)
• Low voltage operation (2.7 to 5.5 V)
• High performance internal A/D converter
and D/A converter suitable for analog data
• 64-pin
WQFN

• 100-pin plastic QFP
• 120-pin plastic QFP

• 120-pin
ceramic
WQFN

Microcomputer

8/16-Bit Single Chip Microcomputer
■ 78K/III series (4/6)
µPD78362A★

Type number
Number of instructions

115

Minimum instruction
execution cycle
Internal
memory

Interrupts

125 ns/ 8 MHz (internal 16 MHz)

ROM size

24K bytes

RAM size

768 bytes

32K bytes (PROM)
2K bytes

External sources

6

Internal sources

14

Inputs
I/O
pins

µPD78P364A★

14 (8 can also serve as analog input pins)

Outputs

–

Input/output ports

38

Analog inputs

10-bit A/D converter
8 channels

Timer/Counter

16-bit timer ∞ 3
16-bit timer/event counter ∞ 2
UART áááááááááááááááááááááááááááááááááááá
Clock synchronized áááááááááááááááááááááááá

Serial interface

1 channel
1 channel

Features

• High performance internal PWM out put suitable for inverter control
• Real time pulse unit which function as high performance pulse generator

Package

• 64-pin SDIP

• 64-pin SDIP
• 64-pin SDIP with window
★:

Under development

■ 78K/III series (5/6)
Type number

µPD78365A★

Number of instructions

Interrupts

125 ns/ 8 MHz (internal 16 MHz)

ROM size

–

RAM size

32K bytes

48K bytes

2K bytes

External sources

6

Internal sources

14

Inputs
I/O
pins

µPD78P368A★

115

Minimum instruction
execution cycle
Internal
memory

µPD78366A★

14 (8 can also serve as analog input pins)

Outputs

–

Input/output ports

31

49

Analog inputs

10-bit A/D converter
8 channels

Timer/Counter

16-bit timer ∞ 3
16-bit timer/event counter ∞ 2
UART áááááááááááááááááááááááááááááááááááá
Clock synchronized (can accommodate SBI) ááá

Serial interface

1 channel
1 channel

Features

• High performance internal PWM out put suitable for inverter control
• Real time pulse unit which function as high performance pulse generator

Package

• 80-pin QFP

• 80-pin QFP
• 80-pin WQFN
★:

Under development

51

Microcomputer

8/16-Bit Single Chip Microcomputer
■ 78K/III series (6/6)
Type number

µPD78370 ★

µPD78372 ★

Number of instructions

115

Minimum instruction
execution cycle

125 ns/ 32 MHz

Internal
memory

ROM size

Interrupts

External sources

11

Internal sources

18

–

24K bytes

RAM size

24K bytes (PROM)

768 bytes

Inputs
I/O
pins

µPD78P372 ★

17 (16 can also serve as analog input pins)

Outputs

–

Input/output ports

24

43

Analog inputs

10-bit A/D converter
8 channels

Timer/Counter

18-bit timer ∞ 1
16-bit timer counter ∞ 1
UART ááááááááááááááááááááááááááááááááááá
Clock synchronized áááááááááááááááááááááááá

Serial interface
Features

• Real time pulse unit which function as high performance pulse generator

Package

• 80-pin QFP

1 channel
1 channel

• 80-pin QFP
• 80-pin WQFN
★:

Under development

■ 78K/IV series (1/2)
Type number

µPD784020

µPD784021

µPD784025

Number of instructions

ROM size

Interrupts

External sources

7

Internal sources

16

–

48K bytes

512 bytes

2048 bytes

Inputs

8

Outputs

–

4
34
(can be pulled up by software. 8 can
directly drive LED)

56
56
(can be pulled up by (can be pulled up by software. 24 can
software. 24 can
directly drive LED)
directly drive LED)
8-bit
A/D converter 8 channels

Analog inputs
Analog outputs

8-bit D/A converter: 2 outputs

Timer/Counter

16-bit timer/counter ∞ 4
UART (internal dedicated baud rate generator)/IOE ááááááááá
Clock Synchronized (can accommodate SBI) áááááááááááááá

Serial interface
Features

• Real-time output port for stepping motor control
• Two 12-bit PWM outputs

Package

• 80-pin QFP

52

64K bytes (PROM)

1M bytes

Internal
memory

Input/output ports

64K bytes

160 ns/ 25 MHz

Memory space

I/O
pins

µPD78P4026

113

Minimum instruction
execution cycle

RAM size

µPD784026

2 channels
1 channel

• 80-pin QFP
• 80-pin WQFN

Microcomputer

8/16-Bit Single Chip Microcomputer
■ 78K/IV series (2/2)
Type number

µPD784915 ★

Number of instructions

µPD78P4916 ★
113

Minimum instruction
execution cycle

250 ns/ 16 MHz

Internal
memory

ROM size

48K bytes

RAM size

1280 bytes

Interrupts

External sources

9

Internal sources

20

Inputs

8

I/O
pins

62K bytes (PROM)
2048 bytes

Outputs

0

Input/output ports

46
8-bit resolution ∞ 12 channels

A/D converter

Analog circuit for VCR

CTL amplifier, RECCTL driver
CFG amplifier
DFG amplifier, DPG comparater, DPFG separation circuit
Reel-FG comparater (2 channels)
Csync comparater
22-bit FRC counter ∞ 1
16-bit timer ∞ 6
8-bit counter ∞ 2
5-bit UDC counter ∞ 1

Timer/Counter

16-bit PWM ∞ 3 (carrier freq.: 62.5 kHz)
18-bit PWM ∞ 3 (carrier freq.: 62.5 kHz)

PWM output

Clock synchronized ∞ 2 channels

Serial interface
Features

• System-control and servo-control and timer-control for VCR
• Super-timer-unit and Analog circuit for software servo control application such as VCR
• CPU operation by subsystem clock (Low power operation)

Package

• 100-pin QFP (14 ∞ 20 mm)
★:

Under development

53

Microcomputer

V SeriesTM
■ 16-Bit V series product evolution

For Data Processing

V53A
On-chip standard
peripheral

V33/V33A

CPU Performance

For Control

V41/V51

Higher performance
& larger addressing
space

V40HL/V50HL

V55PI

V20HL/V30HL

Higher
performance

Higher performance
& larger addressing
space

V40/V50
On-chip standard
peripheral

V20/V30

V25/V35
family

On-chip original
peripheral

Function/Addressing Space

54

Microcomputer

V Series
■ 16-Bit (1/2)
Type number

µPD70108

µPD70116

µPD70108H

µPD70116H

µPD70136A

µPD70136

µPD70208

Alias

V20 TM

V30 TM

V33A TM

V33 TM

V40 TM

V50 TM

µPD70208H

V40HLTM

µPD70236A

CMOS process
High speed, low power consumption
Upward software and pin compatible,
including interfacing with peripheral
controller
Measures taken to increase speed
• Dual data bus system
• Effective address generation circuit
• Multiplication/division by programmable shifter
• High speed processing by
dedicated register
Two operating modes
• 8080 emulation mode added
Standby function

V20/V30 compatible, high speed low
V20HLTM voltage operation
• Capable of operating at 16 MHz
(at 5 V)
• Capable of operating at 3 V
TM
V30HL
(at 8 MHz)
• Clock can be stopped

µPD70216

µPD70216H

Features

V50HLTM

V53A TM

Performance is approximately 4 times
higher than V30
16M-byte address extension mode
Internal bus sizing function
1 bus cycle = 2 clocks
Internal floating point processor
(µPD72291) interface function
V20/V30 + peripheral controllers
V20/V30 CPU plus the following
peripheral functions:
• 4-ch DMA controller
• 3-ch 16-bit timer/counter
• Interrupt controller
• Clock generator
• DRAM refresh controller
• Programmable wait generator
(Internal peripheral controllers are
subset functions of µPD7105X series)
V40/V50 upper compatible, high
speed low voltage operation
• Capable of operating at 20 MHz
(at 5 V)
• Capable of operating at 3 V
(at 10 MHz)
• Selectable clock frequency
• Enhanced peripheral functions
V33A + enhanced peripheral
functions of V40/V50
• DMA capable of supporting 16MB
space
• Dedicated BRG for timer/counter
• Low power control
· Stop mode
· Halt mode
· Variable clock mode
• Capable of operating at 3 V and
10 MHz (only for V53A)
• Capable of operating at 4 V and 16
MHz (only for V53A)

Internal bus

External bus

16 bits

8 bits

16 bits

16 bits

16 bits

8 bits

16 bits

Real memory
space

Operating
frequency

1M bytes

5/ 8/10 MHz

• 40-pin DIP
• 44-pin QFJ
• 52-pin QFP

1M bytes

10/12.5/16
MHz

•
•
•
•

16 bits

Package

40-pin
44-pin
52-pin
52-pin

DIP
QFJ
QFP
TQFP

• 68-pin PGA
• 68-pin QFJ
16 bits

16 bits

8/16 bits
(Selectable)

16M bytes

10/12.5/16
MHz

1M bytes

8/10 MHz

• 68-pin QFJ
• 68-pin PGA
• 80-pin QFP

1M bytes

10/12.5/16/
20 MHz

• 68-pin QFJ
• 80-pin QFP
• 80-pin TQFP

16M bytes

10/12.5/16/
20 MHz

• 132-pin PGA
• 120-pin QFP
(0.8, 0.5 or
0.4 mm pin
pitch)

• 68-pin PGA
• 68-pin QFJ
• 74-pin QFP

8 bits

16 bits

16 bits

16 bits

8 bits

16 bits

16 bits

16 bits

8/16 bits
(Selectable)

55

Microcomputer

V Series
■ 16-Bit (2/2)
Type number

µPD70270

µPD70280

µPD70433

µPD70320

Alias

V41 TM

V51 TM

V55PITM

V25 TM

Features
V20HL/30HL + Peripheral control unit
Each product is a microcomputer with
a CPU core comprising
NEC’s “V20HL/V30HL” and peripheral
circuits compatible with PC/XTTM
• EMS Ver 4.0 support circuit
• DMA control unit (equivalent to
µPD71037)
• Interrupt control unit (equivalent to
µPD71059)
• Timer/counter unit (equivalent to
µPD71037)
• Keyboard control unit
• Memory control unit
• External I/O decoder
• ROM decoder
Software compatible with V20/30/25/
35
• 16 general purpose register banks
(512-byte internal RAM)
Following various peripheral features
for mechanical control
• Multi-mode interrupt controller
(Vectored/Register bank switching/
Macro service)
• 2 real time output ports for
controlling stepping moters
• 8-bit A/D converter with 4 inputs
• 2 DMA controllers with intelligent
modes
• 5 16-bit timer/counters
• 2 asynchronous/synchronous serial
controllers
• 8-bit parallel interface
• Watchdog timer
• MH/MR codec instructions
Software compatible with V20/V30.
Following additional peripheral
features including RAM:
• 2-ch DMA controller
• 2-ch serial controller
• 2-ch 16-bit timer/counter
• Interrupt controller
• 24 general purpose I/O port pins
• 8 general purpose register banks
• RAM 256B

µPD70330

V35 TM

µPD79011

V25HSTM CPU with built-in RTOS (internal
ROM of V25/ V35 to which real-time
V35HSTM OS is transplanted)

µPD79021
µPD70325

V25+

µPD70335

V35+TM

56

TM

High speed version of V25/ V35
DMA transfer function

Internal bus

16 bits

External bus

Operating
frequency

16M bytes

16 MHz

• 160-pin QFP

16M bytes

12.5/16 MHz

• 120-pin QFP
0.8 or 0.5
mm pin pitch
• 132-pin PGA

1M bytes

8 MHz

• 84-pin QFJ
• 94-pin QFP

1M bytes

8 MHz

• 84-pin QFJ
• 94-pin QFP

1M bytes

8/10 MHz

• 84-pin QFJ
• 94-pin QFP

Package

8 bits

16 bits

16 bits

16 bits

8/16 bits
(Selectable)

16 bits

Real memory
space

(

8 bits

16 bits

16 bits

16 bits

8 bits

16 bits

16 bits

16 bits

8 bits

16 bits

16 bits

)

Microcomputer

V Series
■ 32-Bit
Type number

µPD70616

Alias

V60 TM

µPD70632

V70 TM

µPD70615

V60

Features
• Virtual memory (paging method)
• Level protection architecture
4-level hierarchical protection function
for system multi-programming.
• Abundant general registers
Thirty two 32-bit general registers for
optimizing compiler
• Refined instruction set
2-address method: Arbitrary addressing
mode can be used independently for
source operand and destination
operand.
• Abundant address modes and data
types
Auto increment/decrement mode for
string process, and memory indirect
addressing for pointer operation
• Multiprocessor system
FRM function for increasing system
reliability using two or more processors.
• V20/V30 simulation mode
• Identical with µ PD70616 except that
FRM function and V20/V30 emulation
function are eliminated. High cost-toperformance chip

Address/data
bus

Memory space

24 bits/
16 bits

Operating
frequency

Package

16 MHz

• 68-pin PGA

32 bits/
32 bits

20 MHz

• 132-pin PGA
• 200-pin QFP

24 bits/
16 bits

16 MHz

• 120-pin QFP

4G bytes

57

Microcomputer

V Series
■ 32-Bit RISC V800 Series product evolution
★ : Under development

V830★

100

V830 family
Higher performance

Dhrystone MIPS

50

V851

V852★

V810 family
V850 family
for control

20

V810

V820
On-chip peripheral

V821★

Compact
V805

10

58

On-chip peripheral

Microcomputer

V Series
■ 32-Bit RISC – V800 Series –
Type number

Alias

µPD70732

V810

µPD70731

V805 TM

µPD70742

µPD70741 ★

µPD705100 ★

µPD703000/
70P3000/
703001

µPD703002 ★/
70P3002

TM

Features
• 32-bit RISC architecture
· 1-instruction/clock with 5-stage
pipeline 32
· 32-bit general purpose registers
• 1K-byte instruction cache
• Operation supply voltage 2.2 to 5.5 V
• Consumption power (TYP.)
· 500mW (V810 5 V, 25 MHz)
· 280mW (V805 5 V, 20 MHz)

Memory space

Performance/
frequency

Package

32 bits/
32 bits

18MIPS/25 MHz
(Dhrystone)

• 120-pin QFP
• 176-pin PGA

32 bits/
16 bits

13MIPS/20 MHz
(Dhrystone)

• 100-pin QFP

18MIPS/25 MHz
(Dhrystone)

• 208-pin QFP
• 280-pin PGA

16MIPS/25 MHz
(Dhrystone)

• 100-pin QFP

4G bytes

V820 TM

•
•
•
•
•
•
•

V821 TM

•V810 core + peripheral controllers
• Memory controller (DRAM, Page-ROM)
• 2-ch Serial I/O (UARTx1, CSIx1)
• 2-ch 16-bit timer/counter
• 2-ch DMA controller
• Interrupt controller
• Watchdog timer

24 bits/
16 bits

4G bytes
(Internal)
64M bytes
(external MAX)

V830 TM

• High-performance RISC processor
(V830 core)
• Multiplier (32 ∞ 32 ∅ 64-bit)
• Internal memory
· 4K-byte instruction cache
· 4K-byte data cache
· 4K-byte RAM for instruction
· 4K-byte RAM for data
• Consumption power (TARGET) 500mW
(3.3 V, 100 MHz)

32 bits/
32 bits

4G bytes

V851 TM

• 32-bit RISC (V850 core) 1 chip
microcomputer
• Multiplier (16 ∞ 16 ∅ 32-bit)
• Internal memory
· 32K-byte ROM (µ PD703001: ROM
less), 1K-byte RAM
• 2-ch Serial I/O (UARTx1, CSIx1)
• 2-ch 16-bit timer/counter
• Interrupt controller
• Operation supply voltage
2.0 to 5.5 V (Mask ROM, ROM less)
2.7 to 5.5 V (PROM)
• Consumption power (TYP.)
· 207mW (5 V, 25 MHz), 267mW (5 V,
33 MHz)★

24 bits/
16 bits

4G bytes
(Internal)
16M bytes
(external MAX)

•
29MIPS/25 MHz★
★
38MIPS/33 MHz
(Dhrystone,
Except
•
µPD703001)

24 bits/
16 bits

4G bytes
(Internal)
16M bytes
(external MAX)

29MIPS/25 MHz★
(Dhrystone)

V852

TM

V810 core + peripheral controllers
2-ch Serial I/O
3-ch 16-bit timer/counter
4-ch 32-bit DMA controller
Access controller
Interrupt controller
Clock generator

Address/data
bus

• 32-bit RISC (V850 core) 1 chip
microcomputer
• Multiplier (16 ∞ 16 ∅ 32-bit)
• Internal memory
· 90K-byte ROM, 3K-byte RAM
• 4-ch Serial I/O (UARTx1, CSIx3)
• 2-ch 16-bit timer/counter
• Interrupt controller
• Operation supply voltage
2.0 to 5.5 V (Mask ROM)
2.7 to 5.5 V (PROM)
• Low consumption power

32 bits/
32 bits

118MIPS/100
MHz
(Dhrystone)

★:

• 144-pin QFP

100-pin QFP
(µ PD703000/
70P3000/
703001)
120-pin WQFN
(µ PD70P3000)

• 100-pin QFP
(µ PD703000/
70P3000)
• 120-pin WQFN
(µ PD70P3002)

Under development

59

Microcomputer

VR Series TM

Address/
data bus

Virtual memory
space

VR4000PCTM

• 64-bit architecture
• 2 operation per 1 clock execution with
superpipelined processing
• On chip floating point processing unit
• On chip primary cache memory
(instruction 8K + data 8K Byte)
• Software uppered compatible with
VR3000A
• Internal 100 MHz, external 50 MHz
operation

36/64

Kernel: 16EXA
bytes
User : 64G bytes

41 SPEC int92
• 179-pin PGA
43 SPEC fp92
(Internal 100 MHz)

µPD30401

VR4000SCTM

• Same function with VR4000PC,
furthermore on chip secondary cache
memory controller supported
• Internal 100 MHz, external 50 MHz
operation

36/64

Kernel: 16EXA
bytes
User : 64G bytes

62 SPEC int92
• 447-pin PGA
63 SPEC fp92
(Internal 100 MHz)

µPD30410

TM

• VR4000PC compatible
• On chip primary cache (I16KB + D16KB)
• Internal 200 MHz, external 100 MHz
operation ★

36/64

Kernel: 16EXA
bytes
User : 64G bytes

83 SPEC int92
• 179-pin PGA
92 SPEC fp92
(Internal 200 MHz)

TM

• Same function with VR4400PC,
furthermore on chip secondary cache
memory controller and correspond to
multiprocessing system supported

36/64

Kernel: 16EXA
bytes
User : 64G bytes

141 SPEC int92
• 447-pin PGA
143 SPEC fp92
(Internal 200 MHz)

Type number

µPD30400

µPD30412

Alias

Features

VR4400PC

VR4400MC

VR4000PC compatible
Low power (1.5 W typ)
On chip primary cache (I16KB + D8KB)
Internal 80 MHz, external 40 MHz
operation

33/64

Kernel: 16EXA
bytes
User : 8G bytes

55 SPEC int92
30 SPEC fp92
(Internal 80 MHz)

Low poewr (100 mW @33 MHz, 2.2 V)
2 level power management
64 bit architecture
On chip MMU

32/32

Kernel: 16EXA
bytes
User : 4G bytes

40 MIPS
• 100-pin QFP
(Internal 133 MHz)

32/32

Kernel: 16EXA
bytes
User : 4G bytes

70 SPEC int
• 120-pin QFP
45 SPEC fp92
(Internal 100 MHz)

VR4200TM

µPD30100 ★

VR4100TM

•
•
•
•

VR4300TM

• High speed operation from 100 MHz
pipe
• Large on chip cache I16K + D8K byte
• 64 bit architecture
• High speed floating operation
• On chip MMU

★:

60

Package

•
•
•
•

µPD30450

µPD30200 ★

Performance

• 208-pin QFP
• 179-pin PGA

Under development

Microcomputer

Microcomputer Peripheral LSI

Type number

µ PD77C30

Process
CMOS

Function

Supply voltage

PCM × ADPCM
(Coding/decoding)

+5 V

Clock frequency
8.192 MHz

Package

Remarks

• 28-pin DIP
• 44-pin QFJ

—

■ V series peripheral LSI
Type number

Function

Process

Supply
voltage

Package

µPD71037

8-bit DMA controller

• 40-pin DIP
• 44-pin QFJ

• 44-pin QFP

µPD71051

Serial control unit

• 28-pin SOP
• 44-pin QFP

• 28-pin DIP
• 28-pin QFJ

µPD71054

Programmable timer/counter

• 24-pin DIP
• 28-pin QFJ

• 44-pin QFP

µPD71055

Parallel interface unit

• 40-pin DIP
• 44-pin QFJ

• 44-pin QFP

µPD71059

Interrupt control unit

• 28-pin SOP
• 44-pin QFP

• 28-pin DIP
• 44-pin QFJ

µPD71071

16-bit DMA controller

• 48-pin DIP
• 52-pin QFJ

• 52-pin QFP

µPD71082

8-bit latch
Non-invert type

µPD71083

8-bit latch
Invert type

µPD71011

CMOS

• 20-pin DIP
• 20-pin SOP

Clock generator

+5 V

• 18-pin DIP
• 20-pin SOP
• 18-pin DIP
• 20-pin SOP

µPD71084

Clock generator

µPD71086

8-bit bus transceiver
Non-invert type

µPD71087

8-bit bus transceiver
Invert type

µPD71088

Bus controller

µPD71101

Composite peripheral LSI integrating µPD71051 ∞ 2, µ PD71054,
µPD71055, µPD71059, and BRG

µPD71611

Clock generator for V60

µPD71613

System controller for V60

µPD71621

Clock generator for V70

µPD71641

Cache memory controller

• 132-pin PGA

Floating point processor

• 68-pin PGA

µPD72291
µPD72691

• 20-pin DIP
• 20-pin SOP

• 120-pin QFP

• 20-pin DIP

■ VR series peripheral LSI
Type number

Process

µPD30311
(V R 3010A)
µPD31441
µPD31442

Function
Floating point coprocessor (40/33 MHz operation)

Supply
voltage

Package

+5 V

• 84-pin PGA
• 84-pin PPGA

+3.3 V

• 240-pin QFP

CMOS
Chip set for VR4000, VR4200, VR4400

61

EMPTY PAGE

IC Memory

IC Memory

1

Dynamic RAM ................................................................ 64

2

Dynamic RAM Module .................................................. 72

3

Static RAM ..................................................................... 75
Mask ROM ...................................................................... 78

4

PROM .............................................................................. 79
Flash MEMORY .............................................................. 80

5

Other ............................................................................... 81

6

• Dual-Port Graphic Buffer......................................... 81
• Synchronous Graphics RAM .................................. 81

7

• Graphic Memory ....................................................... 81
• Silicon File ................................................................ 82

8

• Field/Line Buffer ....................................................... 82

9
10

63

IC Memory

Dynamic RAM
■ Low Voltage Operation 64M Dynamic RAM
Access
time
MAX.
(ns)

Refresh
cycle
(cycles/
ms)

µPD4264400

50
60
70

µPD4265400

Organization
(words ∞ bits)

Part number

16M ∞ 4

8M ∞ 8

4M ∞ 16

Maximum supply
current
Active
(mA)

Standby
(mA)

8K/64*

100
90
80

0.5

50
60
70

4K/64

130
110
100

µPD4264800

50
60
70

8K/64*

105
95
85

µPD4265800

50
60
70

4K/64

135
115
105

µPD4264160

50
60
70

8K/64*

110
100
90

µPD4265160

50
60
70

4K/64

140
120
110

Supply
voltage
(V)

Remarks

Package

3.3±0.3 • 32-pin SOJ (400 mil)
Fast page
• 32-pin TSOP II (400 mil)

–

• 50-pin TSOP II (400 mil) Fast page + Byte read/write

* CBR/Hidden Refresh: 4K/64
■ Low Voltage Operation 64M Dynamic RAM with Self Refresh

Organization
(words ∞ bits)

Part number

16M ∞ 4

µPD42S64400★

Refresh
cycle
(cycles/
ms)

50
60
70

8K/128*

100
90
80

50
60
70

4K/128

130
110
100

50
60
70

8K/128*

105
95
85

50
60
70

4K/128

135
115
105

50
60
70

8K/128*

110
100
90

50
60
70

4K/128

140
120
110

µPD42S65400★

8M ∞ 8

µPD42S64800★

µPD42S65800★

4M ∞ 16

µPD42S64160★

µPD42S65160★

* CBR/Hidden Refresh: 4K/128

64

Maximum supply current

Access
time
MAX.
(ns)

Long
Self
Active Standby
refresh refresh
(mA)
(mA)
(µ A)
(µ A)
0.2

300

300

Supply
voltage
(V)

Package

Remarks

3.3±0.3 • 32-pin SOJ (400 mil)
• 32-pin TSOP II
(400 mil)

Fast page

• 50-pin TSOP II
(400 mil)

★:

Under development

IC Memory

Dynamic RAM
■ 16M Dynamic RAM
Access
time
MAX.
(ns)

Refresh
cycle
(cycles/
ms)

µPD4216400

50
60
70
80

µPD4217400

Organization
(words ∞ bits)

Part number

4M ∞ 4

2M ∞ 8

1M ∞ 16

Maximum supply
current
Active
(mA)

Standby
(mA)

4K/64

100
90
80
70

1

50
60
70
80

2K/32

10
110
100
90

µPD4216800

50
60
70
80

4K/64

100
90
80
70

µPD4217800

50
60
70
80

2K/32

120
110
100
90

µPD4216160

60
70
80

4K/64

100
90
80

µPD4218160

60
70
80

1K/16

160
150
140

Supply
voltage
(V)

Remarks

Package

Fast page
5±10 % • 26-pin SOJ (300 mil)
• 26-pin TSOP II (300 mil)

• 28-pin SOJ (400 mil)
• 28-pin TSOP II (400 mil)

• 42-pin SOJ (400 mil)
Fast page + Byte read/write
• 50-pin TSOP II (400 mil)

■ 16M Dynamic RAM with Self Refresh

Organization
(words ∞ bits)
4M ∞ 4

2M ∞ 8

1M ∞ 16

Maximum supply current

Access
time
MAX.
(ns)

Refresh
cycle
(cycles/
ms)

µPD42S16400

50
60
70
80

4K/128

100
90
80
70

µPD42S17400

50
60
70
80

2K/128

120
110
100
90

400

µPD42S16800

50
60
70
80

4K/128

100
90
80
70

450

µPD42S17800

50
60
70
80

2K/128

120
110
100
90

400

µPD42S16160

60
70
80

4K/128

100
90
80

450

µPD42S18160

60
70
80

1K/128

160
150
140

350

Part number

Self
Long
Active Standby
refresh refresh
(mA)
(mA)
(µ A)
(µ A)
0.25

250

450

Supply
voltage
(V)

Package

5±10 % • 26-pin SOJ (300 mil)
• 26-pin TSOP II
(300 mil)

Remarks

Fast page

• 28-pin SOJ (400 mil)
• 28-pin TSOP II
(400 mil)

• 42-pin SOJ (400 mil)
• 50-pin TSOP II
(400 mil)

Fast page +
Byte read/write

65

IC Memory

Dynamic RAM
■ Low Voltage Operation 16M Dynamic RAM

Organization
(words ∞ bits)
4M ∞ 4

2M ∞ 8

1M ∞ 16

Access
time
MAX.
(ns)

Refresh
cycle
(cycles/
ms)

µPD4216400L

60
70
80

µPD4217400L

Part number

Maximum supply
current
Active
(mA)

Standby
(mA)

4K/64

80
70
60

0.5

60
70
80

2K/32

100
90
80

µPD4216800L

60
70
80

4K/64

80
70
60

µPD4217800L

60
70
80

2K/32

100
90
80

µPD4216160L

60
70
80

4K/64

90
80
70

µPD4218160L

60
70
80

1K/16

150
140
130

Supply
voltage
(V)

Remarks

Package

3.3±0.3 • 26-pin SOJ (300 mil)
• 26-pin TSOP II
(300 mil)

Fast page

• 28-pin SOJ (400 mil)
• 28-pin TSOP II
(400 mil)

–

• 42-pin SOJ (400 mil)
• 50-pin TSOP II
(400 mil)

Fast page + Byte read/write

■ Low Voltage Operation 16M Dynamic RAM with Self Refresh

Organization
(words ∞ bits)
4M ∞ 4

2M ∞ 8

1M ∞ 16

66

Maximum supply current

Access
time
MAX.
(ns)

Refresh
cycle
(cycles/
ms)

µPD42S16400L

60
70
80

4K/128

80
70
60

µPD42S17400L

60
70
80

2K/128

100
90
80

200

µPD42S16800L

60
70
80

4K/128

80
70
60

220

µPD42S17800L

60
70
80

2K/128

100
90
80

200

µPD42S16160L

60
70
80

4K/128

90
80
70

220

µPD42S18160L

60
70
80

1K/128

150
140
130

180

Part number

Self
Long
Active Standby
refresh refresh
(mA)
(mA)
(µ A)
(µ A)
0.15

150

220

Supply
voltage
(V)

Package

3.3±0.3 • 26-pin SOJ (300 mil)
• 26-pin TSOP II
(300 mil)

Remarks

Fast page

• 28-pin SOJ (400 mil)
• 28-pin TSOP II
(400 mil)

• 42-pin SOJ (400 mil)
• 50-pin TSOP II
(400 mil)

Fast page +
Byte read/write

IC Memory

Dynamic RAM
■ 16M Dynamic RAM (Hyper Page Mode*)
Access
time
MAX.
(ns)

Refresh
cycle
(cycles/
ms)

µPD4216405

50
60
70
80

µPD4217401

2M ∞ 8

1M ∞ 16

Organization
(words ∞ bits)

Part number

4M ∞ 4

Maximum supply
current

Supply
voltage
(V)

Remarks

Package

Active
(mA)

Standby
(mA)

4K/64

100
90
80
70

1

50
60
70
80

2K/32

10
110
100
90

µPD4217801

50
60
70
80

2K/32

120
110
100
90

• 28-pin SOJ (400 mil)
• 28-pin TSOP II (400 mil)

µPD4216161

60
70
80

4K/64

100
90
80

• 42-pin SOJ (400 mil)
Hyper page +
• 50-pin TSOP II (400 mil) Byte read/write

µPD4218161

60
70
80

1K/16

160
150
140

Hyper page
5±10 % • 26-pin SOJ (300 mil)
• 26-pin TSOP II (300 mil)

*: Hyper Page Mode is equivalent to EDO
■ 16M Dynamic RAM with Self Refresh (Hyper Page Mode*)
Maximum supply current

Access
time
MAX.
(ns)

Refresh
cycle
(cycles/
ms)

µPD42S16405

50
60
70
80

4K/128

100
90
80
70

µPD42S17401

50
60
70
80

2K/128

120
110
100
90

400

2M ∞ 8

µPD42S17801

50
60
70
80

2K/128

120
110
100
90

400

• 28-pin SOJ (400 mil)
• 28-pin TSOP II
(400 mil)

1M ∞ 16

µPD42S16161

60
70
80

4K/128

100
90
80

450

• 42-pin SOJ (400 mil)
• 50-pin TSOP II
(400 mil)

µPD42S18161

60
70
80

1K/128

160
150
140

350

Organization
(words ∞ bits)

Part number

4M ∞ 4

Long
Self
Active Standby
refresh refresh
(mA)
(mA)
(µ A)
(µ A)
0.25

250

450

Supply
voltage
(V)

Package

5±10 % • 26-pin SOJ (300 mil)
• 26-pin TSOP II
(300 mil)

Remarks

Hyper page

Hyper page +
Byte read/write

*: Hyper Page Mode is equivalent to EDO

67

IC Memory

Dynamic RAM
■ Low Voltage Operation 16M Dynamic RAM (Hyper Page Mode*)
Access
time
MAX.
(ns)

Refresh
cycle
(cycles/
ms)

µPD42164005L

60
70
80

µPD4217401L

2M ∞ 8

1M ∞ 16

Organization
(words ∞ bits)
4M ∞ 4

Part number

Maximum supply
current

Supply
voltage
(V)

Package

Remarks

Active
(mA)

Standby
(mA)

4K/64

80
70
60

0.5

60
70
80

2K/32

100
90
80

µPD4217801L

60
70
80

2K/32

100
90
80

• 28-pin SOJ (400 mil)
• 28-pin TSOP II
(400 mil)

–

µPD4216161L

60
70
80

4K/64

90
80
70

• 42-pin SOJ (400 mil)
• 50-pin TSOP II
(400 mil)

Hyper page +
Byte read/write

µPD4218161L

60
70
80

1K/16

150
140
130

3.3±0.3 • 26-pin SOJ (300 mil)
• 26-pin TSOP II
(300 mil)

Hyper page

*: Hyper Page Mode is equivalent to EDO
■ Low Voltage Operation 16M Dynamic RAM with Self Refresh (Hyper Page Mode*)
Refresh
cycle
(cycles/
ms)

µPD42S16401L

60
70
80

4K/128

80
70
60

µPD42S17401L

60
70
80

2K/128

100
90
80

200

2M ∞ 8

µPD42S17801L

60
70
80

2K/128

100
90
80

200

• 28-pin SOJ (400 mil)
• 28-pin TSOP II
(400 mil)

1M ∞ 16

µPD42S16161L

60
70
80

4K/128

90
80
70

220

• 42-pin SOJ (400 mil)
• 50-pin TSOP II
(400 mil)

µPD42S18161L

60
70
80

1K/128

150
140
130

180

4M ∞ 4

Part number

*: Hyper Page Mode is equivalent to EDO

68

Maximum supply current

Access
time
MAX.
(ns)

Organization
(words ∞ bits)

Long
Self
Active Standby
refresh refresh
(mA)
(mA)
(µ A)
(µ A)
0.15

150

220

Supply
voltage
(V)

Package

3.3±0.3 • 26-pin SOJ (300 mil)
• 26-pin TSOP II
(300 mil)

Remarks

Hyper page

Hyper page +
Byte read/write

IC Memory

Dynamic RAM
■ 4M Dynamic RAM
Access
time
MAX.
(ns)

Refresh
cycle
(cycles/
ms)

µPD424400

60
70

µPD424400-L
512K ∞ 8

256K ∞ 16

Organization
(words ∞ bits)
1M ∞ 4

Maximum supply current
Active
(ms)

Standby
(mA)

Long
refresh
(µ A)

1K/16

120
100

1

–

60
70

1K/128

120
100

0.2

300

µPD424800

60
70
80

1K/16

105
105
95

1

–

µPD424260

60
70
80

512/8

160
160
145

Part number

Supply
voltage
(V)

Package

5±10 % • 26-pin SOJ (300 mil)
• 26-pin TSOP II (300 mil)

Remarks

Fast page

• 28-pin SOJ (400 mil)
• 28-pin TSOP II (400 mil)
• 40-pin SOJ (400 mil)
• 44-pin TSOP II (400 mil)

Fast page
Byte read/write

Package

Remarks

■ 4M Dynamic RAM with Self Refresh

Organization
(words ∞ bits)

Part number

Access
time
MAX.
(ns)

Refresh
cycle
(cycles/
ms)

Maximum supply current
Long
Self
Active Standby
refresh refresh
(mA)
(ms)
(µ A)
(µ A)

Supply
voltage
(V)

1M ∞ 4

µPD42S4400

60
70

1K/128

120
100

512K ∞ 8

µPD42S4800

60
70
80

1K/128

105
105
95

• 28-pin SOJ (400 mil)
• 28-pin TSOP II (400 mil)

256K ∞ 16

µPD42S4260

60
70
80

512/128

160
160
145

• 40-pin SOJ (400 mil)
• 44-pin TSOP II (400 mil)

Fast page
Byte read/write

Package

Remarks

0.15

200

150

5±10 % • 26-pin SOJ (300 mil)
• 26-pin TSOP II (300 mil)

Fast page

■ Low Voltage Operation 4M Dynamic RAM

Organization
(words ∞ bits)
256K ∞ 16

Part number

µPD424260AL

Access
time
MAX.
(ns)

Refresh
cycle
(cycles/
ms)

60
70
80

512/8

Maximum supply current
Active
(ms)

Standby
(mA)

80
70
60

0.5

Supply
voltage
(V)

3.3±0.3 • 40-pin SOJ (400 mil)
• 44-pin TSOP II (400 mil)

Fast page
Byte read/write

■ Low Voltage Operation 4M Dynamic RAM with Self Refresh

Organization
(words ∞ bits)
256K ∞ 16

Part number

µPD42S4260AL

Access
time
MAX.
(ns)

Refresh
cycle
(cycles/
ms)

60
70
80

512/128

Maximum supply current
Self
Long
Active Standby
refresh refresh
(ms)
(mA)
(µ A)
(µ A)
80
70
60

0.08

80

100

Supply
voltage
(V)

Package

3.3±0.3 • 40-pin SOJ (400 mil)
• 44-pin TSOP II (400 mil)

Remarks

Fast page
Byte read/write

69

IC Memory

Dynamic RAM
■ 4M Dynamic RAM (Hyper Page Mode*)

Organization
(words ∞ bits)
256K ∞ 16

Part number

µPD424210

Access
time
MAX.
(ns)

Refresh
cycle
(cycles/
ms)

60-G
70

512/8

Maximum supply current
Active
(ms)

Standby
(mA)

Long
refresh
(µ A)

160
150

1

–

Supply
voltage
(V)

Package

5±10 % • 40-pin SOJ (400 mil)
• 44-pin TSOP II (400 mil)

Remarks

Hyper page
Byte read/write

*: Hyper Page Mode is equivalent to EDO
■ 4M Dynamic RAM with Self Refresh (Hyper Page Mode*)

Organization
(words ∞ bits)
256K ∞ 16

Part number

µPD42S4210

Access
time
MAX.
(ns)

Refresh
cycle
(cycles/
ms)

60-G
70

512/128

Maximum supply current
Self
Long
Active Standby
refresh refresh
(mA)
(ms)
(µ A)
(µ A)
160
150

0.15

150

200

Supply
voltage
(V)

Package

5±10 % • 40-pin SOJ (400 mil)
• 44-pin TSOP II (400 mil)

Remarks

Hyper page
Byte read/write

*: Hyper Page Mode is equivalent to EDO
■ Low Voltage Operation 4M Dynamic RAM (Hyper Page Mode*)

Organization
(words ∞ bits)
256K ∞ 16

Part number

µPD424210AL

Access
time
MAX.
(ns)

Refresh
cycle
(cycles/
ms)

60
70
80

512/8

Maximum supply current
Active
(ms)

Standby
(mA)

80
70
60

0.5

Supply
voltage
(V)

Package

3.3±0.3 • 40-pin SOJ (400 mil)
• 44-pin TSOP II (400 mil)

Remarks

Hyper page
Byte read/write

*: Hyper Page Mode is equivalent to EDO
■ Low Voltage Operation 4M Dynamic RAM with Self Refresh (Hyper Page Mode*)

Organization
(words ∞ bits)
256K ∞ 16

Part number

µPD42S4210AL

Access
time
MAX.
(ns)

Refresh
cycle
(cycles/
ms)

60
70
80

512/128

*: Hyper Page Mode is equivalent to EDO

70

Maximum supply current
Self
Long
Active Standby
refresh refresh
(ms)
(mA)
(µ A)
(µ A)
80
70
60

0.08

80

100

Supply
voltage
(V)

Package

3.3±0.3 • 40-pin SOJ (400 mil)
• 44-pin TSOP II (400 mil)

Remarks

Hyper page
Byte read/write

IC Memory

Dynamic RAM
■ Synchronous DRAM

Organization
(words ∞ bits)
4M ∞ 4
2M ∞ 8
1M ∞ 16

Part number

Cycle time
MIN.
(ns)

µPD4516421 10
12
µPD4516821
13
µPD4516161 15

(100 MHz)
(83 MHz)
(75 MHz)
(66 MHz)

Maximum supply current

Refresh
cycle
(cycles/
ms)

Active Normal/Burst
(Grade-10, C.L.=3)
(mA)

Standby
(Power down Mode)
(mA)

2K/32

80 mA/150 mA (MAX.)

2

InterSelf
refresh face
(mA)
2

85 mA/165 mA (MAX.)

Supply
voltage
(V)

Package

LVTTL 3.3±0.3 • 44-pin TSOP II
(400 mil)

90 mA/210 mA (MAX.)

• 50-pin TSOP II
(400 mil)

C.L. = CAS Latency

■ RambusTM DRAM (under development)
Organization
(words ∞ bits)
2M ∞ 9
2M ∞ 8

Part number

µPD488170L
µPD488130L

Operating
frequency
(MHz)

–A50

250

–A40

200

–A50

250

–A40

200

Supply voltage (V)

Maximum supply current (mA)

3.3 ±0.15

250

Package

• 32-pin SVP
• 72/36-pin
SSOP

71

IC Memory

Dynamic RAM Module
■ SIMM
OrganizaCapacity tion
(byte)
(words ∞
bits)
32M

16M

8M

4M

Part number

Access
time
MAX.
(ns)

Maximum supply
current
Active
(mA)

Standby
(mA)
24

Supply
voltage
(V)

Package

Remarks

8M ∞ 36

MC-428000A36

60
70
80

1420
1260
1140

8M ∞ 32

MC-428000A32

60
70
80

860
780

MC-428000F32

60
70

940
860

16

4M ∞ 36

MC-424000A36

60
70
80

1360
1200
1080

12

4M ∞ 32

MC-424000A32

60
70
80

880
800
720

8

MC-424000F32

60
70

880
800

8

Hyper page
(EDO)

2M ∞ 36

MC-422000A36

60
70
80
100

1300
1180
1060
940

24

Fast page

2M ∞ 32

MC-422000A32

60
70
80

324
304
284

4

Fast page
16M DRAM
Base

MC-422000F32

60
70

324
304

4

Hyper page
(EDO)

1M ∞ 36

MC-421000A36

60
70
80
100

1240
1120
1000
880

12

1M ∞ 32

MC-421000A32

60
70
80

320
300
280

2

Fast page
16M DRAM
Base

MC-421000F32

60
70

320
300

2

Hyper page
(EDO)

■ SOD (SOD: Small Outline DIMM,
Organization
Bank
(words
∞ bits)

Part number

5±10 %

• 72-pin SIMM
socket type (solder-coated/gold-plated)

16

Hyper page
(EDO)
• 72-pin SIMM
socket type
socket type (solder-coated/gold-plated)

• 72-pin SIMM
socket type
socket type (solder-coated/gold-plated)

Access
time
MAX.
(ns)

Refresh
cycle
(cycles/
ms)

Fast page

Maximum supply current
Self
Active Standby
refresh
(mA)
(mA)
(µ A)

Supply
voltage
(V)

Package

Mounted
devices

1

MC-42S1000LAD32S

60
70
80

1K/128

300
280
260

1

360

2M ∞ 32

1

MC-42S2000LAB32S

60
70
80

2K/128

400
360
320

2

600

D42S17800LG5
∞ 4 pcs.

2

MC-42S2000LAD32S

60
70
80

1K/128

301
281
261

720

D42S18160LG5
∞ 4 pcs.

1

MC-42S4000LAC32S

60
70
80

2K/128

800
720
640

1200

D42S17400LG3
∞ 8 pcs.

2

MC-42S4000LAB32S

60
70
80

1200

D42S17800LG5
∞ 8 pcs.

72

Fast page

DIMM: Dual Inline Memory Module)

1M ∞ 32

4M ∞ 32

Fast page

405
365
325

4

3.3±0.3 • 72-pin SOD
Socket type
(Gold plated)

D42S18160LG5
∞ 2 pcs.

Remarks

Fast page
Self refresh

IC Memory

Dynamic RAM Module
■ 8 Byte DIMM (DIMM: Dual Inline Memory Module)
Maximum supply
current

Access
time
MAX.
(ns)

Refresh
cycle
(cycles/
ms)

MC-421000AA64

60
70
80

1K/16

MC-421000FA64

60
70

650
610

MC-422000AA64

60
70
80

660
620
580

MC-422000FA64

60
70

660
620

1M ∞ 72
(ECC)

MC-421000AD72

60
70
80

890
810
750

70

2M ∞ 72
(ECC)

MC-422000AB72

60
70
80

1000
910
820

73

MC-422000FB72

60
70

1000
910

MC-422000LAB72

60
70
80

910
820
730

MC-422000LFB72

60
70

910
820

MC-424000AB72

60
70
80

1990
1810
1630

MC-424000AC72

60
70
80

4K/64

1630
1480
1270

MC-424000FB72 ★

60
70

2K/32

1990
1810

MC-424000FC72

60
70

4K/64

1630
1450

MC-424000LAB72

60
70
80

2K/32

1810
1630
1450

MC-424000LAC72

70
80

4K/64

1270
1090

MC-424000LFB72 ★

60
70

2K/32

1810
1630

MC-424000LFC72

60
70

4K/64

1450
1270

Organization
(words ∞ bits)
1M ∞ 64

2M ∞ 64

4M ∞ 72
(ECC)

Part number

2K/32

Active
(mA)

Standby
(mA)

650
610
570

68

Supply
voltage
(V)
5.0±0.25

Remarks

Package

• 168-pin DIMM Fast page
Socket type
(Gold plated)
Hyper page (EDO)

72

Fast page

Hyper page (EDO)
Fast page

Hyper page (EDO)
14

3.3±0.3

Fast page

Hyper page (EDO)
82

5.0±0.25

Fast page

Hyper page (EDO)

19

3.3±0.3

Fast page

Hyper page (EDO)

★:

Under development

73

IC Memory

Dynamic RAM Module
■ Synchronous DRAM DIMM

Organization
(words ∞ bits)
2M ∞ 72

Refresh
cycle
(cycles/
ms)
2K/32

Maximum supply
current
Active
(mA)

Standby
(mA)

765
720
675

18

MC-452AA72

10
12
13

MC-452BA72

10
12
13

TBD

TBD

MC-452AA80

10
12
13

850
800
750

20

MC-454BA80

10
12
13

TBD

TBD

4M ∞ 72

MC-454BA/BC72

10
12
13

4M ∞ 80

MC-454BA/BC80

10
12
13

2M ∞ 80

74

Part number

Mnimum
cycle
time
MAX.
(ns)

Supply
voltage
(V)
3.3±0.3

Remarks

Package

• 200-pin DIMM Unbuffered
Socket type
(Gold plated)
Buffered

Unbuffered

Buffered

IC Memory

Static RAM
■ Low Power Static RAM
Maximum supply current
Access
Supply
time
Data
voltage
Active Standby
MAX.
retention
(V)
(mA)
(mA)
(ns)
(µ A)

Capacity
(bits)

Organization
(words ∞
bits)

Part number

256K

32K ∞ 8

µPD43256B

70

45

0.1

50

with CS, OE

85

45

0.05

20

Package

Remarks

5±10 % • 28-pin DIP (600 mil)

L version

• 28-pin SOP (450 mil)

LL version

• 32-pin TSOP I (600 mil)
• 28-pin TSOP I (8 ∞ 13.4 mm)

1M

128K ∞ 8

µPD43257B

70

45

0.1

50

• 28-pin DIP (600 mil)

L version

with CE1, CE2

85

45

0.05

20

• 28-pin SOP (450 mil)

LL version

µPD431000A

70

70

0.1

50

• 32-pin DIP (600 mil)

L version

with CE1, CE2,

85

0.05

20

• 32-pin SOP (525 mil)

LL version

OE

• 32-pin TSOP I (8 ∞ 20 mm)

100

■ Low Power Static RAM Low Voltage (2.7 to 5.5 V) Operation
OrganizaCapacity tion
(words ∞
(bits)
bits)
256K

1M

32K ∞ 8

Part number

Maximum supply current
Access
time
Data
Active Standby
MAX.
retention
(mA)
(µ A)
(ns)
(µ A)

µPD43256B-B12

120

with CS, OE

85

128K ∞ 8 µPD431000A-B15

with CE1, CE2,

150

20

25

45

50

20

25

70

50

20

Supply
voltage
(V)
3±10 %
3.3 < VCC < 4.5

20

• 28-pin SOP (450 mil)
• 32-pin TSOP I (600 mil)

5±10 %

• 28-pin TSOP I (8 ∞ 13.4 mm)

3±10 %

• 32-pin SOP (525 mil)

3.3 < VCC < 4.5

100

Package

• 32-pin TSOP I (8 ∞ 20 mm)

5±10 %

OE

■ Low Power Static RAM Low Voltage (3.0 to 5.5 V) Operation
OrganizaCapacity tion
(bits)
(words ∞
bits)
256K

32K ∞ 8

Part number

µPD43256B-A10
µPD43256B-A12

Maximum supply current
Access
time
Data
Active Standby
MAX.
retention
(mA)
(mA)
(ns)
(µ A)
100

45

50

20

Supply
voltage
(V)
3.3 ± 0.3 V

85

5±10 %

120

3.3 ± 0.3 V

85

5±10 %

Package

• 28-pin SOP (450 mil)
• 32-pin TSOP I (600 mil)
• 28-pin TSOP I (8 ∞ 13.4 mm)

75

IC Memory

Static RAM
■ Fast Static RAM

Capacity
(bits)

1M

4M

Maximum supply current
OrganizaAccess
Supply
tion
time
Data
Part number
Active Standby
voltage
(words ∞
MAX.
retention
(mA)
(mA)
(V)
bits)
(ns)
(µ A)
128K ∞ 8 µPD431008

15
17
20

160
150
140

128K ∞ 9 µPD431009

15
17
20

160
150
140

• 36-pin SOJ (400 mil)

64K ∞ 16 µPD431016

15
17
20

240
230
220

• 44-pin SOJ (400 mil)

64K ∞ 18 µPD431018

15
17
20

240
230
220

µPD434004

20
25

150
140

• 32-pin SOJ (400 mil)

512K ∞ 8 µPD434008

20
25

190
170

• 36-pin SOJ (400 mil)

1M ∞ 4

10

–

Remarks

Package

5±10 %

• 32-pin SOJ (400 mil)

–

■ Fast Static RAM Low Voltage (3.0 to 3.6 V) Operation

Capacity
(bits)

Organization
(words ∞
bits)

1M

128K ∞ 8

µPD431008L

128K ∞ 9

µPD431009L

64K ∞ 16

µPD431016L

64K ∞ 18

µPD431018L

Maximum supply current
Access
time
Data
Active Standby
MAX.
retention
(mA)
(mA)
(ns)
(µ A)

Part number

17
20

120
100

5

–

Supply
voltage
(V)
3.3±0.3

Package

• 32-pin SOJ (400 mil)
• 36-pin SOJ (400 mil)
• 44-pin SOJ (400 mil)

■ Synchronous Static RAM

Capacity
(bits)

1M

76

Organization
Part number
(words ∞
bits)
32K ∞ 32

µPD431232L

Access
time
MAX.
(ns)
8
9
12

Maximum supply current
Active
(mA)
250

Data
Standby
retention
(mA)
(µ A)
2

–

Supply
voltage
(V)
3.3±0.2

Package

• 100-pin TQFP

Remarks

–

IC Memory

Static RAM
■ BiCMOS Fast Static RAM

Capacity
(bits)

Organization
Part number
(words ∞
bits)

256K

32K ∞ 8

1M

128K ∞ 8

µPD46258
µPD461008

Access
time
MAX.
(ns)
6
7
8
9
10

Maximum supply current
Active
(mA)

Data
Standby
retention
(mA)
(µ A)
–

–

–

Supply
voltage
(V)
5±10 %

Package

Remarks

• 32-pin SOJ (300 mil)

–

• 32-pin SOJ (400 mil)

185

■ BiCMOS Fast Static RAM (3.3 V ± 0.3 V)

Capacity
(bits)

Organization
Part number
(words ∞
bits)

Maximum supply current

Access
time
MAX.
(ns)

Active
(mA)

Data
Standby retention
(mA)
(µ A)

256K

32K ∞ 8

µPD46259L

12

130

20

1M

64K ∞ 16

µPD461016L

10
12

260

70

–

Supply
voltage
(V)
3.3±0.3

3.3

Remarks

Package

–

• 32-pin SOJ (300 mil)

+0.3 • 44-pin SOJ (400 mil)
–0.15

3.3±0.3
64K ∞ 18

µPD461018L

10
12

3.3

260

+0.3 • 44-pin TSOP II (400 mil)
–0.15

3.3±0.3

■ BiCMOS Synchronous Static RAM
OrganizaCapacity tion
Part number
(words ∞
(bits)
bits)
1M

32K ∞ 18

µPD461318 ★

Maximum supply current

Access
time
MAX.
(ns)

Active
(mA)

2

TBD

Data
Standby
retention
(mA)
(µ A)
TBD

–

Supply
voltage
(V)
3.3±0.3

Package

Remarks

• 119-pin BGA

User-option
1 Dual-CLK
R/L

2.5
3

2

7

Single-CLK
R/R

8.5
10
32K ∞ 36

µPD461336 ★

2
2.5
3
7
8.5
10
★:

Under development

77

IC Memory

Mask ROM
■ Mask ROM

Capacity
(bits)

32M

Organization
(words ∞
bits)

Part number

★
2M ∞ 16 or µPD23C32140
1M ∞ 32
(selectable)

4M ∞ 8 or µPD23C32000
2M ∞ 16
(selectable)

Maximum supply
Access
Supply
current
time
voltage
Active Standby
MAX.
(V)
(ns)
(mA)
(mA)
0.1

5 ±10 %

Package

100/30

120

120

70

• 44-pin SOP (600 mil)
• 48-pin TSOP I (12 ∞ 18 mm)★
• 44-pin TSOP II (400 mil)★
•
•
•
•

• 70-pin SSOP (500 mil)
• 70-pin TSOP II (400 mil)

Remarks

with page access read mode

–

16M

2M ∞ 8 or µPD23C16000W
1M ∞ 16 µPD23C16040A
(selectable)

120
120/35

70
100

8M

1M ∞ 8 or µPD23C8000W
512K ∞ 16
(selectable)

120

70

µPD23C8001EJ

120

50

• 32-pin DIP (600 mil)
• 32-pin SOP (525 mil)

Pin-compatible with PROM
µPD27C8001

100
10/50

100
150

• 40-pin DIP (600 mil)
• 40-pin SOP (525 mil)

Pin-compatible with PROM
µPD27C4000
µPD23C4040 ···
with page access read mode

• 32-pin DIP (600 mil)
• 32-pin SOP (525 mil)
• 40-pin TSOP I (10 ∞ 20 mm)

Pin-compatible with PROM
µPD27C4001

1M ∞ 8
4M

512K ∞ 8 µPD23C4000S
µPD23C4040
or 256K
∞ 16
(selectable)
512K ∞ 8

µPD23C4001EJ

120

50

2M

256K ∞ 8

µPD23C2001E

200

40

1M

128K ∞ 8

µPD23C1001EA

150

40

42-pin
44-pin
48-pin
44-pin

DIP (600 mil)
SOP (600 mil)
TSOP I (12 ∞ 18 mm)
TSOP II (400 mil)

µPD16040A ···
with page access read mode

Pin-compatible with PROM
µPD27C8000

Pin-compatible with PROM
µPD27C2001
Pin-compatible with PROM
µPD27C1001A

µPD23C1000EB

• 32-pin DIP (600 mil)

µPD23C1000B
µPD23C1010B

• 28-pin DIP (600 mil)

Pin-compatible with PROM
µPD27C1000A
–

★:

Under development

■ Mask ROM (Low Voltage Operation)

Capacity
(bits)

Organization
(words ∞
bits)

Part number

Maximum supply
Access
Supply
current
time
voltage
Active Standby
MAX.
(V)
(ns)
(mA)
(mA)

32M★

4M ∞ 8 or µPD23C32000
2M ∞ 16
(selectable)

200

20

20

16M

2M ∞ 8 or µPD23C16000LW
1M ∞ 16
(selectable)

200

20

20

8M

1M ∞ 8 or µPD23C8000LW
512K ∞ 16
(selectable)

230

30

30

3.0±0.3

Package

Remarks

• 44-pin SOP (600 mil)
• 48-pin TSOP I (12 ∞ 18 mm)
• 44-pin TSOP II (400 mil)

–

•
•
•
•

42-pin
44-pin
48-pin
44-pin

DIP (600 mil)
SOP (600 mil)
TSOP I (12 ∞ 18 mm)
TSOP II (400 mil)

★:

78

Under development

IC Memory

PROM
■ UV EPROM
OrganizaCapacity tion
(words ∞
(bits)
bits)
8M

1M ∞ 8 or µPD27C8000
512K ∞ 16
(selectable)

120
150
170

50

µPD27C8001

120
150
170

30

512K ∞ 8 µPD27C4000
or 256K
∞ 16
(selectable)

150
170
200

50

256K ∞ 16 µPD27C240

100
120
150

512K ∞ 8 µPD27C4001

120★
150
170
200

1M ∞ 8

4M

Part number

Maximum supply
Access
current
time
Active Standby
MAX.
(ns)
(mA)
(mA)
0.1

Supply
voltage
(V)

Package

Remarks

VPP =
12.5±0.3

• 42-pin DIP (600 mil)

Pin-compatible with Mask ROM
µPD23C8000 series

VCC =
5 ±10 %

• 32-pin DIP (600 mil)

Pin-compatible with Mask ROM
µPD23C8001E series

• 40-pin DIP (600 mil)

Pin-compatible with Mask ROM
µPD23C4000 series

–

30

µPD27C040

100
120
150

50

2M

256K ∞ 8 µPD27C020

120
150

30

1M

128K ∞ 8 µPD27C010A

100
120
150

64K ∞ 16 µPD27C210A

120
150

• 32-pin DIP (600 mil)

Pin-compatible with Mask ROM
µPD23C4001E series

Pin-compatible with Mask ROM
µPD23C2001E series
Pin-compatible with Mask ROM
µPD23C1001E series

50

• 40-pin DIP (600 mil)

Pin-compatible with Mask ROM
µPD23C1024E series
★:

Under development

■ ONE TIME PROM
OrganizaCapacity tion
(words ∞
(bits)
bits)
8M

Supply
voltage
(V)

Package

Remarks

• 42-pin DIP (600 mil)
• 44-pin SOP (600 mil)
• 48-pin TSOP I (12 ∞ 18 mm)

Pin-compatible with Mask ROM
µPD23C8000 series

• 32-pin DIP (600 mil)
• 32-pin SOP (525 mil)

Pin-compatible with Mask ROM
µPD23C8001E series

1M ∞ 8 or µPD27C8000
512K ∞ 16
(selectable)

150
170

50

µPD27C8001

150
170

30

512K ∞ 8 µPD27C4000
or 256K
∞ 16
(selectable)

150
170
200

50

• 40-pin DIP (600 mil)
• 40-pin SOP (525 mil)

Pin-compatible with Mask ROM
µPD23C4000 series

30

• 32-pin DIP (600 mil)
• 32-pin SOP (525 mil)
• 40-pin TSOP I (10 ∞ 20 mm)

Pin-compatible with Mask ROM
µPD23C4001E series

1M ∞ 8
4M

Part number

Access Maximum supply
current
time
Active Standby
MAX.
(ns)
(mA)
(mA)

512K ∞ 8 µPD27C4001

120★
150
170
200

0.1

VPP =
12.5±0.3
VCC =
5 ±10 %

★:

Under development

79

IC Memory

PROM
■ EEPROM
OrganizaCapacity tion
(words ∞
(bits)
bits)

Part number

Maximum supply
Access
current
time
Active Standby
MAX.
(ns)
(mA)
(mA)

256K

32K ∞ 8

µPD28C256

200
250

64K

8K ∞ 8

µ PD28C64A

150
200

50

0.1

Supply
voltage
(V)
5 ±10 %

Package

Remarks

–

• 28-pin DIP (600 mil)
• 28-pin DIP (600 mil)
• 28-pin SOP (450 mil)
• 32-pin TSOP I (600 mil)

■ SERIAL EEPROM

Capacity
(bits)

Organization
(words ∞
bits)

Part number

Serial interface

Supply
voltage
(V)

Active
current
(mA)

Standby
current
(mA)

1.5

0.02

5 V ±10 %

2K

256 ∞ 8

µPD6252

1K

128 ∞ 8

µPD6253

4K

512 ∞ 8

µPD6254

2K

256 ∞ 8

µPD6272

1K

128 ∞ 8

µPD6273

4K

512 ∞ 8

µPD6274

2K

256 ∞ 8

µPD6255

CS, SCL, SDA
(2-wire BUS)

1.0

0.005

1.8 to 3.5 V

4K

512 ∞ 8

µPD6257

0.003

5 V ±10 %

1024 ∞ 8

µPD6258

CS, SCK, SI, SO
(3-wire BUS)

1.5

8K

CE, CS, SCL, SDA
(2-wire BUS)

Package

• 8-pin DIP (300 mil)
• 8-pin SOP (300 mil)

CE, CS, I2C BUS

Flash MEMORY
■ Flash MEMORY

Capacity
(bits)

Organization
(words ∞
bits)

Part number

1M

128K ∞ 8

µPD28F001

Maximum supply
Access
current
time
Active Standby
MAX.
(ns)
(mA)
(mA)
80
100
120

50

0.1

Supply
voltage
(V)
VPP =
12±0.6
VCC =
5 ±10 %

80

Package

• 32-pin SOP (525 mil)
• 32-pin TSOP I (8 ∞ 20 mm)
• 32-pin QFJ

Remarks

–

IC Memory

Other
■ Dual-Port Graphic Buffer
OrganizaCapacity tion
(bits)
(words ∞
bits)
4M

2M

Part number

Maximum supply
Random
Serial read current
access
cycle time
Active Standby
time MAX.
(ns)
(ns)
(mA)
(mA)

Supply
voltage
(V)

256K ∞ 16 µPD482444

60
70
80

20
22
25

130
110
90

µPD482445

60
70
80

20
22
25

130
110
90

µPD482445L

70
80

22
25

110
90

7

3.3±0.3

256K ∞ 8 µPD482234

60
70
80

20
22
25

155
195
190

10

5±10 %

µPD482235

60
70
80

20
22
25

155
195
190

5±10 %

10

Package

Remarks

• 64-pin SSOP
(525 mil)

2WE Byte Control
Fast Page
Flash/Block Write
Split Buffer
Stopping Column

• 64-pin SSOP
(525 mil)
• 70-pin TSOP II
(400 mil)

2WE Byte Control
Hyper Page
Flash/Block Write
Split Buffer
Stopping Column

• 40-pin SOJ
• 44-pin TSOP II

Fast page
Flash write
Block write
Split buffer
Hyper page
Flash write
Block write
Split buffer

■ Synchronous Graphics RAM

Capacity
(bits)

8M

Organization

Part number

µPD481850
128K ∞
2 banks ∞
32 bits

Cycle
time
MIN.
(ns)
10

Refresh Maximum supply current (mA)
Active
Standby
cycle
(cycles/ Normal/Burst power Self
(Grade–10, down
refresh
ms)
C.L=3)
mode
1024/16

(100 MHz)
12

105/365
90/310
85/285

2

3

Interface

LVTTL

Supply
voltage
(V)

Function

Package

3.3±0.3 • 100-pin QFP
(14 ∞ 20 mm)

Sychronous Interface
Write-per-bit (Old Mask)
8 column Block Write

(83 MHz)
15
(66 MHz)

■ Graphic Memory

Capacity
(bits)

4M

Organization
(words ∞
bits)

Part number

256K ∞ 16 µPD481440

Page mode Maximum supply
Random
current
access
access
Active Standby
time MAX. time MAX.
(ns)
(mA)
(mA)
(ns)
70
80

35
40

180
165

2

Supply
voltage
(V)
5±10 %

Package

• 40-pin SOJ
(400 mil)

Remarks

2WE Byte Control
Flash write
Block write

81

IC Memory

Other

■ Silicon File
OrganizaCapacity tion
(bits)
(words ∞
bits)
16M

4M

Part number

Page mode
Random
access
access
time MAX. time MAX.
(ns)
(ns)

Maximum supply current

Supply
voltage
(V)

Package

Active
(mA)

Self refresh
(µ A)
Ta=0 to 55 °C: 30 (–L)
Ta=0 to 55 ⋅C: 50

3.3±0.3

• 26-pin SOJ (300 mil)
• 26-pin TSOP II (300 mil)

Ta=0-70⋅C: 240
Ta=0-60⋅C: 120
Ta=0-50⋅C: 60

5±10 %

• 26-pin SOJ
• 26-pin TSOP II

16M ∞ 1

µPD426171

60
70
80

40
45
50

100
90
80

4M ∞ 4

µPD426174

60
70
80

40
45
50

100
90
80

4M ∞ 1

µPD42641

80

20

90

1M ∞ 4

µPD42644

4M ∞ 1

µPD42641-L

1M ∞ 4

µPD42644-L

Ta=0-70⋅C: 120
Ta=0-60⋅C: 60
Ta=0-50⋅C: 30

■ Field/Line Buffer
OrganizaCapacity tion
(words ∞
(bits)
bits)
2M

256 ∞ 8

Part number

µPD42280

Read/Write
Data hold
cycle time
period
MIN.
(ms)
(ns)
30/30
40/40
60/60

–

Maximum
supply
current active
(mA)
90
75
60

Supply
voltage
(V)
5±10 %

Package

• 28-pin SOP
• 28-pin ZIP

Field buffer
FIFO structure
FAX, PPC Line buffer
FIFO structure

80K

10096 ∞ 8 µPD485506
5048 ∞ 16

25/25
27/27
35/35

140

• 44-pin TSOP II

40K

5048 ∞ 8

µPD485505

25/25
27/27
35/35

90

• 24-pin SOP

7K

910 ∞ 8

µPD42101

34/34
34/69
69/69

70
60
35

• 24-pin DIP
• 24-pin SOP

9K

1135 ∞ 8

µPD42102

25/25
28/28
28/56
56/56

82

1

80
80
70
40

Remarks

NTSC Line buffer
FIFO structure
PAL Line buffer
FIFO structure

6HPL&XVWRP,&

Semi-Custom IC

1

Gate Array ...................................................................... 84

2

• CMOS Gate Array ..................................................... 84

3

• BiCMOS Gate Array ................................................. 89
• ECL Gate Array ......................................................... 90

4

UNIVERSAL PCI............................................................. 90
MV Series ....................................................................... 91
Cell Based IC ................................................................. 92

5
6

Analog Master................................................................ 94

7

8

9
10

83

6HPL&XVWRP,&

Gate Array
CMOS Gate Array
■ CMOS-6 family (channelless type)
Type number

µ PD65658

µ PD65664

µ PD65672

42240

72576

119232

177408

31680

54432

89424

133056

236

304

384

464

Internal gates

Integration Usable gate number
Pad number *
Delay
time

Internal gate

µ PD65676

0.5 ns (fan-outs: 2, wiring length: 2 mm)/0.4 ns (power gate, fan-outs: 2, wiring length: 2 mm)
1.0 ns

Input buffer

2.0 ns (CL = 15 pF)

Output buffer

IOL = 4.5, 9.0, 13.5, 18.0, 24.0 mA

Output drive capability

5 V

Supply voltage

*: V DD , GND terminals included. Number of pin which can be actually used depends on package.

■ CMOS-6A family (channelless type)
Type number
Internal gates

Integration Usable gate number
Pad number *
Internal gate
Delay
time

µ PD65630

µ PD65636

µ PD65640

µ PD65646

µ PD65650

µ PD65654

µ PD65656

µ PD65662

5376

8000

11520

16240

21120

30720

40480

70272

3225

4800

6912

9744

12672

18432

24288

42163

100

116

136

156

176

208

220

288

0.5 ns (fan-outs: 2, wiring length: 2 mm)/0.4 ns (power gate, fan-outs: 2, wiring length: 2 mm)

Input buffer

1.0 ns
2.0 ns (CL = 15 pF)

Output buffer

IOL = 4.5, 9.0, 13.5, 18.0, 24.0 mA

Output drive capability
Supply voltage

5 V

*: V DD , GND terminals included. Number of pin which can be actually used depends on package.

■ CMOS-6V family (channelless type) (1/2)
µ PD65631

µ PD65641

Internal gates

5544

11520

Usable gate number

3326

6912

8424

9744

156

176

176

176

Type number
Integration

Pad number *
Delay
time

Internal gate

µ PD65644
14040

µ PD65647
16240

0.5 ns (fan-outs: 2, wiring length: 2 mm)/0.4 ns (power gate, fan-outs: 2, wiring length: 2 mm)
1.0 ns

Input buffer

2.0 ns (CL = 15 pF)

Output buffer

IOL = 4.5, 9.0, 13.5, 18.0, 24.0 mA

Output drive capability

5 V

Supply voltage

*: V DD , GND terminals included. Number of pin which can be actually used depends on package.

■ CMOS-6V family (channelless type) (2/2)
µ PD65648

µ PD65651

Internal gates

18600

21120

Usable gate number

11160

12672

15984

18432

176

236

236

236

Type number
Integration

Pad number *
Delay
time

Internal gate
Input buffer
Output buffer

Output drive capability
Supply voltage

µ PD65652
26640

30720

0.5 ns (fan-outs: 2, wiring length: 2 mm)/0.4 ns (power gate, fan-outs: 2, wiring length: 2 mm)
1.0 ns
2.0 ns (CL = 15 pF)
IOL = 4.5, 9.0, 13.5, 18.0, 24.0 mA
5 V

*: V DD , GND terminals included. Number of pin which can be actually used depends on package.

84

µ PD65655

6HPL&XVWRP,&

Gate Array
CMOS Gate Array
■ CMOS-6X family (channelless type)
Type number
Integration

µ PD65612

µ PD65626
5760

µ PD65632

2244

4260

Usable gate number

1346

2556

3456

4888

80

100

120

120

Pad number *
Delay
time

µ PD65622

Internal gates

Internal gate

8148

0.5 ns (fan-outs: 2, wiring length: 2 mm)/0.4 ns (power gate, fan-outs: 2, wiring length: 2 mm)
1.0 ns

Input buffer

2.0 ns (CL = 15 pF)

Output buffer

IOL = 4.5, 9.0, 13.5, 18.0, 24.0 mA

Output drive capability

5 V

Supply voltage

*: V DD , GND terminals included. Number of pin which can be actually used depends on package.

■ CMOS-8 family (channelless type) 2-Metal-layer (1/2)
Type number

µ PD65800

Internal gates
InteUsable gate number
gration
Pad number *
Delay
time

Internal gate

µ PD65801

µ PD65802

µ PD65803

11712

21504

32000

42688

7027

12902

19200

25612

172

228

268

308

0.34 ns (fan-outs: 2, wiring length: 2 mm)/0.29 ns (power gate, fan-outs: 2, wiring length: 2 mm)

Input buffer

0.44 ns

Output buffer

1.6 ns (CL = 15 pF)

Output drive capability

IOL = 3, 6, 9, 12, 18, 24 mA

Supply voltage

5 V

*: V DD , GND terminals included. Number of pin which can be actually used depends on package.

■ CMOS-8 family (channelless type) 3-Metal-layer (2/2)
Type number
Internal gates
InteUsable gate number
gration
Pad number *
Delay
time

Internal gate

µ PD65804

µ PD65806

µ PD65808

µ PD65810

µ PD65811

µ PD65812

µ PD65813

42688

58752

82432

103680

138776

176720

233280

32016

44064

61824

77760

104082

132540

174960

308

340

404

452

524

588

676

0.34 ns (fan-outs: 2, wiring length: 2 mm)/0.29 ns (power gate, fan-outs: 2, wiring length: 2 mm)

Input buffer

0.44 ns

Output buffer

1.6 ns (CL = 15 pF)

Output drive capability

IOL = 3, 6, 9, 12, 18, 24 mA

Supply voltage

5 V

*: V DD , GND terminals included. Number of pin which can be actually used depends on package.

■ CMOS-8L family (channelless type) 2-Metal-layer (1/3)
Type number
Internal gates
InteUsable gate number
gration
Pad number *
Internal gate
Delay
time

Input buffer
Output buffer

Output drive capability
Supply voltage

µ PD65840

µ PD65842

µ PD65843

µ PD65845

10912

µ PD65841
20832

30192

40592

52528

6547

12499

18115

24355

31516

164

204

212

244

276

0.13 ns (fan-outs: 1, wiring length: 0 mm), 0.33 ns (fan-outs: 2, wiring length: 2 mm)/
0.21 ns (power gate, fan-outs: 2, wiring length: 2 mm)
0.40 ns
1.67 ns (FO01, CL = 15 pF)
IOL = 3, 6, 9, 12, 18, 24 mA
3.3 V ±0.3 V

*: V DD , GND terminals included. Number of pin which can be actually used depends on package.

85

6HPL&XVWRP,&

Gate Array
CMOS Gate Array
■ CMOS-8L family (channelless type) 2-Metal-layer (2/3)
Type number
Internal gates
InteUsable gate number
gration
Pad number *
Internal gate
Delay
time

µ PD65846

µ PD65849

µ PD65850

µ PD65851

61904

µ PD65848
81984

102272

120768

148256

37142

49190

61363

72460

88953

300

340

380

412

452

0.13 ns (fan-outs: 1, wiring length: 0 mm), 0.33 ns (fan-outs: 2, wiring length: 2 mm)/
0.21 ns (power gate, fan-outs: 2, wiring length: 2 mm)

Input buffer

0.40 ns

Output buffer

1.67 ns (FO01, CL = 15 pF)

Output drive capability

IOL = 3, 6, 9, 12, 18, 24 mA

Supply voltage

3.3 V ±0.3 V

*: V DD , GND terminals included. Number of pin which can be actually used depends on package.

■ CMOS-8L family (channelless type) 2-Metal-layer (3/3)
Type number
Internal gates
InteUsable gate number
gration
Pad number *
Internal gate
Delay
time

µ PD65852

µ PD65853

µ PD65855

µ PD65858

µ PD65859

202752

255744

342000

488720

627328

121651

153446

205200

293232

376396

524

588

676

804

908

0.13 ns (fan-outs: 1, wiring length: 0 mm), 0.33 ns (fan-outs: 2, wiring length: 2 mm)/
0.21 ns (power gate, fan-outs: 2, wiring length: 2 mm)

Input buffer

0.40 ns

Output buffer

1.67 ns (FO01, CL = 15 pF)

Output drive capability

IOL = 3, 6, 9, 12, 18, 24 mA

Supply voltage

3.3 V ±0.3 V

*: V DD , GND terminals included. Number of pin which can be actually used depends on package.

■ CMOS-8L family (channelless type) 3-Metal-layer (1/3)
Type number
Internal gates
InteUsable gate number
gration
Pad number *
Internal gate
Delay
time

µ PD65860

µ PD65861

µ PD65862

µ PD65863

µ PD65865

10912

20832

30192

40592

52528

8184

15624

22644

30444

39396

164

204

212

244

276

0.13 ns (fan-outs: 1, wiring length: 0 mm), 0.33 ns (fan-outs: 2, wiring length: 2 mm)/
0.21 ns (power gate, fan-outs: 2, wiring length: 2 mm)

Input buffer

0.40 ns

Output buffer

1.67 ns (FO01, CL = 15 pF)

Output drive capability

IOL = 3, 6, 9, 12, 18, 24 mA

Supply voltage

3.3 V ±0.3 V

*: V DD , GND terminals included. Number of pin which can be actually used depends on package.

■ CMOS-8L family (channelless type) 3-Metal-layer (2/3)
Type number
Internal gates
InteUsable gate number
gration
Pad number *
Internal gate
Delay
time

Input buffer
Output buffer

Output drive capability
Supply voltage

µ PD65866

µ PD65869

µ PD65870

µ PD65871

61904

µ PD65868
81984

102272

120768

148256

46428

61488

76704

90576

111192

300

340

380

412

452

0.13 ns (fan-outs: 1, wiring length: 0 mm), 0.33 ns (fan-outs: 2, wiring length: 2 mm)/
0.21 ns (power gate, fan-outs: 2, wiring length: 2 mm)
0.40 ns
1.67 ns (FO01, CL = 15 pF)
IOL = 3, 6, 9, 12, 18, 24 mA
3.3 V ±0.3 V

*: V DD , GND terminals included. Number of pin which can be actually used depends on package.

86

6HPL&XVWRP,&

Gate Array
CMOS Gate Array
■ CMOS-8L family (channelless type) 3-Metal-layer (3/3)
Type number
Internal gates
InteUsable gate number
gration
Pad number *
Internal gate
Delay
time

µ PD65872

µ PD65873

µ PD65875

µ PD65878

µ PD65879

202752

255744

342000

488720

627328

152064

191808

256500

366540

470496

524

588

676

804

908

0.13 ns (fan-outs: 1, wiring length: 0 mm), 0.33 ns (fan-outs: 2, wiring length: 2 mm)/
0.21 ns (power gate, fan-outs: 2, wiring length: 2 mm)

Input buffer

0.40 ns

Output buffer

1.67 ns (FO01, CL = 15 pF)

Output drive capability

IOL = 3, 6, 9, 12, 18, 24 mA

Supply voltage

3.3 V ±0.3 V

*: V DD , GND terminals included. Number of pin which can be actually used depends on package.

■ CMOS-8LCX family (channelless type) 3-Metal-layer (1/2)
Type number
Internal gates
InteUsable gate number
gration
Pad number *

Delay
time

µ PD65823

µ PD65828

µ PD65830

39856

µ PD65825
50880

µ PD65826
60320

80400

103360

29892

38160

45240

60300

77520

284

316

340

388

436

Internal gate

0.21 ns (fan-outs: 1, wiring length: 0 mm), 0.40 ns (fan-outs: 2, wiring length: 2 mm)/
0.30 ns (power gate, fan-outs: 2, wiring length: 2 mm)

Input buffer

–

Output buffer

–

Output drive capability

IOL = 1, 2, 3, 6, 9, 12, 18, 24 mA

Supply voltage

3.3 V ±0.3 V

*: V DD , GND terminals included. Number of pin which can be actually used depends on package.

■ CMOS-8LCX family (channelless type) 3-Metal-layer (2/2)
Type number
Internal gates
InteUsable gate number
gration
Pad number *

Delay
time

µ PD65831

µ PD65832

µ PD65833

µ PD65835

µ PD65838

153264

200120

255360

347200

486048

114948

150090

191520

260400

364536

524

596

668

772

908

Internal gate

0.21 ns (fan-outs: 1, wiring length: 0 mm), 0.40 ns (fan-outs: 2, wiring length: 2 mm)/
0.30 ns (power gate, fan-outs: 2, wiring length: 2 mm)

Input buffer

–

Output buffer
Output drive capability
Supply voltage

–
IOL = 1, 2, 3, 6, 9, 12, 18, 24 mA
3.3 V ±0.3 V

*: V DD , GND terminals included. Number of pin which can be actually used depends on package.

87

6HPL&XVWRP,&

Gate Array
CMOS Gate Array
■ CMOS-9 family (1/2)
[2-Metal-layer]
Type number

µ PD65906

µ PD65907

µ PD65908

µ PD65909

µ PD65910

Internal gates * 1
Integration Usable gate counts * 2

190152

249948

317904

376740

462088

76060

99979

127161

150696

184835

Delay
time

Internal gates

138 ps (2-input NAND, fan-out = 1, standard wiring length)

Input buffer * 3

188 ps
874 ps

Output buffer * 4

IOL = 1, 2, 3, 6, 9, 12, 18, 24 mA

Output drive capacity

3.3 V ±0.3 V

Supply voltage

*1: 1 gate = 2-input NAND gate.
*3: fanout = 2, wiring length = 2 mm

*2: usable gate: 40%
*4: C L = 15pF, IOL = 18 mA

■ CMOS-9 family (2/2)
[2-Metal-layer]
Type number

µ PD65911

µ PD65913

µ PD65915

µ PD65917

µ PD65919

Internal gates * 1
Integration Usable gate counts * 2

629824

805580

1076032

1545240

1990600

251929

322232

430412

618096

796240

Delay
time

Internal gates

138 ps (2-input NAND, fan-out = 1, standard wiring length)

Input buffer * 3

188 ps
874 ps

Output buffer * 4

IOL = 1, 2, 3, 6, 9, 12, 18, 24 mA

Output drive capacity

3.3 V ±0.3 V

Supply voltage

*1: 1 gate = 2-input NAND gate.
*3: fanout = 2, wiring length = 2 mm

*2: usable gate: 40%
*4: C L = 15pF, IOL = 18 mA

■ CMOS-9 family (1/2)
[3-Metal-layer]
Type number

µ PD65926

µ PD65927

µ PD65928

µ PD65929

µ PD65930

Internal gates * 1
Integration Usable gate counts * 2

190152

249948

317904

376740

462088

114091

149968

190742

226044

277252

Delay
time

Internal gates

138 ps (2-input NAND, fan-out = 1, standard wiring length)

Input buffer * 3

188 ps
874 ps

Output buffer * 4

IOL = 1, 2, 3, 6, 9, 12, 18, 24 mA

Output drive capacity

3.3 V ±0.3 V

Supply voltage

*1: 1 gate = 2-input NAND gate.
*3: fanout = 2, wiring length = 2 mm

*2: usable gate: 60%
*4: C L = 15pF, IOL = 18 mA

■ CMOS-9 family (2/2)
[3-Metal-layer]
Type number

µ PD65931

µ PD65933

µ PD65935

µ PD65937

µ PD65939

Internal gates * 1
Integration Usable gate counts * 2

629824

805580

1076032

1545240

1990600

377894

483348

645619

927144

1194360

Delay
time

Internal gates

138 ps (2-input NAND, fan-out = 1, standard wiring length)

Input buffer * 3

188 ps
874 ps

Output buffer * 4
Output drive capacity
Supply voltage

*1: 1 gate = 2-input NAND gate.
*3: fanout = 2, wiring length = 2 mm

88

IOL = 1, 2, 3, 6, 9, 12, 18, 24 mA
3.3 V ±0.3 V

*2: usable gate: 60%
*4: C L = 15pF, IOL = 18 mA

6HPL&XVWRP,&

Gate Array
BiCMOS Gate Array
■ BiCMOS-5 family

Integration

Type number

µ PD67021

µ PD67031

µ PD67050

µ PD67070

µ PD67101

µ PD67240

Maximum
Number

2208

3240

5320

7216

10152

24528

Maximum number
of input pins

80

96

124

148

176

272

Maximum number
of output pins

80

96

124

148

176

272

Internal gate

0.4 ns (fan-outs: 2, wiring length: 2 mm)

Input buffer

3.3 ns (TTL/ECL)

0.9 ns (TTL)
Delay
time

2.5 ns (ECL)
2.3 ns (TTL)
Output buffer

3.5 ns (TTL/ECL)
1.3 ns (ECL)

Output drive capability

IOL = 24, 48, 72 mA
VCC = 5 V (CMOS/TTL)
VEE = –5.2 V (ECL-10KH)
–4.5 V (ECL-100K)

Supply voltage

■ BiCMOS-8 family
µPD67804 (Logic Type)

µPD67852 (ECL mounted)

CMOS Internal
gates

236 K

57 K

CMOS Usable gate
number

165 K

40 K

ECL Internal gates

–

5.0 K

–

2.5 K

Type number

Integration

ECL Usable gate
number
Signal pin number

320

Internal CMOS gate
Internal ECL gate
Delay
time

Supply
voltage

156
180 ps (fun-outs: 1, wiring length: 0 mm)
370 ps (fun-outs: 2, wiring length: 2 mm)

–

130 ps (fun-outs: 0, wiring length: 0 mm)

Input buffer

0.23 ns (ECL: fun-outs: 1, wiring length: 0 mm)
0.43 ns (LVTTL: fun-outs: 1, wiring length: 0 mm)
1.17 ns (GTL: fun-outs: 1, wiring length: 0 mm)

Output buffer

1.37 ns (LVTTL: CL = 15 pF)
0.98 ns (GTL: CL = 15 pF)
0.99 ns (Slew rate GTL: CL = 15 pF)

ECL-100K

VEE1 = –2.0 V ±5%

V EE2 = –4.5 V ±0.3 V

ECL-10KH

VEE1 = –2.0 V ±5%

V EE2 = –5.2 V ±5%

LV-TTL

VCC = 3.3 V ±5%

GTL

VCC = 3.3 V ±5%

89

6HPL&XVWRP,&

Gate Array
ECL Gate Array
■ ECL-4A family
µ PB63020

µ PB63040

µ PB63060

µ PB63080

µ PB63100

2400

4000

6000

8000

10000

Maximum number
of input pins

102

140

174

200

236

Maximum number
of output pins

58

84

90

108

120

Type number
Internal gates
Integration

Internal gate
Delay
time

0.27 ns (fan-outs: 3, wiring length: 3 mm)
0.3 ns (fan-outs: 1, wiring length: 3 mm)

Input buffer

0.7 ns (TTL, fan-outs: 1, wiring length: 3 mm)
0.65 ns (ECL-100K, CL = 15 pF), 0.63 ns (ECL-10K, CL = 15 pF)

Output buffer

2.5 ns (TTL, CL = 15 pF)
–5.2 V (ECL-10KH)
Supply voltage

–4.5 V (ECL-100K)
5 V (TTL)

UNIVERSAL PCI
■ UNIVERSAL PCI series (2-Metal-layer)
Type A * 1

µ PD66001

µ PD66002

µ PD66004

µ PD66006

µ PD66008

µ PD66010

µ PD66011

µ PD66012

Type B * 2

µ PD66081

µ PD66082

µ PD66084

µ PD66086

µ PD66088

µ PD66090

µ PD66091

µ PD66092

23392

32640

46464

68208

87648

121684

155584

209712

14035

19584

27878

40925

52589

73008

93350

125827

268

308

356

420

468

524

588

676

Internal gates
InteUsable gate number
gration
Pad number * 3

0.14 ns (fan-out: 1, wiring length: 0 mm), 0.29 ns (fan-out: 2, wiring length: 2 mm)/
0.20 ns (power gate, fan-out: 2, wiring length: 2 mm)

Internal gate
Delay
time

Input buffer

0.86 ns (3.3 V), 0.34 ns (5 V)

Output buffer

1.61 ns (3.3 V, CL = 15 pF), 1.34 ns (5 V, CL = 15 pF)

Output drive capability

IOL = 3, 6, 9, 12, 18, 24 mA

Supply voltage

5 V ±5%, 3.3 V ±0.3 V

*1: 5 V, 3.3 V, universal power supply interface
*2: 5 V, universal power supply interface
*3: V DD , GND terminals included. Number of pin which can be actually used depends on package.

■ UNIVERSAL PCI series (3-Metal-layer)
Type A * 1

µ PD66024

µ PD66026

µ PD66028

µ PD66030

µ PD66031

µ PD66032

Type B * 2

µ PD66104

µ PD66106

µ PD66108

µ PD66110

µ PD66111

µ PD66112

Internal gates
InteUsable gate number
gration
Pad number * 3

46464

68208

87648

121684

155584

209712

34848

51156

65736

91260

116688

157284

356

420

468

524

588

676

Internal gate
Delay
time

Input buffer
Output buffer

Output drive capability
Supply voltage

0.14 ns (fan-out: 1, wiring length: 0 mm), 0.29 ns (fan-out: 2, wiring length: 2 mm)/
0.20 ns (power gate, fan-out: 2, wiring length: 2 mm)
0.86 ns (3.3 V), 0.34 ns (5 V)
1.61 ns (3.3 V, CL = 15 pF), 1.34 ns (5 V, CL = 15 pF)
IOL = 3, 6, 9, 12, 18, 24 mA
5 V ±5%, 3.3 V ±0.3 V

*1: 5 V, 3.3 V, universal power supply interface
*2: 5 V, universal power supply interface
*3: V DD , GND terminals included. Number of pin which can be actually used depends on package.

90

6HPL&XVWRP,&

MV Series
■ MV series (1/2)
[2-Metal-layer]
Type number
Internal gates * 1

InteUsable gate counts * 2
gration
Pad number * 3

Delay
time

µ PD66041

µ PD66042

µ PD66044

µ PD66046

µ PD66048

µ PD66050

µ PD66051

µ PD66052

23392

32640

46464

68208

87648

121648

155584

209712

14035

19584

27878

40925

52589

73000

93350

125827

268

308

356

420

468

524

588

676

Internal gates

0.14 ns (fan-outs = 1, wiring length = 0 mm)
0.29 ns (fan-outs = 2, wiring length = 2 mm)
0.20 ns (fan-outs = 2, wiring length = 2 mm) (power gate)

Input buffer * 4

0.86 ns (3.3 V), 0.34 ns (5 V)

Output buffer * 5

1.61 ns (3.3 V), 1.34 ns (5 V)

Output drive capacity

IOL = 3, 6, 9, 12, 18, 24 mA

Supply voltage

5 V ±5%, 3.3 V ±0.3 V

*1: 1 gate = 2-input NAND gate.
*2: usable gate: 60%
*3: VDD , GND terminals included. Number of pin which can be actually used depends on package.
*4: fanout = 2, wiring length = 2 mm
*5: C L = 15pF

■ MV series (2/2)
[3-Metal-layer]
Type number
Internal gates * 1

InteUsable gate counts * 2
gration
Pad number * 3

Delay
time

µ PD66064

µ PD66066

µ PD66068

µ PD66071

µ PD66072

46464

68208

87648

µ PD66070
121684

155584

209712

34848

51156

65736

91263

116688

157284

356

420

468

524

588

676

Internal gates

0.14 ns (fan-outs = 1, wiring length = 0 mm)
0.29 ns (fan-outs = 2, wiring length = 2 mm)
0.20 ns (fan-outs = 2, wiring length = 2 mm) (power gate)

Input buffer * 4

0.86 ns (3.3 V), 0.34 ns (5 V)

Output buffer * 5

1.61 ns (3.3 V), 1.34 ns (5 V)

Output drive capacity
Supply voltage

IOL = 3, 6, 9, 12, 18, 24 mA
5 V ±5%, 3.3 V ±0.3 V

*1: 1 gate = 2-input NAND gate.
*2: usable gate: 75%
3:
V
,
GND
terminals
included.
Number
of pin which can be actually used depends on package.
DD
*
4:
fanout
=
2,
wiring
length
=
2
mm
5:
*
* C L = 15pF

91

6HPL&XVWRP,&

Cell Based IC
■ CB-C7 family
• CPU core and memory macro are mounted on high integration IC achieved by the advanced 0.8 µm processing technology.
• Three different types of user logic block; TAT intended type (FT type) and high integration intended type (HD
type and VX type).

Type number

µ PD93XXX

µ PD94XXX

Integration *
Maximum number of input/output
signal lines

Delay
time

µ PD951XX

µ PD961XX

120 K gate (max.) (2-layer wiring) / 180 K gate (max.) (3-layer wiring) /
270 K gate (max.) (VX, 3-layer wiring)
440

Internal gate

0.18 ns (@5 V) / 0.43 ns (@3 V) (fan-outs: 1, wiring length: 0 mm),
0.44 ns (@5 V) / 0.90 ns (@3 V) (fan-outs: 2, wiring length: 2 mm)

Power gate

0.33 ns (@5 V) / 0.67 ns (@3 V) (fan-outs: 2, wiring length: 2 mm)

Input buffer

0.60 ns (@5 V) / 0.76 ns (@3 V) (fan-outs: 2, wiring length: 2 mm)

Output buffer
Input/output buffer

1.6 ns (@5 V, 8 mA buffer) / 3.2 ns (@3 V, 4.4 mA buffer) (C L = 15 pF)
Same as NEC's Gate Array and Interface block with test mode, oscillator block

Function block
Library
Macro

Same as NEC's Gate Array

CPU

–

Peripheral devices

–

Memory

RAM

µPD71037/5X, FDC, etc.
RAM, ROM

Analog

RAM

RAM, ROM

A/D Converter, D/A Converter, etc. (Under development)
6.5 µW/MHz/Cell (@5 V) / 2.6 µ W/MHz/Cell (@3 V)

Power consumption
Output drive capability

V20HL, V30HL, Z80, etc.

IOL = 4, 8, 12, 24, 48 mA (@5 V) / I OL = 2.2, 4.4, 6.6 mA (@3 V)

Interface level

CMOS, TTL compatible / 3 V Interface
0.8 µm rule CMOS process, aluminum 2-layer/3-layer wiring

Process

* : When not mounting hard macro

V20HL µ PD70108H equivalent
V30HL µ PD70116H equivalent
Z80TM µ PD70008A equivalent
Peripheral
devices

CPU

FDC
DMAC (8 bits)
SCU
PTC
PIU
ICU
RTC

µ PD72065 equivalent
µ PD71037 equivalent
µ PD71051 equivalent
µ PD71054 equivalent
µ PD71055 equivalent
µ PD71059 equivalent
µ PD4991A equivalent

Logic

Single-port RAM/ROM
Register File
Multiplier
Memory, ALU
(Compile type)

Analog
macro

Comparator
Analog SW
A/D Converter
D/A Converter

★ : Under development.

92

6HPL&XVWRP,&

Cell Based IC
■ CB-C8 family
• High integration and high speed IC achieved by the most advanced 0.5 µm processing technology.
• Low power consumption (power supply: 3.3 V ±0.3 V)
• Lower power type of Y-block is available.
Type number

µ PD93600

µ PD94600

µ PD95600

Integration *
Maximum number of input/output
signal lines

Delay
time

880

Internal gate

0.13 ns (fan-outs: 1, wiring length: 0 mm)
0.29 ns (fan-outs: 2, wiring length: 2 mm)

Power gate

0.22 ns (fan-outs: 2, wiring length: 2 mm)

Input buffer

0.36 ns (fan-outs: 2, wiring length: 2 mm)

Output buffer

1.46 ns (9 mA buffer) (CL = 15 pF)
Input buffer:
3 V, 3.3 V, 5 V TTL-I/F buffer
Output buffer: 3, 6, 9, 12, 18, 24, 48 mA (3.3 V, 3 V I/F)
1, 2, 3, 6, 9 mA (5 V I/F)

Input/output buffer
CPU

Library
Macro

µ PD96600

400 K gate (MAX.) (2-layer wiring)
600 K gate (MAX). (3-layer wiring)

Memory
Peripheral
Analog

Power consumption

–

V30MX, Z80, etc.

RAM

ROM, RAM

–

–

RAM

ROM, RAM

FDC, DMAC, 7105x, etc.

A/D Converter, D/A Converter (Under development)
1.5 µW/MHz/Cell (3.3 V), 1.1 µ W/MHz/Cell (Y-block, 3.3 V)

Output drive capability

IOL = 1, 2, 3, 6, 9, 12, 18, 24 mA

Interface level

LV-TTL interface (V IL = 0.8 V, V IH = 2.2 V)
0.5 µm rule CMOS process, aluminum 2-layer/3-layer wiring

Process

*: When not mounting hard macro

Library
V30MX * 1

CPU
Macro

µPD70008 * 2

FDC, DMAC, 7105x

Peripheral
Memory

ROM, RAM

Analog

A/D Converter, D/A Converter, Analog switch

Others
Special block ★

*1: New developed original CPU core for CB-C8 family.
Software compatible with V20HL/V30HL CPU.
*2: Compatible with Z80

Register file
Scan, Rambus TM, PLL, GTL, PCI
★:

Under development

93

6HPL&XVWRP,&

Analog Master
The Analog Master is a semi-custom LSI for creating analog circuits on a master wafer by inter-connecting
pre-defused elements (bipolar transistors, resistors, and capacitors, already formed on the wafter) with the
user-defined wiring.
■ Feature
■ Very short development period
Four to eight weeks from layout design to ES (Engineering Sample) production
■ Suitable in case of small lot production
A few thousand LSIs per lot (six months) in case of simulation level interface (the number depends on
product)
■ Powerful line-up
4 families (14 masters) are provided to cover wide range of operating frequency, withstand voltage, and
number of elements used.
■ Various macro libraries
To reduce user's works, variety of macros are provided such as operational amplifier, comparator, regulator,
etc.

bipolar transistors, resistors,
and capacitors, already formed
on master wafer.

■ Product list
Item

Family name

CHS family

Process

CHS-A family

V-CHS family

High speed bipolar

Super high
speed bipolar

14 V

11 V

Absolute maximum ratings

Allows high speed signal transaction of analog circuit
f<
= Several ten of MHz
Features

Product name
Number of Pad
Total number of element
NPN Transistor
(Driver Transistor)
PNP Transistor
Resistors
Capacitors

f <
= 1 GHz

• Driver
• Increase pincounts
• Large resistor
µPC5020 µPC5021 µPC5022 µPC5023 µPC5024 µPC5031 µPC5032 µPC5034

µPC5102

M-CHS family
High speed, high breakdown voltage
bipolar
44 V
• High breakdown voltage:
VCCMax = 44 V
• f <
= Several MHz

µPC5200 µPC5201 µPC5202 µPC5203 µPC5204

28

32

50

22

80

36

56

82

24

24

28

40

52

62

1628

2328

3042

727

6152

576

1472

2252

1367

658

1038

1799

3104

4578

260

368

476

129

836

118
(13)

298
(18)

446
(26)

186

105

163

283

484

710

224

320

416

116

672

105

280

450

65

84

140

252

448

672

1116

1600

2098

468

4560

338

854

1266

1090

456

712

1225

2108

3108

28

40

52

14

84

15

40

90

26

9

15

27

48

72

Micro library

Operational amplifier, Comparator,
Regulator Filter, ECL, Switch, Timer,
Super White TEG *

Super White TEG *,
Another macro library is
under development.

–

Package

DIP, S-DIP, SOP, S-SOP, QFP, TQFP

S-DIP, SOP, S-SOP,
QFP, TQFP

DIP, S-DIP,
SOP

Operational amplifier, Comparator,
Regulator, Switch
DIP, S-DIP, SOP, S-SOP, QFP, TQFP

*: Super White TEG (Test Element Group) includes function macro libraries (regulator, operational amplifier, comparator,
zero-cross-comparator, reset, driver, switch)

94

3DUWLFXODU3XUSRVH,&

Particular Purpose IC
Speech Synthesis IC .....................................................
DSP .................................................................................
Liner CCD Sensor .........................................................
Communication IC ........................................................
Mass Storage IC ............................................................
Display IC .......................................................................
Motor Driver ...................................................................
Image IC .........................................................................
MPEG IC .........................................................................
Audio IC..........................................................................
TV IC ...............................................................................
Digital Image IC .............................................................
Multisync Monitor IC.....................................................
On-Screen Character Display IC .................................
VCR IC ............................................................................
Video Camera IC............................................................
Remote Control IC ........................................................
Clock IC ..........................................................................
Rotary Encoder IC .........................................................
A/D Converter IC ...........................................................
D/A Converter IC ...........................................................
Line Driver Receiver IC ................................................
Vehicle Communication IC ...........................................

1
96
97
98
99
105
106
109
109
109
110
112
113
114
115
116
117
117
118
118
118
119
119
120
95

2
3
4
5
6
7

8

9
10

3DUWLFXODU3XUSRVH,&

Speech Synthesis IC
■ Fixed phrase play back
Device

Item

µ PD7755

µ PD7756A

Synthesis method

µ PD7757

µ PD77P56

µ PD7759

ADPCM, PCM + waveform element

Sampling frequency

5, 6, 8 kHz
96 Kbit
mask ROM

Speech data memory

Synthesizing
time

µ PD7758A

256 Kbit
mask ROM

512 Kbit
mask ROM

1 Mbit
mask ROM

256 Kbit
one time
PROM

1 Mbit
external

Speech*
(ADPCM)

4 seconds
typ.

12 seconds
typ.

24 seconds
typ.

50 seconds
typ.

12 seconds
typ.

50 seconds
typ.

Melodies & sound
effects
(PCM+waveform
element)

30 seconds
typ.

85 seconds
typ.

170 seconds
typ.

340 seconds
typ.

85 seconds
typ.

340 seconds
typ.

• 20-pin DIP
(300 mil)
• 24-pin SOP
(450 mil)

• 40-pin DIP
• 52-pin QFP

• 18-pin DIP (300 mil)
• 24-pin SOP (375 mil, 450 mil)

Package

*: The synthesis time for the speech is the value for a 6 kHz sampling.

■ Record/play back
µ PD77501
Speech coding method

ADPCM

Sampling frequency

6 kHz

Compressed speech data rate

2 bits (12 kbps), 3 bits (18 kbps), 4 bits (24 kbps)

External memory type
Applications
Record/play back
time

12kbps
18kbps
24kbps

Internal functions

DRAM area (4M bits ∞ 4 max.)

ROM/SRAM area (1M bits max.)

Message record/play back

Fixed phrase play back, response message record/play back

Approximately 23 minutes and 18 seconds
Approximately 15 minutes and 30 seconds
Approximately 11 minutes and 30 seconds

Approximately 1 minute and 27 seconds
Approximately 1 minute
Approximately 44 seconds

• DTMF receiver
• Band-pass filter
• Microphone amplifier (fixed/variable gain)

• 10-bit over sampling A/D, D/A converters
• ADPCM encoder/decoder
• Host CPU interface

Supply voltage

4.75 to 5.25 V

Supply current

35 mA typ. (6 mA max. during power down)

Process

CMOS

Package

• 80-pin QFP (0.65 mm pitch)

µ PD77502
FLC Merhod (Fixed point Low bit rate Coding)
(FLC is a unique NEC method based on CELP)
(CELP = Code Exited Linear Predictive coding)

Speech coding method
Sampling frequency

8 kHz

Compressed speech data rate

4 kbps

External memory type
Applications

ROM (or SRAM) area (16M bits max.)

In Coming Message

Fixed. OGM * 1, Users OGM * 1

60 minutes

Record/play time length
Functions

DRAM area (4M bits ∞ 4 or 16M bits ∞ 1)

60 minutes

• FLC Encoder/Decoder
• Echo Canceller (For Full duplex speaker phone application)
• DTMF/Sine Wave/etc, Generator

• µ /A low PCM I/F
• Host CPU I/F
• Silence Compression

Supply voltage

5 V ±10%

Supply current

120 mA (operate mode), 20 mA (power down mode)

Process

CMOS

Package

• 100-pin QFP (0.65 mm pitch)

*1 : OGM: Out Going Message

96

3DUWLFXODU3XUSRVH,&

DSP

Instruction cycle (ns)

µ PD77C25

µ PD77C25-10

µ PD77220-10

µ PD77230A

122

100

100

150

90

fixed

fixed

fixed/floating

fixed/floating

16 ∞ 16
∅ 31

24 ∞ 24
∅ 47

32 ∞ 32
∅ 55

32 ∞ 32
∅ 55

Data type * 1
Multiplier precision (bits)
ALU precision (bit)

µ PD77240

16

47

55

55

Program ROM

2K ∞ 24

2K ∞ 32

2K ∞ 32

2K ∞ 32 * 2

Internal memory Program RAM
(words ∞ bits)
Data ROM

–

–

–

–

1K ∞ 16

1K ∞ 24

1K ∞ 32

1K ∞ 32 * 2

256 ∞ 16

512 ∞ 24

1K ∞ 32

1K ∞ 32 * 2

–

8K ∞ 24

8K ∞ 32

62K ∞ 32
(program)
16M ∞ 32
(data)

Data RAM
External memory
(words x bits)
• 28-pin DIP
• 44-pin QFJ
• 32-pin SOP

Package

• 28-pin DIP
• 28-pin QFJ
• 32-pin SOP

• 68-pin PGA
• 68-pin QFJ

• 68-pin PGA

• 132-pin PGA

*1: fixed: Fixed point decimal floating: Floating point decimal
*2: Internal library program

Instruction cycle (ns)
Data type * 1
Multiplier precision (bits)
ALU precision (bit)
Program ROM
Internal memory Program RAM
(words ∞ bits)
Data ROM
Data RAM
External memory
(words x bits)
Package

µ PD77016

µ PD77017

µ PD77018

30

30

30

µ PD77015
30

fixed

fixed

fixed

fixed

40 + 16 ∞ 16
∅ 40

40 + 16 ∞ 16
∅ 40

40 + 16 ∞ 16
∅ 40

40 + 16 ∞ 16
∅ 40

40

40

40

40

–

12K ∞ 32

24K ∞ 32

4K ∞ 32

1.5K ∞ 32

256 ∞ 32

256 ∞ 32

256 ∞ 32

–

8K ∞ 16

24K ∞ 16

4K ∞ 16

4K ∞ 16 * 2

4K ∞ 16

6K ∞ 16

2K ∞ 16

48K ∞ 32
(program)
96K ∞ 16
(data)

32K ∞ 16
(data)

32K ∞ 16
(data)

32K ∞ 16
(data)

• 160-pin QFP

• 100-pin TQFP

• 100-pin TQFP

• 100-pin TQFP

*1: fixed: Fixed point decimal floating: Floating point decimal

97

3DUWLFXODU3XUSRVH,&

Liner CCD sensor
■ Black-and-white
Effective number of
picture element
(bit)
2592
5000

Sensitivity
(TYP.)
(V/Lx·s)
5.4
5.2

Data rate
(MAX.)
(MHz)
10
40

• 22-pin DIP
• 22-pin DIP

µPD3594

2592

144

2

• 22-pin DIP

µPD3732
µPD3733
µPD3734
µPD3743
µPD3737

1760
2088
2660
2088
5150

90
90
70
90
7.5

2
2
3
2
20

•
•
•
•
•

µPD3753

2088

90

2

• 22-pin DIP

Type number

Effective number of
picture element
(bit)

Data rate
(MAX.)
(MHz)

Package

µPD3725D-01

5000 ∞ 3

16

• 24-pin DIP

µPD3726

3648 ∞ 3

8

• 22-pin DIP

µPD3727

5300 ∞ 3

10

• 22-pin DIP

µPD3723

G 2048
R, B 1024

Sensitivity
(TYP.)
(V/Lx·s)
R 3.87
G 3.80
B 2.07
R 1.50
G 1.52
B 0.84
R 2.20
G 2.00
B 1.20
R 9.2
G 7.5
B 3.8

1

• 22-pin DIP

Type number

µPD35H74
µPD35H71A

Package

22-pin DIP
22-pin DIP
22-pin DIP
22-pin DIP
22-pin DIP

■ Color

98

Remarks
High sensitivity 2.5K-bit sensor
High speed 5K-bit sensor
Built in timing gen., S/H, variable
output Amp.
Built in S/H, output Amp.
Built in S/H, output Amp.
Built in S/H, output Amp.
Built in output Amp. CS output
Single 5 V power supply
Built in reset/clamp pulse gen.

3DUWLFXODU3XUSRVH,&

Communication IC
■ Communication LSI
Type number

Function

Features

Package

Allows communication in ASYNC, COP, and BOP mode (2 ch)
µPD72001-11: 5 V Operation
µPD72001-A8: 3.3 V Operation

µ PD72001-11

•
•
•
•

Multi-protocol serial controller

µ PD72103

DIP
QFP
QFJ
TQFP

• 40-pin DIP
• 52-pin QFJ
• 52-pin QFP

µ PD72001-A8

µ PD72002-11

40-pin
52-pin
52-pin
44-pin

Multi-protocol serial controller

Allows communication in ASYNC, COP, and BOP mode (1 ch)

HDLC controller

HDLC frame control, link/separation are possible, internal DMA
controller

µ PD72103A★

•
•
•
•

40-pin
44-pin
44-pin
44-pin

DIP
QFP
QFJ
TQFP

• 64-pin SDIP
• 68-pin QFJ
• 80-pin QFP

8 Mbps operation

µ PD72105

LAN controller

Accommodates CSMA/ACK

• 48-pin DIP
• 52-pin QFJ

µ PD72107

Packet communication control
LSI (X.25 communication
control)

Can accommodate high speed transmission (4 MHz)
Conforms ITU-T recommendation X.25
(LAP-B ’84 ver)

• 64-pin shrink DIP
• 68-pin QFJ
• 80-pin QFP

µ PD72305

LAP-D protocol processing LSI

Supports LAP-D protocol of ITU-T recommenda-tion

• 64-pin shrink DIP
• 68-pin QFJ
• 80-pin QFP

µ PD98201

S interface transceiver for
NT or TE

4-wire full duplexed communication (basic access)
Conforms to ITU-T recommendation I430

• 64-pin QFP

µ PD98203

S interface transceiver for NT

Conforms to ITU-T recommendation I430

• 20-pin DIP

µ PD98204

ISDN rate adapter

RA + MPSC + HDLC on 1 chip
small/thin package

• 80-pin TQFP

µ PD98205

ISDN basic rate interface
controller

S-IFC + HDLC + V20HL + peripheral on 1 chip
small/thin package

• 144-pin LQFP

µ PD9951

7 kHz-band
linear codec

7 kHz-band
16-bit A/D, D/A

• 52-pin QFP

µ PD9952

SB-ADPCM
codec

SB-ADPCM on 1 chip

• 32-pin SOP
• 28-pin DIP

µ PD6316

D2B controller/driver

Conforms to D2B interface

• 16-pin DIP/SOP

Transmit data buffer: 4 bytes
Receive data buffer: 20 bytes

• 16-pin SOP
(300 mil)

Transmit data buffer: 33 bytes
Receive data buffer: 40 bytes

• 16-pin SOP
(375 mil)

Can connect to µPD7809X

• 8-pin SOP

µ PD6708
TM

µ PD72042A
µ PD72042B
µ PC2590

IE Bus

controller/driver

IE BusTM driver/receiver

★:

Under development

[ISDN Terminal Adapter]
Existence
terminal

µ PD98205

ISDN
subscriber
line

µ PD472X

µ PD98204

RS-232-C
driver/
receiver

V.110RA
MPSC
HDLC

S-IFC
HDLC
V20HL
peripheral

S-IFC

: "S" Interface
Controller

HDLC

: High Level Data
Link Control

V.110RA : V.110 Rate
Adapter

RAM

ROM

MPSC

: Multi-Protocol
Serial Controller

99

3DUWLFXODU3XUSRVH,&

Communication IC
■ Chip Set for ATM-LAN
Type number

Function

Package

Features

µ PD98401A

Local ATM SAR chip

• Comforms to ITU-TS, ANSI (T1S1) and ATM Forum Recommendations
• Implements the required AAL-5 SAR sublayer and ATM layer function

µ PD98402A

Local ATM SONET Frammer

• ATM physical layer having the TC sublayer function
• Comforms to ATM Forum UNI specifications
• SONET STS-3c frame format

• 208-pin QFP
(Fine Pitch)
• 160-pin QFP
(Fine Pitch)

■ Analog Line Card LSI

Over
voltage
protect

Ringing

Testing

Battery
feed

Supervision

Hybrid

Codec

(O)

(R)

(T)

(B)

(S)

(H)

(C)
PCM
highway

Telephone
SLIC

SLIC
(BSH-LSI)

CODEC

µ PC7151

Constant resistance feeding method (–48V)

µ PC7063

Constant current feeding method (–24V)

µ PC7161

Constant current feeding method (–48V)

• 32-pin QFJ

µ PD9604A µ-law, internal PLL, DGS
µ PD9605A A-law, internal PLL, DGS

CODEC
(PCM CODEC)

µ PD9621

A-law, internal PLL

µ PD9622

µ-law, internal PLL

• 16-pin DIP
• 16-pin DIP
• 18-pin QFJ

µ PD9624

µ-law, internal PLL, DGS

µ PD9625

A-law, internal PLL, DGS

• 18-pin QFJ

Over
voltage
protect

Ringing

Testing

Battery
feed

Supervision

Hybrid

Codec

(O)

(R)

(T)

(B)

(S)

(H)

(C)
PCM
highway

µPC7071

Telephone

µPD9901

100

BS-SLIC

µ PC7071

• Tip-Ring polarity reverse
• 3 relay drivers

Digital·CODEC

µ PD9901

• Terminal impedance and Hybrid balance network
• 28-pin QFJ
can be selected by combining µPC7071

• 32-pin QFJ

3DUWLFXODU3XUSRVH,&

Communication IC
■ Telephone LSI
Speech

Speech
circuit

Rectification, power
supply
circuit

Dialer

Ringer

Hook
switch

Surge
protection
circuit

Phone line

1 2 3
4 5 6
7 8 9

*

0 #

Switchable dialer

Speech

µ PC7002

Auto/manual pad function Adjustable receiver
gain, internal receiver amplifier

• 28-pin SDIP

101

3DUWLFXODU3XUSRVH,&

Communication IC
■Digital Cordless Telephone (Hand Set) LSI

LNA
2SC5185×2

2nd. MIX. + IF Amp.
µ PC8002

1st.MIX.
µPC2757

MODEM

CHANNEL
CODEC
µ PD98309

G721
ADPCM
CODEC

RSSI
PR Amp.
µPC2749

µPB1502 (1)

CB–C8

SW

CMOS–8L

1st VCO
2nd VCO

PA

PCM
CODEC

PLL1

PSC
µPG132

ADPCM CODEC
µ PD9935

PSC
+
PLL2

Man Machine
Microcomputer
78K / 0 Series

KEY

Protocol Control
Microcomputer
78K / IV Series
78K / 0 Series

90°
Φ

Dr Amp.
µ PC2763

LCD

TXMIX. + QMOD
µ PC8104
( µ PC8106 + µ PC8105)

Type number

Function

Features

Package

µ PG132

SW: Antena Switch
(L-SPDT SW)

Low Power Loss: 0.6 dB (TYP.), @f = 2 GHz
Hi speed switching time: 40 ns, 3 V operation

• 8-pin SSOP

2SC5185

LNA: Low Noise Transistor

NF: 1.3 dB (TYP.), @2V, 3 mA, f = 2 GHz
fT: 13 GHz (TYP.), @2 V, 20 mA, f = 2GHz

• 4-pin super minimold

µ PC2757

1st MIX.: L Band Down Converter

NF: 16 dB (TYP.), SSB mode, @f RF = 2GHz, f IF = 250 MHz,
Power Consumption: V CC = 3 V, I CC = 5.6 mA

• 6-pin mini-mold

µ PC2749

Pr Amp.: Low Noise Amp

NF: 4.0 dB (TYP.), @, f = 1.9 GHz, V CC = 3 V
GP: 16 dB (TYP.), @f = 1.9 GHz, V CC = 3 V

• 6-pin mini-mold

µ PC8002

2nd. MIX. + IF Amp.

Input Frequency
Range: f MIX = 250 MHz (TYP.) ~ 500 MHz (MAX.)
Power Consumption: V CC = 3 V, I CC = 3.4 mA

• 20-pin SSOP

µ PB1502(1)

PSC: ~ 2 GHz Prescaler

Operation Frequency: ~ 2 GHz, Input Power Sensivity:
130 ~ 220 mVp-p, Power Consumption: V CC = 3 V,
ICC = 6.7 mA

• 8-pin SOP

µ PC8104

TX MIX + QMOD:
Up Converter + Quadrature Modulater

Operation Frequency Range: f RFout = 900 MHz ~ 2 GHz
QMOD: f Lo1in = f MODout = 100 MHz ~ 400 MHz, @V CC = 3 V

• 20-pin SSOP

µ PC8105

400 MHz Quadrature Modulator For
Digital Mobile Communication

Operation Frequency: f Lo = 100 MHz ~ 400 MHz,
fI/Q = DC ~ 10 MHz
Low Current Dissipation: 16 mA (TYP.)

• 16-pin SSOP

µ PC8106

2.0 GHz Up Converter ICs For Cellular
and Cordless Telephones

Operation Frequency Range: f RFout = 0.4 GHz ~ 2.0 GHz,
fIFin = 100 MHz ~ 400 MHz
Low Current Dissipation: 9 mA

• 6-pin-mini-mold

µ PC2763

Dr Amp.: Midium Power Amp.

Output Level Po (sat): +8.0 dBm, @f = 1.9 GHz, V CC = 3 V
NF: 5.5 dB (TYP.), @f = 1.9 GHz, V CC = 3 V

• 6-pin mini-mold

µ PD658XX

Modem: CMOS G/A

Supply Voltage: V DD = 3.3 V, 0.5 µ m rule, 10 K ~ 627 K
gate on Chip

(EX.)
QFP (0.5P): 304 pins,
PGA: 528 pins

µ PD98309

Digital Cordless Telephone (PHS)
Channel Codec

1 slot TDMA/TDD control conforming to RCRSTD-28 (for
PS/CS), V DD = 2.7 ~ 3.3 V, I DD = 2 mA at 3 V

• 100-pin QFP

µ PD9935

ADPCM Codec

Internal allowing operation with 8 kHz frame
Low Power Consumption: V DD = 3 V, I DD = 7 mA

• 38-pin SSOP

78K/IV Series

Protocol Control
16-bit Single Chip Microcomputer

Supply Voltage Range: 2.7 V ~ 5.5 V, Memory Space: 1 M,
Power Management Function

• 80-pin QFP

78K/0 Series

Protocol Control/Man Machine
8-bit Single Chip Microcomputer

Supply Voltage Range: V DD = 2 ~ 6 V,
Low Power Consumption: V DD = 3 V, I DD = 0.8 mA

• 80-pin QFP
• 80-pin WQFN

102

3DUWLFXODU3XUSRVH,&

Communication IC
■Analog Cellular Telephone IC

RF Amp
µ PC2747
µ PC2748

Down
Converter
µ PC2756
µ PC2757
µ PC2758

2nd MIX IF Amp
Detector
PSC
Dual PLL
Synthesizer
µ PD3150

PLL
DUPLEXER
PSC

Compander
& MODEM

PLL

Power Amp
Driver
Module
Amp
MC-5951 µ PC2762
MC-5952 µ PC2763
MC-5973 µ PC2771
MC-5974

UP Converter
µ PC8106
µ PC8109

µ PD784021
µ PD784025
µ PD784026
Z80
(CB-IC core)

ROM

µ PD16437
µ PD16454A

Protocol
Control
Microcomputer

SRAM
EEPROM

LCD C/D

LCD
KEY

■Digital Cellular Telephone IC
RF Amp
µ PC2747
µ PD2748
µ PD2749

Down Converter
µ PC2757
µ PC2758

2nd MIX
IF Amp
µ PC8000
µPC8001

CB-IC

CB-IC

µ PD77017

µ PD9930

TX/RX
Control
Logic

DSP

Linear
CODEC

Q-DEM

SW

Prescaler
(900 MHz)
µ PB1504

Antenna Switch
µ PG130

PSC
PLL
PLL
µPD3160
Q-MOD

Power Amp
Module

Driver
Amp
µ PC2762
µ PC2763
µ PC2771

UP Converter
µ PC8106
µ PC8109

Q-MOD + UP Converter
µ PC8104
µ PD784021
µ PD784025
µ PD784026
V20HL
(CB-IC core)
ROM
SRAM
EEPROM

Layer
Control
Microcomputer

µ PD16437
µ PD16454A

LCD C/D

LCD
KEY

103

3DUWLFXODU3XUSRVH,&

Communication IC
Type number
MC-5951
MC-5952
MC-5973
MC-5974

µPG130
µPC2747
µPC2748
µPC2749
µPC2757
µPC2758
µPC8106
µPC8109

Function
GaAs Power Amp
for AMPS
GaAs Power Amp
for E-TACS
GaAs Power Amp
for AMPS
GaAs Power Amp
for E-TACS

Driver Amp
(900 MHz ~ 1.5 GHz)

µPC2762
µPC2763

Driver Amp
(~ 2 GHz)

µPC8001
µPC8104
µPD3150
µPB1504

µPD77017
µPD9930
µPD784021
µPD784025
µPD784026
V20HL
(CB-IC core)
Z80
(CB-IC core)

dBm, GP >
= 24 dB

metal package
17 ∞ 12 ∞ 4 mm

dBm, GP >
= 24 dB

+3 V single power source, high output power
(+12 dBm @900 MHz, +11 dBm @1.5 GHz)

+3 V single power source, fu = 2.9 GHz
+3 V single power source, high gain (20 dB)
5 V 2nd Mixer + IF
+5 V single power source, high limitting sensitivity (–90 dBm)
Amp (455 kHz)
wide RSSI dynamic range (90 dB) linearity <
= ±2dB
3 V 2nd Mixer + IF
+3 V single power source, on-chip RSSI resister
Amp (455 kHz)
high speed power on time (174 µ s)
Up Converter +
+2.7 ~ 5.5 V single power source, high phase variation
Quadrature Modulator stability, wide output range (0.9 ~ 1.9 GHz)
Dual PLL Synthesizer +2.7 ~ 5.5 V power source, on-chip prescaler possible to switch
for Analog Cellular
lock sensitivity
+3 V single power source
Prescaler
high input sensitivity (–19 ~ +4 dBm)
(500 MHz ~ 1.1 GHz)
low power consumption (2.4 mA)
VDD = 3 V high performance (33 MIPS)
GUI-based high integrated development tools
16-bit DSP
low power consumption
programmable tone generator (DTMF, GSM triple tone)
13-bit Linear CODEC
mic./receiver Amp, GSM DAI
VDD = 2.7 ~ 6.0 V, low power consumption, 1 M byte linear
16-bit Single Chip
addressing
Microcomputer
on-chip timers, serial I/O, A/D, D/A, ROM, RAM
3 V operation
1 M byte memory space
16-bit Microprocessor
peripheral options (CB-IC macro)
(times, serial I/O, A/D, D/A, ROM, RAM etc.)
3 V operation (full static)
8-bit Microprocessor
peripheral options (CB-IC macro)
(timers, serial I/O, A/D, D/A, ROM, RAM etc.)

µPD16454A

LCD Controller/Driver

on-chip DC/DC Converter (5 V ∅ 10 V), 24 ∞ 2

µPD16437

3 V LCD Controller/
Driver

on-chip DC/DC Converter (3 V ∅ 9 V, 5 V ∅ 10 V ) 12 ∞ 2

104

Package

dBm, GP >
= 24 dB

dBm, GP >= 24 dB
GaAs Antenna Switch low power loss; 0.5 dB (at 1 GHz)
(100 MHz ~ 2 GHz)
+3 V single power source, NF = 3.3 dB, fu = 1.8 GHz
Low Noise RF Amp
(900 MHz)
+3 V single power source, NF = 2.8 dB, high gain (19 dB)
Low Noise RF Amp
+3 V single power source, low power consumption
(2 GHz)
(ICC = 6 mA)
+3 V single power source, low power consumption
Down Converter
(900 MHz ~ 2 GHz)
+3 V single power source, low distortion
+2.7 ~ 5.5 V low distortion (IP3 = +4.5 dBm)
Up Converter
(100 MHz ~ 2 GHz)
+2.7 ~ 5.5 V low power consumption (ICC = 5 mA)

µPC2771

µPC8000

Features
VDD = 5.8 V
POUT >
= 30.5
VDD = 5.8 V
POUT >
= 30.5
VDD = 4.6 V
POUT =
> 30.5
VDD = 4.6 V
POUT >
= 30.5

• 8-pin SOP/
• SSOP
• 6-pin mini-mold
• 6-pin mini-mold
• 6-pin mini-mold
• 6-pin mini-mold
• 6-pin mini-mold
• 6-pin mini-mold
• 14-pin SSOP
• 14-pin SSOP
• 20-pin SSOP
• 20-pin SSOP
• 8-pin SOP

• 100-pin QFP
• 44-pin QFP
• 80-pin QFP

QFP etc.

QFP etc.
• TAB
bare chip
• TAB
bare chip

3DUWLFXODU3XUSRVH,&

Mass Storage IC
Type number

Function

Features

µPD72065B

Floppy disk controller

Low power consumption by CMOS

µPD72068

Floppy disk controller

Internal VFO write compensation circuit
Internal register for accommodating IBM-PC/AT

µPD72064

Floppy disk controller

Internal VFO for accommodating IBM-PC/AT

µPD72070

Floppy disk controller

µPD72611

SCSI-2 controller

µPD72050

MO (Magneto-Optical)
disk controller

µPD6378A

CD ROM decoder LSI

µPD63701

CD ROM decoder LSI

µPD63721

1 chip CD-ROM
controller

µPC2138
µPC2132

R/W amplifier for hard
disk drive MIG Head

Low noise, low input capacitance, and high
recording density

µPC2133

R/W amplifier for hard
disk drive TF Head
R/W amplifier for
floppy disk controller

Low noise, low input capacitance, and high
recording density
Low power
Internal PLA, D/A
PCR format controller/Error Correction
CD-ROM Decoder/Error Correction
ATA-2 controller (Support ATAPI)
Buffer Manager

µPC2102

µPD72051

PD controller

Functional superset of µ PD765A, supports 4MB,
16-byte FIFO in the data resister
Conforms to ANSI ∞ 3T9.2/86-109 Rev. 10C
High speed synchronous transfer
10 MBytes/s
Support 3.5" (230 MB max), 5.25" (1.3 GB max)
Enbedded SCSI-2 controller/driver
Buffer memory control up to 4 MB
Conforms to CD-ROM XA format
Supports CD triple-speed playback
Supports 512K bytes of external DRAM
Digital Servo, Data Processor, CD-ROM Decoder,
Host I/F on 1 chip
Supports Quadruple speed operation, ATAPI
Include automatic adjust servo function
Wide capture range
Internal Digital Attenuator
Supports PIO mode 3, DMA mode 1
Internal Buffer Memory Controller
(128K word ∞ 4 bi-512K word ∞ 8 bit DRAM/256K
byte SRAM)

Package
• 40-pin DIP
• 52-pin QFP
• 44-pin QFJ
• 80-pin QFP
• 84-pin QFJ
• 52-pin QFP
• 44-pin QFJ
• 64-pin QFP
• 100-pin QFP

• 160-pin QFP
• 100-pin QFP
• 100-pin QFP

• 160-pin QFP

• 20-pin SSOP
• 20-pin SSOP
• 20-pin SSOP

• 144-pin QFP

105

3DUWLFXODU3XUSRVH,&

Display IC
■ Fluorescence indicator panel (FIP ) driver IC
Number of
outputs

Withstand
voltage (V)

µ PD6300

Static

20

40

5

µ PD6320
µ PD6321

Static

39

18

µ PD6323B

Static

21

µ PD6340

Dynamic

20

µ PD6700

Static

µ PD16304

Type number

Drives

Output
current (mA)

Output type

Package

Main applications

Pch-O.D

• 28-pin DIP

Automotive (instrument panel)

1

CMOS

• 52-pin QFP

Car stereo

40

5

Pch-O.D

• 28-pin DIP

Automotive (instrument panel)

80

25

NPN+Nch

• 52-pin QFP

ECR, PPC

47

18

1

CMOS

• 56-pin QFP

Car stereo

Dynamic

40

200

20

CMOS

• 80-pin QFP*

µ PD16306

Dynamic

64

80

50

CMOS

• 100-pin QFP

µ PD16306A

Dynamic

64

80

25

CMOS

• 100-pin QFP

µ PD16310

Dynamic

40

80

50

CMOS

• 80-pin QFP*

Dynamic

40

150

150

CMOS

• 80-pin QFP*

Dynamic

32

150

20

CMOS

• 44-pin QFP

µ PD16325

★

µ PD16326 ★

Graphic FIP module

*: Three direction lead

★:

Under development

■ Fluorescence indicator panel (FIP® ) controller/driver IC
Type number

Drives

Number of outputs
Duty
(Max.) Segments
Grids

Number of
characters*

Logic voltage (V)/
Drive voltage (V)

Package

Main
application

µ PD16311

Segment

1/16

12

16

192 segments

5/35

• 52-pin QFP VCR

µ PD16312

Segment

1/11

11

11

121 segments

5/35

• 44-pin QFP VCR

µ PD16313

Segment

1/11

11

11

121 segments

5/35

• 44-pin QFP VCR

*: At maximum duty

106

Remarks

Included
key scan
Included
key scan
(µ PD16312
mirror)

3DUWLFXODU3XUSRVH,&

Display IC
■ Liquid crystal display (LCD) controller/driver IC
Type number

Drives

Number of outputs
Duty
(MAX.) Segments Commons

µ PD7225

Segment

1/4

32

µ PD7227

DOT character

1/16

µ PD7228

DOT character

1/16

µ PD7228A

DOT character

µ PD7229

Number of
characters* 1

Logic voltage (V)/
Drive voltage (V)

Package

2.7 ~ 5.5/
2.7 ~ 5.5

• 52-pin QFP
• 56-pin QFP

Main
application

Remarks

4

128 segments

40

8

8 ∞ 1 characters

5/5

• 64-pin QFP

42

16

8 ∞ 2 characters

5/5

• 80-pin QFP

1/16

42

16

8 ∞ 2 characters

5/12

• 80-pin QFP

DOT character

1/16

42

16

8 ∞ 2 characters

5/5

• 80-pin QFP

Custom
ROM only

µ PD7229A

DOT character

1/16

42

16

8 ∞ 2 characters

5/12

• 80-pin QFP

Custom
ROM only

µ PD16430A

Segment

1/4

60

4

240 segments

3.5 ~ 6/
3.5 ~ 14

• 80-pin QFP Car audio

µ PD16431A

Segment

1/4

56

4

224 segments

2.7 ~ 5.5/
2.7 ~ 6.5

• 80-pin QFP Car audio

Included
key scan

µ PD16432B★

DOT character

1/15

60/65

15/8

12 ∞ 2 characters
+ 60 pictographs

2.7 ~ 5.5/12

• 100-pin
QFP

Car audio

Included
key scan

µ PD16434

DOT character

1/16

42

16

8 ∞ 2 characters

2.7 ~ 5.5/12

• 80-pin QFP

2.7 ~ 5.5/10* 2

• TCP

Mobile
phone

Included
DC/DC
Converter

µ PD16435
µ PD16435A

Graphic

1/73

119

73

119 ∞ 71 dots +
119 ∞ 2
pictographs

µ PD16437

DOT character

1/16

60

16

12 ∞ 2 characters
+ 60 ∞ 2
pictographs

3.0 ~ 5.5/10* 2

• TCP

Mobile
phone

Included
DC/DC
Converter

µ PD16437A★

DOT character

1/16

60

16

12 ∞ 2 characters
+ 60 ∞ 2
pictographs

2.7 ~ 5.5/10* 2

• TCP

Mobile
phone

Included
DC/DC
Converter

µ PD16454A

DOT character

1/14

120

14

24 ∞ 2 characters

* 35/10* 2

• TCP

Mobile
phone

Included
DC/DC
Converter

µ PD16670 ★

DOT character

1/33

60

33

12 ∞ 4 characters
+ 60 pictographs

2.7 ~ 3.6/12* 2

• CHIP

Mobile
phone

Included
DC/DC
Converter

µ PD16675 ★

Graphic

1/36

128

34

128 ∞ 32 dots +
128 ∞ 32
pictographs

2.7 ~ 5.5/10* 2

• TCP

Pager

Included
DC/DC
Converter

µ PD16676 ★
µ PD16676A★

Graphic

1/32

61

16

61 ∞ 16 dots

2.7 ~ 5.5/12

• TCP

Pager

*1 : At maximum duty
*2 : Internal DC/DC Converter

★:

–

Under development

107

3DUWLFXODU3XUSRVH,&

Display IC
■ Liquid crystal display (LCD) driver IC
Type number

Number of
outputs

Drives

µ PD6320
µ PD6321

Static

µ PD16443B
µ PD16444A

Withstand
voltage (V)

Main applications

Package

39

18

• 52-pin QFP

Car stereo

TFT (source) 8 gray scale

192

20

• TCP (slim type)

LCD module for OA

TFT (source) 8 gray scale

192

20

• TCP (slim type)

LCD module for OA

µ PD16445

TFT (source) 8 gray scale

192

20

• TCP (slim type)

LCD module for OA

µ PD16446

TFT (gate)

120

31

• TCP (slim type)

LCD-TV & for OA

µ PD16650 ★

TFT (gate)

120/128

40

• TCP (slim type)

LCD-TV & for OA

µ PD16405

TFT (source)

120

20

• TCP

LCD-TV

µ PD16447

TFT (source)

120

15

• TCP

LCD-TV for Automobile

µ PD16448 ★

TFT (source)

240

5

• TCP

LCD-TV

µ PD16406

TFT (source)

120

20

• TCP

LCD-HDTV

µ PD16407

TFT (source)

120

20

• TCP (slim type)

LCD-HDTV

µ PD16404

TFT (gate)

140

25

• TCP

LCD-TV

µ PD16429A

TFT (source) 8 gray scale

192

20

• TCP

EWS

µ PD16408

TFT (source) Analog

192

20

• TCP

EWS

µ PD16601 ★

TFT (source) Analog

192

15

• TCP (slim type)

EWS

µ PD16409A★

TFT (source) Analog

192

20

• TCP

VGA

µ PD16620 ★

TFT (source) 64 gray scale

240

5

• TCP (slim type)

For VGA standard (logic; 5 V)

µ PD16622

TFT (source) 64 gray scale

240

5

• TCP (slim type)

For VGA standard (logic; 5 V)

µ PD16623

TFT (source) 64 gray scale

240

5

• TCP (slim type)

For VGA standard (logic; 3.3 V)

µ PD16624

TFT (source) 64 gray scale

240

5

• TCP (slim type)

For SVGA standard (logic; 5 V)

µ PD16625

TFT (source) 64 gray scale

240

5

• TCP (slim type)

For SVGA standard (logic; 3.3 V)

µ PD16629 ★

TFT (source) 64 gray scale

240

5

• TCP (slim type)

For SVGA standard (logic; 3.3 V)

µ PD16630

TFT (source) 64 gray scale

240

15

• TCP (slim type)

For VGA/SVGA standard

µ PD16640 ★

TFT (source) 64 gray scale

300/309

5

• TCP (slim type)

For SVGA/XGA standard (drive; 3.3/5 V)

µ PD16641 ★

TFT (source) 64 gray scale

240

5

• TCP (slim type)

For VGA standard (drive; 3.3/5 V)

STN (column) 4 gray scale
included RAM

160

5

• TCP

For PDA (1/8 VGA ~ VGA)

STN (row)

240

31

• TCP

For PDA (1/8 VGA ~ VGA)

µ PD16661

★

µ PD16666

★

★:

Under development

■ Plasma display, EL display driver IC
Type number

Number of outputs

Withstand voltage (V)

Output current (mA)

µ PD6337

AC-PDP row/column

32

200

300

Nch-O.D

• 52-pin QFP

µ PD16300

DC-PDP row

41

150

500

NPN-O.C

• 80-pin QFP*

µ PD16301

DC-PDP column

64

200

3

Pch-O.D

• 80-pin QFP

µ PD16302

EL column

40

250

100

CMOS

• 80-pin QFP*

µ PD16305

AC-PDP row

40

200

400

CMOS

• 80-pin QFP*

µ PD16306

AC-PDP/EL column

64

80

50

CMOS

• 100-pin QFP

µ PD16306A

AC-PDP/EL column

64

80

25

CMOS

• 100-pin QFP

µ PD16307

DC-PDP row

41

150

300

NPN-O.C

• 80-pin QFP*

µ PD16309

DC-PDP column

64

200

3

Pch-O.D

• 100-pin QFP

µ PD16325 ★

AC-PDP row

40

150

150

CMOS

• 80-pin QFP*

µ PD16327 ★

AC-PDP column

64

150

40

CMOS

• 100-pin QFP

Drives

*: Three direction lead

108

Output type

★:

Package

Under development

3DUWLFXODU3XUSRVH,&

Display IC
■ Other driver IC
Number of
outputs

Withstand
voltage (V)

Output
current (mA)

µ PD6320
µ PD6321

4∞4

18

20

NPN+Nch

• 52-pin QFP

Car stereo (LED)

µ PD6322

4∞6

7

20

NPN+Nch

• 20-pin DIP

Car stereo (LED)

NPN-O.C

• 16-pin DIP
• 16-pin SOP

Thermal head, LED, solenoid
Thermal head, LED
Ink jet printer

Type number

µ PD6345

8

40

100

Output type

Package

µ PD16320A

48

20

130

Nch-O.D

• 80-pin QFP

µ PD16322

32

250

50

Nch-O.D

• 52-pin QFP

Main applications

Pch-O.D : P-ch open-drain output (source driver), Nch-O.D: N-ch open-drain output (sink driver)
NPN-O.C: NPN open-collector output (sink driver)

Motor Driver

Type number

Function

µ PD16804
µ PD16805
µ PD16823

Recommended
operating
voltage range
(V)

Control the revolution
direction of the DC
motor

Output current (A)

Package

Main application

0.5

H Bridge
1 circuit

• 16-pin SOP
3.0 to 7.5

H Bridge
1.5 circuits

1.0
0.5

Camera motor
• 20-pin SOP

Image IC
Type number

µPD42101
µPD42102
µPD42280
µPD72020
µPD72123

Function
NTSC high speed line buffer
PAL high speed line buffer
2M bits high speed field buffer (256K words ∞ 8 bits)
Graphics display controller
Advanced graphics display controller

µPD72185

Advanced compression expansion engine

µPD72186
µPD72187

Advanced compression expansion engine
Advanced Bi-level image compression expansion

Package
• 24-pin DIP
• 24-pin SOP
• 24-pin DIP
• 24-pin SOP
• 28-pin ZIP
• 28-pin SOP
• 40-pin DIP
• 52-pin QFP
• 84-pin QFJ
• 94-pin QFP
• 64-pin shrink DIP
• 68-pin QFJ
• 80-pin QFP
• 100-pin QFP
• 100-pin PQFP

Function
MPEG1 Audio Decompression LSI
MPEG1 Audio/Video Decompression LSI

Package
• 100-pin PQFP
• 160-pin PQFP

MPEG IC
Type number

µPD61000
µPD61010

109

3DUWLFXODU3XUSRVH,&

Audio IC
■ Radio frequency amplification

Type number

Function

Recommended
operating
voltage range
(V)

µ PC2535

7.5 to 8.5

µ PC2533

7.5 to 8.5

FM
front end

AM tuner

FM IF
FM
amplification detection
●

Other functions

Recommended application

Package

Car radio

●

●

Quadrature detection
Internal NC+MPX

●

• 48-pin QFP

Double super
heterodyne DTS use

●

• 36-pin SOP

■ FM stereo demodulation

Type number

Recommended
operating
voltage range
(V)

Voltage gain
(monaural)

7.5 to 15

–1 dB

MC-5720
MC-5720A

Function
Pilot canceler

Lamp driving

Noise canceler

Recommended application

Package

Car radio
●

●

●

●

• 16-pin SIP

■ Pre-amplifier
Recommended
operating
voltage range
(V)

Play back
amplifier

µ PC1228

6 to 16

●

µ PC1313

4 to 15

●

Type number

Function
Recording
amplifier

Recommended application

MIC
amplifier

●

Other
functions

Package

Radio cassette
recorder

Car radio

Dual

●

●

• 8-pin SIP

Dual, ALC

●

●

• 9-pin SIP

■ Power amplifier

Type number

Recommended
operating
voltage range
(V)

Electrical characteristics
(typical value)

Recommended application
Function

PO (W)

VCC (V)

RL (Ω)

Home
stereo

Radio cassette
Car radio
recorder

Package

µ PC1188

±17 to ±23

18

±22

8

●

µ PC1238

±6 to ±15

8.4

±13

8

●

µ PC1308

9 to 16

15

13.2

4

BTL, standby switch

●

• 14-pin V-VIP

µ PC1310

9 to 16

5.8

13.2

4

Dual, standby switch

●

• 14-pin V-DIP

1.2

9

8

Dual

0.5

6

8

Low pop noise

• 10-pin SIP
• 5-pin V-DIP

µ PC1316

3 to 16

µ PC1318A

9 to 16

20

13.2

4

BTL, standby switch

●

• 14-pin V-DIP

µ PC2002

8 to 18

4.5

13.2

4

Low pop noise

●

• 5-pin V-DIP

40

13.2

2

24

13.2

BTL, standby switch

4

●

• 12-pin SIP

19

13.2

4

BTL, DUAL, standby
switch

●

• 15-pin V-DIP

40

13.2

2

24

13.2

BTL, standby switch
Low pop noise

●

4

• 12-pin SIP

40

13.2

2

●

• 15-pin V-DIP

24

13.2

4

BTL, standby switch
Low pop noise
differential input

µ PC2500A

9 to 16

µ PC2502

9 to 16

µ PC2505

9 to 16

µ PC2506

9 to 16

110

●

• 14-pin DIPTAB

3DUWLFXODU3XUSRVH,&

Audio IC
■ D/A converter for audio system

Type number

Recommended
operating
voltage range
(V)

Recommended application
Function

Package

Home
stereo

Portable

Car stereo

µ PD6376

4.5 to 5.5

16-bit D/A converter

●

●

●

• 16-pin DIP
• 16-pin SOP

µ PD6379

3.0 to 5.5

16-bit D/A converter

●

●

●

• 8-pin SOP

µ PD63200

4.5 to 5.5

18-bit D/A converter

●

●

●

• 16-pin SOP

µ PD63210

3.0 to 5.5

16-bit D/A converter with digital filter

●

●

●

• 28-pin SOP

■ DSP for audio system

Type number

Recommended
operating
voltage range
(V)

Recommended application
Function

Package

Home
stereo

Portable

Car stereo

µ PD6382

4.5 to 5.5

DSP for audio (19 bit)

●

●

●

• 80-pin QFP

µ PD6383

4.75 to 5.5

DSP for audio (24 bit)

●

●

●

• 100-pin QFP

µ PD6384

4.5 to 5.5

Expander/Compressor DSP (19-bit)

●

●

●

• 16-pin SOP

■ Device kit for CD

Type number

Recommended
operating
voltage range
(V)

Recommended application
Function

Package

Home
stereo

Portable

Car stereo

µ PC2572

4.5 to 5.5

RF amp, error amp, APC for CD player

●

• 36-pin SOP

µ PD63702

4.5 to 5.5

Digital servo, data processor, DAC for CD player

●

• 80-pin QFP

µ PD63703

4.5 to 5.5

Digital servo, data processor, ATT for CD player

●

• 80-pin QFP

■ Other functions

Type number

Recommended
operating
voltage range
(V)

Recommended application
Function

Home Tape
stereo deck

µ PC1225

±18 to ±36

µ PC1237

25 to 60

µ PC1270

±18 to ±36

µ PC1297

8 to 18

µ PC1298

±20 to ±46

50 to 80 W power amplifier driver

µ PC1330

4.5 to 14.4

Head selection switch circuit

µ PC1342

±20 to ±52

50 to 110 W power amplifier driver

●

µ PC2560

8.1 to 13.2

Surround, Vocal cancel, Bass boost

●

µ PC2581

±20 to ±75

100 to 130 W dual power amplifier driver

●

Radio cassette
recorder

Package

30 to 50 W power amplifier driver

●

• 10-pin SIP

Stereo power amplifier protection circuit

●

• 8-pin SIP

30 to 50 W power amplifier driver

●

• 10-pin SIP
●

Dolby HX PRO system

• 18-pin S-DIP

●

• 14-pin V-DIP
• 9-pin SIP
• 14-pin SOP

●

• 14-pin V-DIP
●

• 36-pin SSOP
• 15-pin V-DIP
★:

Under development

111

3DUWLFXODU3XUSRVH,&

TV IC
■ Tuner
Electronic tuner

IF signal

Antenna
Band driver

Prescaler
• µPB595
PLL Frequency synthesizer
equipped with Prescaler and Band Driver
• µ PD3100 SERIES
(Family for NTSC, NTSC-2 and PAL)
+
micro computer
• 75X SERIES

• µ PC1486

Frequency synthesizer microcomputer
• µPD1709A
• µ PD17002 (internal screen display

Screen display
• µ PD6453
• µ PD6456
• µ PD6461
• µ PD6462

function)
• µPD17062
µ
• PD17068

EEPROM
µPD6252
µPD6253
µPD6254
µPD6264*

Pre-amplifier

Screen display
character

D/A converter
• µ PD6325
• µ PD6326
• µ PD6335
• µ PD6336
• µ PD6211*

•
•
•
•

Remote control transmission
NEC format

Programmable

• µ PD6120
• µ PD6121
• µ PD6122

• µ PD6123
• µ PD6124
• µ PD6125A
• µ PD6126A

LCD remote
controller
• µ PD17201A
• µ PD17202A

User control signal

Self-learning
remote controller
• µ PD17203A

■ Video/audio signal processing

Speaker
US MTS
decoder

IF signal

PIF
• µ PC1820A

SIF
• µ PC1382
Multi IF µ PC1823A*

Signal processing
block
• µ PC1420 (PAL/NTSC)
• µ PC1423 (PAL/NTSC)

USA
• µ PC1872A
• µ PC1874
• µ PC1875
• µ PC1852*

Matrix
surround
• µ PC1891A
• µ PC1892
• µ PC1853*

RGB output

L
Audio
output
R

CRT

Video

Chroma

Synchronization

RGB mixing
• µ PC1397

Horizontal
output

Vertical output
External
RGB signal

112

2
* : I C Bus

3DUWLFXODU3XUSRVH,&

TV IC
■ US MTS Decoder
US MTS: Multi Television Sound for USA specifications
Type number
µPC1872A
µPC1874
µPC1875

µPC1851
µPC1852A

Function
dbx NR, SAP Decoder, Normal Output
dbx NR, Stereo only
Input Selector (1 ch), dbx NR, Stereo only
I2 C Bus, Input Selector (3 ch), dbx NR, SAP Decoder, Tone/Volume
control
I2 C Bus, dbx NR, SAP Decoder, Normal Output

Package
• 42-pin SDIP • 48-pin QFP
• 28-pin SDIP
• 30-pin SDIP
• 42-pin SDIP
• 28-pin SDIP

■ Matrix Surround
Type number
µPC1891A
µPC1892

µPC1853

Function
Package
Matrix Surround (Phase Shift)
• 20-pin DIP
Matrix Surround (Phase Shift), Tone/Balance/Volume, L + R output • 30-pin SDIP
I2 C bus, BASS boost, Matrix Surround, Tone/Balance/Volume,
• 30-pin SDIP
Audio output, L + R output

Digital Image IC
■ Three-Dimensional Y-C separation system block diagram

Composite
Video Signal
input

Luminance signal output
A/D
µ PC659A

YCS IV
µPD6487

Chroma signal output

SYNC
PRO.
µ PC1862

1M Field Buffer
2M Field Buffer
µPD42280

■ 3DYC LSI
Type number
µPD6487

Function
3D Dimensional Y/C separation (I2 C Bus)

Package
• 100-pin QFP

Function
Burst signal locked clock generator
Burst signal locked clock generator (External Burst gate input
available)

Package
• 36-pin SOP

■ Clock generator
Type number
µPC1860

µPC1862

• 36-pin SOP

■ Analog Frontend IC
Type number

µPC1830

Function
5 V operation chroma decoder NTSC/PAL, 525/625 line, 50/60 Hz
selectable, Matrix circuit

Package
• 42-pin SOP

113

3DUWLFXODU3XUSRVH,&

Multisync Monitor IC
Signal input
R
RGB
Drive

Video
Amp.

RGB
Input

G

CRT

B
V. sync
H. sync
C. sync
Yoke

Sync. signal
separator
HD

OSD

PLL
Deflection
geometry

VD
µ PC1883★

Control
CPU
µ PD78014Y*
µ PD78001B
µ PD75008

Multisync.
processor

Picture
Geometry

Vertical
Drive

H-F/V
µ PC1881

Panel switch

Horizontal
Drive

Control D/A
µ PD6211

EEPROM

µ PD6264*

2
* : I C Bus

■ Multisync. monitor IC
Type number

µPC1881
µPC1883★

Function
Horizontal Vertical sync. processor
Horizontal Vertical sync. processor, Picture geometry processor

Package
• 30-pin SDIP
• 30-pin SDIP
★:

114

Under development

3DUWLFXODU3XUSRVH,&

On-Screen Character Display IC
■ Video type
Type number
Function
Number of character types

µ PD6450

µ PD6454

128 (ROM)

256 (ROM)

µ PD6458

µ PD6464

µ PD6465

128 (ROM)

128 (ROM)

256 (ROM)

288 (12 lines ∞ 24 digits)

Number of display characters

12 ∞ 18

Character configuration
Character color

The level of a character can be set in 9
stages per field (from white to black)

Single (White)

Single (white, the luminance level of a
character can be set in 2 stages.)
1 dot/1H, 2H (per line)

1 dot/1H, 2H, 3H, 4H (per line)

Character size
Internal video signal color

White/Black/Red/
Green/Blue

8 color

Background

White/Black/Blue/Green

None/Fringed/Squared/Solid (per field)
NTSC/PAL

Applicable video signal mode

NTSC/PAL/PAL-M/SECAM
4.5 to 5.5 V

Supply Voltage

• 24-pin SDIP (300 mil)
• 24-pin SOP (375 mil)

• 18-pin DIP (300 mil)
• 20-pin SOP (375 mil)

Package

• Internal sync. process circuit (µ PD6454, µ PD6458)

■ RGB type
Type number
Function
Number of character types

µ PD6451A

µ PD6453

µ PD6456

µ PD6461

µ PD6462

µ PD6466

128 (ROM)

240 (ROM)
16 (RAM)

128 (ROM)

256 (ROM)

128 (ROM)

512 (ROM)

288 (12 lines ∞ 24 digits)

Number of display characters

12 ∞ 18

Character configuration
8 colors

Character color
Character size (per line)

1 dot/1H, 2H, 3H, 4H

Character color reverse
(per character)

Background (per frame)

Fringed (per frame)
Supply voltage

Package

Single color
(White)

Single color
(Black)

Two colors
(Black, White)

4.5 to 5.5 V
• 18-pin DIP
(300 mil)
• 20-pin SOP
(375 mil)

• 20-pin DIP
(400 mil)
• 20-pin SOP
(375 mil)

1 dot/1H, 2H,
3H, 4H

1 dot/1H, 2H

None

None
Square (8 colors)
Solid (8 colors)

8 colors

Black character/No friged

None
Square (Black)
Solid (Black)
-----------Single color
(Black)

None
Square (8 colors)
Solid (8 colors)
Two colors (Black, White)

3.0 to 5.5 V
• 16-pin SOP
(300 mil)
• 16-pin SOP
(375 mil)

Black character/
No friged
White character/
Friged

2.7 to 5.5 V
• 20-pin SSOP
(300 mil)
• 24-pin SOP
(375 mil)

• 20-pin SSOP
(300 mil)

• 20-pin SOP
(375 mil)

• Double speed TV switching is possible by command (µ PD6451A, µ PD6453)
• Making ideally suited for camcoders (µ PD6461, µ PD6462)
• µ PD6461 and µ PD6462 are commands conpertible and pins conpertible for 20-pin SSOP package.
• µ PD6466 has a blue background and character mirror reverse function.

115

3DUWLFXODU3XUSRVH,&

VCR IC
■ Typical VCR LSI block diagram

RF modulator

Tuner-tuning
• FS microcomputer
µ PD1721A
• Prescaler
• EEPROM
µ PD6252

Remote control
• Transmission IC
µ PD6120
to

µ PD6126A
• Receiver pre-amplifier
µ PC1490,1491
µ PC2800

Front panel
Timer
microcomputer
µ PD75206
µ PD75208
µ PD75212A
µ PD75216A

PLAY

TV front end
• SIF
µ PC1391
• US MTX decoder
USA : µ PC1872A
µ PC1874
µ PC1875
µ PC1851★
µ PC1852A

On-screen
µPD6450
µPD6454
µPD6458
µPD6464
µPD6465 ★

Signal processing
Video
• Head amplifier

Head/mechanism
Servo
µ PD78134

System control microcomputer
µ PD75104
µ PD75106

µ PD75108
µ PD75112

µ PD75116

★ : Under development

116

3DUWLFXODU3XUSRVH,&

Video Camera IC
■ CCD driver circuit
Type number
µPD16501
µPD16502
µPD16503
µPD16506
µPD16510

Function
Area sensor vertical drive interface
Area sensor vertical drive interface
Area sensor VOD shutter driver
Area sensor vertical, VOD shutter driver
Area sensor vertical, VOD shutter driver, for low voltage logic

Package
• 16-pin SOP
• 20-pin SOP
• 8-pin SOP
• 20-pin SOP • 20-pin SSOP
• 22-pin SSOP

■ AGC process amplifier
Type number

Function

µPC2372

Package
• 88-pin QFP

3ch AGC·process amplifier circuit

■ Sample and hold circuit
Function
Dedicated area sensor use sample and hold circuit

Type number
µPC2394

Package
• 8-pin SOP

Remote Control IC
■ Infrared remote control preamplifiers IC
Type number
µPC2800A
µPC2801A
µPC2803

Supply voltage

Features

Package

5 V ± 10%

Internal high trap circuit

• 8-pin SOP

Remarks
Active low type
Active high type
Active low type

■ Infrared remote control IC
µPD6121-001

Type number
Operating voltage range
Operation clock (fOSC )
Transmission format
Modulation mode
Custom code
Data code
Number of keys
Package

µPD6122-001
2.0 to 3.3 V
400 to 500 kHz ceramic oscillator

Leader

Custom code 16-bit

Data code 8-bit

Data code 8-bit

P.P.M. 0 ····
1····
38 kHz • carrier modulation(fOSC = 455 kHz)
16-bit set*
32 ∞ 2
32
• 20-pin SOP

64 ∞ 2
64
•24-pin SOP

*: All codes except code “00FFH” are managed by NEC.

117

3DUWLFXODU3XUSRVH,&

Clock IC
Function

Type number

Features

µPD4990A

Serial I/O real-time clock

Wide operating voltage range, low power consumption

µPD4991A

4-bit parallel I/O real-time clock

Wide operating voltage range, low power consumption

µPD4992

8-bit parallel I/O real-time clock

Wide operating voltage range, low power consumption

Package
• 14-pin DIP
• 16-pin SOP
• 18-pin DIP
• 20-pin SOP
• 20-pin DIP
• 20-pin SOP

Rotary Encoder IC
Function
12-bit incremental encoder
counter
8-bit incremental encoder
counter
µPD4702 extension 8-bit
counter

Type number

µPD4701A
µPD4702
µPD4704

Features

Package
• 20-pin DIP
• 24-pin SOP
• 20-pin DIP
• 20-pin SOP
• 20-pin DIP
• 20-pin SOP

Direct mouse connection is possible
High speed count f = 3.6 MHz

A/D Converter IC
■ A/D Converter
Resolution
(bits)

Linearity
(%FSR)

Conversion
time (µ s)

Supply
voltage (V)

Data format

Output
format

Package

12

0.05

45

+5
–15

Binary

12-bit
parallel

• 28-pin DIP

Successive approximation

µ PD7001

8

0.8

140
(TYP.)

+5

Binary

Serial

• 16-pin DIP

Parallel approximation,
microcomputer I/F, 4-channel
MPX input

µ PD7002

10

0.2

15 (ms)

+5

Binary

8-bit
parallel

• 28-pin DIP

Integrative approximation,
microcomputer I/F, 8-channel
MPX input

µ PD7003

8

0.5

4

+5

Binary

8-bit
parallel

• 24-pin DIP

Parallel approximation,
microcomputer I/F

µ PD7004

10

0.1

104

+5

Binary
2’s
complement

8-bit
parallel/
serial

• 28-pin DIP
(400mil)

Successive approximation,
microcomputer I/F, 8-channel
MPX input

Data format

Output
format

Package
• 30-pin SOP

Parallel aproximation
Video processing

Type
number

µ PC650

Remarks

■ A/D Converter for Video processing
Type
number

Resolution
(bits)

Linearity
(%FSR)

Supply
Sampling
time (MSPS) voltage (V)

Remarks

µ PC668 ★

10

0.2

20

+5

Binary

10-bit
parallel

µ PC659A

8

0.2

20

+5

Binary

8-bit
parallel

• 24-pin SOP

Parallel approximation
Video processing

µ PC660

6

0.8

20

+5

Binary

6-bit
parallel

• 16-pin SOP

Parallel approximation
Video processing

µ PC661

6

0.8

20

+5

Binary

6-bit
parallel

• 24-pin SOP

4-input multiplexer
Video processing

10

0.2

20

+5

Binary

10-bit
parallel

• 24-pin SOP

Parallel approximation
Video processing

µPD6952 ★

★:

118

Under development

3DUWLFXODU3XUSRVH,&

D/A Converter IC
■ D/A Converter
Resolution
(bits)

Linearity
(%FSR)

Settling
time (µ s)

µ PC610

10

0.2

6

µ PC624

8

0.19

µ PC648

12

µ PD6325
µ PD6335

Supply
voltage (V)

Input
format

Output
format

±15

Sign+Binary

Voltage
output

• 18-pin DIP

Parallel input

150 (ns)

±5 to ±15

Binary

Current
output

• 16-pin DIP

Parallel input

0.05

400 (ns)

±15

Binary

Current
output

• 20-pin DIP

Parallel input

6
(4 circuits)

Monotonicity

10

+5 to +15
+5

Binary

Voltage
output

• 16-pin DIP
• 16-pin SOP

Serial input, CMOS

µ PD6326
µ PD6336

6
(8 circuits)

Monotonicity

10

+5 to +15
+5

Binary

Voltage
output

• 16-pin DIP

Serial input, CMOS

µ PD6211

8
(8 circuits)

0.39

10

+5

Binary

Voltage
output

• 20-pin DIP
• 20-pin SOP

I2 C-bus compatible
Internal Output CMOS' Buffer

µ PD7011

8

0.2
0.4

3

+5

Binary
2’s
complement

Current
output

• 18-pin DIP

Parallel/serial input
microcomputer I/F, NMOS

Input
format

Output
format

Package

Type
number

Package

Remarks

■ D/A Converter for Video processing
Resolution
(bits)

Linearity
(%FSR)

µ PC667

10

0.1

60

+5

Binary

Voltage
output

• 30-pin SDIP

Parallel input
Video processing

µ PC662

8
(3 circuits)

0.2

35

+5

Binary

Voltage
output

• 48-pin QFP

Parallel input, 3 circuits
Video processing

µ PC664

8
(2 circuits)

0.2

35

+5

Binary

Voltage
output

• 36-pin SOP

Parallel input, 2 circuits
Video processing

µ PC665

8

0.2

35

+5

Binary

Voltage
output

• 16-pin SOP

Parallel input
Video processing

µ PC666

6
(3 circuits)

0.8

35

+5

Binary

Voltage
output

• 36-pin SOP

Parallel input, 3 circuits
Video processing

Type
number

Supply
Sampling
rate (MSPS) voltage (V)

Remarks

Line Driver Receiver IC
Type number

µPD4711B
µPD4712
µPD4713A
µPD4714A
µPD4715A
µPD4721
µPD4722
µPD4723
µPD4724
µPD4726

Function
RS-232 line driver/receiver
Drivers: 2, Receivers: 2
RS-232 line driver/receiver
Drivers: 4, Receivers: 4
RS-232 line driver/receiver
Drivers: 3, Receivers: 3
RS-232 line driver/receiver
Drivers: 3, Receivers: 5
RS-232 line driver/receiver
Drivers: 5, Receivers: 3
RS-232 line driver/receiver
Drivers: 2, Receivers: 2
RS-232 line driver/receiver
Drivers: 4, Receivers: 4
RS-232 line driver/receiver
Drivers: 3, Receivers: 3
RS-232 line driver/receiver
Drivers: 3, Receivers: 5
RS-232 line driver/receiver
Drivers: 4, Receivers: 7

Features
+5V power source, standby function
+5V power source, standby function
+5V power source, standby function
+5V power source, standby function
+5V power source, standby function

Package
• 20-pin DIP
• 20-pin SOP
• 28-pin DIP
• 28-pin SOP
• 24-pin DIP
• 24-pin SOP
• 28-pin DIP
• 28-pin SOP
• 28-pin DIP
• 28-pin SOP

+3.3V or +5V power source, standby function

• 20-pin SSOP

+3.3V or +5V power source, standby function

• 30-pin SSOP

+3.3V or +5V power source, standby function

• 30-pin SSOP

+3.3V or +5V power source, standby function

• 30-pin SSOP

+5V power source, standby function, for PC

• 36-pin SSOP

119

3DUWLFXODU3XUSRVH,&

Vehicle Communication IC
Type number

Function

µPD72005★

CAN (Controller Area Network)
Controller

Features
Support the standard and extended message
identifiers in CAN spec 2.0
2-wire serial communication bus
Multimaster architecture
Multicast message transfer
Transfer rate up to 1M bit per second

Package

• 52-pin QFP
• 52-pin QFJ

★:

120

Under development

General Purpose Linear IC

General Purpose Linear IC

1

Operational Amplifier .................................................... 122

2

Comparator .................................................................... 123

3

Fixed Output Voltage, 3-Terminal Regulator.............. 123
Variable Output Voltage Regulator ............................. 124

4

Regulator with System Reset ...................................... 124
High Precision Reference Voltage .............................. 124
Switching Regulator Control Circuit........................... 125

5
6

Functional Block ........................................................... 125

7

8

9
10

121

General Purpose Linear IC

Operational Amplifier
Recommended
power
supply
voltage*2
(V)

Common
mode input
voltage range
TYP. (V)
TA = +25 ƒC

±7.5 to ±16

V–+2 to V+–0.5

NPN

±3 to ±16

V–+1 to V+–1

NPN

µPC454

±3 to ±16

V–+1 to V+–1

NPN

µPC815

±3 to ±20

V–+1.5 to V+–2.5 NPN

8

µPC816

±3 to ±20

V–+1.5 to V+–2.5 NPN

8

Type number

Function * 1

Communication/industry General use Single Dual Quad
use

µPC151

µPC741

µPC251

µPC1458

µPC254

Input
stage
transistor

GND
Input/
Output
on
single
power

Low
V IO
Low
TA
drift

Low
Packages* 3
input
High Wide Low Low
bias
speed band noise power
curD
G2
C
HA
rent
ED

Number of
pins

8
8
8

µPC354

8

µPC157

µ PC301A

µPC159

µPC318

±5 to ±18

µPC802

µPC4250

±1 to ±16

µPC801

µPC4081

µPC803

µPC4082

µPC804

µPC4084

µPC811

NPN

8

NPN

8

V–+0.2 to V+–0.6 PNP

8

±5 to ±16
–

+

V +2.5 to V –2

8
±5 to ±16

–

V +2.3 to V

+

8

J–FET

14
±5 to ±16

µPC812

V–+2 to V+

14

V–+3 to V+–1

8

J–FET

8

µPC813

8
±5 to ±16

µPC814

V–+3 to V+–1

J–FET
8

µPC821

µPC4071

µPC822

µPC4072

µPC824

µPC4074

µPC831

µPC4061

µPC832

µPC4062

µPC834

µPC4064

µPC258

µPC4558

8
±5 to ±16

V–+2 to V+

J–FET

8* 4
14
8

±2 to ±16

V–+2 to V+

J–FET

8
14
8

±4 to ±16

V–+1 to V+–1

PNP

µPC458

µPC4741

µPC259

µPC4560

±4 to ±16

V–+1 to V+–1

PNP

8

µPC4556

±4 to ±16

V–+1 to V+–1

PNP

8

µPC4557

±4 to ±16

V–+1 to V+–1

PNP

8

µPC4559

14

±4 to ±16

µPC4570
µPC4574
µPC4572
µPC1251

µPC358

µPC451

µPC324

µPC452

µPC3403

–

+

V +1 to V –1

PNP

8
8* 4

±4 to ±16

V–+1 to V+–1

PNP

±2 to ±7

V–+1 to V+–1

PNP

+3 to ±30

GND to V+–1.5

PNP

+3 to ±32

GND to V+–1.5

PNP

14
8* 4
8* 4
14
14

µPC842
µPC844

±3 to ±32

+

GND to V –1.8

8

PNP

14

: Recommended for designing
: High performance
: Very high performance
*1 : Single type has a offset adjust pin.
*2 : For product indicated by +/– voltage, single supply voltage operation is possible if the input/output voltage range is
observed.
*3 : C, D, ED, G2 or HA shows Package Type, as follows.
C
: Plastic DIP (300 mil)
D, ED : Ceramic DIP (300 mil)
G2
: Plastic SOP (225 mil)
HA : 9-pin plastic slim SIP
*4 : HA has 9 pins.

122

General Purpose Linear IC

Comparator
Recommended
power supply
Communication/
General use Single Dual Quad voltage
industry use
(V)

Type number

Function

Common mode
input voltage
range
TYP. (V)
TA = +25 ƒC

Input
stage
transistor

µPC271

µPC311

+5 to +32 V–+0.3 to V+–1.2 PNP

µPC272

µPC319

+5 to +32

V–+2 to V+–2

NPN

µPC277

µPC393

µPC177

µPC339

+2 to +32

GND to V+–1.5

PNP

GND
Input
High Low
on
speed power
single
power

Output circuit
type
OpenEmittercollector follower

Packages* 1
D
ED

C

G2

HA

Number of
pins

8
14
8* 2
14

* 1 : C, D, ED, G2 or HA shows Package Type, as follows.
C
: Plastic DIP (300 mil)
C
: Plastic DIP (300 mil)
D, ED : Ceramic DIP (300 mil)
G2
: Plastic SOP (225 mil)
HA
: 9-pin plastic slim SIP
2
:
HA
has
9
pins.
*

Fixed Output Voltage, 3-Terminal Regulator
Type

Type number

Output
current
(A)

µPC78L00

0.1

µPC78N00

0.3

µPC78M00A

0.5

µPC7800A

1.0

Positive
voltage µPC2600
output

Output voltage (V)
3 3.3 4

5

6

7

8

Absolute maximum ratings
Package

9 10 12 15 18 24 Input voltage Total power
dissipation (W)*1
(V)

30

0.7/2*3

• TO-92
• SOT-89

12.5

• TO-126

15

• MP-45*2

15

• MP-45*2

• TO-220AB

35
35
40
35
40
35
40

0.5

35 (DC)
±100 (surge)

20

µPC29L00

0.1

16

0.7/2*3

µPC29M00★

0.5

20

1.0/2.0*4
15

µPC2900★

1.0

20

1.0/2.0*4
15

µPC24A00

2.0

36

20

• MP-45*2

µPC24M00A

0.5

36

15

• MP-45*2

µPC2400A

1.0

36

15

• MP-45*2

µPC79L00

0.1

0.7

• TO-92

Nega- µPC79N00
tive
voltage
output µPC79M00

0.3

12.5

• TO-126

15

•MP-45*2

µPC7900A

1.0

15

• MP-45*2

*1
*2
*3
*4
*5

:
:
:
:
:

–30
–35
–35
–40
–35

0.5

Limited by internal circuit
Plastic insulated package
With 16 cm2 ∞ 0.7 mm ceramic substrate
With 7.5 cm2 ∞ 0.7 mm ceramic substrate
Surface mount package of MP-3

–40
–35
–40

• TO-92
• SOT-89
•
•
•
•
•
•

MP-3
MP-3Z*5
MP-45*2
MP-3
MP-3Z*5
MP-45*2

★:

Remarks

Improved
version of
µPC78M00
Improved
version of
µPC7800

Low
dropout
voltage type
Low
dropout
voltage type
Low
dropout
voltage type
Low
dropout
voltage type
Low
dropout
voltage type
Low
dropout
voltage type

Improved
version of
µPC7900

Under development

123

General Purpose Linear IC

Variable Output Voltage Regulator
Absolute maximum ratings
Output voltage
Output current range
Input voltage Total power
(A)
(V)
(V)
dissipation (W)

Type number

Type

Positive
voltage
output

µPC141/305*3

0.05

4.5 to 30

40

0.35, 0.5/0.35,
0.44

µPC317

1.5

1.3 to 30

40

20*1, 15*1

µPC1093

0.15

2.5 to 36

37

0.48, 0.7, 2*4

µPC1943

0.05

1.26 to 24

25

1.6*4

µPC1944

0.05

1.26 to 24

25

0.385, 0.56

1.5

–1.3 to –30

–40

20*1

Negative
voltage µPC337
output

*1
*2
*3
*4

:
:
:
:

Package

Remarks

• 8-pin DIP
(plastic/ceramic)
• 8-pin SOP
• TO-220AB
3-pin regulator
• MP-45*2
• 8-pin SOP
Shunt regulator
• TO-92
• SOT-89
Shunt regulator
• SOT-89
• 8-pin SOP
Shunt regulator
• TO-92
3-pin regulator

• TO-220AB

Limited by internal circuit
Plastic insulated package
µPC141 is for communication/industry use.
When mounted on 16 cm2 (0.7 mm thick) ceramic board

Regulator with System Reset

Type

Type
number

Absolute maximum ratings
Output Output Reset Reset output logic
start
current voltage voltage Active
Active Input voltage Total power
(V)
(A)
(V)
dissipation (W)
low
high
(V)

µPC2251

0.1

3

2.85

12

1.2*

µPC2252

0.1

3

2.85

12

1.2*

µPC2253
Positive
voltage µPC2254
output
µPC2255

0.1

5

2.85

12

1.2*

0.1

5

2.85

12

1.2*

0.1

5

4.75

12

1.2*

µPC2256

0.1

5

4.75

12

1.2*

µPC2260

0.5

5

4.85

35

20*
0.35

Supervisory for
Microprocessor

µPC2270A

–

–

4.3

8

0.44
0.35

µPC1074A

0.01

2~
5.18

Adjustable

40

0.5

Package

Remarks

• TO-126 Low dropout
(4-pin) type
• TO-126 Low dropout
(4-pin) type
• TO-126 Low dropout
(4-pin) type
• TO-126 Low dropout
(4-pin) type
• TO-126 Low dropout
(4-pin) type
• TO-126 Low dropout
(4-pin) type
• TO-220 Low dropout
(5-pin) type
• 8-pin
DIP
Manual Reset
• 8-pin
SOP
Input
• 9-pin
Slim SIP
•16-pin
Watch-dog
SOP
Timer

*: Limited by internal circuit

High Precision Reference Voltage
Type
number

µPC1060

124

Input voltage
range (V)
4.5 to 40

Output voltage
(V)

Output current
(mA)

2.5 ±0.025

10

Total power
Output voltage vs.
dissipation (mW) temperature (ppm/¦C)
350, 500

40

Package
• 8-pin DIP
(plastic, ceramic)

General Purpose Linear IC

Switching Regulator Control Circuit
Type
number

Absolute maximum ratings
Input voltage
Output
Total power
range (V)
current (mA) dissipation (W)

Package

Output circuit operation mode

Applications

• 16-pin DIP
(plastic)
Push-pull/single selectable
• 16-pin SOP*1

µPC494

7 to 40

250

1, 0.78*2, 0.65*2

µPC1094

11 to 24

1200
(peak)

0.57, 0.55

• 14-pin DIP
(plastic)
• 14-pin SOP

µPC1099

11.5 to 24

1200
(peak)

1, 0.694

• 16-pin DIP
(plastic)
• 16-pin SOP

µPC1905

16.5 to 30

1200
(peak)

1, 0.694

• 16-pin DIP
(plastic)
• 16-pin SOP

µPC1906

16.5 to 30

1200
(peak)

1, 0.694

• 16-pin DIP
(plastic)
• 16-pin SOP

µPC1900

12 to 30

1200
(peak)

1.225, 0.775

• 24-pin DIP
(plastic)
• 24-pin SOP

µPC1394

6.6 VTYP.
(shunt type)

10

0.15
(Ta=75¦C)

• 14-pin DIP
(plastic)
• 14-pin SOP

µPC1100

3.6 to 40

25

1, 0.694

• 16-pin DIP
(plastic)
• 16-pin SOP

µPC1150

3.6 to 40

25

1, 0.694

• 16-pin DIP
(plastic)
• 16-pin SOP

General purpose

Can operate up
Totem pole circuit configuration
to 500 kHz
Single mode
General purpose
Can operate up
Totem pole circuit configuration
to 500 kHz
Single mode
General purpose
Can operate up
Totem pole circuit configuration
to 500 kHz
Single mode
General purpose
Can operate up
Totem pole circuit configuration
to 500 kHz
Single mode
General purpose
Can operate up
Totem pole circuit configuration
to 500 kHz
2 outputs
General purpose
Single mode

TV/VCR

2 outputs (synchronous
control possible)
DC/DC converter
If one output is shorted, both
outputs will be turned OFF.
2 outputs (synchronous control
possible)
DC/DC converter
If one output is shorted, only
the output will be turned OFF.

*1 : µPC494G is 375 mil. µPC494GS is 300 mil.
2
*2 : When mounted on 5 ∞ 5 cm (1.6 mm thick) glass epoxy board.

Functional Block
Function
Analog
Multiplexer

Type number

µPD5205
µPC1555

Precision
Timer

µPC617
µPD5555
µPD5556

Sample and
Hold

µPC398
µPC649

Features
Single-pole 8 position mode/double-pole 4 position mode
Supply Voltage: 44 V, ON Resistance: 270 ý TYP.
CR Timer, Operating Temperature: –20 ~ +80°C
Supply Voltage: 4.5 ~ 16 V, Free Running Frequency: 0.1 ~ 100 kHz
CR Timer, Operating Temperature: –20 ~ +80°C
Supply Voltage: 4.5 ~ 16 V, Free Running Frequency: 0.1 ~ 100 kHz
CMOS CR Timer, CMOS Type of µPC1555
Supply Voltage: 3 ~ 16 V, Free Running Frequency: 0.1 ~ 500 kHz
CMOS CR Timer µ
Dual Type of µPD5555
Sample and Hold, Operating Temperature: 0 ~ +70°C
Supply voltage: ±5 ~ ±15 V, Acquisition Time: 2.5 µs TYP.
Sample and Hold, Operating Temperature: –20 ~ +70°C
Supply voltage: ±5 ~ ±15 V, Acquisition Time: 2.5 µs TYP.

Package
•
•
•
•
•
•
•
•
•
•

24-pin shrink DIP
24-pin SOP
8-pin DIP
8-pin SOP
8-pin DIP
8-pin SOP
8-pin DIP
8-pin SOP
8-pin DIP
8-pin SOP

• 8-pin DIP
• 8-pin DIP

125

EMPTY PAGE

Transistor

Transistor/Diode/Thyristor

1

Transistor ....................................................................... 128

2

• Quick Reference by Package.................................. 128
• Quick Reference Table by
Function/Application................................................ 138

3
4

Field Effect Transistor .................................................. 145
• Small Signal FET ...................................................... 145

5

• Power MOS FET ....................................................... 148
Transistor with Internal Resistor................................. 154
Transistor for Array ...................................................... 158

6
7

Power MOS IC................................................................ 159
Transistor Array............................................................. 159
Zener Diode.................................................................... 161

8

Thyristor ......................................................................... 163

9
10

127

Transistor

Quick Reference by Package

■ TO-92 Type Transistor
VCEO (V)
~15

~30

~50

~70

~100

~150

~200

~250

2SA1376
2SA1376A
2SC3478
2SC3478A

2SA1544

~400

I C (A)
~20 m

2SC1674

~30 m

2SC1675

2SA1005

2SA1206**

TO–92

2SA988
2SA992
2SC1841
2SC1845

~50 m

~100 m

2SC2901**
~200 m

2SA1409*
(25 V/
150 mA)

~1.0

2SA952
2SC2001
2SC3616*
(25 V/
700 mA)
AB1[ ]
(25 V/
700 mA)
AP1[ ]
(25 V/
700 mA)

~2.0

2SD1513
(16 V/2.0
2SB1068
(16 V/2.0
AC1[
]
(20 V/2.0
AQ1[ ]
(20 V/2.0

1) VCES

128

2SA675 1)

2SC3615*
(300 mA)

2SA953
2SC2002

2SA954
2SA1152
2SC2003
2SC2719

2SB1116
2SD1616

AD1[
]
AD2[
]***
AR1[
]
2SB1116A
(60 V)
2SD1616A
(60 V)
***
2SD1701
(60 V)

2SD1698
(80 V)

2SC3622*
(150 mA)
2SC3622A*
(150 mA)

~500 m

~3.0

2SA991
2SC1844

2SA733
2SA987
2SA990
2SA1151
2SC945
2SC945 L
2SC1840
2SC1842
2SC1843
2SC2718
AA1[ ]
AN1[
]

A)

2SA1625

2SD1939
(60 V/1.5 A)

A)
A)
A)

2SB1300
(16 V/3 A)
AC2[
]
(16 V/3 A)
AQ2[ ]
(16 V/3 A)

: Darlington transistor, *: High hFE transistor, **: High speed switching, ***: Contains internal zener diode

Transistor

Quick Reference by Package

■ SST Type Transistor
V CEO
I C (A)

(V)

~15

~20 m

2SC2786

~50 m

2SA1459**

~20
BA3[
BN3[

]
]

~30

2SA1174
2SC2784

SST

2SA1175
2SC2785
2SC3623*
BA1[
]
BN1[
]
BA2[
]
BN2[
]
2SC3732**

2SA1410*
(150 mA)

2SA1458**
(40 V)
2SC3623A*
(150 mA)
2SC3731**
(40 V)

~200 m

~1.0

~120

2SC2787

~100 m

~700 m

~50

2SB810
2SD1020

BB1[
]
(25 V)
BP1[
]
(25 V)

2SB811
2SD1021

*: High hFE transistor, **: High speed switching

129

Transistor

Quick Reference by Package

■ SP-8 Type Transistor
VCEO (V)
IC (A)

~16

~25

~50

~80

~50 m

SP–8

~140

~160

2SA915
2SC1940

2SA916
2SC1941

2SA1221
2SC2958

~500 m

2SB564
2SD471

2SA1460**
2SB734
2SC3733**
2SD774
2SD1582*

2SB984
2SB1093
2SD1312
2SD1579
2SD1697
(800 mA)
2SD1700 ***
(60 V/
800 mA)
2SD1843 ***
(60 V)

2SD1581*

2SD2463

2SD1779*
(60 V)
2SD1780*
(60 V)
CE1[
]***
(60 V)
CE2[
]*
(60 V)

~1.0

2SB733
2SD773
~2.0

2SA1222
2SC2959

2SB1117

2SA1627

2SA1626

2SB1318
(100 V)

2SA1897

: Darlington transistor, *: High hFE transistor, **: High speed switching, ***: Internal zener diode

130

~600

2SB605
2SA1154
2SD571
2SC2721

~700 m

~5.0

~400

2SC3209
2SC4000
(250 V/
100 mA)

~200 m

~3.0

~300

Transistor

Quick Reference by Package

■ MP-3 Type Transistor
VCEO (V)
IC(DC)
(A)

~20

~40

~60

~100

~150

~300

~400

2SC2802

~0.5

2SA1400
2SC3588

2SB963
2SD1286
2SC4337

~1.0

2SD1583 ●

2SD992

2SD1164

2SC4338

2SB962

2SC4339

~3.0

2SD1448
2SD1584 ●
2SB1261
2SD1899

~5.0

2SA1385
2SC3518
2SA1648
2SC4332

2SA1647
2SC4331
2SC4345

2SC4344

2SC4343

2SA1615

2SA1649
2SC4333

MP–3

2SA1413
2SC3632

~2.0

10

~600

2SB768
2SD1033
2SD1557

2SC2885
2SC2946
2SC2946(1)

2SA1412
2SC3631

2SC4346

: Darlington transistor, : Complementary pair, ● : Single High hFE ,

: Low VCE (sat)

■ MP-5 (TO-126) Type Transistor
VCEO (V)
IC(DC)
(A)

~20

~45

~60

~80

~120

~160
2SA1142
2SC2682

~1.0

~300

2SC2688

2SB731
2SD809(1)
2SD1630 *
2SC4340

2SB548
2SD414

2SB549
2SD415

2SD1695 *

2SB794
2SD985
2SB1111 *
2SD1491 *

2SB795
2SD986
2SC4341

2SA1220
2SC2690

2SB744
2SD794
2SB772
2SD882
2SC1449

2SB744A
2SD794A
2SB1150 *
2SD1693 *
2SD1694 ●
2SB1217
2SD1818

~2.0

~3.0

2SD741
~5.0

~600

2SC2371
2SA1546
2SC4001

~0.5

~1.0

~400

2SA1156
2SC2752

MP–5
(TO–126)
2SA1486
2SC3840

2SA1220A
2SC2690A

2SA1714
2SB1149
2SD1692
2SC4342

2SB1151
2SD1691

: Darlington transistor, : Complementary pair, *: Internal zener diode between C-B,
: Single Hight hFE

: Low VCE(sat),

131

Transistor

Quick Reference by Package

■ MP-25 (TO-220) Type Transistor
VCEO (V)
IC(DC)
(A)

~40

~60

~80

~100

~150

~200

~250

2SA1383
2SC3514

~0.5

2SD1481 *
2SD1629 *

2SA1008
2SC2331
2SA985
2SC2275

MP–25
(TO–220)
~2.0

2SD795

~3.0

2SA1006A
2SC2336A

~400

2SA1006B
2SC2336B

2SA1009

2SA1009A
2SC2333

2SC3531

2SA1069A
2SC2516A
2SB703
2SD743

2SA1644
2SC4328
2SB601
2SD560
2SB703A
2SD743A
2SC2517

2SB707
2SD568

2SB708
2SD569

~7.0

2SA1010
2SC2334
2SC2373
2SA1645
2SC4329

~8.0

2SA1716
2SC4496 *

~7.0

2SA1717
2SA1646
2SC4330

~5.0

: Darlington transistor,

~800

2SC1505
2SC1506
2SC1507

2SD288
2SD289
2SA1069
2SC2516

2SA1129
2SC2654

2SA985A
2SC2275A
2SA1006
2SC2336
2SB536
2SB537
2SD381
2SD382
2SB546A
2SB547A
2SD401A
2SD402A

~300

2SD1162

2SC2518
2SD987

2SC2335

: Complementary pair, *: Internal zener diode between C-B,

: Low VCE(sat)

■ MP-40 Type Transistor
VCEO (V)
IC(DC)
(A)
~3.0

~40

~60

~5.0

~100

~150

~200

~250

~300

~400

2SD1311
2SD1392 *
2SC4347 *

2SB974
2SD1308
2SC4348

2SC3532
2SC3431 ✩

2SC3158
2SC3432 ✩

~7.0

~8.0

2SB975
2SD1309
2SC4349

~10

2SA1261
2SC3157
2SC4350

2SC3159

: Darlington transistor, : Complementary pair, *: Internal zener diode between C-B, ✩: High speed switching

132

~800

2SB1038
2SD1310

~4.0

MP–40

~80

Transistor

Quick Reference by Package

MP–45
(MP-25 Insulated type)

■ MP-45, MP-45F (TO-220 Insulated Type) Transistor

MP–45F
(MP-25 Insulated type)

VCEO (V)
~60

~100

~150

~300

~400

MP-45

MP-45

MP-45

Package
IC(DC)
(A)

MP-45

MP-45F

2SB1094
2SD1585
2SD1593 ●

2SA1394
2SC3566
2SA1441
2SC3691
2SC4351 *
2SD1595 *

2SA1741
2SC4549

2SB1097
2SD1588
2SA1442
2SC3692

2SA1742
2SC4550

~8.0

2SA1443
2SC3693

2SA1743
2SC4551

~10

~15

2SA1444
2SC3694

2SA1744
2SC4552

2SA1718
2SC4352
2SB1098
2SD1589
2SA1650
2SC4334

2SC3570
2SB1430
2SD2161

2SD1594 ●

2SD2165 ●

2SC4062
2SA1651
2SC4335

2SC4553

2SA1719
2SD1928
2SB1099
2SD1590

2SA1833

2SD1592

2SC3571

2SB1431
2SD2162

2SA1396
2SC3568
2SA1652
2SC4336
2SA1720
2SC4353
2SB1100
2SD1591

2SC3572

2SB1432
2SD2163

2SC4063

2SC4554

: Darlington transistor, : Complementary pair, *: Internal zener diode between C-B,
●:

2SC3569

2SD1586

~6.0

~7.0

2SB1096
2SD1587

2SD2164 ●

~4.0

~5.0

MP-45F

2SA1395
2SC3567

~2.0

~3.0

MP-45

: Low VCE(sat),

Single High hFE

133

Transistor

Quick Reference by Package
■ MP-80 Type Transistor
VCEO (V)
IC(DC)
(A)

~80

~100

~120

~130

~140

~160

~2.0

~250

~400

2SD1017
2SC2908

~5.0

2SD1018

2SC3533
2SC3534

2SB849A
2SD1110A
2SB965
2SD1288

~7.0

MP–80
~1.0

2SD1070

2SA1141
2SB897
2SD1210

~15

2SC2750
2SD1296

~25

2SD1297

: Darlington transistor,

2SB966
2SD1289

2SC3535

2SA1232
2SC3012

2SC2749
2SC3434✩
2SD1298
2SA1227
2SC2987

2SA1227A
2SC2987A

2SC2751
2SC3435✩

: Complementary pair, ✩: High speed switching

■ MP-10 Type Transistor
VCEO (V)
IC(DC)
(A)

~60

~100
2SC4814 ●

2.5

~5

2SA1843
2SC4815

2SA1840
2SC4810
2SA1845
2SC4817

~7

2SA1844
2SC4816

2SA1846
2SC4818
2SC4813 ●

MP–10

2SA1841
2SC4811

~8

2SA1842
2SC4812
2SA1847
2SC4819

~10

: Darlington transistor,

134

~800

: Complementary pair, ● : Low V CE (sat) High hFE ,

: Low VCE (sat)

2SC3536

Transistor

Quick Reference by Package
Mini mold
SC-59

■ Mini-Mold Transistor
VCEO (V)

~15

~20

~30

~40

~50

~60

~80

~120

~200

~300

IC (mA)
~10

2SC3663
(8 V, 5 mA)

~20

2SC2223
2SC2758

~30

2SC4568

~50

~100

2SA1226

2SA1424
(–12 V)
2SA1462
2SC2757
2SC2759
2SC3545
2SC3583
(10 V,
65 mA)
2SC3585
(10 V,
35 mA)

2SC4095
(35 mA)

2SC1009A

2SC2351
(70 mA)
2SC3356
(12 V)

2SC4093
2SC4094
(65 mA)
2SC4569
(60 mA)

2SC4092
(25 V,
70 mA)
FN2[ ]
(–25 V)

2SA812
2SC1623
FA1[ ]
FN1[ ]

2SA1411
(–25 V)

2SC3624
2SC3624A

~150

~200

2SD2383
2SK160

2SC3735

2SC1621

2SA811A
2SA1247
2SC1622A
2SC3115

FA2[

]

2SC1653
(130 V)
2SC1654
(160 V)

2SA1330
2SC3360

2SA1461
2SC3734
2SB736
2SD780

~300

2SB736A
2SD780A

2SA1464
2SC3739

~500

~700

2SB624
(–25 V)
2SD596
(25 V)
FB1[ ]
(25 V)
FP1[ ]
(–25 V)

~1000

2SA1467
(–25 V)
2SC3742
(25 V)

135

Transistor

Quick Reference by Package

Power mini mold
SC-62

■ Power Mini-Mold Transistor
VCEO (V)
IC (A)

~20

~25

~50

~60

~80

~100

~120

~140

~300

2SA1173
2SC2780

~50 m
2SC2954
(18 V,
150 mA)
2SC3357
(12 V,
100 mA)

~200 m

2SC3554

2SC3617

~300 m

~0.7

2SC3618

2SB799
2SD1000

2SB798
2SD999

2SA1463
2SB1115
2SC3736
2SD1615
2SD1702

~1.0

~2.0

2SB1114
2SD1614
HC1[ ]
HQ1[ ]

~3.0

2SB1301
HC2[ ]
(16 V)
HQ2[ ]
(–16 V)

2SB800
2SD1001
2SB805
2SD1006
2SB1115A
2SD1615A
HD1[ ]
HD2[ ]
HR1[ ]

2SB806
2SD1007

2SB804
2SD1005
2SD1699

2SD1950
2SJ179
(30 V, 1.5 A)

2SB1572
2SD2403

2SB1571
2SD2402

~5.0

: Darlington connection

■ MP-2 Type Transistor
VCEO (V)

~20

MP-2
~60

~100

~400

~600

IC (A)
2SA1871
2SC4942

~1.0
~3.0
~5.0

136

2SB1581
2SB1578
2SD2425

Transistor

Quick Reference by Package

■ MP-3 Type (SC-63) Transistor
VCEO (V)

~20

MP-3

~30

~45

~60

~100

~200

~300

~400

~600

IC (A)
~0.2

2SC2802
2SA1400-Z
2SC3588-Z

~0.5
2SB963-Z
2SD1286-Z

~1.0
2SD1583-Z

2SD992-Z

2SA1413-Z
2SC3632-Z

2SD1164-Z
(1.5 A)

2SB768
(150 V)
2SD1033
(150 V)
2SC2946(1)

~2.0

~3.0

2SB962-Z

2SB1261-Z
2SD1584-Z
2SD1899-Z

~5.0

2SA1385-Z
2SC3518-Z

~10

2SD1448-Z

2SA1412-Z
2SC3631-Z

2SA1615-Z

: Darlington connection

Small mini mold

■ Small Mini-Mold Transistor
VCEO (V)
IC (mA)

~15

~20

~30

~40

~50

~120

~160

~10
~20

2SC4178

~30
~50

2SA1610

2SC4179

2SA1612
2SC4180
2SA1611
2SC4177
GA1[
]
GN1[
]

~100

2SA1613
(25 V)

~150
~200

2SA1609

2SC4176

2SC4181

2SC4175
2SB1475
(–25 V)
2SD2228
(25 V)

~500

2SA1608
2SC4173

■ Ultra Small Mini-Mold Transistor
VCEO (V)
IC (mA)
~100

~50
2SA1836
2SC4783

Ultra small mini mold

137

Transistor

Quick Reference Table by Function/Application
■ Small Signal Transistor (1/2)
TO-92

SP-8

SST

SMALL MINI
MOLD

2SA1005

FM/FM RF

MINI
MOLD
2SA1226

2SC1674

2SC2786

2SC4178

2SC2223

FM AM/FM/AM MIX/OSC/IF

2SC1675

2SC2787

2SC4179

2SC1009A

Audio Frequency
Amplification

2SA733

2SA1175

2SA1611

RF/MIX/CON

2SA987

2SA812
(2SA812)

2SA988

2SA1612

2SA811A

2SA1409

2SA1410

2SA1613

2SA1411

2SC945

2SC2785

2SC4177

2SC1623

2SC945 L

(2SC1623)

2SC1840

(2SC1623)

2SC1841

2SC1622A

2SC3622/A
Low Noise Amplification

POWER
MINI

2SC3623/A

2SC4181

2SC3624/A

2SA990
2SA991
2SA992

2SA1174

2SA1247

2SC2784

2SC3115

2SB810

2SB624

2SC1842
2SC1843
2SC1844
2SC1845
2SA1138
Driver Output

2SA952
2SA953

2SB736

2SA954

2SB736A

2SA1376

2SB800

2SA1330
2SA915

2SA1173

2SA916
2SB564

2SA1609
2SB811

2SB798

2SB605

2SB799

2SB733
2SB734
2SB1068

2SB1114

2SB1116

2SB1115

2SB1116A

2SB1115A
2SB804
2SB805
2SB806

2SC2001

138

2SD1020

2SD596

2SC2002

2SD780

2SC2003
2SC3478

2SD780A
2SC3360

2SD1001

Transistor

Quick Reference Table by Function/Application
■ Small Signal Transistor (2/2)
TO-92
Driver Output

SP-8

SST

SMALL MINI
MOLD

MINI
MOLD

2SC1940

2SC1653

2SC1941

2SC1654

2SC3209

POWER
MINI
2SC2780
2SC3554

2SC3615

2SC3617

2SC3616

2SC3618
2SD471

2SD999

2SD571

2SD1000

2SD773
2SD774
2SD1513

2SD1614

2SD1616

2SD1615

2SD1616A

2SD1615A
2SD1005
2SD1006
2SD1007

2SD1698

2SD1697

2SD1699

2SD1701

2SD1700

2SD1702

2SD1581
Switching

2SA1206

2SD1950
2SA1459

2SA1153

2SA1610

2SA1462

2SA1608

2SA1464

2SA1460

2SA1463
2SA1458

2SC2720
2SC2901

2SC3732

2SA1461
2SC4173

2SC3739

2SC4176

2SC3735

2SC3733

2SC3736
2SC3731

2SC3734

139

Transistor

Quick Reference Table by Function/Application
Power Transistor
■ Low VCE(sat) Transistor
Characteristics
VCEO, IC(DC)

SP-8

MP-2

MP-5
(TO-126)

MP-45

MP-45F

2SA1441
2SC3691

2SA1741
2SC4549

2SA1442
2SC3692

2SA1742
2SC4550

60 V, 10 A

2SA1443
2SC3693

2SA1743
2SC4551

60 V, 15 A

2SA1444
2SC3694

2SA1744
2SC4552

16 V, 3 A

MP-3

MP-25

MP-10

2SB1581

20 V, 5 A

2SD741

20 V, 10 A

2SA1897
(5A)

25 V, 3 A

2SB1117

2SA1615

2SB772
2SD882

30 V, 3 A

2SB962

30 V, 10 A

2SA1649
2SC4333

60 V, 3A

2SB1261
2SD1899

2SB1217
2SD1818

2SA1385
2SC3518

2SB1151
2SD1691

2SB1578
2SD2425

60 V, 5 A

2SA1843
2SC4815

2SA1648
2SC4332
2SA1844
2SC4816

2SC4344

60 V, 7 A

100 V, 5 A

2SA1647
2SC4331

2SA1644
2SC4328

2SA1845
2SC4817

2SA1650
2SC4334

100 V, 7 A

2SC4343

2SA1645
2SC4329

2SA1846
2SC4818

2SA1651
2SC4335

2SA1646
2SC4330

2SA1847
2SC4819

2SA1652
2SC4336

100 V, 10 A

■ High hFE Transistor
Characteristics
VCEO, IC(DC)

SP-8

20 V, 2 A

MP-3

MP-5
(TO-126)

MP-10

MP-45F

2SD1583

25 V, 2 A

2SD1581

50 V, 1 A

2SD1582

60 V, 3 A
100 V, 2.5 A

2SD1584

2SD1694

100 V, 7.5 A
100 V, 15 A
*: Low VCE(sat) & High hFE

2SD1593

2SD2164

2SD1594

2SD2165

2SC4062

2SC4553*

2SC4063

2SC4554*

2SC4814*

100 V, 6 A

140

MP-45

2SC4813*

Transistor

Quick Reference Table by Function/Application
■ Low Voltage, High Speed Switching Transistor
Characteristics
VCEO, IC(DC)

SP-8

MP-25

MP-45

60 V, 5 A

2SA1069
2SC2516

2SA1394
2SC3566

100 V, 2 A

2SA1008
2SC2331

2SA1395
2SC3567

100 V, 5 A

2SC2517

100 V, 7 A

2SA1010
2SC2334

100 V, 7.5A

2SC2373

MP-80

2SA1460
2SC3733

45 V, 1 A

2SA1396
2SC3568

100 V, 10 A
100 V, 15 A

2SC2750

■ High Voltage, High Speed Switching Transistor
Characteristics
VCEO, IC(DC)
200 V, 2 A

MP-3

MP-5
(TO-126)

MP-25
(TO-220)

MP-40

MP-45

MP-80

2SC2885
2SC2946
2SC2946(1)

350 V, 2 A

2SA1009

400 V, 0.5 A

2SA1400
2SC3588

400 V, 2 A

2SC3631

2SA1156
2SC2752
2SA1009A
2SC2333

2SC3569

400 V, 5 A

2SC2518

2SC3570

400 V, 7 A

2SC2335

400 V, 10 A

2SC3158

2SC3571

2SC3159

2SC3572

2SC2749

400 V, 15 A
600 V, 2 A

2SC2571
2SA1413
2SC3632

2SA1486
2SC3840

■ 800 V, High Speed Switching Transistor
(t f = 0.5 µs MAX.)
Characteristics
VCEO , I C(DC)

MP-25
(TO-220)

800 V, 3 A

2SC3531

■ High Voltage, High Speed Switching Transistor
(t f = 0.3 µs MAX.)

MP-80

Characteristics
VCEO , I C(DC)

2SC3533

400 V, 5 A

2SC3534

400 V, 7 A

800 V, 6 A

2SC3535

400 V, 10 A

2SC3434

800 V, 10 A

2SC3536

400 V, 15 A

2SC3435

800 V, 4 A

MP-40

2SC3532

MP-3
2SC4346

MP-40

MP-80

2SC3431
2SC3432

141

Transistor

Quick Reference Table by Function/Application
■ Audio Frequency Amplification Transistor
Characteristics
VCEO, IC(DC)

MP-3

30 V, 2 A

2SD992

45 V, 3 A

2SD1448

MP-5
(TO-126)

2SB744
2SD794

50 V, 1 A

2SB731
2SD809(1)

60 V, 3 A

2SB744A
2SD794A

MP-25
(TO-220)

MP-40

MP-80

2SB1089
2SD1567
2SD288
2SD289

2SB1038
2SD1310

2SB1094
2SD1585
2SB1097
2SD1588

60 V, 10 A

2SD1070
2SB548
2SD414

80 V, 0.8 A
80 V, 4 A

2SB703
2SD743

80 V, 7 A

2SB708
2SD569
2SB549
2SD415

100 V, 0.8 A

2SB703A
2SD743A
2SD1568

100 V, 4 A

2SD1311

2SD1586

2SB536
2SB537
2SD381
2SD382

120 V, 1.5 A

120 V, 7 A

2SB849A
2SD1110A
2SB965
2SD1288

120 V, 8 A

2SB966
2SD1289

150 V, 2 A

2SB768
2SD1033
2SD1557

2SB546A
2SB547A
2SD401A
2SD402A

2SB1096
2SD1587

250 V, 2 A

2SD1017

250 V, 4 A

2SD1018

142

MP-85

2SD795

2SB707
2SD568

60 V, 7 A

MP-45

2SB1315
2SD1977

Transistor

Quick Reference Table by Function/Application
■ High Frequency Amplification Transistor
Characteristics
VCEO, IC(DC)

SP-8

MP-3

35 V, 2 A

MP-5
(TO-126)

MP-25
(TO-220)

MP-80

2SC1449
2SA1129
2SC2654

40 V, 7 A
2SA1220
2SC2690

120 V, 1.2 A

2SA985
2SC2275

120 V, 1.5 A

130 V, 10 A

2SA1232
2SC3012

140 V, 12 A

2SA1227
2SC2987
2SA985A
2SC2275A

150 V, 1.5 A
2SA1220A
2SC2690A

160 V, 1.2 A

2SA1227A
2SC2987A

160 V, 12 A
180 V, 1.5 A

2SA1006
2SC2336

200 V, 1.5 A

2SA1006A
2SC2336A

250 V, 0.1 A

2SA1546
2SC4001

2SC4000

2SA1006B
2SC2336B

250 V, 1.5 A
2SC2371

300 V, 0.1 A
2SC3209
300 V, 0.2 A

2SC2802

2SC2688
2SC1505
2SC1506
2SC1507

143

Transistor

Quick Reference Table by Function/Application
■ Darlington Transistor
Characteristics
VCEO, IC(DC)

SP-8

31 V, 2 A

2SD2463*

60 V, 0.8 A

2SD1700*

60 V, 1 A

2SD1843

MP-3

MP-5
(TO-126 )

MP-25
(TO-220)

MP-10

MP-40

MP-45

MP-45F

MP-80

2SD1695*

2SB963
2SD1286
2SC4337

2SD1630*
2SC4340
2SB794
2SD985

2SD1164

60 V, 1.5 A

2SB1111*
2SD1491*
2SB1150*
2SD1693*

60 V, 3 A

2SD1564*

60 V, 5 A
80 V, 0.8 A

2SD1697

80 V, 1.5 A

2SB1093
2SD1579

80 V, 2 A

2SD1392*
2SC4347 *

2SD1595*
2SC4351

2SA1715
2SC4348

2SA1718
2SC4352

2SB974
2SD1308

2SB1098
2SD1589

2SB1430
2SD2161

2SA1841
2SC4811

2SA1716
2SC4349
2SB975
2SD1309

2SA1719
2SD1928
2SB1099
2SD1590

2SB1431
2SD2162
2SA1833

2SA1842
2SC4812

2SA1717
2SC4350

2SA1720
2SC4353
2SB1100
2SD1591

2SB1432
2SD2163

2SB795
2SD986
2SC4338

2SC4341

2SC4339

2SB1149
2SD1692
2SA1714
2SC4342

100 V, 3 A

2SC4345

2SB601
2SD560

2SA1840
2SC4810

100 V, 5 A
2SB1087
2SD1565

100 V, 8 A

100 V, 10 A

2SB897
2SD1210

100 V, 15 A

2SD1296

100 V, 25 A

2SD1297

300 V, 5 A

2SD1162

400 V, 5 A

2SD987

400 V, 10 A

: High speed darlington transistor, *: Internal zener diode between C-B

144

2SD1592

2SD1298

Transistor

Field Effect Transistor
Small Signal FET
■ 2SK type (Junction type)

Type number

Package

Absolute maximum ratings
(TA = 25 ƒC)

Electrical characteristics
(TA = 25 ƒC)

VGDO (V)

ID (mA)

PT (mW)

|Yfs1 | (ms)
TYP.

Applications

IDSS (mA)
2.5

TYP.

2SK104

TO-92

30

20

250

2.5

2SK105

TO-92

50

20

250

2.1

2.5

AF amplification

2SK162

TO-92

40

50

400

45

18

AF low noise amplification

2SK163

TO-92

50

30

400

9.0

8.0

AF low noise amplification

2SK193

SST

20

10

250

3.5

2.5

FM tuner

2SK195

TO-92

20

10

250

3.5

2.5

FM tuner

2SK505

TO-92

15

50

400

19

20

Video band RF amplification

2SK507

SST

15

50

350

19

20

Video band RF amplification

2SK514

SST

50

20

250

1.8

3.5

AF amplification

2SK518

TO-92

30

50

400

17

60

HF amplification

2SK519

SST

30

50

350

17

60

HF amplification

2SK523

TO-92

50

30

400

9.0

8.0

AF low noise amplification

2SK533

TO-92

50

30

400

9.0

8.0

AF low noise amplification

2SK660

SST

20

10

100

150 (MAX.)

0.5 (MAX.)

ECM impedance conversion

2SK997

SST

20

10

100

0.27

0.5 (MAX.)

ECM impedance conversion

2SK998

TO-92

20

35

350

16

20

HF amplification

2SK1000

SST

22 *

50

250

28

20

AM tuner, HF amplification

2SK1109

Mini mold

20

10

80

0.48

0.6 (MAX.)

ECM impedance conversion

HF amplification

*: V GSD

■ 2SK type (MOS type) (1/2)
Absolute maximum rating
(TA = 25 ƒC)
Type
number

Package

Electrical characteristics
(TA = 25 ƒC)

ID
VDSS
(V)

|yfs | (S)

DC

Pulse

(A)

(A)

PT
(W)

VDS

ID

(V)

(A)

RDS(on)

(ý)

Applications

VGS

ID

MIN.

(V)

(A)

TYP.

MAX.

2SK679A TO-92

30

±0.5

±1.5

0.75

10

0.5

0.4

4

0.5

0.6

1.0

2SK680A SC-62

30

±1.0

±2.0

1.0

10

0.5

0.4

4

0.5

0.6

1.0

2SK681A SP-8

30

±1.0

±2.0

1.0

10

0.5

0.4

4

0.5

0.6

1.0

2SK1132 SST

50

0.1

0.2

0.25

5

0.02

0.03

4

0.02

30

50

2SK1133 SC-59

50

0.1

0.2

0.2

5

0.02

0.03

4

0.02

30

50

2SK1272 TO-92

60

±1.0

±2.0

0.75

10

0.5

0.4

4

0.5

—

1.0

2SK1273 SC-62

60

±2.0

±4.0

2.0

10

0.5

0.4

4

0.5

—

1.0

Switching

145

Transistor

Field Effect Transistor
■ 2SK type (MOS type) (2/2)
Absolute maximum rating
(TA = 25 ƒC)
Type
number

Package

Electrical characteristics
(TA = 25 ƒC)

ID
VDSS
(V)

|yfs | (S)

DC

Pulse

(A)

(A)

PT
(W)

VDS

ID

(V)

(A)

RDS(on)
MIN.

VGS

ID

(V)

(A)

(ý)

Applications

TYP.

MAX.

2SK1274

SP-8

60

±1.5

±3.0

1.0

10

0.5

0.4

4

0.5

—

1.0

2SK1398

SST

50

0.1

0.2

0.25

3

0.01

0.02

2.5

0.005

20

40

2SK1399

SC-59

50

0.1

0.2

0.2

3

0.01

0.02

2.5

0.005

20

40

2SK1482

TO-92

30

±1.5

±3.0

0.75

10

0.5

0.4

4

0.5

0.19

0.8

2SK1483

SC-62

30

±2.0

±4.0

2.0

10

0.5

0.4

4

0.5

0.19

0.8

2SK1484

TO-92

100

±0.5

±1.0

0.75

10

0.5

0.4

4

0.5

0.62

1.2

2SK1485

SC-62

100

±1.0

±2.0

2.0

10

0.5

0.4

4

0.5

0.62

1.2

2SK1580

SC-70

16

0.1

0.2

0.15

3

0.01

0.02

2.5

0.001

9

15

2SK1581

SC-59

16

0.2

0.4

0.2

3

0.01

0.02

2.5

0.001

3.2

5

2SK1582

SC-59

30

0.2

0.4

0.2

5

0.01

0.02

4

0.01

2.2

5

2SK1583

SC-62

16

±0.5

±1.0

2.0

5

0.3

0.4

2.5

0.3

1.2

2.0

2SK1584

SC-62

30

±0.5

±1.0

2.0

5

0.3

0.4

2.5

0.3

1.2

2.0

2SK1585

SC-62

16

±1.0

±2.0

2.0

5

0.5

0.4

2.5

0.5

0.8

1.2

2SK1586

SC-62

30

±1.0

±2.0

2.0

5

0.5

0.4

4

0.5

—

1.0

2SK1587

SC-62

16

±2.0

±4.0

2.0

5

1.0

0.4

2.5

1.0

0.55

0.8

2SK1588

SC-62

16

±3.0

±6.0

2.0

3

1.0

0.4

2.5

1.0

0.34

0.5

2SK1589

SC-59

100

0.1

0.2

0.2

5

0.01

0.02

4

0.01

19

30

2SK1590

SC-59

60

0.2

0.4

0.2

5

0.01

0.02

4

0.01

3.2

6

2SK1591

SC-59

100

0.2

0.4

0.2

5

0.01

0.02

4

0.01

5.8

8

2SK1592

SC-62

60

±0.5

±1.0

2.0

10

0.5

0.4

4

0.5

1.6

2.5

2SK1593

SC-62

100

±0.5

±1.0

2.0

10

0.5

0.4

4

0.5

4.0

6.0

2SK1824

3-pin ultra
super mini

30

0.1

0.2

0.2

3

0.01

0.02

2.5

0.001

7

13

2SK1958

SC-70

16

0.1

0.2

0.15

3

0.01

0.02

1.5

0.001

30

50

2SK1959

SC-62

16

±2.0

±4.0

2.0

3

1.0

1.0

1.5

0.05

0.08

0.8

2SK1960

SC-62

16

±3.0

±6.0

2.0

3

1.5

2.0

1.5

0.1

0.35

0.8

2SK2053

MP-2

16

±5

±10

2.0

3

2.5

0.4

1.5

0.5

0.2

0.4

2SK2054

MP-2

60

±3

±6

2.0

10

1.5

2.0

4

1.5

0.18

0.25

2SK2055

MP-2

100

±2

±4

2.0

10

1.0

2.0

4

1.0

0.28

0.45

2SK2070

SP-8

100

±1

±2

2.0

10

1.0

2.0

4

1.0

0.28

0.45

2SK2090

SC-70

50

±0.1

±0.2

0.15

3

0.01

0.02

2.5

0.01

20

40

2SK2109

SC-62

60

±0.5

±1.0

2.0

10

0.3

0.4

4

0.3

0.55

1.5

2SK2110

SC-62

100

±0.5

±1.0

2.0

10

0.3

0.4

4

0.3

0.90

2.0

2SK2111

SC-62

60

±1.0

±2.0

2.0

10

0.5

0.4

4

0.5

0.35

1.0

2SK2112

SC-62

100

±1.0

±2.0

2.0

10

0.5

0.4

4

0.5

0.67

1.5

2SK2157

MP-2

30

±5

±10

2.0

10

2.5

2.0

4

2.5

0.08

0.15

2SK2158

SC-59

50

0.1

0.2

0.2

3

0.01

0.02

1.5

0.001

21

50

2SK2159

SC-62

60

±2

±4

2.0

10

1.0

0.4

1.5

0.1

0.26

0.7

2SK2541

SST

50

±0.1

±0.2

0.2

3

0.01

0.02

1.5

0.001

21

50

146

Switching

Transistor

Field Effect Transistor
■ 2SJ type (Junction type)
Absolute maximum ratings
(TA = 25 ƒC)
VGDO (V) ID (mA) PT (mW)

Electrical characteristics
(TA = 25 ƒC)
IDSS (mA)
|Yfs1 | (mS)

Type number

Package

2SJ44

TO-92

40

30

400

9.0

2SJ45

TO-92

40

30

400

9.0

TYP.

9.0

Applications

TYP.

AF low noise amplification

9.0

AF amplification

■ 2SJ type (MOS type)
Electrical characteristics
(TA = 25 ƒC)

Absolute maximum rating
(TA = 25 ƒC)
Type
number

Package

ID
VDSS
(V)

DC

Pulse

(A)

(A)

PT
TC =
25 °C

|yfs | (S)

RDS(on)

(ý)

Applications

VGS

ID

MIN.

(V)

(A)

TYP.

MAX.

– 0.02

0.03

–4

– 0.02

22

50

VDS

ID

(W)

(V)

(A)

0.25

–5

2SJ165

SST

– 50

0.1

0.2

2SJ166

SC-59

– 50

0.1

0.2

0.2

–5

– 0.02

0.03

–4

– 0.02

22

50

2SJ178

TO-92

– 30

1.0

2.0

0.75

– 10

– 0.5

0.4

–4

– 0.5

—

1.5

2SJ179

SC-62

– 30

1.5

3.0

2.0

– 10

– 0.5

0.4

–4

– 0.5

—

1.5

2SJ180

SP-8

– 30

1.0

2.0

1.0

– 10

– 0.5

0.4

–4

– 0.5

—

1.5

2SJ184

SST

– 50

0.1

0.2

0.25

–5

– 0.02

0.02

– 2.5

– 0.05

25

40

2SJ185

SC-59

– 50

0.1

0.2

0.2

–5

– 0.02

0.02

– 2.5

– 0.05

25

40

2SJ196

TO-92

– 60

1.0

2.0

0.75

– 10

– 0.5

0.4

–4

– 0.5

0.89

1.5

2SJ197

SC-62

– 60

1.5

3.0

2.0

– 10

– 0.5

0.4

–4

– 0.5

0.89

1.5

2SJ198

TO-92

– 100

0.5

1.0

0.75

– 10

– 0.5

0.4

–4

– 0.5

1.7

2.0

2SJ199

SC-62

– 100

1.0

2.0

2.0

– 10

– 0.5

0.4

–4

– 0.5

1.7

2.0

2SJ202

SC-70

– 16

0.1

0.2

0.15

–3

– 0.01

0.02

– 2.5 – 0.001

—

60

2SJ203

SC-59

– 16

0.2

0.4

0.2

–3

– 0.01

0.02

– 2.5 – 0.001

16

20

2SJ204

SC-59

– 30

0.2

0.4

0.2

–3

– 0.01

0.02

– 2.5 – 0.001

8.8

15

2SJ205

SC-62

– 16

0.5

1.0

2.0

–5

– 0.3

0.4

– 2.5

– 0.3

2.2

5.0

2SJ206

SC-62

– 30

0.5

1.0

2.0

–5

– 0.3

0.4

– 2.5

– 0.3

2.8

3.0

2SJ207

SC-62

– 16

1.0

2.0

2.0

–5

– 0.5

0.4

– 2.5

– 0.5

1.5

2.0

– 1.0

0.4

– 2.5

– 1.0

0.6

1.5

0.02

–4

– 0.01

60

100

2SJ208

SC-62

– 16

2.0

4.0

2.0

–5

2SJ209

SC-59

– 100

0.1

0.2

0.2

–5

– 0.01

2SJ210

SC-59

– 60

0.2

0.4

0.2

–5

– 0.01

0.02

–4

– 0.01

10

15

2SJ211

SC-59

– 100

0.2

0.4

0.2

–5

– 0.01

0.02

–4

– 0.01

18

30

2SJ212

SC-62

– 60

0.5

1.0

2.0

– 10

– 0.5

0.4

–4

– 0.5

1.8

4.0

2SJ218

SC-62

– 100

0.5

1.0

2.0

– 10

– 0.5

0.4

–4

– 0.5

2.7

5.0

– 30

0.1

0.2

0.2

–3

– 0.01

0.02

– 2.5 – 0.0005

55

100

1.5

3.0

1.0

– 10

–1

1.0

–4

– 0.8

0.58

0.68

– 2.5

0.096

0.24

75

100

2SJ243

3-pin ultra
super mini

2SJ353

SP-8

– 60

2SJ411

SP-8

– 30

5

20

1.0

– 10

– 2.5

3.0

–4

2SJ460

SST

– 50

0.1

0.2

0.25

–3

– 0.01

0.01

– 2.5 – 0.003

2SJ461

SC-59

– 50

0.1

0.2

0.2

–3

– 0.01

0.01

– 2.5 – 0.003

2SJ462

MP-2

– 12

2.5

5.0

2.0

–3

–1

1.5

– 2.5

0.15

–3

– 0.01

0.02

– 2.5 – 0.001

2SJ463

SC-70

– 30

0.1

0.2

– 0.5

75

100

0.23

0.3

30

60

Switching

147

Transistor

Field Effect Transistor
Power MOS FET
■ 2SK type (1/5)
Electrical characteristics
(TA = 25 ƒC)

Absolute maximum rating
(TA = 25 ƒC)
Type
number

Package

ID
VDSS

PT
TC =
25 °C

|yfs | (S)

RDS(on)

(ý)

Applications

DC

Pulse

VDS

ID

VGS

ID

(A)

(A)

(W)

(V)

(A)

MIN.

(V)

(A)

TYP.

MAX.

200

±10

±15

60

10

3

1

10

3

0.35

0.5

(V)

2SK459

MP-25

2SK591

MP-45

60

±15

±60

35

10

6

5

4

6

0.05

0.07

2SK611

MP-3

100

±1

±3

10

10

0.5

0.2

4

0.2

5.0

6.0

2SK612

MP-3

100

±2

±8

10

10

1

1

4

0.8

0.35

0.6

2SK654

MP-3

100

±1

±3

10

10

0.5

0.5

4

0.2

1.7

4.0

2SK659

MP-45

60

±12

±60

35

10

6

5

4

6

0.08

0.095

2SK699

MP-5

100

±2.0

±6.0

15

10

1

0.5

4

1

1.0

1.5

2SK700

MP-5

80

±2

±6

15

10

1

0.5

4

1

0.8

1.0

2SK701

MP-5

60

±2

±6

15

10

1

0.5

4

1

0.6

0.85

2SK702

MP-25

100

±5

±20

50

10

3

5

4

5

0.25

0.5

2SK703

MP-45

100

±5

±20

35

10

3

5

4

5

0.25

0.5

2SK704

MP-25

60

±5

±20

50

10

3

5

4

5

0.17

0.3

2SK705

MP-45

60

±5

±20

35

10

3

5

4

5

0.17

0.3

2SK707

MP-80

250

±25

±100

120

10

13

5

10

13

0.14

0.18

2SK719

MP-80

900

±5

±10

120

20

3

1

10

3

3.2

4.0

2SK720A MP-80

250

±20

±80

120

10

10

5

10

10

0.18

0.23

2SK735

MP-88

450

±10

±30

120

10

5

3

10

5

0.6

0.8

2SK736

MP-45

100

±15

±60

35

10

6

5

4

6

0.055

0.10

2SK737

MP-45

100

±12

±60

35

10

6

5

4

6

0.08

0.20

2SK738

MP-3

30

±2

±8

20

10

1

1

4

0.8

0.13

0.25

2SK739

MP-3

60

±2

±8

20

10

1

1

4

0.8

0.25

0.35

2SK773

MP-80

500

±12

±40

120

10

6

5

10

6

0.47

0.6

2SK774

MP-80

500

±18

±60

120

10

9

8

10

9

0.35

0.45

2SK784

MP-88

450

±20

±80

150

10

10

9

10

10

0.25

0.35

2SK785

MP-88

500

±20

±80

150

10

10

9

10

10

0.3

0.4

2SK786

MP-25

900

±3

±6

50

20

1.5

0.8

10

1.5

6.0

7.5

2SK787

MP-88

900

±8

±16

150

10

4

1

10

4

1.25

1.6

2SK797

MP-88

60

±40

±120

150

10

6

5

4

20

—

0.025

2SK798

MP-88

100

±40

±120

150

10

6

5

4

20

—

0.04

2SK799

MP-80

450

±12

±40

120

10

6

5

10

6

0.4

0.5

2SK800

MP-80

450

±18

±60

120

10

9

8

10

9

0.32

0.38

2SK801

MP-3

30

±2

±8

12

10

1

1

4

1

0.3

0.5

2SK802

MP-5

30

±2

±8

15

10

1

1

4

1

0.3

0.5

2SK810

MP-25

100

±14

±56

60

10

8

4

4

8

0.15

0.25

2SK811

MP-45

100

±12

±48

35

10

8

4

4

8

0.15

0.25

2SK812

MP-25

60

±27

±108

60

10

15

6

4

15

0.1

0.15

2SK813

MP-45

60

±21

±84

35

10

15

6

4

15

0.1

0.15

2SK814

MP-45

30

±15

±60

35

10

8.0

6

4

8.0

0.07

0.1

148

Switching

Transistor

Field Effect Transistor
■ 2SK type (2/5)
Absolute maximum rating
(TA = 25 ƒC)
Type
number

Package

ID
VDSS

PT
TC =
25 °C

Electrical characteristics
(TA = 25 ƒC)
|yfs | (S)

RDS(on)

(ý)

Applications

DC

Pulse

VDS

ID

VGS

ID

(A)

(A)

(W)

(V)

(A)

MIN.

(V)

(A)

TYP.

MAX.

100

±21

±84

35

10

15

6

4

15

0.09

0.15

(V)

2SK815

MP-45

2SK817

MP-45

60

±26

±104

35

10

15

8

4

15

0.06

0.08

2SK819

MP-88

500

±10

±30

120

10

5.0

3

10

5.0

0.7

1.0

2SK820

MP-85

250

±18

±72

80

10

10

5

10

10

0.18

0.23

2SK821

MP-88

250

±20

±80

150

10

10

5

10

10

0.18

0.23

2SK822

MP-85

250

±22

±88

90

10

13

5

10

13

0.12

0.15

2SK823

MP-88

250

±25

±100

150

10

13

5

10

13

0.12

0.15

2SK824

MP-85

450

±12

±40

90

10

7.5

5

10

7.5

0.4

0.5

2SK825

MP-88

450

±15

±40

150

10

7.5

5

10

7.5

0.4

0.5

2SK826

MP-85

450

±15

±60

95

10

9.0

8

10

9.0

0.32

0.38

2SK827

MP-88

450

±18

±60

150

10

9.0

8

10

9.0

0.32

0.38

2SK828

MP-85

500

±12

±40

90

10

7.5

5

10

7.5

0.47

0.6

2SK829

MP-88

500

±15

±40

150

10

7.5

5

10

7.5

0.47

0.6

2SK830

MP-85

500

±15

±60

95

10

9.0

8

10

9.0

0.35

0.45

2SK831

MP-88

500

±18

±60

150

10

9.0

8

10

9.0

0.35

0.45

2SK832

MP-85

900

±4

±10

85

10

3.0

1

10

3.0

3.2

4.0

2SK833

MP-88

900

±5

±10

150

20

3.0

1

10

3.0

3.2

4.0

2SK854

MP-25

450

±5

±20

50

10

2.5

2.5

10

2.5

1.0

1.4

2SK855

MP-25

500

±5

±20

50

10

2.5

2.5

10

2.5

1.2

1.5

2SK871

MP-88

900

±4

±8

120

10

2.0

1

10

2.0

4.0

5.5

2SK872

MP-88

900

±6

±12

150

10

3.0

2

10

3.0

1.7

2.5

2SK873

MP-88

450

±8

±32

100

10

4.0

3

10

4.0

0.8

1.1

2SK874

MP-88

500

±8

±32

100

10

4.0

3

10

4.0

0.9

1.2

2SK875

MP-88

450

±12

±48

120

10

6.0

5

10

6.0

0.5

0.6

2SK876

MP-88

500

±12

±48

120

10

6.0

5

10

6.0

0.6

0.7

2SK926

MP-25

250

±10

±40

60

10

5.0

2.5

10

5.0

0.4

0.5

2SK928

MP-45

450

±5

±10

40

10

2.5

2.5

10

2.5

1.0

1.4

2SK929

MP-45

500

±5

±10

40

10

2.5

2.5

10

2.5

1.2

1.5

2SK946

MP-45

900

±3

±8

40

10

2.0

1

10

2.0

4.0

5.5

2SK991

MP-25

100

±4

±8

35

10

2.0

1

4

2.0

0.5

0.7

2SK992

MP-45

100

±4

±8

30

10

2.0

1

4

2.0

0.5

0.7

2SK993

MP-25

60

±8

±16

35

10

4.0

1.5

4

4.0

0.3

0.4

2SK994

MP-45

60

±7

±14

30

10

4.0

1.5

4

4.0

0.3

0.4

2SK1059 MP-3

60

±5

±20

20

10

3.0

4

4

3.0

0.15

0.22

2SK1060 MP-3

100

±5

±20

20

10

3.0

4

4

3.0

0.22

0.38

2SK1122 MP-88

100

±40

±160

100

10

20

12

4

20

0.05

0.07

2SK1123 MP-88

60

±40

±160

100

10

20

12

4

20

0.03

0.05

2SK1149 MP-85

100

±40

±160

75

10

20

12

4

20

0.05

0.07

2SK1150 MP-85

60

±40

±160

75

10

20

12

4

20

0.03

0.05

2SK1198 MP-45

700

±2

±8

35

10

1.0

1

10

1.0

2.5

3.2

149

Transistor

Field Effect Transistor
■ 2SK type (3/5)
Absolute maximum rating
(TA = 25 ƒC)
Type
number

Package

ID
VDSS
(V)

PT
TC =
25 °C

Electrical characteristics
(TA = 25 ƒC)
|yfs | (S)

RDS(on)

(ý)

Applications

DC

Pulse

VDS

ID

VGS

ID

(A)

(A)

(W)

(V)

(A)

MIN.

(V)

(A)

TYP.

MAX.

±5

±10

150

20

3.0

1.5

10

3.0

3.5

4.0

2SK1271 MP-88

1400

2SK1281 MP-88

700

±4

±8

120

10

2.0

1.0

10

2.0

2.5

3.2

2SK1282 MP-3

60

±3

±12

20

10

2.0

2.4

4

2.0

0.2

0.3

2SK1283 MP-5

60

±3

±12

20

10

2.0

2.4

4

2.0

0.2

0.3

2SK1284 MP-3

100

±3

±12

20

10

2.0

2.4

4

2.0

0.32

0.45

2SK1285 MP-5

100

±3

±12

20

10

2.0

2.4

4

2.0

0.32

0.45

2SK1286 MP-45F

60

±15

±60

35

10

8.0

7

4

8.0

0.075

0.095

2SK1287 MP-25

60

±20

±80

60

10

8.0

7

4

8.0

0.075

0.095

2SK1288 MP-45F

100

±15

±60

35

10

8.0

7

4

8.0

0.12

0.14

2SK1289 MP-25

100

±20

±80

60

10

8.0

7

4

8.0

0.12

0.14

2SK1290 MP-45F

60

±25

±100

35

10

15

12

4

15

0.045

0.06

2SK1291 MP-25

60

±30

±120

60

10

15

12

4

15

0.045

0.06

2SK1292 MP-45F

100

±20

±100

35

10

15

12

4

15

0.07

0.085

2SK1293 MP-25

100

±30

±120

60

10

15

12

4

15

0.07

0.085

2SK1294 MP-45F

60

±40

±160

35

10

20

12

4

20

0.03

0.05

2SK1295 MP-45F

100

±30

±160

35

10

20

12

4

20

0.06

0.075

2SK1491 MP-88

250

±25

±100

120

10

13

7.0

10

13

0.12

0.15

2SK1492 MP-88

250

±35

±140

140

10

18

10

10

18

0.08

0.1

2SK1493 MP-25

450

±3.0

±12

50

10

2.0

1.0

10

2.0

2.2

2.8

2SK1494 MP-25

500

±3.0

±12

50

10

2.0

1.0

10

2.0

2.4

3.0

2SK1495 MP-25

450

±7.0

±28

50

10

4.0

3.0

10

4.0

0.7

0.9

2SK1496 MP-25

450

±7.0

±28

50

10

4.0

3.0

10

4.0

0.8

1.0

2SK1497 MP-88

450

±20

±80

130

10

10

7.5

10

10

0.28

0.35

2SK1498 MP-88

500

±20

±80

130

10

10

7.5

10

10

0.32

0.40

2SK1499 MP-88

450

±25

±100

160

10

13

8.0

10

13

0.20

0.25

2SK1500 MP-88

500

±25

±100

160

10

13

8.0

10

13

0.22

0.27

2SK1501 MP-25

900

±4.0

±8.0

70

10

2.0

1.0

10

2.0

2.8

4.0

2SK1502 MP-88

900

±7.0

±14

120

10

4.0

2.0

10

4.0

1.7

2.0

2SK1594 MP-45F

30

±20

±80

30

10

10

7.0

4

10

0.05

0.08

2SK1595 MP-45F

30

±30

±120

35

10

15

12

4

15

0.03

0.05

2SK1596 MP-45F

30

±40

±160

35

10

20

20

4

20

0.02

0.03

2SK1664 MP-45F

700

±2.0

±8.0

35

10

1.0

0.5

10

1.0

0.5

0.6

2SK1748 MP-3

60

±8.0

±32

20

10

4.0

5.0

4

4.0

0.11

0.16

2SK1749 MP-88

60

±50

±200

150

10

25

20

4

25

0.022

0.025

2SK1750 MP-25

450

±5.0

±20

50

10

2.5

1.0

10

2.5

1.1

1.4

2SK1751 MP-25

500

±5.0

±20

50

10

2.5

1.0

10

2.5

1.2

1.5

2SK1752 MP-88

450

±10

±40

100

10

5.0

3.5

10

5.0

0.7

0.9

2SK1753 MP-88

500

±10

±40

100

10

5.0

3.5

10

5.0

0.8

1.0

2SK1756 MP-88

450

±15

±60

120

10

8.0

5.0

10

8.0

0.4

0.5

2SK1757 MP-88

500

±15

±60

120

10

8.0

5.0

10

8.0

0.5

0.6

150

Switching

Transistor

Field Effect Transistor
■ 2SK type (4/5)
Absolute maximum rating
(TA = 25 ƒC)
Type
number

Package

ID
VDSS
(V)

PT
TC =
25 °C

Electrical characteristics
(TA = 25 ƒC)
|yfs | (S)

RDS(on)

(ý)

Applications

DC

Pulse

VDS

ID

VGS

ID

(A)

(A)

(W)

(V)

(A)

MIN.

(V)

(A)

TYP.

MAX.

±8.0

30

10

1.0

0.5

10

1.0

2.8

4.2

2SK1758 MP-45F

600

±2.0

2SK1760 MP-88

900

±5.0

±10

100

20

3.0

1.0

10

3.0

3.1

4.0

2SK1784 MP-88

450

±12

±48

100

10

6.0

1.5

10

6.0

0.5

0.6

2SK1785 MP-88

500

±12

±48

100

10

6.0

1.5

10

6.0

0.6

0.7

2SK1793 MP-25

900

±3.0

±6.0

75

20

2.0

0.8

10

2.0

6.2

7.5

2SK1794 MP-88

900

±6.0

±12

100

20

3.0

2.0

10

3.0

1.8

2.8

2SK1795 MP-88

900

±8.0

±16

140

20

4.0

1.0

10

4.0

1.3

1.6

2SK1796 MP-88

900

±10

±20

150

20

5.0

1.5

10

5.0

1.0

1.2

2SK1850 MP-10

60

±10

±40

1.8

10

5.0

7.0

4

5.0

0.08

0.095

2SK1851 MP-10

60

±15

±60

1.8

10

7.5

12

4

7.5

0.045

0.06

2SK1852 MP-10

100

±10

±40

1.8*

10

5.0

7.0

4

5.0

0.15

0.2

2SK1853 MP-10

100

±15

±60

1.8*

10

7.5

12

4

7.5

0.08

0.1

2SK1953 MP-45F

600

±2.0

±6.0

25 *

20

1.0

0.5

10

1.0

4.2

5.0

2SK1954 MP-3

180

±4.0

±16

20 *

10

2.0

0.5

10

2.0

0.5

0.65

2SK1987 MP-45F

250

±7.0

±28

30

10

4.0

2.1

10

4.0

0.4

0.5

2SK1988 MP-45F

450

±2.5

±10

30

10

1.5

0.9

10

1.5

2.2

2.8

2SK1989 MP-45F

500

±2.5

±10

30

10

1.5

0.9

10

1.5

2.4

3.0

2SK1990 MP-45F

450

±4.5

±18

30

10

2.5

1.5

10

2.5

1.1

1.4

2SK1991 MP-45F

500

±4.5

±18

30

10

2.5

1.5

10

2.5

1.2

1.5

2SK1992 MP-45F

450

±6.0

±24

35

10

3.0

2.8

10

3.0

0.7

0.9

2SK1993 MP-45F

500

±6.0

±24

35

10

3.0

2.8

10

3.0

0.8

1.0

2SK1994 MP-45F

900

±2.0

±4.0

30

20

1.0

0.6

10

1.0

6.2

7.5

2SK1995 MP-45F

900

±3.0

±6.0

35

20

2.0

1.0

10

2.0

3.2

4.0

2SK2040 MP-3

600

±2.0

±6.0

20

20

1.0

0.5

10

1.0

4.2

5.0

2SK2131 MP-45F

150

±15

±60

35

10

8.0

10

10

8.0

0.1

0.12

2SK2132 MP-10

180

±4

±16

1.8

10

2.0

0.5

10

2.0

0.52

0.65

2SK2133 MP-25

250

±16

±64

75

10

8.0

4.0

10

8.0

0.21

0.26

2SK2134 MP-25

200

±13

±52

70 *

10

7.0

2

10

7.0

0.32

0.4

2SK2135 MP-45F

200

±14

±56

35

10

7.0

4

10

7.0

0.14

0.18

2SK2136 MP-25

200

±20

±80

75

10

10

4

10

10

0.14

0.18

2SK2137 MP-45F

600

±4

±16

30

10

20

1

10

2.0

2.0

2.4

2SK2138 MP-25

600

±5

±20

70

10

2.5

1

10

2.5

2.0

2.4

2SK2139 MP-45F

600

±5

±20

35

10

2.5

1.5

10

2.5

1.25

1.5

2SK2140 MP-25

600

±7

±28

75

10

3.5

1.5

10

3.5

1.25

1.5

2SK2141 MP-45F

600

±6

±24

40

10

3.0

2.0

10

3.0

0.9

1.1

2SK2234 MP-45F

500

±8

±32

40

10

4.0

3.0

10

4.0

0.5

0.6

2SK2275 MP-45F

900

±3.5

±7.0

35

20

2.0

4.0

10

2.0

2.4

2.8

2SK2341 MP-45F

250

±11

±44

35

10

6.0

3.0

10

6.0

0.21

0.26

2SK2409 MP-45F

60

±40

±160

35

10

20

20

4

20

0.03

0.05

2SK2410 MP-45F

60

±30

±120

35

10

15

15

4

15

0.04

0.06

Switching

*: T A = 25°C

151

Transistor

Field Effect Transistor
■ 2SK type (5/5)
Absolute maximum rating
(TA = 25 ƒC)
Type
number

Package

ID
VDSS
(V)

DC

Pulse

(A)

(A)

PT
TC =
25 °C

Electrical characteristics
(TA = 25 ƒC)
|yfs | (S)
VDS

ID

(W)

(V)

(A)

RDS(on)
VGS

ID

MIN.

(V)

(A)

(ý)

Applications

TYP.

MAX.

2SK2411 MP-25

60

±30

±120

75

10

15

15

4

15

0.04

0.06

2SK2412 MP-45F

60

±20

±80

30

10

10

7

4

10

0.067

0.095

2SK2413 MP-10

60

±10

±40

1.8*

10

5

7

4

10

0.07

0.095

2SK2414 MP-3

60

±10

±40

20

10

5

7

4

10

0.07

0.095

2SK2415 MP-3

60

±8.0

±32

20

10

4

5

4

4

0.1

0.15

2SK2461 MP-45F

100

±20

±80

35

10

10

12

4

10

0.07

0.1

2SK2462 MP-45F

100

±15

±60

30

10

8

7

4

8

0.12

0.17

2SK2476 MP-45F

800

±3.0

±9.0

40

20

2

1

10

2

3.4

5.0

2SK2477 MP-45F

800

±10

±30

150

20

5

3.5

10

5

0.65

1.0

2SK2478 MP-88

900

±2.0

±8.0

30

20

1

0.6

10

1

5.0

7.5

2SK2479 MP-25

900

±3.0

±8.0

70

20

2

0.8

10

2

5.6

7.5

2SK2480 MP-45F

900

±3.5

±12

35

20

2

1

10

2

3.2

4.0

2SK2481 MP-25

900

±4.0

±12

70

20

2

1

10

2

3.2

4.0

2SK2482 MP-88

900

±5.0

±12

100

20

3

1

10

3

3.2

4.0

2SK2483 MP-45F

900

±3.5

±10.5

40

20

2

1

10

2

2.2

2.8

2SK2484 MP-25

900

±5.0

±10

75

20

3

2

10

3

2.2

2.8

2SK2485 MP-88

900

±6.0

±12

100

20

3

2

10

3

2.2

2.8

2SK2486 MP-88

900

±7.0

±18

120

20

4

2.5

10

4

1.4

2.0

2SK2487 MP-88

900

±8.0

±20

140

20

4

3.0

10

4

1.1

1.6

2SK2488 MP-88

900

±10

±30

150

20

5

6

10

5

1.0

1.2

2SK2498 MP-45F

60

±50

±200

35

10

25

20

4

25

0.011

0.014

2SK2499 MP-25

60

±50

±200

75

10

25

20

4

25

0.011

0.014

2SK2510 MP-45F

60

±40

±160

35

10

20

13

4

20

0.024

0.03

2SK2511 MP-88

60

±40

±160

80

10

20

10

4

20

0.032

0.04

2SK2512 MP-45F

60

±45

±180

35

10

23

15

4

23

0.016

0.023

2SK2513 MP-25

60

±45

±180

75

10

23

15

4

23

0.016

0.023

2SK2514 MP-88

60

±50

±200

150

10

25

15

4

25

0.016

0.023

2SK2515 MP-88

60

±50

±200

150

10

25

20

4

25

0.011

0.014

Switching

*: TA = 25°C

■ Power SOP8 series
Absolute maximum rating
(TA = 25 ƒC)
Type
number

Package

ID
VDSS
(V)

DC

Pulse

(A)

(A)

PT
TC =
25 °C

Electrical characteristics
(TA = 25 ƒC)
|yfs | (S)
VDS

ID

(W)

(V)

(A)

RDS(on)
VGS

ID

MIN.

(V)

(A)

(ý)

Applications

TYP.

MAX.

µPA1700 Power SOP8

30

±7

±28

2.0*

10

3.5

5.0

4

3.5

0.040

0.050

µPA1701★ Power SOP8

20

±7

±28

2.0*

10

3.5

5.0

2.5

3.5

0.031

0.048

★

2
*: TA = 25°C, Mounted on ceramic substrate of 1200 mm ∞ 0.7 mm

152

★:

Under development

Transistor

Field Effect Transistor
■ 2SJ type
Absolute maximum rating
(TA = 25 ƒC)
Type
number

Package

ID
VDSS
(V)

PT
TC =
25 °C

Electrical characteristics
(TA = 25 ƒC)
|yfs | (S)

RDS(on)

DC

Pulse

VDS

ID

VGS

ID

(A)

(A)

(W)

(V)

(A)

MIN.

(V)

(A)

(ý)

Applications

TYP.

MAX.

2SJ128

MP-3

– 100

2

8

20

–10

–1

1

–4

– 0.8

1.1

1.5

2SJ132

MP-3

– 30

2

8

20

–10

–1

1

–4

– 0.8

0.47

0.6

2SJ133

MP-3

– 60

2

8

20

–10

–1

1

–4

– 0.8

0.7

1.3

2SJ134

MP-25

– 100

6

24

40

–10

– 3.5

1

–4

– 3.5

0.5

0.9

2SJ135

MP-45

– 100

5

20

30

–10

– 3.5

1

–4

– 3.5

0.5

0.9

2SJ136

MP-25

– 60

12

48

40

–10

– 6.5

2

–4

– 6.5

0.45

0.5

2SJ137

MP-45

– 60

10

40

30

–10

– 6.5

2

–4

– 6.5

0.45

0.5

2SJ138

MP-25

– 100

12

48

60

–10

– 6.5

2

–4

– 6.5

0.3

0.45

2SJ139

MP-45

– 100

10

40

35

–10

– 6.5

2

–4

– 6.5

0.3

0.45

2SJ140

MP-25

– 60

19

76

60

–10

– 10

5

–4

–8

0.3

0.4

2SJ141

MP-45

– 60

13

52

35

–10

– 10

5

–4

–8

0.3

0.4

2SJ142

MP-45

– 100

13

52

35

–10

– 10

5

–4

–8

0.25

0.3

2SJ143

MP-45

– 60

16

64

35

–10

– 10

5

–4

–10

0.22

0.25

2SJ151

MP-25

– 100

3.0

6.0

35

–10

– 1.5

0.8

–4

– 1.5

—

1.8

2SJ152

MP-45

– 100

3.0

6.0

30

–10

– 1.5

0.8

–4

– 1.5

—

1.8

2SJ153

MP-25

– 60

6.0

12

40

–10

– 3.5

0.9

–4

– 1.5

—

0.9

2SJ154

MP-45

– 60

5.0

10

30

–10

– 3.5

0.9

–4

– 1.5

—

0.9

2SJ302

MP-25

– 60

16

64

75

–10

–8

6.0

–4

–6

0.13

0.24

2SJ303

MP-45F

– 60

14

56

35

–10

–7

5.0

–4

–6

0.13

0.24

2SJ324

MP-3

– 30

2.0

8.0

20

–10

– 1.0

1.0

–4

– 0.8

0.40

0.52

2SJ325

MP-3

– 30

4.0

16

20

–10

– 2.0

3.0

–4

– 1.6

0.15

0.24

2SJ326

MP-3

– 60

2.0

8.0

20

–10

– 1.0

1.0

–4

– 0.8

0.5

0.68

2SJ327

MP-3

– 60

4.0

16

20

–10

– 2.0

3.0

–4

– 1.6

0.22

0.34

2SJ328

MP-25

– 60

20

80

75

–10

– 10

8.0

–4

–8

0.085

0.11

2SJ329

MP-45F

– 60

15

60

35

–10

–8

8.0

–4

–6

0.085

0.11

2SJ330

MP-45F

– 60

20

80

35

–10

– 10

10

–4

–8

0.065

0.09

2SJ331

MP-88

– 60

30

120

150

–10

– 15

15

–4

–12

0.04

0.055

Switching

153

Transistor

Transistor with Internal Resistor
■ Equivalent circuit
A

B

C

C
B
R1

R1

R2

R2

R2

E

I
C

C

B

B
R

R1

E

H
C

B

B
R1

E

G
C

C

B
R1

R2

F

C

B

E

E

C

B

R2

D

C

B

R
E

R

E

R

E

E

■ AA1[ ], AN1[ ], BA1[ ], BN1[ ] series (TO-92, SST)
Type number

Equivalent
circuit and
applications

Absolute maximum ratings
(TA = 25 ƒC)
VCBO VCEO VEBO
IC
PT
Tj
(V)
(V)
(V)
(mA) (mW) (ƒC)

R1
R2
(kΩ) (kΩ)

Electrical characteristics
(TA = 25 ƒC)
hFE
VCE
IC
(V)
(mA)

TO-92

SST

AA1A4M

BA1A4M

60

50

10

100

250

150

10

10

35 to 100

5.0

5.0

AA1A4P

BA1A4P

60

50

5

100

250

150

10

47

35 to 340

5.0

5.0

AA1F4M

BA1F4M

60

50

10

100

250

150

22

22

60 to 195

5.0

5.0

AA1F4N

BA1F4N

60

50

5

100

250

150

22

47

85 to 340

5.0

5.0

AA1L4M

BA1L4M

60

50

10

100

250

150

47

47

85 to 340

5.0

5.0

AA1L4L

BA1L4L

60

50

15

100

250

150

47

22

60 to 195

5.0

5.0

AA1L3Z

BA1L3Z

Refer to
equivalent
circuit A

60

50

5

100

250

150

4.7

–

135 to 600

5.0

5.0

AA1A4Z

BA1A4Z

Switching

60

50

5

100

250

150

10

–

135 to 600

5.0

5.0

AA1F4Z

BA1F4Z

60

50

5

100

250

150

22

–

135 to 600

5.0

5.0

AA1L4Z

BA1L4Z

60

50

5

100

250

150

47

–

135 to 600

5.0

5.0

AA1L3M

BA1L3M

60

50

10

100

250

150

4.7

4.7

20 to 80

5.0

5.0

AA1L3N

BA1L3N

60

50

5

100

250

150

4.7

10

35 to 100

5.0

5.0

AA1A3Q

BA1A3Q

60

50

5

100

250

150

1.0

10

35 to 100

5.0

5.0

AN1A4M

BN1A4M

–60

–50

–10

–100

250

150

10

10

35 to 100

–5.0

–5.0

AN1A4P

BN1A4P

–60

–50

–5

–100

250

150

10

47

85 to 340

–5.0

–5.0

AN1F4M

BNN1F4M

–60

–50

–10

–100

250

150

22

22

60 to 195

–5.0

–5.0

AN1F4N

BN1F4N

–60

–50

–5

–100

250

150

22

47

85 to 340

–5.0

–5.0

AN1L4M

BN1L4M

–60

–50

–10

–100

250

150

47

47

85 to 340

–5.0

–5.0

AN1L4L

BN1L4L

–60

–50

–15

–100

250

150

47

22

60 to 195

–5.0

–5.0

AN1L3Z

BN1L3Z

–60

–50

–5

–100

250

150

4.7

–

135 to 600

–5.0

–5.0

AN1A4Z

BN1A4Z

–60

–50

–5

–100

250

150

10

–

135 to 600

–5.0

–5.0

AN1F4Z

BN1F4Z

–60

–50

–5

–100

250

150

22

–

135 to 600

–5.0

–5.0

AN1L4Z

BN1L4Z

–60

–50

–5

–100

250

150

47

–

135 to 600

–5.0

–5.0

AN1L3M

BN1L3M

–60

–50

–10

–100

250

150

4.7

4.7

20 to 80

–5.0

–5.0

AN1L3N

BN1L3N

–60

–50

–5

–100

250

150

4.7

10

35 to 100

–5.0

–5.0

AN1A3Q

BNN1A3Q

–60

–50

–5

–100

250

150

1.0

10

35 to 100

–5.0

–5.0

154

Refer to
equivalent
circuit B

Remarks

E

Transistor

Transistor with Internal Resistor
■ AB1[ ], AP1[ ], BB1[ ], BP1[ ] series (TO-92, SST)
Type number
TO-92

SST

AB1A4A

BB1A4A

AB1L2Q

BB1L2Q

AB1A3M

BB1A3M

Equivalent
circuit and
applications

Electrical characteristics
(TA = 25 ƒC)

Absolute maximum ratings
(TA = 25 ƒC)
VCBO
(V)

VCEO
(V)

VEBO
(V)

IC
(A)

30

25

10

0.7

750

250

150

30

25

10

0.7

750

250

150

30

25

10

0.7

750

250

150

Refer to
equivalent
circuit A

PT (mW)
TO-92 SST

Tj
(ƒC)

R2
(kΩ)

hFE

VCE
(V)

IC
(A)

–

10

300 ~

2.0

0.5

0.47

4.7

300 ~

2.0

0.5

1.0

1.0

100 ~

2.0

0.5

R1
(kΩ)

AB1F3P

BB1F3P

30

25

10

0.7

750

250

150

2.2

10

300 ~

2.0

0.5

AB1J3P

BB1J3P

30

25

10

0.7

750

250

150

3.3

10

300 ~

2.0

0.5

AB1L3N

BB1L3N

30

25

10

0.7

750

250

150

4.7

10

300 ~

2.0

0.5

AB1A4M

BB1A4M

30

25

10

0.7

750

250

150

10

10

300 ~

2.0

0.5

AP1A4A

BP1A4A

–25

–25

–10

–0.7

750

250

150

10

100 ~

–2.0

–0.5

AP1L2Q

BP1L2Q

–25

–25

–10

–0.7

750

250

150

0.47

4.7

100 ~

–2.0

–0.5

AP1A3M

BP1A3M

–25

–25

–10

–0.7

750

250

150

1.0

1.0

100 ~

–2.0

–0.5

AP1F3P

BP1F3P

–25

–25

–10

–0.7

750

250

150

2.2

10

100 ~

–2.0

–0.5

AP1J3P

BP1J3P

–25

–25

–10

–0.7

750

250

150

3.3

10

100 ~

–2.0

–0.5

AP1L3N

BP1L3N

–25

–25

–10

–0.7

750

250

150

4.7

10

100 ~

–2.0

–0.5

AP1A4M

BP1A4M

–25

–25

–10

–0.7

750

250

150

10

10

100 ~

–2.0

–0.5

Switching

Refer to
equivalent
circuit B

Switching

Remarks

■ AC1[ ], AQ1[ ] series (TO-92)
Type number

Equivalent
circuit and
applications

Absolute maximum ratings
(TA = 25 ƒC)

Electrical characteristics
(TA = 25 ƒC)

VCBO
(V)

VCEO
(V)

VEBO
(V)

IC
(A)

PT
(mW)

Tj
(ƒC)

20

20

10

2.0

750

150

20

20

10

2.0

750

150

20

20

10

2.0

750

150

AC1L2Q

20

20

10

2.0

750

AC1A3M

20

20

10

2.0

TO-92
AC1A4A
AC1F2Q
AC1L2N

Refer to
equivalent
circuit A

Switching

R1
(kΩ)

R2
(kΩ)

hFE

VCE
(V)

IC
(A)

–

10

300 ~

2.0

1.0

0.22

2.2

300 ~

2.0

1.0

0.47

1.0

300 ~

2.0

1.0

150

0.47

4.7

300 ~

2.0

1.0

750

150

1.0

1.0

300 ~

2.0

1.0
1.0

20

20

10

2.0

750

150

2.2

2.2

300 ~

2.0

AC1F3P

20

20

10

2.0

750

150

4.7

10

300 ~

2.0

1.0

AQ1A4A

–20

–20

–10

–2.0

750

150

–

10

150 ~

–2.0

–1.0

–20

–20

–10

–2.0

750

150

0.22

2.2

150 ~

–2.0

–1.0

–20

–20

–10

–2.0

750

150

0.47

1.0

150 ~

–2.0

–1.0

AQ1L2Q

–20

–20

–20

–10

750

150

0.47

4.7

150 ~

–2.0

–1.0

AQ1A3M

–20

–20

–10

–2.0

750

150

1.0

1.0

150 ~

–2.0

–1.0

–20

–20

–10

–2.0

750

150

2.2

2.2

150 ~

–2.0

–1.0

–20

–20

–10

–2.0

750

150

4.7

10

150 ~

–2.0

–1.0

AC1F3M

AQ1F2Q
AQ1L2N

AQ1F3M
AQ1F3P

Refer to
equivalent
circuit B

Switching

Remarks

155

Transistor

Transistor with Internal Resistor
■ AC2[ ], AQ2[ ] series (TO-92)
Type number
TO-92

Electrical characteristics
(TA = 25 ƒC)

Absolute maximum ratings
(TA = 25 ƒC)

Equivalent
circuit and
applications

VCBO
(V)

VCEO
(V)

VEBO
(V)

IC
(A)

PT
(mW)

Tj
(ƒC)

R1
(kΩ)

R2
(kΩ)

hFE

VCE
(V)

IC
(A)

AC2A4A

Refer to H

20

16

6.0

±3.0

750

150

–

10

135 ~

2.0

0.1

AQ2A4A

Refer to

–20

–16

–6.0

±3.0

750

150

–

10

135 ~

–2.0

–0.1

I

Remarks

■ AD1[ ], AD2[ ], AR1[ ] series (TO-92)
Type number

Electrical characteristics
(TA = 25 ƒC)

Absolute maximum ratings
(TA = 25 ƒC)

Equivalent
circuit and
applications

VCBO
(V)

VCEO
(V)

VEBO
(V)

IC
(A)

PT
(mW)

Tj
(ƒC)

R1
(kΩ)

R2
(kΩ)

hFE

VCE
(V)

IC
(A)

80

60

10

1.0

750

150

1.0

1.0

200 ~

2.0

0.5

80

60

10

1.0

750

150

2.2

10

300 ~

2.0

0.5

80

60

10

1.0

750

150

4.7

10

300 ~

2.0

0.5

AD1A4M

80

60

10

1.0

750

150

10

10

300 ~

2.0

0.5

AD1L2Q

80

60

10

1.0

750

150

0.47

4.7

300 ~

2.0

0.5

80

60

10

1.0

750

150

0.22

2.2

300 ~

2.0

0.5

80

60

10

1.0

750

150

–

10

300 ~

2.0

0.5

60 ±10 60 ±10

10

1.0

750

150

1.0

1.0

200 ~

2.0

0.5

60 ±10 60 ±10

10

1.0

750

150

2.2

10

300 ~

2.0

0.5

60 ±10 60 ±10

10

1.0

750

150

4.7

10

300 ~

2.0

0.5

AD2A4M

60 ±10 60 ±10

10

1.0

750

150

10

10

300 ~

2.0

0.5

AD2L2Q

60 ±10 60 ±10

10

1.0

750

150

0.47

4.7

300 ~

2.0

0.5

60 ±10 60 ±10

10

1.0

750

150

0.22

2.2

300 ~

2.0

0.5

60 ±10 60 ±10

10

1.0

750

150

–

10

300 ~

2.0

0.5

TO-92
AD1A3M
AD1F3P
AD1L3N

AD1F2Q

Refer to
equivalent
circuit A

Switching

AD1A4A
AD2A3M
AD2F3P
AD2L3N

AD2F2Q

Refer to
equivalent
circuit C

Switching

AD2A4A

–60

–60

–10

–1.0

750

150

1.0

1.0

100 ~

–2.0

–0.5

–60

–60

–10

–1.0

750

150

2.2

10

100 ~

–2.0

–0.5

–60

–60

–10

–1.0

750

150

4.7

10

100 ~

–2.0

–0.5

–60

–60

–10

–1.0

750

150

10

10

100 ~

–2.0

–0.5

–60

–60

–10

–1.0

750

150

0.47

4.7

100 ~

–2.0

–0.5

AR1F2Q

–60

–60

–10

–1.0

750

150

0.22

2.2

100 ~

–2.0

–0.5

AR1A4A

–60

–60

–10

–1.0

750

150

–

10

100 ~

–2.0

–0.5

VCBO
(V)

Absolute maximum ratings
(TA = 25 ƒC)
VCEO
VEBO
IC
PT
(V)
(V)
(A)
(W)

AR1A3M
AR1F3P
AR1L3N

Refer to
equivalent
circuit B

AR1A4M
AR1L2Q

Switching

Remarks

■ CE1[ ], CE2[ ] series (SP-8)
Type number
SP-8

Equivalent
circuit and
applications

CE1A3Q
CE1F3P

Refer to D

CE1N2R
CE2A3Q
CE2F3P

156

Refer to E

Tj
(ƒC)

R1
(kΩ)

Electrical characteristics
(TA = 25 ƒC)
R2
hFE
VCE
(kΩ)
(V)

IC
(A)

60 ±10 60 ±10

15

±2.0

1.0

150

1.0

10

1000 to 3000

5.0

1.0

60 ±10 60 ±10

15

±2.0

1.0

150

2.2

10

1000 to 3000

5.0

1.0

60 ±10 60 ±10

15

±2.0

1.0

150

0.68

10

1000 to 3000

5.0

1.0

60

60

15

±2.0

1.0

150

1.0

10

1000 to 3000

5.0

1.0

60

60

15

±2.0

1.0

150

1.0

10

1000 to 3000

5.0

1.0

Transistor

Transistor with Internal Resistor
■ BA2[ ], BN2[ ] series (SST)

Type number
SST

Equivalent
circuit and
applications

Absolute maximum ratings
(TA = 25 ƒC)
VCBO VCEO VEBO
IC
PT
Tj
(V)
(V)
(V)
(mA) (mW) (ƒC)

Electrical characteristics
(TA = 25 ƒC)
hFE
VCE
IC
(V)
(mA)

R1
R2
(kΩ) (kΩ)

BA2A4M

60

50

20

100

250

150

10

10

60 to 105

5.0

5.0

BA2A4P

60

50

10

100

250

150

10

47

230 to 460

5.0

5.0

BA2F4M

60

50

20

100

250

150

22

22

125 to 230

5.0

5.0

BA2F4N

60

50

15

100

250

150

22

47

230 to 460

5.0

5.0

60

50

20

100

250

150

47

47

230 to 460

5.0

5.0

60

50

30

100

250

150

47

22

125 to 230

5.0

5.0

60

50

10

100

250

150

4.7

–

1000 to 3200

5.0

5.0

60

50

10

100

250

150

10

–

1000 to 3200

5.0

5.0

60

50

10

100

250

150

22

–

1000 to 3200

5.0

5.0

BA2L4Z

60

50

10

100

250

150

47

–

1000 to 3200

5.0

5.0

BA2L3M

60

50

20

100

250

150

4.7

4.7

30 to 50

5.0

5.0

BA2L3N

60

50

15

100

250

150

4.7

10

60 to 105

5.0

5.0

BA2A3Q

60

50

10

100

250

150

1.0

10

60 to 105

5.0

5.0

BN2A4M

–25

–25

–20

–100

250

150

10

10

55 to 90

–5.0

–5.0

BN2A4P

–25

–25

–10

–100

250

150

10

47

200 to 350

–5.0

–5.0

BN2F4M

–25

–25

–20

–100

250

150

22

22

115 to 200

–5.0

–5.0

BN2F4N

–25

–25

–15

–100

250

150

22

47

200 to 350

–5.0

–5.0

–25

–25

–20

–100

250

150

47

47

200 to 350

–5.0

–5.0

–25

–25

–30

–100

250

150

47

22

115 to 200

–5.0

–5.0

–25

–25

–10

–100

250

150

4.7

–

800 to 1200

–5.0

–5.0

BN2A4Z

–25

–25

–10

–100

250

150

10

–

800 to 1200

–5.0

–5.0

BN2F4Z

–25

–25

–10

–100

250

150

22

–

800 to 1200

–5.0

–5.0

BN2L4Z

–25

–25

–10

–100

250

150

47

–

800 to 1200

–5.0

–5.0

BN2L3M

–25

–25

–20

–100

250

150

4.7

4.7

30 to 45

–5.0

–5.0

BN2L3N

–25

–25

–15

–100

250

150

4.7

10

55 to 90

–5.0

–5.0

BN2A3Q

–25

–25

–10

–100

250

150

1.0

10

65 to 90

–5.0

–5.0

BA2L4M
BA2L4L
BA2L3Z

Refer to
equivalent
circuit A

BA2A4Z
BA2F4Z

BN2L4M
BN2L4L
BN2L3Z

Switching

Refer to
equivalent
circuit B

Switching

Remarks

■ BA3[ ], BN3[ ] series (SST)

Type number

Equivalent
circuit and
applications

VCBO
(V)

Absolute maximum ratings
(TA = 25ƒC)
VCEO
VEBO
VR
(V)
(V)
(V)

PT
(mW)

Tj
(kΩ)

Electrical characteristics
(TA = 25ƒC)
R
hFE
VCE
(kΩ)
(V)

IC
(mA)

BA3L4Z

Refer to F

20

20

5

6

250

150

47

30 ~

2.0

1.0

BN3L4Z

Refer to G

–20

–20

–5

6

250

150

47

30 ~

–2.0

–1.0

157

Transistor

Transistor for Array
Equivalent Circuit
1

2

3

4

5

6

7

8

9

10

11

12

13

14

15

16

17

18

■ Bipolar Transistor
Type number

µ PA570T
µ PA571T
µ PA574T
µ PA670T
µ PA671T
µ PA500T
µ PA501T
µ PA504T
µ PA600T
µ PA601T
µ PA604T
µ PA605T
µ PA608T
µ PA609T
µ PA673T
µ PA674T

Equivalent
circuit
1
●
2
●
3
●
11
●
12
●
1
●
2
●
3
●
4
●
5
●
11
●
12
●
15
●

VCEO
(V)

IC(DC)
(mA)

PT*
(mW)

50

100

200

6

1

– 50

– 100

200

–6

–1

6/– 6

1/– 1

50/– 50

hFE

VCE (V)

IC (mA)

100/– 100

300

50

100

200

6

1

– 50

– 100

200

–6

–1

50

100

300

– 50

– 100

300

50/– 50

90 to 600

6

1

–6

–1

6/– 6

1/– 1

100/– 100

300

50

100

300

6

1

– 50

– 100

300

–6

–1

50

100

300

6

1

– 50

– 100

300

–6

–1

50
– 16

100
– 500

300

90 to 600
110 to 400

6
–1

1
– 100

16
●
17
●
18
●

40
– 40

500
– 500

300

75 to 300
75 to 300

1
–1

150
– 150

15

200

200

82 to 180

6

15
– 15

200
– 50

200

40 to 200
50 to 150

1
–1

10
– 10

Equivalent
circuit

VDSS
(V)

ID(DC)
(mA)

PT*
(mW)

RDS (on)
(Ω) MAX

VGS (V)

ID (mA)

30

100

200

13

2.5

10

– 30

– 100

200

60

– 2.5

– 10

50

100

300

30

4

10

– 50

– 100

300

100

–4

– 10

100/– 100

300

30/100

4/– 4

1

Package

• 5-pin Super
Mini-Mold
• 6-pin Super
Mini-Mold
• 5-pin
Mini-Mold

• 6-pin
Mini-Mold

• 6-pin Super
Mini-Mold

*: Total

■ MOS FET
Type number

µ PA572T
µ PA573T
µ PA502T
µ PA503T
µ PA505T
µ PA602T
µ PA603T
µ PA606T
µ PA607T
µ PA672T

*: Total

158

6
●
7
●
6
●
7
●
8
●
9
●
10
●
13
●
14
●
13
●

50/– 50

10/– 10

50

100

300

30

4

10

– 50

– 100

300

100

–4

– 10

50

100

300

30

4

10

– 50

– 100

300

100

–4

– 10

50

100

200

40

2.5

10

Package

• 5-pin Super
Mini-Mold
• 5-pin
Mini-Mold

• 6-pin
Mini-Mold

• 6-pin Super
Mini-Mold

Transistor

Power MOS IC

Type number

µPD16804
µPD16805
µPD16823

µPD16812A★

Withstand Voltage
(V)

Function
Control the
revolution direction
of the DC motor
(1 unit)
Control the
revolution direction
of the DC motor
(1.5 unit)
· High side switch
· Protection for over
current and over
heating

Output Current
(A)

Package

Main Application

0.5
• 16-pin SOP
1.0

Camera motor
drive

6.5/8.0*

60
(τ -<= 250 ms)

0.5

• 20-pin SOP

2.0

• 5-pin MP-45F

*: Charge Pump Circuit used / Charge Pump Circuit not used

Automotive
solenoid driver

★:

Under development

Transistor Array
■ Signal transistor array

Type Number

5 6 7

µPA53C

Output Output
Surge
Input
voltage current
absorb- impedVO
IO
er diode ance
(V)
(mA/Unit)
8

Number of
circuits

30

400

–

Ative level
“H”

“L”

20 kΩ

Input/output
relationship

Output current
relationship

Inverter Non-iverter Source
type
type
type

Remarks

Number of pins

Sink
type
Darlington

14

Single
(Common collector)

16

µPA56C

40

100

–

–

µPA57C

30

400

–

4 kΩ

Darlington

14
with tab

µPA67C

30

70

–

µPA79C

20

150*1

µPA80C, GR

60

50

µPA81C

45

400*2

µPA2001C, GR

60

22 kΩ

Darlington

14

20 KΩ

Low saturation driver

16

–

20 kΩ

Darlington

16

–

20 kΩ

FIP driver

18

500

–

Darlington

16

µPA2002C, GR

60

500

7VZDi
+10.5 kΩ

Darlington

16

µPA2003C, GR

60

500

2.7 kΩ

Darlington

16

µPA2004C, GR

60

500

10.5 kΩ

Darlington

16

µPA2981C

50

500

3 kΩ

Darlington output stage

18

µPA2982C

50

500

8.5 kΩ

Darlington output stage

18

µPA2987C

50

500

3 kΩ

Darlington output stage

16

µPA6118C

85

40

37 kΩ

FIP driver

18

–

<
*1: PW = 30 ms, duty cycle <= 10% (7 circuits operation)
<
2:
PW
= 10 ms, duty cycle <
= 10% (7 circuits operation)
*

159

Transistor

Transistor Array
■ Power transistor array
Output current
relationship

Type Number

Number of
circuits

Collectoremitter voltage
VCE (V)

µPA1424H

4

60 ±10

±2.0

680 Ω

High beta

10

µPA1426H

4

80

±2.0

–

–

Darlington

10

µPA1427H

4

–80

2.0

–

–

Darlington

10

4

60 ±10

±2.0

–

Darlington

10

4

60

3.0

–

–

High beta

10

µPA1436AH

4

100

±3.0

–

–

Darlington

10

µPA1437H

4

–100

3.0

–

–

Darlington

10

µPA1438H

4

60 ±10

±3.0

–

Darlington

10

µPA1452H

4

60

5.0

–

–

Low VCE(sat)

10

µPA1453H

4

–60

5.0

–

–

Low VCE(sat)

10

µPA1454H

4

100

5.0

–

–

High beta

10

µPA1456H

4

100

±5.0

–

–

Darlington

10

µPA1457H

4

–100

5.0

–

–

Darlington

10

µPA1458H

4

60 ±10

±5.0

–

Darlington

10

µPA1476H

4

100 ±15

±2.0

–

Darlington

10

µPA1478H

4

31 ±4

±2.0

–

Darlington

10

µPA1428H
µPA1428AH
µPA1434H
µPA1436H

Collector current Surge absorber
diode
IC (A)

Input impedance

Source
type

Remarks

Number of pins

Sink
type

■ Power MOS FET array
Number of circuits
Type Number
4

7

8

µPA1500H/1500BH

VDSS
(V)

ID
(A/Unit)

Surge
absorber
diode

4V
driving

Active level
“H”

“L”

Input/output
relationship
Inverter Non-inverter
type
type

Output current
relationship
Source
type

Number of pins

Sink
type

60

±3

120

±3

µPA1520H/1520BH

30

±2

–

10

µPA1522H

60

±2

–

10

– 60

2

–

10

µPA1524H

80

±2

–

10

µPA1526H

100

±2

–

10

µPA1527H

–100

2

–

10

µPA1550H

30

±5

–

10

µPA1552H/1552AH
µPA1552BH

60

±5

–

10

µPA1556H/1556AH

100

±5

–

10

µPA1570H

30

±2

–

10

µPA1572H

60

±2

–

10

µPA1576H

100

±2

–

10

µPA1501H

µPA1523H/1523BH

★

12
12

★:

Under development

■ Monolithic MOS FET array
Number of circuits

Active level

Input/output
relationship

Output current
relationship

VDSS
(V)

ID
(A/Unit)

Surge
absorber
diode

µPA1600CX/GS

30

0.5

–

20

µPA1601CX/GS

30

0.43

–

16

µPA1602CX/GS

30

0.43

–

16

µPA1603CX

30

0.87

µPA1604CX

30

0.87

µPA1640GS

30

0.1

Type Number
4

160

7

8

4V
driving

“H”

“L”

Inverter Non-inverter
type
type

Source
type

Number of pins

Sink
type

16
16
–

20

Diode

Zener Diode
■ Zener Diode Quick Reference (1/2)
Vz (V)

P (W)

TYP.

2.0
2.2
2.4
2.7
3.0
3.3
3.6
3.9
4.3
4.7
5.1
5.6
6.2
6.8
7.5
8.2
9.1
10
11
12
13
15
16
18
20
22
24
27
30
33
36
39
43
47
51
56
62
68
75
82
91
100
110
120
Package

0.15

RD4.7UJ
RD5.1UJ
RD5.6UJ
RD6.2UJ
RD6.8UJ
RD7.5UJ
RD8.2UJ
RD9.1UJ
RD10UJ
RD11UJ
RD12UJ
RD13UJ
RD15UJ
RD16UJ
RD18UJ
RD20UJ
RD22UJ
RD24UJ
RD27UJ
RD30UJ
RD33UJ
RD36UJ
RD39UJ

0.2

RD2.0UM
RD2.2UM
RD2.4UM
RD2.7UM
RD3.0UM
RD3.3UM
RD3.6UM
RD3.9UM
RD4.3UM
RD4.7UM
RD5.1UM
RD5.6UM
RD6.2UM
RD6.8UM
RD7.5UM
RD8.2UM
RD9.1UM
RD10UM
RD11UM
RD12UM
RD13UM
RD15UM
RD16UM
RD18UM
RD20UM
RD22UM
RD24UM
RD27UM
RD30UM
RD33UM
RD36UM
RD39UM

2-pin ultra mini-mold
Low noise

General Purpose

RD2.0M
RD2.2M
RD2.4M
RD2.7M
RD3.0M
RD3.3M
RD3.6M
RD3.9M
RD4.3M
RD4.7M
RD5.1M
RD5.6M
RD6.2M
RD6.8M
RD7.5M
RD8.2M
RD9.1M
RD10M
RD11M
RD12M
RD13M
RD15M
RD16M
RD18M
RD20M
RD22M
RD24M
RD27M
RD30M
RD33M
RD36M
RD39M
RD43M
RD47M

RD2.4MW
RD2.7MW
RD3.0MW
RD3.3MW
RD3.6MW
RD3.9MW
RD4.3MW
RD4.7MW
RD5.1MW
RD5.6MW
RD6.2MW
RD6.8MW
RD7.5MW
RD8.2MW
RD9.1MW

Mini-mold (SC·59)

1.0

RD2.0S
RD2.2S
RD2.4S
RD2.7S
RD3.0S
RD3.3S
RD3.6S
RD3.9S
RD4.3S
RD4.7S
RD5.1S
RD5.6S
RD6.2S
RD6.8S
RD7.5S
RD8.2S
RD9.1S
RD10S
RD11S
RD12S
RD13S
RD15S
RD16S
RD18S
RD20S
RD22S
RD24S
RD27S
RD30S
RD33S
RD36S
RD39S

2-pin
mini-mold

RD2.0P
RD2.2P
RD2.4P
RD2.7P
RD3.0P
RD3.3P
RD3.6P
RD3.9P
RD4.3P
RD4.7P
RD5.1P
RD5.6P
RD6.2P
RD6.8P
RD7.5P
RD8.2P
RD9.1P
RD10P
RD11P
RD12P
RD13P
RD15P
RD16P
RD18P
RD20P
RD22P
RD24P
RD27P
RD30P
RD33P
RD36P
RD39P
RD43P
RD47P
RD51P
RD56P
RD62P
RD68P
RD75P
RD82P
RD91P
RD100P
RD110P
RD120P
Power minimold (SC·62)

RD4.7FM
RD5.1FM
RD5.6FM
RD6.2FM
RD6.8FM
RD7.5FM
RD8.2FM
RD9.1FM
RD10FM
RD11FM
RD12FM
RD13FM
RD15FM
RD16FM
RD18FM
RD20FM
RD22FM
RD24FM
RD27FM
RD30FM
RD33FM
RD36FM
RD39FM
RD43FM
RD47FM
RD51FM

2-pin power
mini-mold

161

Diode

Zener Diode
■ Zener Diode Quick Reference (2/2)
VZ (V)

TYP.
2.0
2.2
2.4
2.7
3.0
3.3
3.6
3.9
4.3
4.7
5.1
5.6
6.2
6.8
7.5
8.2
9.1
10
11
12
13
15
16
18
20
22
24
27
30
33
36
39
43
47
51
56
62
68
75
82
91
100
110
120
Package

162

P (W)

0.25
RD2.0HS
RD2.2HS
RD2.4HS
RD2.7HS
RD3.0HS
RD3.3HS
RD3.6HS
RD3.9HS
RD4.3HS
RD4.7HS

DO-34

0.4

RD4.7JS
RD5.1JS
RD5.6JS
RD6.2JS
RD6.8JS
RD7.5JS
RD8.2JS
RD9.1JS
RD10JS
RD11JS
RD12JS
RD13JS
RD15JS
RD16JS
RD18JS
RD20JS
RD22JS
RD24JS
RD27JS
RD30JS
RD33JS
RD36JS
RD39JS

0.4
RD2.0ES
RD2.2ES
RD2.4ES
RD2.7ES
RD3.0ES
RD3.3ES
RD3.6ES
RD3.9ES
RD4.3ES
RD4.7ES
RD5.1ES
RD5.6ES
RD6.2ES
RD6.8ES
RD7.5ES
RD8.2ES
RD9.1ES
RD10ES
RD11ES
RD12ES
RD13ES
RD15ES
RD16ES
RD18ES
RD20ES
RD22ES
RD24ES
RD27ES
RD30ES
RD33ES
RD36ES
RD39ES

DO-34

D0-34

0.5
RD2.0E
RD2.2E
RD2.4E
RD2.7E
RD3.0E
RD3.3E
RD3.6E
RD3.9E
RD4.3E
RD4.7E
RD5.1E
RD5.6E
RD6.2E
RD6.8E
RD7.5E
RD8.2E
RD9.1E
RD10E
RD11E
RD12E
RD13E
RD15E
RD16E
RD18E
RD20E
RD22E
RD24E
RD27E
RD30E
RD33E
RD36E
RD39E
RD43E
RD47E
RD51E
RD56E
RD62E
RD68E
RD75E
RD82E
RD91E
RD100E
RD110E
RD120E
DO-35

1.0
RD2.0F
RD2.2F
RD2.4F
RD2.7F
RD3.0F
RD3.3F
RD3.6F
RD3.9F
RD4.3F
RD4.7F
RD5.1F
RD5.6F
RD6.2F
RD6.8F
RD7.5F
RD8.2F
RD9.1F
RD10F
RD11F
RD12F
RD13F
RD15F
RD16F
RD18F
RD20F
RD22F
RD24F
RD27F
RD30F
RD33F
RD36F
RD39F
RD43F
RD47F
RD51F
RD56F
RD62F
RD68F
RD75F
RD82F

DO-41

Thyristor
Diode

Thyristor
■ SCR
Package

MP–25

MP–45C

TO-220AB

TO-220-like
insulated type

Electrical
characteristics

SOT-89

TO-92

IT(RMS) (A)

0.47

0.47

4.7

8

12.6

4

4

4

4.7

4.7

8

12

8

IT(AV) (A)

0.3

0.3

3

5

8

2

2

2.5

3

3

5

8

5

8

ITSM (A)

6

8

35

65

80

20

20

35

65

–

80

100

80

100

125

125

–

–

2S2M

–

–

–

8P2M

–

8P2SM

3S4M

5P4M

8P4M

5P4SM

8P4SM

–

5P5M

–

–

–

Tj (ƒC)
200
V DR M
V RR M
(V)

400

03P4J 03P4M

500

03P5J

600
IGT (mA)
tq

(TYP.)

03P2J 03P2M

(µs)

–

–
–

MP-3

TO-202AA

125
–

–

3P4J
5P4J
8P4J
03P4MG
2P4M
3P4J-Z 5P4J-Z 8P4J-Z

03P4MF 03P5MG

–

–

125

125

–

–

2P5M

–

2S4M 2V5P4M 3P4MH
–

12

–

3P5MH

125

–

–

–

03P6MG

–

5P6J
5P6J-Z

–

2P6M

–

–

3P6MH

–

5P6M

–

5P6SM

–

0.2

0.2

50 µA

3 - 50 µA

0.1

0.2

10*

0.2

0.3

0.1

0.2

30

10

10

10

10

25

25

100

60

80

100

50

30

15*

80

80

5*

50

100

50

100

*: indicates MAX.

■ TRIAC
Package

MP–25

Electrical
characteristics

SOT-89

TO-92

TO202AA

MP-3

MP–45C

TO-220AB

TO-220AB-like insulated type

IT(RMS) (A)

1.0

0.8

1.0

3

5

3

5

8

10

12

16

3

5

8

10

12

16

ITSM(50 Hz) (A)

7.0

7

10

30

50

30

50

80

80

100

150

30

50

80

80

100

150

Tj (ƒC)

125

V DR M
V RR M
(V)

I GT
(mA)

(dv/dt)C
(V/µs)

125

125

AC0V AC01
8DGM DGM

400

AC01DJM

500

–

–

–

600

–

–

–

125

AC03 AC05
DJM
DJM AC03
AC03 AC05 DGM
DJ M-Z DJ M-Z
–

–

AC03 AC05
FJM
FJM
AC03 AC05
FJM-Z FJM-Z

125

125
AC05
DGM

AC08
DGM

AC10
DGM

AC12
DGM

AC16
DGM

AC03
DSM

AC05
DSM

AC08
DSM

AC10
DSM

AC12
DSM

AC16
DSM

–

AC05
EGM

AC08
EGM

AC10
EGM

AC12
EGM

AC16
EGM

–

AC05
ESM

AC08
ESM

AC10
ESM

AC12
ESM

–

AC03
FGM

AC05
FGM

AC08
FGM

AC10
FGM

AC12
FGM

AC16
FGM

AC03
FSM

AC05
FSM

AC08
FSM

AC10
FSM

AC12
FSM

AC16
FSM
30

I

5

5

3

12

10

12

10

20

20

20

30

12

10

20

20

20

II

10

10

5

–

–

–

–

–

–

–

–

–

–

–

–

–

–

III

5

5

3

12

10

12

10

20

20

20

30

12

10

20

20

20

30

IV

10

10

3

12

10

12

10

20

20

20

30

12

10

20

20

20

30

MIN.

0.5

1

0.5

5

5

5

5

10

10

10

10

5

5

10

10

10

10

163

EMPTY PAGE

Microwave Device

Microwave Device/Consumer-Use

1

High Frequency Device
2
Microwave Device ......................................................... 166
• GaAs MMIC ............................................................... 166
• GaAs MCIC ................................................................ 166

3
4

• Field Effect Transistor ............................................. 167
• Transistor .................................................................. 168
• Diode.......................................................................... 169

5
6

Consumer-Use High Frequency Device ..................... 170
• MMIC .......................................................................... 170

7

• Transistor, FET ......................................................... 176
• Diode.......................................................................... 177

8

9
10

165

Microwave Device

GaAs MMIC
■ Analog IC
Type number

Function

µPG100

Wide band, low noise amplifier

µPG101

Wide band, medium output amplifier

µPG103

Wide band, low noise amplifier

µPG105

S band, low noise amplifier

µPG106

AGC amplifier

µPG107

SPDT switch

µPG110

Wide band, medium output amplifier

µPG130

SPDT switch
(for digital cellular)
SPDT switch
(for digital cordless)
SPDT switch
(for digital cordless)

µPG131
µPG132

Features
f = 50 MHz to 3 GHz
Gp >
= 14 dB, NF <
= 3.5 dB
f = 50 MHz to 3 GHz
PO (1dB) >
= 16 dBm
f = 50 MHz to 3 GHz
Gp >
= 10 dB, NF <
= 5 dB
f = 2.7 to 4.2 GHz
Gp >
= 21 dB, NF <
= 2.2 dB
f = 100 kHz to 2.5 GHz
>
Gp >
= 16 dB, GAGC = 25 dB
f = DC to 3.4 GHz
Lins <
= 1.7 dB, tsw = 5 ns (typ.)
f = 2 to 8 GHz
PO (1dB) >
= 10 dBm, Gp >
= 12 dB
f = 0.1 to 1 GHz, PO (1 dB) = 33 dBm
Lins = 0.5 dB, ISO = 30 dB at 1 GHz
f = 0.1 to 2 GHz, PO (1 dB) = 28 dBm
Lins = 0.6 dB, ISO = 23 dB at 2 GHz
f = 0.1 to 2 GHz, PO (1 dB) = 28 dBm
Lins = 0.6 dB, ISO = 23 dB at 2 GHz

Package
• 8-pin ceramic, Chip
• 8-pin ceramic, Chip
• 8-pin ceramic, Chip
• 16-pin ceramic
• 8-pin ceramic
• 8-pin ceramic chip, Chip
• 4-pin ceramic chip, Chip
• 8-pin SOP
• 8-pin SSOP
• 8-pin SOP
• 8-pin SSOP
• 8-pin SSOP

■ Prescaler IC
Type number

Function

µPG501

5 GHz, 1/4 static type prescaler

µPG502

5 GHz, 1/2 static type prescaler

µPG503

9 GHz, 1/4 dynamic type prescaler

µPG504

9 GHz, 1/2 dynamic type prescaler

µPG506

14 GHz, 1/8 dynamic type prescaler

µPG508

14 GHz, 1/4 dynamic type prescaler

Features
f = 1.5 to 5 GHz
@Pin = +10 dBm
f = 1 to 5 GHz
@Pin = +10 dBm
f = 3.5 to 90 GHz
@Pin = +10 dBm
f = 2.0 to 9.0 GHz
@Pin = +10 dBm
f = 8 to 14 GHz
@Pin = 6 dBm
f = 8 to 14 GHz
@Pin = 6 dBm

Package
• 8-pin ceramic, Chip
• 8-pin ceramic, Chip
• 8-pin ceramic, Chip
• 8-pin ceramic, Chip
• 8-pin ceramic, Chip
• 8-pin ceramic, Chip

GaAs MCIC
Type number
MC-5950
MC-5951
MC-5952
MC-5973
MC-5974
MC-7620
MC-7621

166

Function
for Japan Analog
f = 925 to 942 MHz
for AMPS
f = 824 to 849 MHz
for E-TACS
f = 872 to 905 MHz
for AMPS
f = 824 to 849 MHz
for E-TACS
f = 872 to 905 MHz
for Japan Digital
f = 940 to 956 MHz
for Japan Digital
f = 1429 to 1453 MHz

Features
VDD = 5.8 V, Pout >
= 30.8
Gp >
= 24 dB, ηT = 63%
VDD = 5.8 V, Pout >
= 30.5
Gp >
= 24 dB, ηT = 63%
VDD = 5.8 V, Pout >
= 30.5
Gp >
= 24 dB, ηT = 63%
VDD = 4.6 V, Pout >
= 30.5
Gp >
= 24 dB, ηT = 63%
VDD = 4.6 V, Pout >
= 30.5
Gp >
= 24 dB, ηT = 63%
VDD = 3.4 V, Pout = 31.2
Gp >
= 25.2 dB, ηT = 45%
VDD = 3.4 V, Pout = 31.2
Gp >
= 20.2 dB, ηT = 45%

Package
dBm
dBm
dBm

Metal package
17 ∞ 12 ∞ 4 mm

dBm
dBm
dBm
dBm

14.2 ∞ 11.3 ∞ 2.7 mm

Microwave Device

Field Effect Transistor
■ Low Noise GaAs FET Quick Reference Graph

20

NE42484A
NE76084

NE32584C

Ga

NE76184A

NE32684A/NE42484C

5.0

10

4.0

NE76084
NE76184A

3.0

Gain at minimum NF (dB)

Noise figure NF (dB)

NE32484A

0

NE42484A
2.0

NE42484C
NE32484A
NE32684A
NE32584C

NF

1.0

0

1.0

5.0

20.0

30.0

Frequency f (GHz)

45

Output power at 1dB gain compression P

O(1dB)

(dBm)

43
NEZ3642-8D/-8DD

40

NE6501077
NEZ4450-8D/-8DD
NEZ4450-4D/-4DD

NEZ3642-15D/-15DD
NEZ4450-15D/-15DD
NEZ5964-15D/-15DD
30
NEZ6472-15D/-15DD
NEZ7785-15D/-15DD
20
NEZ7177-8D/-8DD
NEZ5964-8D/-8DD
10
NEZ7785-8D/-8DD
NEZ6472-8D/-8DD 8
NEZ5964-4D/-4DD
NEZ6472-4D/-4DD

36

NEZ7785-4D/-4DD
NEZ7177-4D/-4DD

NE6500496
NEZ3642-4D/-4DD

NE85002
32

28

4 NEZ1414-4E

2
NEZ1414-2E

NE95001
NE85001

6

1
0.8
0.6

NE850R5

0.4
NE1280400

24

NE950R5
0.2
NE950R2 NE1280200

20

0.1
NE1280100

Output power at 1dB gain compression P O(1dB) (W)

■ Power GaAs FET Quick Reference Graph

16
1

2

5

10

20

Frequency f (GHz)

167

Microwave Device

Transistor
■ Low Noise Transistor Quick Reference Table

Frequency
(MHz)

NF (dB)

2.5

3.5

4.0
2SC1044
2SC1426
2SC1275
2SC1424

200
500

2SC2148

2000

2SC3604

4000

2SC3587

5.0 or higher

2SC2149

2SC3603

2SC2150

■ Power Transistor Quick Reference Table (for fixed radio station)
Output power
10 W or higher
Frequency
500 MHz or higher

2SC3660
2SC3217-M
2SC3218-M
2SC3660A
2SK2396
2SC3537
2SC3538
2SC3539
2SK2597
NEL2000 SERIES

800 MHz or higher

900 MHz or higher
1900 MHz or higher

■ Power Transistor Quick Reference Table (for mobile and portable radio station)
Output power
0.1 W or higher

1 W or higher

10 W or higher

Frequency
500 MHz or higher

2SC2762

800 MHz or higher

2SC2850-KA/MA

2SC3282A
2SC3283A

2SC3541
2SC3818
2SC3819

2SC3542

1000 MHz or higher

2SC3817

Output Power vs. Freguency
200
2SC3660/2SK2396
2SC3660A/2SK2597
2SC3539
2SC3538
2SC3283A NEL2035
2SC3282A
2SC3537
2SC3542 NEL2012
2SC3819
2SC2850
2SC3541
2SC3818
NEL2004

Power output P O (W)

100
70
50
30
20
10
7
5

1
0.1

NEL2001
0.2

0.3

0.5 0.7

1

Frequency f (GHz)

168

V CC
12 V series
24 V series
28 V series

3
2

2

3

5

7

10

Microwave Device

Diode
■ Schottky Barrier Diode
Type number
ND487C1-3P
ND487C2-3P

Application
Double balanced modulator
Double balanced modulator

VR (V)
–
–

Electrical characteristics (TYP.)
VF (V)
IF (mA)
–
~ 0.7
–
~ 1.0

Ct (pF)
~ 1.0
~ 1.0

169

Consumer-Use High Frequency Device

MMIC
Type number

Function

µPC1652
µPC1653
µPC1654
µPC1655
µPC1656
µPC1675
µPC1676
µPC1688

General purpose HF
wide band amplifier

µPC1658

Low noise HF wide
band amplifier

µPC1659

Ultra wide band
amplifier

µPC1663
µPC1677
µPC1678
µPC1668
µPC1669
µPC1670
µPC2708
µPC2709
µPC2710
µPC2711
µPC2712
µPC2713
µPC2714
µPC2715
µPC2745
µPC2746
µPC2747
µPC2748
µPC2749
µPC2762
µPC2763
µPC2771
µPC2723
µPC2726
µPC8104
µPC8105
µPC8110

170

Features

Package

BW = 1.2 GHz, Gp = 18 dB, NF = 5.5 dB
BW = 1.3 GHz, Gp = 18 dB, NF = 5.5 dB
BW = 1.1 GHz, Gp = 19 dB, NF = 5.5 dB
BW = 1.0 GHz, Gp = 18 dB, NF = 5.5 dB
BW = 0.85 GHz, Gp = 19 dB, NF = 5.5 dB
BW = 1.9 GHz, Gp = 12 dB, NF = 5.5 dB
BW = 1.2 GHz, Gp = 22 dB, NF = 4.5 dB
BW = 1.1 GHz, Gp = 21 dB, NF = 4 dB
Gp = 31 dB/f = 100 MHz, GP = 17 dB/f = 500 MHz,
(GAIN CONTROLABLE)
NF = 1.5 dB/f = 100 MHz, NF = 2.0 dB/f = 500 MHz
BW = 0.6 to 2.3 GHz, Gp = 19.5 dB, NF = 5 dB
BW = 0.6 to 2.3 GHz, Gp = 23 dB, NF = 5 dB
BW = 0.7 to 1.75 GHz, Gp = 23 dB, NF = 5 dB

•
•
•
•
•
•
•
•
•
•
•
•
•
•

8-pin SOP
TO-72 CAN equivalent
TO-12 CAN equivalent
8-pin DIP
8-pin DIP
4-pin mini-mold
4-pin mini-mold
4-pin mini-mold
8-pin CAN
8-pin SOP
8-pin DIP
4-pin CAN
Ceramic
8-pin SOP

Ultra high speed
video amplifier

BW = 700 MHz/Ga = 20 dB, GAIN CONTROLABLE
INPUT NOISE 3 µVr.m.s.

Wide band, medium
output amplifier

BW = 1.8 GHz, Gp = 24 dB, NF = 6 dB, PO = 19.5 dBm
BW = 2.0 GHz, Gp = 23 dB, NF = 6 dB, PO = 17.5 dBm
Ga = 14.5 dB, ISL = 55 dB/f = 70 MHz
Ga = 10.5 dB, ISL = 55 dB/f = 70 MHz
Ga = 7.0 dB, ISL = 55 dB/f = 70 MHz
BW = 2.9 GHz, Po (sat) = +10 dBm, Gp = 15 dB
BW = 2.3 GHz, Po (sat) = +11.5 dBm, Gp = 23 dB
BW = 1.0 GHz, Po (sat) = +13.5 dBm, Gp = 33 dB
BW = 2.9 GHz, Gp = 13 dB, NF = 5.0 dB
BW = 2.6 GHz, Gp = 20 dB, NF = 4.5 dB
BW = 1.2 GHz, Gp = 29 dB, NF = 3.2 dB
BW = 1.8 GHz, Icc = 4.5 mA, Vcc = 3.4 V
BW = 1.2 GHz, Icc = 4.5 mA, Vcc = 3.4 V
BW = 2.7 GHz, Icc = 7.5 mA, Vcc = 3.0 V, Gp = 12 dB
BW = 1.5 GHz, Icc = 7.5 mA, Vcc = 3.0 V, Gp = 19 dB
BW = 0.1 – 1.8 GHz, Icc = 5.0 mA, Vcc = 3.0 V, Gp = 12 dB
BW = 0.3 – 1.5 GHz, Icc = 6.0 mA, Vcc = 3.0 V, Gp = 19 dB

•
•
•
•
•
•
•

8-pin DIP
8-pin SOP
8-pin DIP
8-pin SOP
8-pin DIP
8-pin DIP
8-pin DIP

High isolation IF
amplifier
Middle power wide
band amplifier
Low noise wide
band amplifier
Low power
consumption wide
band amplifier
900 MHz Band
Low noise amplifier
1.9 GHz Low noise
amplifier
Medium power
amplifier

BW = 2.9 GHz, Icc = 6 mA, Gp = 16 dB, NF = 4 dB

• 6-pin mini-mold

• 6-pin mini-mold

• 6-pin mini-mold

• 6-pin mini-mold
• 6-pin mini-mold

BW = 2.9 GHz, Icc = 26.5 mA, Gp = 14.5 dB, P1dB = 7 dBm
BW = 2.4 GHz, Icc = 27 mA, Gp = 19.5 dB, P1dB = 6.5 dBm • 6-pin mini-mold
BW = 2.1 GHz, Icc = 36 mA, Gp = 21 dB, P1dB = +11.5 dBm

1.1 GHz AGC
BW = 1.1 GHz, Gpmax. = 13 dB, GCR = 38 dB, Vcc = 5.0 V • 6-pin mini-mold
amplifier
1.6 GHz differential
BW = 1.6 GHz, Icc = 11.5 mA, Gp = 15 dB, Vcc = 5.0 V
• 6-pin mini-mold
amplifier
1.9 GHz Up
Converter + QPSK
Vcc = 2.7 ~ 5.5 V, Icc = 28 mA
• 20-pin SSOP
MOD
400 MHz QPSK
MOD
900 MHz QPSK
MOD

Vcc = 2.7 ~ 5.5 V, Icc = 16 mA

• 16-pin SSOP

Vcc = 2.7 ~ 3.6 V, Icc = 24 mA

• 20-pin SSOP

Consumer-Use High Frequency Device

MMIC
Power gain, noise figure vs. frequency
50

Noise figure NF (dB)

Power gain GP (dB)

40

30

GP
µ PC1659

20
µ PC1658
µ PC1678

10
µ PC1678

µ PC1679

µ PC1677
µ PC1659

µ PC1677

NF

µ PC1658

0
7

10

30

50

70

100

300

500 700

1G

3G

5G

Frequency f (MHz)

25

µ PC1676
µ PC1688

20
µ PC1654

Noise figure NF (dB)

Power gain GP (dB)

GP
15
µ PC1675

10
µ PC1675
µ PC1654

NF

5

µ PC1676
µ PC1688

0
7

10

30

50

70

100

300

500 700

1G

3G

5G

Frequency f (MHz)

171

Consumer-Use High Frequency Device

MMIC

Power gain, noise figure vs. frequency
50

Power gain GP (dB)
Noise figure NF (dB)

40

µ PC2710

30

µ PC2713
µ PC2709
µ PC2749

20
µ PC2715

NF

0

µ PC2712
µ PC2708
µ PC2711

µ PC2714

10
µ PC2708/11

µ PC2709/12/14/15
µ PC2749

µ PC2710/13

7

10

30

50 70 100

300

500 700 1G

3G

5G

Frequency f (MHz)

P0 (sat) vs. frequency

µ PC2710

µ PC2709

µ PC2763

Maximum output power P

O(sat)

(dBm)

30

20

10
µ PC2713

µ PC2762
µ PC2708
µ PC2712
µ PC2711

0

µ PC2749
µ PC2715
µ PC2714

–10

–20
7

10

30

50 70 100

300

Frequency f (MHz)

172

Gp

500 700 1G

3G

5G

Consumer-Use High Frequency Device

MMIC

Power gain, noise figure vs. frequency
25

Power gain Gp (dB)
Noise figure NF (dB)

µ PC2771

20

µ PC2763
µ PC2746

15

µ PC2748

GP

µ PC2749
µ PC2762

µ PC2745

µ PC2747

10

µ PC2745

5

µ PC2746

NF

µ PC2747, 2749
µ PC2748

0
7

10

30

50

70

100

300

500

700

1G

3G

5G

Frequency f (MHz)

Po (sat) vs. frequency
30

Maximum output power Po (sat) (dBm)

20
µ PC2771
µ PC2763

10
µ PC2762

µ PC2746

0

µ PC2745
µ PC2748
µ PC2747
µ PC2749

–10

–20
7

10

30

50

70

100

300

500

700

1G

3G

5G

Frequency f (MHz)

173

Consumer-Use High Frequency Device

MMIC
Type number

µPC1685
µPC1686
µPC1687
µPC1673
µPC1692
µPC1694
µPC2743
µPC2744
µPC2721
µPC2722
µPC2731
µPC2734
µPC2757
µPC2758
µPC2753
µPC8106
µPC8109
µPC8100
µPB584
µPB585
µPB586
µPB587
µPB588
µPB581
µPB582
µPB1502
µPB1502(1)
µPB1504
µPB1505

Function

Features

CG = 12 dB, NF = 12.5 dB, CM = 86 dB µ, @900 MHz
CG = 20 dB, NF = 12 dB, CM = 94 dB µ , @470 MHz
CG = 24 dB, NF = 10 dB, CM = 89 dB µ , @900 MHz
CG = 23 dB, NF = 11.0 dB, CM = 92 dB µ, @470 MHz
CG = 19 dB @470 MHz, CG = 24 dB @890 MHz
Down converter
(MIX/OSC/IF amplifier) CG = 18 dB, NF = 12.5 dB, CM = 103 dB µ , @470 MHz
CG = 20 dB, @470 MHz, CG = 23 dB @890 MHz
CG = 25 dB, @470 MHz, CG = 31 dB @890 MHz
CG = 20 dB, NF = 11 dB, fRF = 0.9 ~ 2.0 GHz
CG = 15 dB, NF = 11 dB, fRF = 0.9 ~ 2.0 GHz
AGC Amplifier +
CG = 14 dB, NF = 12 ~ 17 dB, fRF = 0.9 ~ 2.0 GHz,
Down converter
GCR = 65 dB
Down converter
CG = 10 ~ 13 dB, NF = 9 ~ 14 dB, fRF = 0.9 ~ 2.1 GHz
(MIX/OSC/IF Amp.)
@fIF = 402.8 MHz
fRFBW = 2.0 GHz, CG = 15 dB, Icc = 5.6 mA,
Vcc = 3.0 V
Down converter
(MIX/Lo Amp./IF Amp.) fRFBW = 2.0 GHz, CG = 15 dB, Icc = 11 mA,
Vcc = 3.0 V
Down converter
fin = DC ~ 400 MHz, CGMAX = 79 dB, 3 V, 6.5 mA
CG = 10 dB, ICC = 9 mA, OIP 3 = +7 dBm, 3 ~ 5 V
Up converter
CG = 7 dB, ICC = 5 mA, OIP 3 = +5 dBm, 3 ~ 5 V
Up/Down converter
Up converter + Down converter 1 chip IC
1/2, fmax. = 2.5 GHz
1/4, fmax. = 2.5 GHz
1/256, 1/512, fmax. = 2.5 GHz
Prescaler
1/2, 1/4, 1/8 fmax. = 1 GHz
1/64, 1/128, fmax. = 2.5 GHz
1/2, fmax. = 2.8 GHz
1/4, fmax. = 2.8 GHz
fmax. = 1.7 GHz, 64/65, 128/129, Vcc = 3.0 V
Prescaler
with power save mode fmax. = 2.0 GHz, 64/65, 128/129, Vcc = 3.0 V
fmax. = 1.1 GHz, 64/65, 128/129, 3 V, 1.9 mA
Prescaler
fmax. = 3.0 GHz, “256, “128, “64, 5 V, 14 mA

µPA101

MULTI PLAYER

µPA102

2 DIFF AMP
Transistor array

µPA103

3 Trs+1 PIAR Tr

µPA104

ADDER

174

Package
•
•
•
•
•
•
•
•

8-pin SOP
8-pin SOP
8-pin SOP
16-pin SOP
20-pin SOP
14-pin SOP
20-pin SOP
20-pin SOP

• 8-pin SOP
• 20-pin SOP
• 20-pin SSOP

• 6-pin mini-mold

• 20-pin SSOP
• 6-pin mini-mold
•
•
•
•
•
•
•
•

20-pin SSOP
8-pin SOP
8-pin SOP
8-pin SOP
8-pin SOP
8-pin SOP
8-pin CAN
8-pin CAN

• 8-pin SOP

•
•
•
•
•
•
•
•

14-pin ceramic
8-pin SOP
14-pin ceramic
14-pin SOP
14-pin ceramic
14-pin SOP
14-pin ceramic
14-pin SOP

Consumer-Use High Frequency Device

MMIC
[Down converter]
Conversion gain, noise figure vs. frequency

30

µ PC2744

CG:µ PC1687

Conversion gain CG (dB)
Noise figure NF (dB)

25
µ PC2743

CG:µ PC1692
20

CG:µ PC1686
CG:µ PC1694

15

CG:µ PC1685

NF: µ PC1694

NF: µ PC1685

NF: µ PC1686

10
NF: µ PC1692

NF: µ PC1687

5

0

200

400

600

800

1000

frequency f (MHz)

[Prescaler]
Input level vs. frequency
40

20
PIN max.

µ PB586

µ PB587

Input level PIN (dBm)

µ PB584

0

µ PB584

-20
µ PB587

µ PB586

PIN min.
-40

-60
7

10

30

50

70

100

300

500 700

1G

3G

5G

Frequency f (MHz)

175

Consumer-Use High Frequency Device

Transistor, FET
■ TV tuner
Bi-polar transistor
Mini-mold
Small mini-mold
(3-pin)
(3-pin)

Application

3SK131
3SK222
3SK223
3SK230
3SK252
3SK131

RF

VHF band
MIX

2SC3545

OSC

2SC3545

RF
(λ /4)

UHF band

RF
(λ /2)
RF
(GaAs FET)
MIX

Dual gate FET
Mini-mold
Super mini-mold
(4-pin)
(4-pin)

2SC4182
2SC4184
2SC4182
2SC4184
2SC4183

3SK135A
3SK224
3SK231
3SK253
3SK134B
3SK177
3SK206

2SC3545
2SC3841

2SC3545
2SC3841

OSC

2SC4183
2SC4185
2SC4184
2SC4186
2SC4182
2SC4184
2SC4185

Application Block Diagram
VHF antenna

RFamp
3SK222 3SK223

µ PC2743, µ PC2744
µ PC1694 µ PC1686
To IF amp

µ PD3100 series
PSC
+
PLL
UHF antenna

RFamp
3SK224

µ PC1685 µ PC1687

176

To Controller

3SK242
3SK246
3SK243
3SK254
3SK242

3SK244
3SK255
3SK245

Consumer-Use High Frequency Device

Transistor, FET
■ CATV converter
Type number
Application

Pre Amp.

TO-92

Mini-mold

Electrical characteristics

4-pin
2SC5013

Ultrasuper
mini-mold
3-pin
2SC5008

2SC5011

2SC5006

Super mini-mold

3-pin
2SC3356
2SC3355
2SC2570A 2SC2351

4-pin
2SC4093
2SC4092

2SC2570A 2SC2351
2SC3356
2SC3355
2SC2570A 2SC2351
2SC3545

2SC4092
2SC4093
2SC4092

3-pin
2SC4228
2SC4185

Buffer Amp.
1st IF Amp.

1st and 2nd OSC

2SC4226
2SC4184
2SC4185
2SC4570
2SC4571
2SC4185

2SC4568
2SC4569

2nd IF Amp.

2SC5005
2SC5004

f.T (GHz)
7 (20 mA)
5 (20 mA)
2 (5 mA)
5 (20 mA)
7 (20 mA)
5 (20 mA)
1.8 (5 mA)
2 (5 mA)
5.5 (5 mA)
5 (5 mA)
2 (5 mA)

NF (dB)
1.1 (1
1.5 (1
3 (0.5
1.5 (1
1.1 (1
1.5 (1

GHz)
GHz)
GHz)
GHz)
GHz)
GHz)

Application Block Diagram
L.P.F

1st MIX

Preamplifer

1st IF amp.

2nd MIX

2nd IF amp.

INPUT

To TV Channel

3SK134B 2SC4093
2SC4093

2SC4093
3SK224

2SC4703
Buffer amp.
2SC4093

ND434G
Buffer amp.
2SC4093

Buffer amp.
2SC4093
PSC

Buffer amp.

m PB595

2SC4093

2SC3356

2SC3356
1st OSC

2nd OSC

Up Converter

Down Converter

Diode
■ Mixer diode

4-pin mold (pair,
each separate)

Plastic mold package
4-pin mini-mold
6-pin mini- mold
(pair/PIN common) (QUAD)

ND414G-2
ND413G-2

ND412G-2
ND411G-2

ND487C1T/R1T
ND487C2T/R2T

8-pin SOP
(QUAD)
ND434G
ND433G

Electrical characteristics (TYP.)
VF (V)
IF (mA)
Ct (pF)
(IF = 1.0 mA)
(VF = 1.0 V)
~ 0.41
35 ~
1.0
~ 0.23
30~ (V F = 0.5 V)
0.9

177

EMPTY PAGE

Optical Device

Optical Device

1

Fiber Optic Communication/Light Beam
Application Device ........................................................ 180

2

• Laser Diodes ............................................................. 181

3

• Detectors ................................................................... 183
Light Emitting Element ................................................. 185
• Infrared Ray Emitting Diode.................................... 185

4
5

Light Receiving Element .............................................. 186
• Photo-transistor........................................................ 186
• PIN Photo-diode ....................................................... 187

6
7

• Light Receiving IC .................................................... 188
Photocoupler ................................................................. 189
Photointerrupter ............................................................ 191

8

Opto MOS FET Relay .................................................... 194
Light Transmission Link ............................................... 195
Infra-Red Link Unit ........................................................ 196

9
10

179

Optical Device

Fiber Optic Communication/Light Beam Application Devices
■ Product map of optical communication/light beam application device
Wavelength
(nm)

Family

Visible Wavelength

600

700

Short Wavelength

800

900

Long Wavelength

1200

1300

1400

F-P LD
G/G

NDL7001
NDL7001L

NDL3200
I/G
NDL3210/S
NDL3220/S
NDL3215
NDL3230
NDL3230SU

Laser
Diode
(LD)
PULSED LD
NDL7103
NDL7113

DFB LD
NDL7601P
NDL7601P1
NDL7601P2
NDL7610PA

NDL5100
NDL5100C
NDL5102
NDL5102C

Avalanche
Photo
Diode
(APD)
NDL5500
NDL5500C
NDL5510
NDL5510C
NDL5520C
NDL5530
NDL5530C

PIN
Photo
Diode
(PD)

NDL5405
NDL5405C
NDL5490
NDL5490L
NDL5430C
NDL5430CR

: Mark wavelength or operating range
: Under development
Modules are available with FC-PC or SC-PC connector.

180

1500

1600

F-P LD
NDL7401P
NDL7401P1
NDL7401P2
NDL7408P
NDL7408P1L
NDL7408P2L
NDL7408PK
NDL7408P1K
NDL7408P2K
NDL7402P
NDL7402P1
NDL7402P2
NDL7409P
NDL7409P1
NDL7409P2
NDL7411RC
NDL7411RD

NDL7540PA

PULSED LD
NDL7502P
NDL7503P
NDL7503P1
NDL7510P
NDL7512P
NDL7513P
NDL7513P1
NDL7514P
NDL7514P1

NDL7153
NDL7163

NDL7552P
NDL7553P
NDL7553P1
NDL7560P
NDL7562
NDL7563P
NDL7563P1
NDL7674P
NDL7674P1
DFB LD

NDL7650P
NDL7660P
NDL7670P
NDL7671P
NDL7672P
NDL7673P

NDL5151P
NDL5151P1
NDL5151P2
NDL5171P
NDL5171P1
NDL5171P2
NDL5131P
NDL5131P1
NDL5131P2

NDL5506P
NDL5506PS
NDL5516P
NDL5521P
NDL5521P1
NDL5521P2
NDL5522P
NDL5551P
NDL5551P1
NDL5551P2
NDL5553P
NDL5553P1
NDL5553P2
NDL5561P
NDL5561P1
NDL5561P2
NDL5590P
NDL5590P1
NDL5590P2

NDL5421P
NDL5421P1
NDL5421P2
NDL5422P
NDL5461P
NDL5461P1
NDL5461P2
NDL5471RC
NDL5471RD
NDL5481P
NDL5481P1
NDL5481P2

NDL7701P
NDL7701P1
NDL7701P2
NDL7710PA

Optical Device

Fiber Optic Communication/Light Beam Application Devices
Laser Diodes
■ Visible LD for Beam Applications
Absolute maximum ratings
Type number

PO/P f
(mW)

Iop
(mA)
TYP.
85
60

– 40 to +85

Tstg
(ƒC)

– 10 to +50
– 10 to +50

– 40 to +85
– 40 to +85

NDL3210S

4
6
5

– 10 to +50

NDL3220

NDL3200
NDL3210

Typical characteristics
λC
θ⊥
Po / P f
(mW)
(nm)
(deg)
TYP.
TYP.
TYP.
34
670
3
34
670
5
34
670
4
60

Ith
(mA)
TYP.
80
40
40

TC
(ƒC)

θΠ
(deg)
TYP.
7
9
9

6

– 10 to +60

– 40 to +85

20

30

5

670

30

8

NDL3220S
NDL3215

6
10

– 10 to +60
– 10 to +50

– 40 to +85
– 40 to +85

20
50

30
60

5
10

670
670

30
31

8
8

NDL3230 ★

35

– 10 to +60

– 40 to +85

50

100

30

685

20

9

NDL3230SU★

35

– 10 to +60

– 40 to +85

50

100

30

20

4

– 10 to +50

– 40 to +85

70

80

3

685
650

9
9

NDL3310 ★

34

Remarks
for BCR, Measurement etc.
for BCR, Measurement etc.
for BCR, Measurement etc.
Low threshold current, High
temperature operating
Small package
for Long Distance BCR etc.
for Magnetic Optical Disk, High
Power application
Small package
Short wavelength
★:

Under development

■ For Fiber Optic Communications
• Fabry Perrot LD
Absolute maximum ratings
Type number
NDL7001
NDL7001L
NDL7401P/P1/P2
NDL7402P/P1/P2 ★
NDL7408PL/1L/2L
NDL7408PK/1K/2K
NDL7409P/P1/P2 ★
NDL7411RC/RD★

IF
(mA)
–
–
Ith+50
100
Ith+50
Ith+50
100
100

TC
(ƒC)
– 40 to
– 40 to
– 40 to
– 40 to
– 40 to
– 40 to
– 40 to
– 40 to

Po / P f
(mW)

Tstg
(ƒC)
– 55
– 55
– 40
– 40
– 40
– 40
– 40
– 40

+85
+85
+85
+85
+85
+85
+85
+85

to +125
to +125

5.0
5.0
2.0

to +85
to +85
to +85

2.0
0.2
1.0
0.2
0.2

to +85
to +85
to +85

Typical characteristics (25°C)
Ith
λp
σ *
tr / t f
(mA)
(nm)
(nm)
(ns)
TYP.
TYP.
MAX.
TYP.
0.5/0.5
1.0
1310
12
0.5/0.5
1.0
1310
12
0.5/0.5
1.3
1310
12
0.5/0.5
1.5
1310
5
0.5/0.5
1.3
1310
12
12
5
12

1310
1310
1310

1.3
1.5
1.3

0.5/0.5
0.5/0.5
0.5/0.5

*: RMS (–20 dB)

Remarks
with monitor PD, small package
with monitor PD, small package
with monitor PD
with monitor PD
with monitor PD
with monitor PD
with monitor PD
with monitor PD, FC/SC receptacle
★:

Under development

• DFBLD
Absolute maximum ratings
Type number

IF
(mA)

Po / P f
(mW)

NDL7601P/P1/P2
NDL7610PA★

Ith+50
150
Ith+50

5
5
5
5

NDL7701P/P1/P2
NDL7710PA★

150

TC
(ƒC)
– 20
– 20
– 20
– 20

to
to
to
to

+85
+65
+85
+65

Tstg
(ƒC)
– 20
– 40
– 20
– 40

to
to
to
to

+85
+70
+85
+70

Typical characteristics
Ith
Po / P f
tr / t f
λp
(mW)
(mA)
(ns)
(nm)
TYP.
TYP.
TYP.
2.0
15
1310 0.5/0.5
2.0
20
1310 0.1/0.17
2.0
15
1550 0.5/0.5
2.0
25
1550 0.1/0.17

Remarks
with monitor PD
with monitor PD, isolator and TEC
with monitor PD
with monitor PD, isolator and TEC
★:

Under development

181

Optical Device

Fiber Optic Communication/Light Beam Application Devices
Laser Diodes
■ For Analog Applications
Absolute maximum ratings
Type number

IF
(mA)

Pf
(mW)

NDL7650P

150

NDL7660P
NDL7670P
NDL7671P

150
150

NDL7672P
NDL7673P

150
150
150

Ith
(mA)
TYP.
20

Typical
Pf
(mW)
MIN.
4

20

6

– 40 to +70

20
20
20

8
10
12

– 40 to +70

20

16

TC
(ƒC)

Tstg
(ƒC)

15

– 20 to +65

15
15
15

– 20 to +65

– 40 to +70
– 40 to +70

– 20 to +65
– 20 to +65

– 40 to +70
– 40 to +70

25

– 20 to +65

25

– 20 to +65

characteristics (25°C)
RIN
CSO
λp
(nm) (dB/Hz) (dBc)
TYP.
TYP.
TYP.
– 155
1310
– 62
– 155
– 62
1310
– 155
– 58
1310
– 58
– 155*
1310
– 158
1310
– 60
– 158
1310
– 60

CTB
(dBc)
TYP.
– 70

with monitor PD, isolator and TEC

– 70

with monitor PD, isolator and TEC

– 65
– 65
– 65

with monitor PD, isolator and TEC
with monitor PD, isolator and TEC
with monitor PD, isolator and TEC

– 65

with monitor PD, isolator and TEC

tr / t f
(ns)
TYP.
–

Remarks

Remarks

*: MAX.

■ For EDFA Pumping and High Power OTDR Applications
Absolute maximum ratings
Type number
NDL7540PA
NDL7103
NDL7113
NDL7502P
NDL7503P/P1
NDL7510P
NDL7512P
NDL7513P/P1
NDL7514P/P1
NDL7153
NDL7163
NDL7552P
NDL7553P/P1
NDL7560P
NDL7562P
NDL7563P/P1
NDL7564P/P1

IFL
(mA)
600
1200* 3
600* 3
1200* 3
1200* 3
600* 3
600* 3
600* 3
600* 3
1200* 3
600* 3
1200* 3
1200* 3
600* 3
600* 3
600* 3
600* 3

TC
(ƒC)
– 20 to +70 – 40
– 40 to +70 – 55
– 40 to +70 – 55
– 20 to +65 – 40
– 20 to +60 – 40
– 20 to +65 – 40
– 20 to +65 – 40
– 20 to +60 – 40
– 20 to +60 – 40
– 40 to +70 – 55
– 40 to +70 – 55
– 20 to +65 – 40
– 20 to +60 – 40
– 20 to +65 – 40
– 20 to +65 – 40
– 20 to +60 – 40
– 20 to +60 – 40

Tstg
(ƒC)
to
to
to
to
to
to
to
to
to
to
to
to
to
to
to
to
to

+85
+125
+125
+70
+85
+70
+70
+85
+85
+125
+125
+70
+85
+70
+70
+85
+85

Ith
(mA)
TYP.
40
35
20
35
35
20
20
20
20
45
30
40
45
20
40
40
40

Typical characteristics
λC
σ *2
Iop
Po / P f
(mA)
(mW)
(nm)
(nm)
TYP.
TYP.
TYP.
MAX.
500
110
8
1480
1000* 3
320* 3 1310* 3
7
400* 3
175* 3 1310* 3
10
1000* 3
190* 3 1310* 3
10
1000* 3
180* 3 1310* 3
10
400* 3
55* 3 1310* 3
10
400* 3
110* 3 1310* 3
10
400* 3
110* 3 1310* 3
10
400* 3
50* 3 1310* 3
10
1000* 3
240* 3 1550* 3
8
400* 3
120* 3 1550* 3
10
10
1000* 3
125* 3 1550* 3
1000* 3
145* 3 1550* 3
10
400* 3
30* 3 1550* 3
10
10
400* 3
75* 3 1550* 3
400* 3
80* 3 1550* 3
10
400* 3
40* 3 1550* 3
10

*1 : MAX.
*2 : RMS (–20 dB)
*3 : Pulse conditions; measurement of wavelength
pulse width = 1 µ s, duty = 1%
measurement of optical output power
pulse width = 10 µ s, duty = 1% (modules)
pulse width = 1 µ s, duty = 1% (ø5.6 can)

182

with TEC, thermistor and m-PD
1.5/1.7 ø5.6 can
0.5/0.7 ø5.6 can
2/2*1 with TEC
1.5/1.7
0.5/0.7 with TEC
1/1*1 with TEC
1/1*1
1/1*1
1.5/1.7 ø5.6 can
0.5/0.7 ø5.6 can
2/2*1 with TEC
2/2*1
0.5/0.7 with TEC
1/1*1 with TEC
1/1*1
1/1*1

Optical Device

Fiber Optic Communication/Light Beam Application Devices
Detectors
■ PIN Photo Diodes
Absolute maximum ratings

Type number

IF
IR
(mA) (mA)

TC
(ƒC)

Tstg
(ƒC)

DetectID
ing
area
(nA)
size
VR TYP.
(µm)
(V)

Typical characteristics

VR
(V)

Ct

S

(pF)

(A/W)

TYP.

NDL5405

10

0.5

– 40 to +85

– 55 to +150

ø80

5

0.1

5

1.0

NDL5405C

10

0.5

– 40 to +85

– 55 to +150

ø80

5

0.1

5

1.0

NDL5430C/CR

10

3.0

– 40 to +85

– 55 to +150

ø30

5

5.0 *

–

–

NDL5471RC/RD

10

0.5

– 40 to +85

– 40 to +85

ø120

5

0.1

5

1.1

NDL5461P/P1/P2

10

–

– 40 to +85

– 40 to +85

ø80

5

0.1

5

1.0

λ
(nm)

fC

tr / t f

(GHz) (ns)

1300 0.89
1550 1.00
1300 0.89
1550 1.00
1300 0.89
1550 1.00
1300 0.89
1550 1.00

0.3

CAN Package

–

0.3

Chip on carrier

2.5

–

for 10 Gb/s
CR: With Resistance

Chip on carrier

1.5

–

RC: FC receptacle
RD: SC receptacle

Receptacle module

2.5

–

P: Without flange
P1: With flat mount flange
P2: With vertical flange

Coaxial module
(With MMF)

2.5

–

for analog applications
P: Without flange
P1: With flat mount flange
P2: With vertical flange

Coaxial module
(With SMF)

2.5

–

P: Without flange
P1: With flat mount flange
P2: With vertical flange

Coaxial module
(With MMF)

1550 0.94

10

–

– 40 to +85

– 40 to +85

ø80

10

0.1

10

0.7

NDL5421P/P1/P2

10

0.5

– 40 to +85

– 40 to +85

ø50

5

0.1

5

1.0

Package

–

1300 0.89

NDL5481P/P1/P2

Remarks

TYP. MIN. TYP.

1300 0.85

1300 0.89
1550 0.94
NDL5490

10

0.5

– 40 to +85

– 40 to +85

ø50

5

2.0 *

–

–

1330 0.78

1.0

–

With Pre-AMP
P = – 24 dBm typ. 1 Gb/s

CAN Package

NDL5490L

10

0.5

– 40 to +85

– 40 to +85

ø50

5

2.0 *

–

–

1330 0.78

1.0

–

With Pre-AMP
P = – 24 dBm typ. 1 Gb/s

CAN Package with
ball lens

NDL5422P

–

0.5

– 40 to +70

– 40 to +85

ø50

5

0.1

–

–

2.5

–

BFY Package
With Pre-AMP
(6-pin)
P = – 23 dBm typ. 2.5 Gb/s
(With MMF)

1330 0.89
1550 1.00

*: MAX.

183

Optical Device

Fiber Optic Communication/Light Beam Application Devices
Detectors
■ Avalanche Photo Diodes
Absolute maximum ratings

Type

Ge-APD

Type
number

TC
(ƒC)

Tstg
(ƒC)

Typical characteristics

ID

S

(nA)

(A/W)

VR
(V)

TYP.

λ
(nm)

fC tr / t f
M (GHz) (ns)

Package

TYP. TYP. MIN. TYP.

50

0.5 – 40 to +60 – 55 to +125 ø100

48*2 V(BR)R∞0.9 200 1300 0.78

40

–

0.5

CAN Package

NDL5100C

50

0.5 – 40 to +60 – 55 to +125 ø100

48*2 V(BR)R∞0.9 200 1300 0.78

40

–

0.5

Chip on carrier

NDL5102

50

0.5 – 40 to +60 – 55 to +125

ø30

35

V(BR)R∞0.9

80 1300 0.78

50

–

0.3

CAN Package

NDL5102C

50

0.5 – 40 to +60 – 55 to +125

ø30

35

V(BR)R∞0.9

80 1300 0.78

50

–

0.3

Chip on carrier
Coaxial module
(With MMF)

NDL5171P
50
/P1/P2

0.5 – 40 to +85 – 40 to +85

ø100

48*2 V(BR)R∞0.9 200 1300 0.84

40

–

P: Without flange
0.5 P1: With flat mount flange
P2: With vertical flange

NDL5151P
50
/P1/P2

0.5 – 40 to +85 – 40 to +85

ø50

35

V(BR)R∞0.9 150 1300 0.84

50

–

P: Without flange
0.4 P1: With flat mount flange
P2: With vertical flange

Coaxial module
(With MMF)

NDL5131P 50
/P1/P2

0.5 – 40 to +85 – 40 to +80

ø30

35

V(BR)R∞0.9

40

–

P: Without flange
0.3 P1: With flat mount flange
P2: With vertical flange

Coaxial module
(With SMF)

0.5 – 40 to +70 – 55 to +100

ø80

75

V(BR)R∞0.9

40

0.7

–

CAN Package

40

0.7

–

Chip on carrier

40

1.0

–

CAN Package

40

1.0

–

Chip on carrier

40

2.5

–

40

2.5

–

40

1.0

–

NDL5510C
NDL5500
NDL5500C
NDL5520C
NDL5530
NDL5530C

10
10
10
10
10
10
10

0.5 – 40 to +70 – 55 to +100
0.5 – 40 to +70 – 55 to +100
0.5 – 40 to +70 – 55 to +100
0.5 – 40 to +70 – 55 to +100
0.5 – 40 to +85 – 55 to +100
0.5 – 40 to +85 – 55 to +100

NDL5561P
10
/P1/P2

0.5 – 40 to +85 – 40 to +85

NDL5551P
10
/P1/P2

0.5 – 40 to +85 – 40 to +85

NDL5521P
10
/P1/P2

0.5 – 40 to +85 – 40 to +85

NDL5553P
10
/P1/P2

0.5 – 40 to +85 – 40 to +85

NDL5516P

10

0.5 – 20 to +55 – 40 to +85

NDL5506P
/PS

10

ø80
ø50
ø50
ø50
ø30
ø30

ø80

75
70
70
55
70
70

75

V(BR)R∞0.9
V(BR)R∞0.9
V(BR)R∞0.9
V(BR)R∞0.9
V(BR)R∞0.9
V(BR)R∞0.9

V(BR)R∞0.9

80 1300 0.84

8
8
5
5
5
5
5

1300 0.89
1550 1.00
1300 0.89
1550 1.00
1300 0.89
1550 1.00
1300 0.89
1550 1.00
1300 0.89
1550 1.00
1300 0.94
1550 0.96
1300 0.89
1550 1.00

70

5

40

1.0

–

P: Without flange
P1: With flat mount flange
P2: With vertical flange

Coaxial module
(With MMF)

V(BR)R∞0.9

5

40

2.5

–

for 2.5 G Applications
P: Without flange
P1: With flat mount flange
P2: With vertical flange

Coaxial module
(With MMF)

20*1

–

0.5*2

for OTDR Applications
P: Without flange
P1: With flat mount flange
P2: With vertical flange

Coaxial module
(With MMF)

40

0.7

–

for OTDR Applications
> 45K
With TEC ∆T =

DIP module
(With MMF GI-62.5)

40

1.0

–

for OTDR Applications
> 45K
With TEC ∆T =
DIP module
P: With MMF, PS: With SMF

1550 0.96
1300 0.94

ø50

70

1550 0.96
1300 0.89
ø50

70

M = 20

50
1550 0.94

0.5 – 20 to +55 – 40 to +85

ø80

ø50

75

70

V(BR)R∞0.9
I C = 1 .1 A @ 55 ° C

2

V(BR)R∞0.9
I C = 1 .1 A @ 55 ° C

2

1300 0.89
1550 1.00
1300 0.89
1550 1.00

–

0.5 – 40 to +85 – 40 to +85

ø50

70

V(BR)R∞0.9

5

*1: MIN.
*2: MAX.

–

0.5 – 40 to +70 – 40 to +85

ø50

55

V(BR)R∞0.9

5

1300 0.89
1550 1.00

Coaxial Module
(With MMF GI-62.5)

–

1.0

–

With Pre-AMP
P = – 36 dBm typ. 622 Mb/s
Coxial module
P: Without flange
(With MMF)
P1: With flat mount flange
P2: With vertical flange

–

2.5

–

BFY Package (6-pin)
With Pre-AMP
(With MMF)
P = – 33 dBm typ. 2.5 Gb/s

1550 0.96
NDL5522P

Chip on carrier

–

1300 0.94

V(BR)R∞0.9

CAN Package

1.0

1550 0.96
ø50

Chip on carrier

40

1300 0.94
8

for 2.5 Gb/s (ø50)

P: Without flange
P1: With flat mount flange
P2: With vertical flange

1300 0.94
NDL5590P
/P1/P2

184

Remarks

NDL5100

NDL5510

InGaAsAPD

IF
IR
(mA)(mA)

Detecting
V(BR)R
area
(V)
size
(µm) TYP.

Optical Device

Light Emitting Element
■ Infrared Ray Emitting Diode

Type
number

Electrical characteristics
Absolute maximum ratings
Package
(Ta = 25 ƒC)
(Ta = 25 ƒC)
Features
(package
IF
P
VF TYP. (V) λpTYP.(nm) POTYP.(mW)
No.)
(mW)
(mA) (IF= 300 mA) (IF= 30 mA) (IF = 30 mA)
1.2
6
150
High output, high reliability
P1
100
940
(IF = 50 mA)
(IF = 50 mA)
75
Ultra miniature double end
P2
50
940
1.2
1.5
1.25
3
150
High output, narrow beam
P4
100
940
(IF = 50 mA)
(IF = 50 mA)
1.25
8
150
High output, wide beam
P4
100
940
(IF = 50 mA)
(IF = 50 mA)
100
Horizontal output
P5
50
940
1.2
1.5
1.1
0.5 mW/sr
100
Horizontal output with lens
P6
50
940
(IF = 10 mA)
(IF = 10mA)
1.25
30 mW/sr
150
High output, narrow beam
P4
100
940
(IF = 50 mA)
(IF = 50 mA)
Small horizontal output with
1.1
0.85 mW/sr
100
P7
50
940
lens
(IF = 20 mA)
(IF = 20 mA)
Vertical high output with
1.25
11 mW/sr
150
P3
60
940
lens
(IF = 50 mA)
(IF = 50 mA)
High output with moder1.25
25 mW/sr
150
P4
100
940
ately wide beam
(IF = 50 mA)
(IF = 50 mA)
1.2
0.2
75
Miniature Type
P5
50
940
(IF = 10 mA)
(IF = 10 mA)
1.2
0.4
75
Ultra miniature double end
P14
50
940
(IF = 10 mA)
(IF = 10 mA)

Materials

SE301A

GaAs

SE302A

GaAs

SE303

GaAs

SE303A-C

GaAs

SE304

GaAs

SE306

GaAs

SE307-C

GaAs

SE308

GaAs

SE310

GaAs

SE313

GaAs

SE314

GaAs

SE316(L)

GaAs

SE1003-C

GaAlAs
on
GaAs

Ultra high output with wide
beam

150

100

1.27
(IF = 50 mA)

950

20 mW/sr
(IF = 50 mA)

P4

SE1103

GaAlAs

High speed (3 MHz)

150

50

1.6
(IF = 50 mA)

890

7 mW/sr
(IF = 50 mA)

P4

Package (package appearance)

TO-18 glass

Small resin
mold

Domed resin
mold

Square resin mold

Package

Package No.

P1

P2

P3

P4

P5

P6

P7

185

Optical Device

Light Receiving Element
■ Photo-transistor
Absolute maximum
ratings (Ta = 25 ƒC)

Type
namber

Features

Electrical characteristics (Ta = 25ƒC)

PH101

Small Darlington connection

100

50

20

PH102
PH103
PH104

Small High speed response
Darlington connection
High speed response

100
100
100

40
50
40

30
30
30

ICEO (nA)
∉VCE = 10 V
L = 0
~ 500
(Vce =15 V)
~ 200
~ 400
~ 100

PH105

φ4.8 lens package

150

50

30

~ 200

~ 0.3

100

40

30

~ 100

100

50

30

~ 400

100

40

30

~ 100

100

40

30

~ 100

100

50

30

~ 400

100

40

30

~ 100

75
75

25
25

30
30

~ 100
~ 100

PH106
PH107
PH108

Horizontal type with lens
High speed response
Horizontal type with lens
Darlington connection
Small horizontal type with lens
High speed response

Horizontal type with lens
High speed response, visible
ray cut resin
Horizontal type with lens
PH109
Darlington connection
Horizontal type with lens
High sensitivity, visible ray cut
PH110
resin
Miniature type
PH114
PH116(L) Ultra miniature double end
PH108A

Pc
(mW)

Ic
(mA)

VCEO
(V)

VCE (sat)
(V)
(L = 1000 lx )

IL (µA)
∉VCE = 2 V
L = 100 lx

Package
(package
No.)

~ 1.5

10mA ~

P8

~ 0.3
~ 1.5
~ 0.3

50 ~
2 mA ~
20 ~
500 ~
(VCE = 10 V)

P8
P9
P9

~ 1.3

60 ~

P6

~ 1.5

10 mA ~

P6

~ 0.3
(H = 5 m
W/cm*)
~ 0.3
(H = 5 m
W/cm*)

P4

0.3 mA ~

∉ VCE = 5 V
H = 0.5 mW/cm*

P7

0.2mA ~

∉ VCE = 5 V
H = 0.5 mW/cm*

P7

~ 1.2

10 mA ~

P7

~ 0.3
(H = 500 µ
W/sr)
~ 0.4
~ 0.4

200 ~
VCE = 5 V

P3

40 ~
40 ~

P5
P14

∉
 H = 50 µW/cm*

*: Measured with infrared of λP = 940 nm (peak emission wavelength)
Package (package appearance)
Small resin
mold

TO-18 glass

Domed resin
mold

Square resin mold

Package

Package No.

P1

Small resin
mold

P2

P3

P4

P10

P11

P5

P6

P7

Square

Package

Package No.

186

P8

P9

P12

P13

P14

Optical Device

Light Receiving Element
PIN Photo-diode
■ PIN photo-diode for remote control application
Absolute maximum ratings (Ta = 25 ƒC)

Type
number
PH302
PH302C
PH309
PH310
PH320

Features

Mold case
Mold case
Visible ray cut filter
Small mold case with lens
Visible ray cut resin
Small mold case with lens
Visible ray cut resin
Small mold case with lens
Visible ray cut resin

VR
(V)

PC
(mW)

32

150

32

150

32

150

32

150

32

150

Sensitivity (nA/lx)
(VR = 5 V)
50*1
(6 (µA)*2 )
32*1
(5 (µA)*2 )
32*1
(5 (µA)*2 )
32*1
(5 (µA)*2 )
4.3 (µ A)*2

Electrical characteristics
(Ta = 25 ƒC)
ID (nA)
tr (ns)
(V R = 10 V) (RL = 1 kΩ )

Package
(package
No.)

~ 30

50

P10

~ 30

50

P10

~ 10

30

P12

~ 10

30

P13

~ 10

30

P13

*1: Light source color temperature 2854K
2
*2: Sensitivity (@H = 0.1 mW/cm ) for infrared ray ( λP = 940 nm)
■ PIN photo-diode for CD, VD
Absolute maximum ratings (Ta = 25 ƒC)
Type
number

PH315

IF
(mA)

IL
(mA)

VR
(V)

Tstg
(ƒC)

10

5

20

– 40 to +100

Electrical-optical typical characteristics (Ta = 25 ƒC)
tr, tf
Ct
S
ID
Focus Tracking
(A/W)
(ns)
VR (nA)
λ
(pF)
(pF)
(nm)
(V)
TYP.
TYP. TYP.
MAX. TYP.
1.9
780
0.52
15
4
1
1.6

Remarks

6 unit PD

187

Optical Device

Light Receiving Element
Light Receiving IC
■ Light Receiving IC with built-in Schmidt trigger circuit
Absolute maximum ratings
(Ta = 25 ƒC)
VCC
(V)

IOL
(mA)

Threshold irradiance
(µ W/cm 2 )
(VCC = 5 V)
λ = 940 nm

VOL (V)
IOL = 16 mA
VCC = 5 V

Features

Type number

Electrical characteristics
(Ta = 25 ƒC)
Package

PH502HR

Active high
(without incidence: low level)
Internal pull-up resistor

17

50

~ 50

~ 0.4

• 3-pin square
resin mold

PH502HC

Active high
(without incidence: low level)
Open-collector output

17

50

~ 50
(RL = 280 Ω)

~ 0.4
(RL = 280 Ω)

• 3-pin square
resin mold

PH502LR

Active low
(without incidence: high level)
Internal pull-up resistor

17

50

~ 50

~ 0.4

• 3-pin square
resin mold

PH502LC

Active low
(without incidence: high level)
Open-collector output

17

50

~ 50
(RL = 280 Ω)

~ 0.4
(RL = 280 Ω)

• 3-pin square
resin mold

PH514HR

Active high
(without incidence: low level)
Internal pull-up resistor

17

50

~ 500

~ 0.4

• 3-pin square
resin mold

PH514HC

Active high
(without incidence: low level)
Open-collector output

17

50

~ 500
(RL = 280 Ω)

~ 0.4
(RL = 280 Ω)

• 3-pin square
resin mold

PH514LR

Active low
(without incidence: high level)
Internal pull-up resistor

17

50

~ 500

~ 0.4

• 3-pin square
resin mold

PH514LC

Active low
(without incidence: high level)
Open-collector output

17

50

~ 500
(RL = 28 Ω)

~ 0.4
(RL = 280 Ω)

• 3-pin square
resin mold

PH516HR(L)

Active high
(without incidence: low level)
Internal pull-up resistor

17

50

~ 60

~ 0.4

• Ultra miniature
double end

PH516HC(L)

Active high
(without incidence: low level)
Open-collector output

17

50

~ 60
(RL = 280 Ω)

~ 0.4
(RL = 280 Ω)

• Ultra miniature
double end

PH516LR(L)

Active low
(without incidence: high level)
Internal pull-up resistor

17

50

~ 60

~ 0.4

• Ultra miniature
double end

PH516LC(L)

Active low
(without incidence: high level)
Open-collector output

17

50

~ 60
(RL = 280 Ω)

~ 0.4
(RL = 280 Ω)

• Ultra miniature
double end

■ PIN photo-diode with built-in amplifier for CD
Absolute maximum ratings (Ta = 25 ƒC)

Light-electrical typical characteristics (Ta = 25 ƒC)
S
fT
VO
VCC
Tracking
Focus
(V)
(A/W) (MHz)
λ
(mV)
(mV)
(nm)
TYP.
TYP.
TYP. TYP.
TYP.

Type
number

VCC
(V)

ICC
(mA)

PD
(mW)

Tstg
(ƒC)

PH522

11

–

100

– 30 to +85

5

110

500

780

–

8

PH525

11

–

100

– 40 to +85

5

340

710

780

–

8

188

Remarks

6 unit PD with
internal amplifier
6 unit PD with
internal amplifier

Optical Device

Photocoupler
Type number

Features

PS1001

BV1-2

IF (mA)

VCEO (V)

CTR (%)

Package

1 kVDC

60

30

20 ~

TO-5

80

80 to 600

PS2501-1 to -4

80

PS2502-1 to -4
PS2503-1 to -4
PS2505-1 to -4

High isolation
voltage

50

40

200 ~

40

100 to 400

80

80 to 600

40

200 ~

80

20 to 80

300

1500 to 6500

350

1500 to 6500

5 kVr.m.s.

PS2521-1 to -4
PS2525-1 to -4
PS2532-1 to -4
PS2533-1 to -4
PS2561-1 to -2
PS2562-1 to -2
PS2565-1 to -2
PS2566-1 to -2

High isolation
voltage
Large current input
High isolation
voltage
High isolation
voltage

(

VDE0884
Approved

)

80

( 3.75
)
kVr.m.s.

Single transistor
Darlington transistor

80 to 400
80

±80

200 ~

Darlington transistor
• 4- to 16-pin
DIP
(multi)

80 to 400

80

80 to 600

40

200 ~

Single transistor
With base
Single transistor
Without base

80

Darlington transistor
With base

PS2603

Darlington transistor
Without base

PS2604

• 6-pin DIP
80

80 to 600

±80

AC input
Darlington transistor
With base

PS2607
200 ~

AC input
Darlington transistor
Without base

PS2608

Single transistor
With base

PS2621
150

Single transistor
Without base

PS2622

PS2625

High isolation
voltage
Large current input

80

20 to 50

±150

• 6-pin DIP

PS2626

PS2633
PS2634

High isolation
voltage
High VCEO

300

80
High isolation
voltage

PS2653

( Approved )

80

1000 to 15000

Single transistor
With base
• 6-pin DIP
(lead
forming)

40
PS2654

200 ~

AC input
Single transistor
Without base

Darlington transistor
Without base

50 to 400

VDE0884

AC input
Single transistor
With base

Darlington transistor
Without base

PS2651
PS2652

AC input
Single transistor
With base
AC input
Single transistor
Without base

PS2606

40

Darlington transistor
Darlington transistor

PS2602

High isolation
voltage

Single transistor
Single transistor

200 ~

PS2601

PS2605

AC input
Single transistor output

• 4-pin DIP

±150

5 kVr.m.s.

Single transistor output

AC input
Darlington transistor output

150
5 kVr.m.s.

Single transistor output
Darlington transistor output

• 4- to 16-pin
DIP
(multi)

±80
PS2506-1 to -4

Remarks

Single transistor
Without base
Darlington transistor
With base
Darlington transistor
Without base

189

Optical Device

Photocoupler
■ SOP Photocoupler
Type number

Features

BV1-2

I F(mA)

PS2702-1,-2,-4
PS2703-1,-2,-4
PS2705-1,-2,-4

50

±50
High isolation
voltage
High VCEO

Package

Darlington transistor

200 ~

Single transistor

50 to 400
50 to 300
200 ~

Remarks
Single transistor

• SOP
(2.54 pitch)

AC input, Single transistor
AC input, Darlington transistor
AC input, Single transistor

50 to 400
1500 to 6500

50

50
±50

PS2805-1
High isolation
voltage

Darlington transistor

350

2.5 kVr.m.s.

PS2802-1

PS2801-4

CTR(%)

300

PS2801-1

PS2806-1

40
120

PS2707-1,-2,-4

PS2733-1,-2,-4

40
120

High isolation
voltage

PS2706-1,-2,-4

PS2732-1,-2,-4

VCEO(V)

50 to 300

PS2701-1,-2,-4

50

PS2802-4

80

80 to 600

40

200 ~

80

80 to 600

40

200 ~

80

80 to 600

40

200 ~

PS2805-4

±50

80

80 to 600

PS2806-4

50

40

200 ~

Single transistor
Darlington transistor
AC input, Single transistor
• SOP
(1.27 pitch)

AC input, Darlington transistor
Single transistor
Darlington transistor
AC input, Single transistor
AC input, Darlington transistor

■ High Speed Photocoupler
Type number
PS2041
PS2043
PS2044
PS2741

Features

BV1-2

IF (mA)

VCC (V)

CTR (%)

Package

Remarks

• 6-pin DIP
–0.5 to
15

2.5 kVr.m.s.
High speed
response

PS8601

25
35

5 kVr.m.s.

15 ~

• 8-pin DIP

10 ~

• 5-pin SOP

15 ~

• 8-pin DIP

PS8602

Photodiode + transistor

Photodiode + transistor
without base
Photodiode + transistor

■ High Speed Photocoupler
Type number
PS9601
PS9701

Features
High speed
response
(IC output)

BV1-2

IF (mA)

5 kVr.m.s.

20

2.5

kVr.m.s.

30

VCC (V)
7

tPHL, tPLH (ns)

Package

Remarks

50 (TYP.)

• 8-pin DIP

––

50 (TYP.)

• 5-pin SOP

■ Inverter Control Photocoupler
Type number
PS9634

Features
High output, high
noise immunity

BV1-2

IF (mA)

VCC (V)

IO2 (A)

Package

Remarks

5 kVr.m.s.

30

18

0.8

• 8-pin DIP

Built-in amplifier

Features

BV1-2

IF (mA)

VCC (V)

tPHL, tPLH (µs)

Package

Remarks

High output

5 kVr.m.s.

20

35

0.5 (TYP.)

• 8-pin DIP

Built-in amplifier

■ IGBT Drive Photocoupler
Type number
PS9636

190

Optical Device

Photocoupler
■ Photo TRIAC Photocoupler
Type number
PS3601
PS3602
PS3611★
PS3612★
PS3701
PS3702
PS3711★
PS3712★

Features

IFT (mA) VDRM (V)
600
400
5 kVr.m.s.
~5
600
400
600
400
3.75
~5
kVr.m.s.
600
400

High isolation
voltage
Small size
(SOP type)
High isolation
voltage

PS3901
PS3911

BV1-2

★

PS3912★

High output
power (1.2 A)

IT (mA)

Package

0.1

• 5-pin DIP

without zerocross
with zerocross
without zerocross
0.1

• 4-pin SOP
with zerocross

600
5 kVr.m.s.

High isolation
voltage

~5

600

Remarks

without zerocross
1.2

• 10-pin DIP
with zerocross

400

★:

Under development

Photointerrupter
PS4XXX Family (phototransistor type)
■ PS40XX - PS45XX family
Type number

Current transfer ratio
CTR (%) IF (mA) VCE (V)

Features

PS4001

20 ~

10

2

PS4003
PS4005, PS4007
PS4009, PS4010
PS4008

15 ~

10

2

Light receiving window: 1mm■,
Darlington transistor output
Darlington transistor output

20 ~

10

2

Darlington transistor output

0.5 ~

10

2

PS4011

20 ~

10

2

PS4015

3~

10

2

PS4016

270 ~

10

2

PS4501

0.5 ~

10

2

PS4502

200 ~

10

2

PS4503A

270 ~

10

2

PS4504A

270 ~

10

2

PS4506

2.5 ~

20

2

Single transistor output
Light receiving window: 1mm■,
Darlington transistor output
Light receiving window: 1mm■,
Single transistor output
Light receiving window: 0.5mm
Darlington transistor output
Light receiving window: 0.5mm Slit,
Single transistor output
Light receiving window: 0.5mm Slit,
Darlington transistor output
Light receiving window: 0.5mm Slit,
Darlington transistor output
Light receiving window: 0.5mm Slit,
Darlington transistor output
Light receiving window: 0.5mm Slit,
Single transistor output

PS4501

191

Optical Device

Photointerrupter
■ PS46XX family
Type number

Current transfer ratio
CTR (%) IF (mA) VCE (V)

PS4601

1.5 ~

5

2

PS4602

1.5 ~

5

2

PS4602(1)

1.5 ~

5

2

PS4651

40 ~

5

2

PS4652

40 ~

5

2

PS4652(1)

40 ~

5

2

Features

PS4601

Small all-in-one type (2.5 mm thick)
Single transistor output
Small all-in-one type (PS4601 with light
shield case)
Single transistor output
Small all-in-one type (PS4602 short lead
type)
Single transistor output
Small all-in-one type (2.5 mm thick)
Darlington transistor output
Small all-in-one type (PS4651 with light
shield case)
Darlington transistor output
Small all-in-one type (PS4652 short lead
type)
Darlington transistor output

■ PS47XX Family
Type number

Current transfer ratio
CTR (%) IF (mA) VCE (V)

PS4701
PS4702

5~

5

0.6

PS4703

1.3 ~

10

0.6

PS4704

1.0 ~

10

0.6

PS4751
PS4752

100 ~

5

2

192

Features
Miniature type (4 x 4 x 4 mm)
Single transistor output
Light receiving window: 0.3mm slit
Snap-in type
Single transistor output
Light receiving window: 0.5mm slit
Miniature type (3.8 x 4 x 4 mm)
Single transistor output
Light receiving window: 0.15mm slit
Miniature type (4 x 4 x 4 mm)
Darlington transistor output
Light receiving window: 0.3mm slit

PS4701

0.3mm (PS47X1)
0.6mm (PS47X2)

Optical Device

Photointerrupter
PS5XXX Family (photo IC type)
■ PS50XX Family
Threshold current
(mA)
VCC (V) RL (Ω)

Type number
PS5001HR
PS5002HR

(IFLH)
~5

5

–

(IFLH)
~5

5

280

(IFLH)
~5

5

–

(IFLH)
~5

5

280

PS5003HR
PS5001HC
PS5002HC
PS5003HC
PS5001LR
PS5002LR
PS5003LR
PS5001LC
PS5002LC
PS5003LC

Features

PS5001HR

Internal Schmidt trigger circuit
Active high type
Internal pull-up resistor
Light receiving window: 0.5mm slit
(equivalent to 0.5mm■)
Internal Schmidt trigger circuit
Active high type
Open-collector output
Light receiving window: 0.5mm slit
(equivalent to 0.5mm■)
Internal Schmidt trigger circuit
Active low type
Internal pull-up resistor
Light receiving window: 0.5mm slit
(equivalent to 0.5mm■)
Internal Schmidt trigger circuit
Active low type
Open-collector output
Light receiving window: 0.5mm slit
(equivalent to 0.5mm■)

■ PS57XX Family
Type number

Threshold current
(mA)
VCC (V) RL (Ω)

PS5701HR
PS5702HR

(IFLH)
~5

5

–

PS5701HC
PS5702HC

(IFLH)
~5

5

280

PS5701LR
PS5702LR

(IFLH)
~5

5

–

PS5701LC
PS5702LC

(IFLH)
~5

5

280

PS5732LR-R

(IFLH)
~3

3

–

Features
Miniature type (4 ∞ 4 ∞ 4 mm, Light
receiving window: 0.3 mm)
Internal Schmidt trigger circuit
Active high type/internal pull-up resistor
Miniature type (4 ∞ 4 ∞ 4 mm, Light
receiving window: 0.3 mm)
Internal Schmidt trigger circuit
Active high type/open-collector output
Miniature type (4 ∞ 4 ∞ 4 mm, Light
receiving window: 0.3 mm)
Internal Schmidt trigger circuit
Active low type/internal pull-up resistor
Miniature type (4 ∞ 4 ∞ 4 mm, Light
receiving window: 0.3 mm)
Internal Schmidt trigger circuit
Active low type/open-collector output
Miniature type (4 ∞ 4 ∞ 4 mm, Light
receiving window: 0.3 mm)
Low supply voltage (1.4 to 7 V)
Internal Schmidt trigger circuit
Active low type/internal pull-up resistor

PS5701HR

0.3 mm (PS5701XX)
0.6 mm (PS5702XX)

■ PS6XXX family (reflective type sensor)
Type number
PS6001A

PS6002A

Light current
IL (µA)
IF (mA)
100 ~
.
=. 30
(Metal reflection
surface)
400 ~
(White reflection
surface)

10

VCE (V)

Features

5

Single transistor output

2

Single transistor output
Long detection distance
(effective detection distance:
3 to 10 mm)
Visible ray cut resin used
(light receiving side)

PS6002A

193

Optical Device

Opto MOS FET Relay

Type number
PFA101A
PFA112A
PFA113A
PFA122A
PFA141A
PFD102A
PFD112A
PFD114A
PFD123A
PFD142A
PFA112B
PFA113B
PFA122B
PFA141B
PFA160B
PFD112B
PFD114B
PFD123B
PFD142B
PFD161B
PFA141C
PFA160C
PFD142C
PFD161C
PFA141E
PFA201A
PFA213A
PFA222A
PFA260A

194

Features

General
use

High
sensitivity

High
isolation
voltage

VI-O
(V)

1500

2500

5000

2500
General
use
2-channel

1500

VBOUT
(V)

IL
(mA)

Ron
(ý)

60
100
100
200
400
60
100
100
200
400
100
100
200
400
600
100
100
200
400
600
400
600
400
600
400
60
100
200
600

150
200
350
250
150
200
250
450
350
200
200
350
250
150
100
250
450
350
200
140
150
90
200
120
120
100
300
200
90

10.0
6.0
2.5
5.0
10.0
5.0
3.0
1.3
2.5
5.0
6.0
2.5
5.0
10.0
50.0
3.0
1.3
2.5
5.0
25.0
10.0
50.0
5.0
25.0
50.0
10.0
2.5
5.0
50.0

Working IF
(mA)

Package

Remarks

AC/DC

10

6-pin DIP

DC

AC/DC

5

6-pin DIP

DC

AC/DC
10

6-pin DIP
DC

5

6-pin DIP

AC/DC

5

8-pin DIP

AC/DC

Optical Device

Light Transmission Link
Absolute maximum rating
(Ta = 25 ƒC)

Electrical characteristics (Ta = 25 ƒC)
Transmission
capacity
(bps, NRZ)
DC to 6M

Type number

PLX101 series
PLT101
PLR101
PLX102 series
PLT102
PLR102
PLX104 series
PLT104
PLR104
PLX1101 series
PLT1101
PLR1101
PLX201 series
PLD201A

VCC (V)

Topt (ƒC)

–0.5 to +7
–0.5 to +7

–20 to +70
–20 to +70

–0.5 to +7
–0.5 to +7

–20 to +70
–20 to +70

–0.5 to +7
–0.5 to +7

–20 to +70
–20 to +70

–0.5 to +7
–0.5 to +7

–20 to +70
–20 to +70

–0.5 to +7

–20 to +70

DC to 6M

DC to 6M

DC to 6M

DC to 6M

Transmission
distance
(m)
0.2 to 5

Light output
(dBm)

ICC (mA) TYP.

15 (RL = 8.2 kΩ)
25

–21 to –15

15 (RL = 8.2 kΩ)
25

–21 to –15

15 (RL = 8.2 kΩ)
25

–21 to –15

15 (RL = 8.2 kΩ)
25

–21 to –11

0.2 to 5

0.2 to 5

0.1 to 50

0.1 to 50
–21 to –11

Configuration
Link name

Optical
transmission module
PLT101

Optical receive
module

Optical
transmission/
receive module

Remarks

PLR101

PLX101 series

PLT102

PLR102

PLT104

PLR104★

BS tuner
TV with BS tuner
Audio equipment

PLX102 series

BS tuner
TV with BS tuner
Audio equipment

PLX104 series

PLT1101

PLR1101

PLX1101 series

PLD201A

FA, OA, measurement and test
equipment

PLX201 series

★:

Under development

195

Optical Device

Infra-Red Link Unit
Conform to IrDA Ver. 1.0 / Ver. 2.0
Absolute maximum rating
(TA = 25 ƒC)
Type number

PLS4001L1
PLS4001L2

Electrical characteristics (TA = 25 ƒC)

VCC
(V)

Topt
(ƒC)

Data rate
(bps)

Transmission
distance
(m)

Viewing angle
(°C)

– 0.5 to +7.0

0 to +70

2.4 k to 4 M

~ 1.0

30

Package

Package No.

196

P1

P2

Package
(package No.)
P1
P2

Packages

Packages

1

Plastic DIP ...................................................................... 198

2

Ceramic DIP ................................................................... 201

3

Plastic SOP .................................................................... 202
Plastic TSOP .................................................................. 204

4

Plastic QFP..................................................................... 205
QFJ ................................................................................. 208
Ceramic PGA.................................................................. 209

5
6

Plastic SIP ...................................................................... 210
Plastic V-DIP .................................................................. 211

7

Plastic ZIP ...................................................................... 211
Plastic Mold.................................................................... 212

8

9
10

Note: Only typical packages are shown here.

197

Packages
Plastic DIP (Dual In-line Package)

Units in mm

8-pin plastic DIP (300mil)

14-pin plastic DIP (300mil)

P8C-100-300B, C

14-pin plastic shrink DIP (300mil)

P14C-100-300B1

16-pin plastic DIP (300mil)
16

9

1

8

4.31 MAX.

20.32 MAX.

7.62
6.5

3.5–0.3

0.51MIN.

5.08 MAX.

1.1 MIN.

1.1 MIN.
0.50–0.10

0.25

2.54 1.27 MAX.
M

0.25+0.10
-0.05

P14C-70-300B

16-pin plastic shrink DIP (300mil)

P16C-100-300B-1

16-pin plastic DIP with TAB (300mil)

P16C-70-300B

18-pin plastic DIP (mil)

P16CT-100-300B

18-pin plastic shrink DIP (300mil)

P18C-100-300A, C

198

0‘15 ˚

P18C-70-300B

Packages
Plastic DIP (Dual In-line Package)

Units in mm

20-pin plastic DIP (300mil)

20-pin plastic shrink DIP (300mil)

P20C-100-300A, C

22-pin plastic DIP (300mil)

P20C-70-300B

22-pin plastic shrink DIP (300mil)
22

12

1

11
23.12 MAX.

4.31 MAX.

7.62

3.2–0.3

0.51 MIN.

5.08 MAX.

6.5

0.85 MIN.
0.50–0.10

0.17

1.778 2.67 MAX.

0.25 +- 0.10
0.05

P22C-100-300WA

24-pin plastic DIP (300mil)

0‘ 15˚

M

S22C-70-300B-1

24-pin plastic shrink DIP (300mil)
24

13

1

12

4.31 MAX.

23.12 MAX.
7.62

3.2–0.3
0.51 MIN.

5.08 MAX.

6.5

0.85 MIN.
0.50–0.10

0.17

M

1.778 1.78 MAX. 0.25 +0.10
–0.05

P24C-100-300A

28-pin plastic DIP (400mil)

0‘ 15˚

S24C-70-300B-1

28-pin plastic shrink DIP (400mil)

P28C-100-400

S28C-70-400B

199

Packages
Plastic DIP (Dual In-line Package)

Units in mm

30-pin plastic shrink DIP (400mil)

40-pin plastic DIP (600mil)

S30C-70-400B

40-pin plastic shrink DIP (600mil)

P40C-100-600A

42-pin plastic DIP (600mil)

P40C-70-600A

42-pin plastic shrink DIP (600mil)

P42C-100-600A, B

48-pin plastic DIP (600mil)

P42C-70-600A

48-pin plastic shrink DIP (600mil)

P48C-100-600A

64-pin plastic shrink DIP (750mil)

64

33

1

32

3.2–0.3

P48C-70-600B

200

4.31 MAX.
0.51 MIN.

5.08 MAX.

58.68 MAX.

19.05
17.0

0.25+0.10
–0.05
1.778 1.78 MAX.

0.9 MIN.
0.50–0.10

0.17

0‘ 15˚

M

P64C-70-750A, C-1

Packages
Ceramic DIP (Dual In-line Package)

Units in mm

8-pin ceramic DIP (300mil)
8

14-pin ceramic DIP (300mil)

5

14

1

8

4

1

10.16 MAX.

7

1.42 MIN.
0.25–0.05

2.54 1.27 MAX.
0.25

0.46–0.05

7.62
6.30

3.80

5.08 MAX.

6.30

3.0–0.3

3.0–0.3

0.51 MIN.

3.80

0.89 MIN.

0.51 MIN.

5.08 MAX.

20.32 MAX.
7.62

1.42 MIN.
2.54 2.54 MAX.
0.25

0.46–0.05

0‘15 ˚

0.25–0.05

0‘15 ˚

M

M

P8DH-100-300A, B-1

16-pin ceramic DIP (300mil)
16

P14DH-100-300A1, B-1

24-pin ceramic DIP (600mil)
9

1

24

13

8
20.32 MAX.

1

12
33.02 MAX.

4.57 MAX.

2.54
1.27 MAX.
0.25

0.46–0.05

0‘15 ˚

0.25–0.05

15.24

M

14.93

2.64

3.5–0.3

1.42 MIN.

6.75

1.0 MIN.

3.0–0.3

0.51 MIN.

3.70

5.08 MAX.

7.62
0.89 MIN.

2.54

0.92 MIN.

2.54 MAX.
0.25

0.46–0.05

P16DH-100-300A1-1

28-pin ceramic DIP (600mil)
28

P24D-100-600A-1

42-pin ceramic DIP (600mil)
15

42

1

1

3.5–0.3

0.92 MIN.

14.93

0.25–0.05

0.25

0.46–0.05

2.54

0.92 MIN.

2.54 MAX.
0.46–0.05

2.54
2.54 MAX.

15.24

2.64

4.57 MAX.
3.5–0.3

2.64

14.93

21
55.88 MAX.

1.0 MIN.

4.57 MAX.

15.24

1.0 MIN.

22

14
38.10 MAX.

0.25

P42D-100-600A-1

64-pin ceramic DIP (750mil)
64

48

33

25

1

24
63.50 MAX.

1

P48D-100-600A-1

18.8

2.62

5.08 MAX.
0‘15 ˚

M

3.5–0.3

2.54 MAX. 0.25–0.05
0.25

19.05

1.0 MIN.

2.54

0.92 MIN.
0.46–0.05

32
58.68 MAX.

15.24
14.93

2.74

4.57 MAX.

0‘15 ˚

M

48-pin ceramic DIP (600mil)

3.5–0.3

0.25–0.05

M

0‘ 15˚

P28D-100-600A1-1

1.0 MIN.

0‘15 ˚

0.25–0.05

M

0.8 MIN.

1.778
1.78 MAX. 0.25–0.05

0.46–0.05

0.25

0‘15 ˚

M

P64D-70-750A-1

201

Packages
Plastic SOP (Small Out-line Package)

Units in mm

8-pin plastic SOP (225mil)
8

14-pin plastic SOP (225mil)

5
14

8

Detail of lead end

1

4

1

3˚ +7
-3

3˚ +7
-3

Detail of lead end

7
10.46 MAX.

5.37 MAX.

6.5 – 0.3

1.27
0.40 +0.10
-0.05

4.4

0.15 +0.10
-0.05

1.8 MAX.
1.49

0.6 – 0.2

0.78 MAX.
0.12

1.1

0.1 – 0.1

0.15 +0.10
-0.05

1.49

4.4

0.1– 0.1

1.8 MAX.

6.5 – 0.3

0.10

0.10

1.27
0.40 +0.10
-0.05

0.12

0.6 – 0.2

1.42 MAX.

M

M

S8GM-50-225B-4

14-pin plastic shrink SOP (225mil)
14

1.1

S14GM-50-225B, C-4

16-pin plastic SOP (225mil)

8

Detail of lead end

16

9

1

5.40 MAX.

3˚ +7
-3

5˚± 5˚

Detail of lead end

7
1

8
6.5 – 0.3

10.46 MAX.
6.2±0.3

0.1 – 0.1

0.15 +0.10
–0.05
0.30 +0.10
–0.05

0.10

0.15 +0.10
-0.05

0.9

1.44
1.8 MAX.
0.125±0.075

0.75 MAX.

0.65

4.4

1.8 MAX.
1.49

4.4

0.5±0.2

0.10

1.27
0.40 +0.10
-0.05

0.12

1.1

0.6 – 0.2

0.78 MAX.

M

0.10

M

P14GM-65-225B-2

16-pin plastic SOP (300mil)

S16GM-50-225B, C-4

16-pin plastic SOP (375mil)
16

9

Detail of lead end
16

9

3˚ +7
-3

5˚± 5˚

Detail of lead end

1
1

11.73 MAX.

2.50

7.2

0.15 +0.10
–0.05

0.12

0.6– 0.2

0.1± 0.1

0.78 MAX.

0.10

0.40 +0.10
–0.05

0.20 +0.10
–0.05

1.8 MAX.

1.27

10.5± 0.3

1.1
2.9 MAX.

1.55

7.7– 0.3
5.6

0.1– 0.1

8

8
10.46 MAX.

M

1.42 MAX.

1.27
0.40 ± 0.10

0.12

0.8± 0.2

16

0.10

M

P16GM-50-300B-4

16-pin plastic SOP (575mil)

1.6

P16GM-50-375A-2

20-pin plastic SOP (300mil)

9
20

Detail of lead end

11

1

3˚ +7
-3

3˚ +7°
−3°

Detail of lead end

1

8

10

10.46 MAX.

13.00 MAX.

0.78 MAX.

1.27
0.40 +0.10
–0.05

0.12

0.8±0.2

0.20 +0.10
–0.05

5.6

1.27
0.40 +0.10
–0.05

0.6– 0.2

0.78 MAX.

0.10
0.12

1.1

M

0.15

M

P16GM-50-375B-3

202

1.55
0.1– 0.1

1.6

0.15 +0.10
–0.05

0.125±0.075

2.9 MAX.

2.50

7.2

1.8 MAX.

7.7– 0.3
10.3±0.3

P20GM-50-300B, C-4

Packages
Plastic SOP (Small Out-line Package)

Units in mm

20-pin plastic SOP (375mil)
20

24-pin plastic SOP (300mil)

11

24

13

Detail of lead end

3˚ +7
-3

3˚ +7
-3

Detail of lead end

1
1

12

10

15.54 MAX.

0.20 +0.10
–0.05

1.6

0.125–0.075

0.15 +0.10
–0.05

0.1– 0.1

2.50
2.9 MAX.

1.8 MAX.

10.3–0.3
7.2

0.78 MAX.

1.27
0.40 +0.10
–0.05

0.12

0.8–0.2

7.7– 0.3
5.6

1.55

13.00 MAX.

1.27

0.12

0.6– 0.2

0.78 MAX.

0.10

0.40 +0.10
–0.05

M

0.15

M

P20GM-50-375B-4

24-pin plastic SOP (375mil)

P24GM-50-300B-4

24-pin plastic SOP (450mil)
24

24

1.1

13

13

Detail of lead end

1

3˚ +7
-3

1

12

12
16.51 MAX.

15.54 MAX.

12.2 ± 0.3

1.6

0.40 +0.10
–0.05

0.12

0.15

1.27 MAX.

1.27
0.40 ±0.10

0.12

0.9 ± 0.2
0.10

M

P24GM-50-375B-3

28-pin plastic SOP (375mil)
28

P24GM-50-450A-2

28-pin plastic SOP (450mil)

15

28

15

Detail of lead end

14

1

18.07 MAX.

5˚± 5˚

3˚ +7
-3

Detail of lead end

1

1.9

+0.10

2.5 MAX.

0.8–0.2

M

0.15 –0.05

0.78 MAX.

1.27

8.4

0.1 +0.2
–0.1

0.1–0.1

0.15 –0.05

+0.10

2.9 MAX.

2.00

2.50

10.3–0.3
7.2

5˚± 5˚

Detail of lead end

14
19.05 MAX.

0.40 +0.10
–0.05

0.12

0.8–0.2
0.15

M

1.27 MAX.

0.10

1.27
0.40±0.10

0.12

0.15 +0.10
–0.05

2.5 MAX.

8.4

0.1 +0.2
–0.1

0.15 –0.05

0.1–0.1

0.78 MAX.

1.27

2.00

11.8 ± 0.3
1.6

+0.10

2.9 MAX.

2.50

10.3–0.3
7.2

0.7±0.2

M

P28GM-50-375B-3

28-pin plastic SOP (450mil)

28

1.7

P28GM-50-450A1-2

36-pin plastic shrink SOP (300mil)
36

15

19

Detail of lead end

1

14

1

5˚± 5˚

5˚± 5˚

Detail of lead end

18
15.54 MAX.

1.27
0.40±0.10

0.12

0.7±0.2

M

P28GM-50-450A2-2

5.6

1.55

1.8 MAX.

1.7

0.20 +0.10
–0.05

1.27 MAX.

0.10

0.15 +0.10
–0.05

8.4

0.125±0.075

0.1 ±0.1

7.7±0.3

11.8 ± 0.3

2.55

3.0 MAX.

19.05 MAX.

0.8
0.35 +0.10
–0.05

0.10
0.10

1.1

0.6±0.2

0.97 MAX.

M

P36GM-80-300B-3

203

Packages
Plastic TSOP (Thin Small Out-line Package)

Units in mm

32-pin plastic TSOP(I ) (8 ∞ 20)

32-pin plastic TSOP(II ) (400mil)
Detail of lead end

1

32

32

17

1

21.17 MAX.

16

20.0±0.2

0.10

0.45 MAX.

0.5
0.20±0.10

0.08

1.06 MAX.

1.27

M

0.40±0.10

0.21

0.8±0.2

0.125 +0.10
–0.05

19.0±0.2

0.5±0.1

0.97

8.0±0.2

0.8±0.2

11.76±0.2
10.16±0.1

1.02 MAX.

0.125 +0.10
–0.05

18.4±0.2

3˚±3˚

1.1 MAX.
0.05±0.05

17

5˚±5˚

16

0.05±0.05

1.1 MAX.

Detail of lead end

0.5±0.1

M

0.10

S32GZ-50-KJH-1

40-pin plastic TSOP(I) (10 ∞ 20)
1

S32G5-50-7JD-2

44-pin plastic TSOP(II ) (400mil)
44

Detail of lead end

40

23

+4˚

2˚ –2˚

21

0.05±0.05

5˚±5˚

0.05±0.05

20

1.1 MAX.

1.1 MAX.

Detail of lead end

1

22
18.81 MAX.

19.0±0.2

0.5±0.1

0.08

0.10

0.8

0.45 MAX.

0.5
0.20±0.10

0.10

11.76±0.2
10.16±0.1

0.125 +0.10
–0.05

10.0±0.2

0.8±0.2

0.97

0.125 +0.10
–0.05

18.4±0.2

1.02 MAX.

20.0±0.2

0.13

0.30±0.10

M

1.0 MAX.

M

S40GZ-50-LJH-1

26-pin plastic TSOP(II ) (300mil)

S44G5-80-7JF1-1

50-pin plastic TSOP(II ) (400mil)
50

14

26

Detail of lead end

1

17.36 MAX.

0.1±0.05

3° +7°
–3°

0.1±0.05

1.2 MAX.

1.2 MAX.

Detail of lead end

1

21.17 MAX.

3˚ +7˚
–3˚

26

0.8±0.2

0.5±0.1

25

13
9.22±0.2
7.62±0.1

1.06 MAX.
0.21

0.5±0.1

0.10
1.0 MAX.

0.8

M

0.32 +0.08
−0.07

0.13

10.16±0.1

0.145 +0.025
−0.015

1.27
0.42 +0.08
–0.07

0.97

0.145 +0.025
–0.015

0.97

0.10

11.76±0.2

0.8±0.2

0.5±0.1

M

S26G3-50-7JD1

28-pin plastic TSOP(II ) (400mil)

S50G5-80-7JF2

70-pin plastic TSOP(II ) (400mil)

15

28

0.8±0.2

70

36

Detail of lead end

18.81 MAX.

35

14

24.29 MAX.

3˚ +7˚
–3˚

1.2 MAX.
1

0.1±0.05

1

3˚±3˚

0.05±0.05

1.1 MAX.

Detail of lead end

11.76±0.2

1.27
0.40±0.10

1.15 MAX.
0.21

0.5±0.1

0.65

M

0.24+0.08
–0.07

S28G5-50-7JD-2

204

0.10
0.10

1.0 MAX.

10.16±0.1

0.145 +0.025
–0.015

0.10

11.76±0.2
0.8±0.2
0.97

0.97

0.125 +0.10
–0.05

10.16±0.1

0.8±0.2

0.5±0.1

M

S70G5-65-7JG

Packages
Plastic QFP (Quad Flat Package)

Units in mm
44-pin plastic QFP
13.6 ±0.4

10.0±0.2

10.0±0.2

0.15

12
11

1.0 0.35±0.10

0.8

M

44
1

Detail of lead end

0.1±0.1

13.6±0.4

10.0±0.2
1.0

0.05±0.05

1.0

1.0 0.35±0.10

23
22

5˚±5˚

12
11

33
34

1.65 MAX.

44
1

Detail of lead end
13.6±0.4

23
22

10.0±0.2

33
34

0.15

5°±5°

13.6±0.4

3.0 MAX.

44-pin plastic QFP

0.8

M

1.8±0.2

0.15 +0.10
–0.05

0.15

2.7

0.15 +0.10
–0.05

1.45±0.1

1.8±0.2

0.12
0.8±0.2

1.0±0.2

P44G-80-22-2

52-pin plastic QFP

P44GB-80-3B4-2

52-pin plastic QFP
17.6 ± 0.4
14.0 ± 0.2

21.0–0.4
14.0–0.2

27
26

39
40

0.1 ± 0.1

3.0 MAX.

14.0 ± 0.2

0.1–0.1

52

17.6 ± 0.4

3.0 MAX.

14

1.0

13

1

21.0–0.4

14.0–0.2
1.0

52

Detail of lead end

Detail of lead end

14
13

1

5°± 5°

27
26

39
40

1.0
1.0 0.40–0.10

0.20

M

1.0

0.40 ± 0.10

0.20

M

1.0

1.8 ± 0.2

0.15 +−0.10
0.05

0.15

2.7

0.15+0.10
–0.05

0.1–0.1

2.6+0.2
–0.1

3.5–0.2

2.2–0.2
0.10

0.8 ± 0.2

P52G-100-00-2

56-pin plastic QFP

P52GC-100-3B6, 3BH-2

64-pin plastic QFP
18.4 ±0.4

13.2 ±0.4

14.0±0.2
10.0±0.2

0.13

M

64
1

5°±5°

1.7 MAX.
0.1±0.1

18.4±0.4

14.0±0.2
1.0

0.1±0.1

0.75

0.75 0.30±0.10

5˚±5˚

15
14

Detail of lead end

3.0 MAX.

56
1

33
32

48
49

Detail of lead end
13.2±0.4

29
28

10.0±0.2

42
43

17
16

0.65
1.0

1.6±0.2

0.35±0.10

0.15

M

0.8

0.12

0.15
0.8±0.2

S56GB-65-3B7-2

0.15 +0.10
–0.05

1.5±0.1

0.15 +0.10
–0.05

2.7

2.2±0.2

1.0±0.2

P64G-80-22-2

205

Packages
Plastic QFP (Quad Flat Package)

Units in mm

64-pin plastic QFP

64-pin plastic QFP

17.6 ±0.4
24.7–0.4

14.0±0.2

20.0–0.2

33
32

48
49

51
52

Detail of lead end

33
32

1.0

17
16

64
1

19

2.45 MAX.
0.1–0.1

1.0

64
1

18.7–0.4

5°±5°

14.0–0.2

3.0 MAX.
0.1±0.1

17.6±0.4

14.0±0.2

Detail of lead end

20

1.0
1.0
1.0

0.35±0.10

0.15

M

0.20

0.40–0.10

M

0.8
2.35–0.2

0.10

0.8±0.2

0.15 +0.10
–0.05

0.1–0.1

2.7

0.15 +0.10
–0.05

2.05 +0.2
–0.1

1.8±0.2

0.15
1.2–0.2

P64GC-80-3BE-2

64-pin plastic QFP

P64G-100-12, 1B-2

80-pin plastic QFP
24.7 ±0.4
20.0±0.2

1.0

0.8

0.35±0.10

0.15

M

0.1±0.1

5°±5°

25
24

2.45 MAX.

80
1

Detail of lead end
18.7±0.4

41
40

14.0 ±0.2

64
65

0.8

0.15 +0.10
–0.05

0.1±0.1

2.05 –0.1

+0.2

2.35±0.2

0.15

1.2±0.2

P64GF-100-3B8, 3BE-1

100-pin plastic QFP

24.7 ±0.4

20.0±0.2

20.0±0.2

0.35±0.10

0.15

M

100
1

31
30

Detail of lead end
14.0 ±0.2
18.7±0.4

0.6

0.8

0.30±0.10

0.15

M

0.1±0.1

0.1±0.1

0.8

1.0

0.8

51
50

5°±5°

25
24

80
81

3.0 MAX.

80
1

Detail of lead end
17.6±0.4

41
40

14.0 ±0.2

64
65

5˚±5˚

23.6 ±0.4

2.45 MAX.

80-pin plastic QFP

P80G-80-12-2

0.65
2.35±0.2

0.8±0.2

P80GF-80-3B9-2

206

0.15

0.15 +0.10
–0.05

2.05 +0.2
–0.1
0.1±0.1

0.15

0.15 +0.10
–0.05

2.7

1.8±0.2

1.2±0.2

P100G-65-12-2

Packages
Plastic QFP (Quad Flat Package)

Units in mm

100-pin plastic QFP

120-pin plastic QFP

32.0 ±0.4
28.0±0.2

90
91

0.1±0.1

120
1

31
30

2.4

0.30±0.10

0.15

0.35±0.10

0.15

M

0.65

M

2.0±0.2

2.7

0.15 +0.10
–0.05

1.8±0.2

0.15

0.8

3.7

0.6

0.15 +0.10
–0.05

0.8

2.4

31
30

Detail of lead end

5˚±5˚

100
1

60

3.0 MAX.

51
50

14.0±0.2
17.6±0.4

80
81

61

28.0 ±0.2

20.0±0.2

32.0±0.4

23.6±0.4

0.10
0.8±0.2

Detail of lead end

0.1±0.1

5°±5°

4.0 MAX.

0.8±0.2

P100GF-65-3BA-2

136-pin plastic QFP

160-pin plastic QFP

32.0 –0.4

32.0 ±0.4

28.0–0.2

28.0±0.2

69

102
103

81
80

160
1

41
40

32.0±0.4

28.0 ±0.2

32.0–0.4

28.0 –0.2
35

1.3

3.3

120
121
68

136
34

1

3.3

P120GD-80-5BB-3

0.30–0.10

0.15

M

1.3

0.65

0.30±0.10

0.15

M

3.7

0.15 +0.10
–0.05

0.10

0.65
2.0±0.2

0.15 +0.10
–0.05

3.7

2.0–0.2

0.12

0.8–0.2

0.8±0.2

Detail of lead end

P136GD-65-5BC-3

5˚±5˚

0.1±0.1

5˚–5˚

0.1–0.1

4.0 MAX.

4.0 MAX.

Detail of lead end

P160GD-65-5BD-2

207

Packages
QFJ (Quad Flat J-Lead)

Units in mm

18-pin QFJ

28-pin QFJ
12.45±0.2
11.50

13.4±0.2
12.5

11.50

7.4

1.80±0.15

0.6

3.4

2.4±0.2

0.20 +0.10
–0.05

3.71±0.15

1.94±0.15

0.12

4.4±0.2

0.40±0.10

M

6.60±0.20

11.68±0.20

2.8±0.2

0.15

0.7

1.27

0.20 +0.10
–0.05

R0.8
0.8 MIN.

3.5±0.2

2.6

0.6

8.3±0.2

1
1

12.45±0.2

28
18

R0.8
0.15

0.9 MIN.

18 50A 2

1.27
0.40±0.10

0.12

M

10.42±0.20

P18L-50A-2

44-pin QFJ

P28L-50A1-2

52-pin QFJ
20.1±0.2

17.5±0.2

0.6

0.12

0.40±0.10

0.20 +0.10
–0.05

4.4±0.2

R0.8
0.9 MIN.

0.9 MIN.

2.8±0.2

4.4±0.2
2.8±0.2

R0.8
0.15

1.27

1.94±0.15

3.4

1.94±0.15

0.20 +0.10
–0.05

3.4

0.6

52
1

19.12

16.58

17.5±0.2

44
1

20.1± 0.2

19.12

16.58

M

0.15
1.27
0.40±0.10

0.12

15.50±0.20

M

18.04±0.20

P44L-50A1-2

68-pin QFJ

P52L-50A1-2

84-pin QFJ
25.2±0.2
24.20

30.2±0.2

0.6

0.6

1.94±0.15

0.9 MIN.

R0.8
0.15

1.27
0.40±0.10

0.20 +0.10
–0.05

4.4±0.2
2.8±0.2

R0.8

0.9 MIN.

4.4±0.2
2.8±0.2

0.20 +0.10
–0.05

3.4

3.4

1.94±0.15

30.2±0.2

84
1

29.28

24.20

68
1

25.2±0.2

29.28

0.15

1.27
0.40±0.10

0.12

M

28.20±0.20

0.12

M

23.12±0.20

P68L-50A1-2

208

P84L-50A3-2

Packages
Ceramic PGA (Pin Grid Array)

Units in mm

68-pin ceramic PGA

132-pin ceramic PGA

35.56–0.3
P NM L K J H G F E D C B A

35.56–0.3

14
13
12
11
10
9
8
7
6
5
4
3
2
1

2.95

Orientation pin

0.9 MIN.

2.8–0.3

4.57 MAX.

Index marking

f 1.2–0.2

1.27

f 0.46–0.05

f 0.254 M

2.54

X68R-100A-1

179-pin ceramic PGA

X132R-100A-1

447-pin ceramic PGA

1.60 MIN.

52.32– 0.52

2-M3

26.92

36.26

29.50

18
17
16
15
14
13
12
11
10
9
8
7
6
5
4
3
2
1

47.24–0.47

21.59

2-10-32UNF

29.46

15.0

52.32– 0.52

25.0

36.46

1.60 MIN.

47.24–0.47

V U T R P NML K J H G F E D C B A
33.92

f 1.27–0.2

2.54

f 0.46–0.05

f 0.254

3.3– 0.2

2.03
M

X179RP-100A

f 1.27– 0.2
f 0.46 – 0.05

1.54 MAX.

0.42 MAX.

4.34

3.38

3.0 MIN.

6.19 MAX.

33.72
Index marking

0.635 MIN.

3.3–0.2

0.635 MIN.

10.67 MAX.

Index marking

1.27
f 0.254

2.03

M

2.54

X447RG-50A-2

209

Packages
Plastic SIP (Single In-line Package)

Units in mm

7-pin plastic slim SIP

7-pin plastic power SIP

P7HA-254B
8-pin plastic slim SIP

P7HP-254B
8-pin plastic power SIP

P8HA-254B
9-pin plastic slim SIP

P8HP-254B
9-pin plastic power SIP

P9HA-254B
10-pin plastic slim SIP

12-pin plastic power SIP

P10HP-254B1

210

P9HP-254B-1

P12HP-154B2

Packages
Plastic V-DIP
(Vertical Dual In-line Package)

Plastic ZIP
(Zigzag In-line Package)

5-pin plastic power V-DIP

Units in mm

16-pin plastic ZIP

P5VP-340B3-1
11-pin plastic power V-DIP

P16V-254A-1
19-pin plastic ZIP

P11VP-340B
14-pin plastic power V-DIP

P19V-254B-1
20-pin plastic ZIP

P15VP-254B
14-pin plastic power V-DIP

P20V-254A-1
24-pin plastic ZIP

P14VP-340B

P24V-254-400A-1

211

Packages
Plastic Mold

Units in mm

2-pin ultra super mini mold

3-pin super mini mold (SC-70)

2-pin super mini mold

3-pin mini mold (SC-59)

2-pin power mini mold

3-pin power mini mold (SC-62)

3-pin ultra super mini mold

MP-2

212

Packages
Plastic Mold

Units in mm

MP-3Z (SC-64)

6-pin super mini mold

MP-25Z

6-pin mini mold

5-pin super mini mold

5-pin mini mold

213

Packages
Plastic Mold

Units in mm

TO-92

SST

SP-8

MP-3 (SC-63)

MP-25 (TO-220)

MP-45F

MP-10

MP-88

214

Quick Reference Table by Type Number

Type number

Page

Type number

Page

Type number

Page

Type number

Page

Type number

Page

1
2

INDEX

3
4
5
6
7

8

9
1

215

Quick Reference Table by Type Number

Type number

Page

[ Numerals ]

Type number

Page

Type number

Page

Type number

Page

Type number

Page

2SC2516

132,141

131,140
131,144
131,144
136,138

2SC2516A
2SC2517
2SC2518

132
132,141
132,141

2SC2570A

177

2SB799
2SB800
2SB804

136,138
136,138
136,138

2SC2571
2SC2654
2SC2682

141
132,143
131

2SB805
2SB806

136,138
136,138

2SC2688
2SC2690

131,143
131,143
131,143

2SA1424

135

2SA953

128,138

2SB768

131,137,142

2SB772
2SB794
2SB795
2SB798

03P2J

163

2SA1441

133,140

2SA954

128,138

03P2M
03P4J
03P4M

163
163
163

2SA1442
2SA1443
2SA1444

133,140
133,140
133,140

2SA985
2SA985A
2SA987

132,143
132,143
128,138

03P4MF
03P4MG

163
163

2SA1458
2SA1459

129,139
129,139

2SA988
2SA990

128,138
128,138

03P5J
03P5MG
03P6MG

163
163
163

128,138
128,138
132,142

163

130,139,141
135,139
135,139
136,139

2SA991
2SA992
2SB1038

2P4M

2SA1460
2SA1461
2SA1462
2SA1463

2SB1068

128,138

2SB810

129,138

2SC2690A

2P5M
2P6M
2S2M

163
163
163

2SA1464
2SA1467

135,139
135

2SA1486
2SA1544
2SA1546

131,141
128
131,143

2SB1087
2SB1089
2SB1093

144
142
130,144

2SB811
2SB849A
2SB897

129,138
134,142
134,144

2SC2718
2SC2719
2SC2720

128
128
139

2SB1094
2SB1096

133,142
133,142

130
134,141

137,139
137,138
137,139
137,138

2SB1097
2SB1098
2SB1099

133,142
133,144
133,144

131,140
137
131,144

2SC2721
2SC2749

2SA1608

2SB962
2SB962-Z
2SB963
2SB963-Z
2SB965

137
134,142

2SC2750
2SC2751
2SC2752

134,141
134
131,141

2SB1100

133,144

137,138
137,138
131,140

2SB1111
2SB1114
2SB1115

131,144
136,138
136,138

2SB966
2SB974
2SB975

134,142
132,144
132,144

2SC2757
2SC2758
2SC2759

135
135
135

2SB1115A
2SB1116
2SB1116A
2SB1117
2SB1149

136,138
128,138
128,138
130,140
131,144

2SB1150
2SB1151
2SB1217
2SB1261
2SB1261-Z

131,144
131,140
131,140
131,140
137

2SB1300
2SB1301
2SB1315
2SB1318
2SB1430
2SB1431

128
136
142
130
133,144
133,144

2SB1432
2SB1475
2SB1571
2SB1572
2SB1578
2SB1581
2SB536
2SB537
2SB546A
2SB547A
2SB548
2SB549
2SB564
2SB601
2SB605
2SB624
2SB703
2SB703A
2SB707
2SB708
2SB731
2SB733
2SB734
2SB736
2SB736A
2SB744
2SB744A

133,144
137
136
136
136,140
136,140
132,142
132,142
132,142
132,142
131,142
131,142
130,138
132,144
130,138
135,138
132,142
132,142
132,142
132,142
131,142
130,138
130,138
135,138
135,138
131,142
131,142

2S4M
2SA1005

163
128,138

2SA1006
2SA1006A
2SA1006B

132,143
132,143
132,143

2SA1008

132,141

2SA1609
2SA1610
2SA1611

2SA1009
2SA1009A
2SA1010

132,141
132,141
132,141

2SA1612
2SA1613
2SA1615

2SA1069
2SA1069A
2SA1129

132,141
132
132,143

2SA1615-Z
2SA1625
2SA1626

2SA1138
2SA1141
2SA1142
2SA1151
2SA1152

138
134
131
128
128

2SA1153
2SA1154
2SA1156
2SA1173

139
130
131,141
136,138

2SA1174
2SA1175
2SA1206
2SA1220
2SA1220A
2SA1221
2SA1222
2SA1226
2SA1227
2SA1227A
2SA1232
2SA1247
2SA1261
2SA1330
2SA1376
2SA1376A
2SA1383
2SA1385
2SA1385-Z
2SA1394
2SA1395
2SA1396
2SA1400
2SA1400-Z
2SA1409
2SA1410
2SA1411
2SA1412
2SA1412-Z
2SA1413
2SA1413-Z

129,138
129,138
128,139
131,143
131,143
130
130
135,138
134,143
134,143
134,143
135,138
132
135,138
128,138
128
132
131,140
137
133,141
133,141
133,141
131,141
137
128,138
129,138
135,138
131
137
131,141
137

216

137
128
130

2SA1627
2SA1644
2SA1645
2SA1646
2SA1647
2SA1648

130
132,140
132,140
132,140
131,140
131,140

2SA1649
2SA1650
2SA1651
2SA1652
2SA1714
2SA1715

131,140
133,140
133,140
133,140
131,144
144

2SA1716
2SA1717
2SA1718
2SA1719
2SA1720
2SA1741
2SA1742
2SA1743
2SA1744
2SA1833
2SA1836
2SA1840
2SA1841
2SA1842
2SA1843
2SA1844
2SA1845
2SA1846
2SA1847
2SA1871
2SA1897
2SA675
2SA733
2SA811A
2SA812
2SA915
2SA916
2SA952

132,144
132,144
133,144
133,144
133,144
133,140
133,140
133,140
133,140
133,144
137
134,144
134,144
134,144
134,140
134,140
134,140
134,140
134,140
136
130,140
128
128,138
135,138
135,138
130,138
130,138
128,138

130

2SC2762

168

2SC1009A
2SC1044
2SC1275
2SC1424
2SC1426
2SC1449

135,138
168
168
168
168
131,143

2SC2780
2SC2784
2SC2785

136,139
129,138
129,138

2SC1505
2SC1506
2SC1507
2SC1621
2SC1622A
2SC1623

132,143
132,143
132,143
135
135,138
135,138

2SC1653
2SC1654
2SC1674
2SC1675
2SC1840
2SC1841

135,139
135,139
128,138
128,138
128,138
128,138

2SC1842
2SC1843
2SC1844
2SC1845
2SC1940
2SC1941
2SC2001
2SC2002
2SC2003
2SC2148
2SC2149
2SC2150
2SC2223
2SC2275
2SC2275A
2SC2331
2SC2333
2SC2334
2SC2335
2SC2336
2SC2336A
2SC2336B
2SC2351
2SC2371
2SC2373

128,138
128,138
128,138
128,138
130,139
130,139
128,138
128,138
128,138
168
168
168
135,138
132,143
132,143
132,141
132,141
132,141
132,141
132,143
132,143
132,143
135,177
131,143
132,141

2SB984

2SC2786
129,138
2SC2787
129,138
2SC2802
131,137,143
2SC2850-KA
168
2SC2850-MA
168
2SC2885
131,141
2SC2901
128,139
2SC2908
134
2SC2946
131,141
2SC2946(1) 131,137,141
2SC2954
136
2SC2958
130
2SC2959
130
2SC2987
134,143
2SC2987A
134,143
2SC3012
134,143
2SC3115
135,138
2SC3157
132
2SC3158
132,141
2SC3159
132,141
2SC3209
130,139,143
2SC3217-M
168
2SC3218-M
168
2SC3282A
168
2SC3283A
168
2SC3355
177
2SC3356
135,177
2SC3357
136
2SC3360
135,138
2SC3431
132,141
2SC3432
132,141
2SC3434
134,141
2SC3435
134,141
2SC3478
128,138
2SC3478A
128
2SC3514
132
2SC3518
131,140
2SC3518-Z
137
2SC3531
132,141
2SC3532
132,141

Quick Reference Table by Type Number

Type number

Page

Type number

Page

2SC3533

134,141

2SC4095

135

2SC3534
2SC3535
2SC3536

134,141
134,141
134,141

2SC4173
2SC4175
2SC4176

137,139
137
137,139

2SC3537

168

2SC4177

137,138

2SC3538
2SC3539
2SC3541

168
168
168

2SC4178
2SC4179
2SC4180

137,138
137,138
137

2SC3542
2SC3545

168
135,176,177

2SC4181
2SC4182

137,138
176

2SC3554

136,139

2SC3566
2SC3567
2SC3568

133,141
133,141
133,141

2SC4183
2SC4184
2SC4185

176
176,177
176,177

2SC4186

176

2SC3569
2SC3570

133,141
133,141

2SC3571
2SC3572
2SC3583

133,141
133,141
135

2SC4226
2SC4228
2SC4328

177
177
132,140

2SC4329
2SC4330

132,140
132,140

2SC3585
2SC3587
2SC3588

135
168
131,141

2SC4331
2SC4332
2SC4333

131,140
131,140
131,140

2SC3588-Z
2SC3603
2SC3604
2SC3615

137
168
168
128,139

2SC3616
2SC3617
2SC3618
2SC3622
2SC3622A

128,139
136,139
136,139
128,138
128,138

2SC4334
2SC4335
2SC4336
2SC4337
2SC4338
2SC4339

133,140
133,140
133,140
131,144
131,144
131,144

2SC3623
2SC3623A
2SC3624
2SC3624A
2SC3631

129,138
129,138
135,138
135,138
131,141

2SC4340
2SC4341
2SC4342
2SC4343

131,144
131,144
131,144
131,140

2SC4344
2SC4345
2SC4346
2SC4347
2SC4348
2SC4349

131,140
131,144
131,141
132,144
132,144
132,144

2SC4350
2SC4351
2SC4352
2SC4353
2SC4496
2SC4549
2SC4550
2SC4551
2SC4552
2SC4553
2SC4554
2SC4568
2SC4569
2SC4570
2SC4571
2SC4783
2SC4810
2SC4811
2SC4812
2SC4813
2SC4814
2SC4815
2SC4816
2SC4817
2SC4818
2SC4819
2SC4942
2SC5004

132,144
133,144
133,144
133,144
132
133,140
133,140
133,140
133,140
133,140
133,140
135,177
135,177
177
177
137
134,144
134,144
134,144
134,140
134,140
134,140
134,140
134,140
134,140
134,140
136
177

2SC3631-Z
137
2SC3632
131,141
2SC3632-Z
137
2SC3660
168
2SC3660A
168
2SC3663
135
2SC3691
133,140
2SC3692
133,140
2SC3693
133,140
2SC3694
133,140
2SC3731
129,139
2SC3732
129,139
2SC3733
130,139,141
2SC3734
135,139
2SC3735
135,139
2SC3736
136,139
2SC3739
135,139
2SC3742
135
2SC3817
168
2SC3818
168
2SC3819
168
2SC3840
131,141
2SC3841
176
2SC4000
130,143
2SC4001
131,143
2SC4062
133,140
2SC4063
133,140
2SC4092
135,177
2SC4093
135,177
2SC4094
135

Type number

Page

Type number

Page

Type number

Page

2SC5005
2SC5006

177
177

2SD1615
2SD1615A

136,139
136,139

2SD987
2SD992

132,144
131,142

2SC5008
2SC5011

177
177

2SD1616
2SD1616A

128,139
128,139

2SD992-Z
2SD999

137
136,139

2SC5013
2SC5185
2SC945

177
102
128,138

2SD1629
2SD1630
2SD1691

132
131,144
131,140

2SJ128
2SJ132
2SJ133

153
153
153

2SC945 L

128,138

2SD1692

131,144

2SJ134

153

2SD1000
2SD1001
2SD1005

136,139
136,138
136,139

2SD1693
2SD1694
2SD1695

131,144
131,140
131,144

2SJ135
2SJ136
2SJ137

153
153
153

2SD1006
2SD1007

136,139
136,139

2SD1697
2SD1698

130,139,144
128,139

2SJ138
2SJ139

153
153

2SD1017
2SD1018
2SD1020

134,142
134,142
129,138

2SD1699

136,139

153
153
153

129

130,139,144
128,139
136,139

2SJ140
2SJ141
2SJ142

2SD1021

2SD1700
2SD1701
2SD1702

2SJ143

153

2SD1033
131,137,142
2SD1070
134,142
2SD1110A
134,142

2SD1779
2SD1780
2SD1818

130
130
131,140

2SJ151
2SJ152
2SJ153

153
153
153

2SD1162
2SD1164

132,144
131,144

153
147

137
134,144
131,144

130,144
131,140
137

2SJ154
2SJ165

2SD1164-Z
2SD1210
2SD1286

2SD1843
2SD1899
2SD1899-Z
2SD1928
2SD1939

133,144
128

2SJ166
2SJ178
2SJ179

147
147
136,147

2SD1286-Z
2SD1288
2SD1289
2SD1296

137
134,142
134,142
134,144

2SD1950
2SD1977
2SD2161
2SD2162

136,139
142
133,144
133,144

2SD1297
2SD1298
2SD1308
2SD1309

134,144
134,144
132,144
132,144
132,142
132,142
130
132,144
131,142
137

133,144
133,140
133,140
137
135
136

147
147
147
147
147
147

2SD1310
2SD1311
2SD1312
2SD1392
2SD1448
2SD1448-Z

2SD2163
2SD2164
2SD2165
2SD2228
2SD2383
2SD2402

2SJ180
2SJ184
2SJ185
2SJ196
2SJ197
2SJ198

2SD2403
2SD2425
2SD2463
2SD288
2SD289
2SD381
2SD382
2SD401A
2SD402A
2SD414
2SD415
2SD471
2SD560
2SD568
2SD569
2SD571
2SD596
2SD741
2SD743
2SD743A
2SD773
2SD774
2SD780
2SD780A
2SD794
2SD794A
2SD795
2SD809(1)
2SD882
2SD985
2SD986

136
136,140
130,144
132,142
132,142
132,142
132,142
132,142
132,142
131,142
131,142
130,139
132,144
132,142
132,142
130,139
135,138
131,140
132,142
132,142
130,139
130,139
135,138
135,138
131,142
131,142
132,142
131,142
131,140
131,144
131,144

2SJ199
2SJ202
2SJ203
2SJ204
2SJ205

147
147
147
147
147

2SJ206
2SJ207
2SJ208
2SJ209
2SJ210
2SJ211
2SJ212
2SJ218
2SJ243
2SJ302
2SJ303
2SJ324
2SJ325
2SJ326
2SJ327
2SJ328
2SJ329
2SJ330
2SJ331
2SJ353
2SJ411
2SJ44
2SJ45
2SJ460
2SJ461
2SJ462
2SJ463
2SK1000
2SK104
2SK105

147
147
147
147
147
147
147
147
147
153
153
153
153
153
153
153
153
153
153
147
147
147
147
147
147
147
147
145
145
145

2SD1481
2SD1491
2SD1513
2SD1557
2SD1564
2SD1565
2SD1567
2SD1568
2SD1579
2SD1581
2SD1582
2SD1583
2SD1583-Z
2SD1584
2SD1584-Z
2SD1585
2SD1586
2SD1587
2SD1588
2SD1589
2SD1590
2SD1591
2SD1592
2SD1593
2SD1594
2SD1595
2SD1614

132
131,144
128,139
131,142
144
144
142
142
130,144
130,139,140
130,140
131,140
137
131,140
137
133,142
133,142
133,142
133,142
133,144
133,144
133,144
133,144
133,140
133,140
133,144
136,139

217

Quick Reference Table by Type Number

Type number

Page

Type number

Page

2SK1059

149

2SK163

145

2SK1060
2SK1109
2SK1122

149
145
149

2SK1664
2SK1748
2SK1749

150
150
150

2SK1123

149

2SK1750

150

2SK1132
2SK1133
2SK1149

145
145
149

2SK1751
2SK1752
2SK1753

150
150
150

2SK1150
2SK1198

149
149

2SK1756
2SK1757

150
150

2SK1271

150

2SK1272
2SK1273
2SK1274

145
145
146

2SK1758
2SK1760
2SK1784

151
151
151

2SK1785

151

2SK1281
2SK1282

150
150

2SK1283
2SK1284
2SK1285

150
150
150

2SK1793
2SK1794
2SK1795

151
151
151

2SK1796
2SK1824

151
146

2SK1286
2SK1287
2SK1288

150
150
150

2SK1850
2SK1851
2SK1852

151
151
151

2SK1289
2SK1290
2SK1291
2SK1292

150
150
150
150

2SK1293
2SK1294
2SK1295
2SK1398
2SK1399

150
150
150
146
146

2SK1853
2SK193
2SK195
2SK1953
2SK1954
2SK1958

151
145
145
151
151
146

2SK1482
2SK1483
2SK1484
2SK1485
2SK1491

146
146
146
146
150

2SK1959
2SK1960
2SK1987
2SK1988

146
146
151
151

2SK1492
2SK1493
2SK1494
2SK1495
2SK1496
2SK1497
2SK1498
2SK1499
2SK1500
2SK1501
2SK1502
2SK1580
2SK1581
2SK1582
2SK1583
2SK1584
2SK1585
2SK1586
2SK1587
2SK1588
2SK1589
2SK1590
2SK1591
2SK1592
2SK1593
2SK1594
2SK1595
2SK1596
2SK160
2SK162

150
150
150
150
150
150
150
150
150
150
150
146
146
146
146
146
146
146
146
146
146
146
146
146
146
150
150
150
135
145

2SK1989
2SK1990
2SK1991
2SK1992
2SK1993
2SK1994

151
151
151
151
151
151

2SK1995
2SK2040
2SK2053
2SK2054
2SK2055
2SK2070
2SK2090
2SK2109
2SK2110
2SK2111
2SK2112
2SK2131
2SK2132
2SK2133
2SK2134
2SK2135
2SK2136
2SK2137
2SK2138
2SK2139
2SK2140
2SK2141
2SK2157
2SK2158
2SK2159
2SK2234
2SK2275
2SK2341

151
151
146
146
146
146
146
146
146
146
146
151
151
151
151
151
151
151
151
151
151
151
146
146
146
151
151
151

218

Type number

Page

Type number

Page

Type number

Page

2SK2396
2SK2409

168
151

2SK774
2SK784

148
148

3SK230
3SK231

176
176

2SK2410
2SK2411

151
152

2SK785
2SK786

148
148

3SK242
3SK243

176
176

2SK2412
2SK2413
2SK2414

152
152
152

2SK787
2SK797
2SK798

148
148
148

3SK244
3SK245
3SK246

176
176
176

2SK2415

152

2SK799

148

3SK252

176

2SK2461
2SK2462
2SK2476

152
152
152

2SK800
2SK801
2SK802

148
148
148

3SK253
3SK254
3SK255

176
176
176

2SK2477
2SK2478

152
152

2SK810
2SK811

148
148

5P4J
5P4J-Z

163
163

2SK2479
2SK2480
2SK2481

152
152
152

2SK812

148

163
163
163

152

148
148
149

5P4M
5P4SM
5P5M

2SK2482

2SK813
2SK814
2SK815

5P6J

163

2SK2483
2SK2484
2SK2485

152
152
152

2SK817
2SK819
2SK820

149
149
149

5P6J-Z
5P6M
5P6SM

163
163
163

2SK2486
2SK2487

152
152

163
163

152
152
152

149
149
149

8P2M
8P2SM

2SK2488
2SK2498
2SK2499

2SK821
2SK822
2SK823
2SK824
2SK825

149
149

8P4J
8P4J-Z
8P4M

163
163
163

2SK2510
2SK2511
2SK2512
2SK2513

152
152
152
152

2SK826
2SK827
2SK828
2SK829

149
149
149
149

8P4SM

163

2SK2514
2SK2515
2SK2541
2SK2597

152
152
146
168

2SK459
2SK505
2SK507
2SK514
2SK518
2SK519

148
145
145
145
145
145

2SK830
2SK831
2SK832
2SK833
2SK854
2SK855

149
149
149
149
149
149

2SK523
2SK533
2SK591
2SK611
2SK612
2SK654
2SK659
2SK660
2SK679A
2SK680A
2SK681A

145
145
148
148
148
148
148
145
145
145
145

2SK699
2SK700
2SK701
2SK702
2SK703
2SK704
2SK705
2SK707
2SK719
2SK720A
2SK735
2SK736
2SK737
2SK738
2SK739
2SK773

148
148
148
148
148
148
148
148
148
148
148
148
148
148
148
148

2SK871
2SK872
2SK873
2SK874
2SK875
2SK876
2SK926
2SK928
2SK929
2SK946
2SK991
2SK992
2SK993
2SK994
2SK997
2SK998
2V5P4M
3P4J
3P4J-Z
3P4MH
3P5MH
3P6MH
3S4M
3SK131
3SK134B
3SK135A
3SK177
3SK206
3SK222
3SK223
3SK224

149
149
149
149
149
149
149
149
149
149
149
149
149
149
145
145
163
163
163
163
163
163
163
176
176
176
176
176
176
176
176

[A ]
AA1[
]
AB1[
]
AC01DGM

128,154
128,155
163

AC01DJM
AC03DGM
AC03DJM
AC03DJM-Z

163
163
163
163

AC03DSM
AC03FGM
AC03FJM
AC03FJM-Z
AC03FSM
AC05DGM
AC05DJM
AC05DJM-Z
AC05DSM
AC05EGM
AC05ESM
AC05FGM

163
163
163
163
163
163
163
163
163
163
163
163

AC05FJM
AC05FJM-Z
AC05FSM
AC08DGM

163
163
163
163

AC08DSM
AC08EGM
AC08ESM
AC08FGM
AC08FSM
AC0V8DGM
AC1[
]
AC10DGM
AC10DSM
AC10EGM
AC10ESM
AC10FGM
AC10FSM
AC12DGM
AC12DSM

163
163
163
163
163
163
128,155
163
163
163
163
163
163
163
163

Quick Reference Table by Type Number

Type number

Page

AC12EGM

163

AC12ESM
AC12FGM
AC12FSM

163
163
163

AC16DGM

163

AC16DSM
AC16EGM
AC16FGM

163
163
163

AC16FSM
AC2[
]

163
128,156

AD1[

]

128,156

AD2[
AN1[
AP1[

]
]
]

128,156
128,154
128,155

AQ1[
AQ2[

]
]

AR1[

]

MC-422000LFB72
MC-424000A32

73
72

MC-424000A36
MC-424000AB72
MC-424000AC72

72
73
73
72
73
73
73

MC-424000LAC72
MC-424000LFB72

73
73

128,155
128,156

MC-424000LFC72
MC-428000A32
MC-428000A36

73
72
72

128,156

MC-428000F32

72

]
]
]

129,154
129,157
129,157

BB1[

]

129,155

BN1[
BN2[
BN3[

]
]
]

129,154
129,157
129,157

BP1[

]

129,155

]
]

130,156
130,156

FA1[
FA2[

]
]

135
135

FB1[
FN1[
FN2[
FP1[

]
]
]
]

135
135
135
135

[C ]

[F ]

[G ]
]
]

137
137

]
]
]
]
]
]
]

136
136
136
136
136
136
136

[H ]
HC1[
HC2[
HD1[
HD2[
HQ1[
HQ2[
HR1[

73
73

MC-424000FB72
MC-424000FC72
MC-424000LAB72

BA1[
BA2[
BA3[

GA1[
GN1[

Page

MC-424000F32

[B ]

CE1[
CE2[

Type number
MC-422000FB72
MC-422000LAB72

[M ]
MC-421000A32
MC-421000A36
MC-421000AA64
MC-421000AD72
MC-421000F32
MC-421000FA64
MC-422000A32
MC-422000A36
MC-422000AA64
MC-422000AB72
MC-422000F32
MC-422000FA64

72
72
73
73
72
73
72
72
73
73
72
73

MC-42S1000LAD32S 72
MC-42S2000LAB32S 72
MC-42S2000LAD32S 72
MC-42S4000LAB32S 72
MC-42S4000LAC32S 72
MC-452AA72
MC-452AA80
MC-452BA72

74
74
74

MC-454BA72
MC-454BA80
MC-454BC72
MC-454BC80

74
74
74
74

MC-5720
MC-5720A
MC-5950
MC-5951
MC-5952
MC-5973

110
110
166
104,166
104,166
104,166

MC-5974
MC-7620
MC-7621

104,166
166
166

µ PA101
µ PA102
µ PA103
µ PA104
µ PA1424
µ PA1426
µ PA1427
µ PA1428
µ PA1428A
µ PA1434
µ PA1436
µ PA1436A
µ PA1437
µ PA1438
µ PA1452
µ PA1453
µ PA1454
µ PA1456
µ PA1457
µ PA1458
µ PA1476
µ PA1478
µ PA1500
µ PA1500B
µ PA1501
µ PA1520
µ PA1520B
µ PA1522

174
174
174
174
160
160
160
160
160
160
160
160
160
160
160
160
160
160
160
160
160
160
160
160
160
160
160
160

Type number
µ PA1523
µ PA1523B
µ PA1524
µ PA1526
µ PA1527
µ PA1550
µ PA1552
µ PA1552A
µ PA1552B
µ PA1556
µ PA1556A
µ PA1570
µ PA1572
µ PA1576
µ PA1600
µ PA1601
µ PA1602
µ PA1603
µ PA1604
µ PA1640
µ PA1700
µ PA1701
µ PA2001
µ PA2002
µ PA2003
µ PA2004
µ PA2981
µ PA2982
µ PA2987
µ PA500
µ PA501
µ PA502
µ PA503
µ PA504
µ PA505
µ PA53
µ PA56
µ PA57
µ PA570
µ PA571
µ PA572
µ PA573
µ PA574
µ PA600
µ PA601
µ PA602
µ PA603
µ PA604
µ PA605
µ PA606
µ PA607
µ PA608
µ PA609
µ PA6118
µ PA67
µ PA670
µ PA671
µ PA672
µ PA673
µ PA674
µ PA79
µ PA80
µ PA81
µ PB1502
µ PB1502(1)
µ PB1504

Page
160
160
160
160
160
160
160
160
160
160
160
160
160
160
160
160
160
160
160
160
152
152
159
159
159
159
159
159
159
158
158
158
158
158
158
159
159
159
158
158
158
158
158
158
158
158
158
158
158
158
158
158
158
159
159
158
158
158
158
158
159
159
159
174
102,174
104,174

Type number
µ PB1505
µ PB581
µ PB582
µ PB584
µ PB585
µ PB586
µ PB587
µ PB588
µ PB63020
µ PB63040
µ PB63060
µ PB63080
µ PB63100
µ PC1060
µ PC1074A
µ PC1093
µ PC1094
µ PC1099
µ PC1100
µ PC1150
µ PC1188
µ PC1225
µ PC1228
µ PC1237
µ PC1238
µ PC1251
µ PC1270
µ PC1297
µ PC1298
µ PC1308
µ PC1310
µ PC1313
µ PC1316
µ PC1318A
µ PC1330
µ PC1342
µ PC1394
µ PC141
µ PC1458
µ PC151
µ PC1555
µ PC157
µ PC159
µ PC1652
µ PC1653
µ PC1654
µ PC1655
µ PC1656
µ PC1658
µ PC1659
µ PC1663
µ PC1668
µ PC1669
µ PC1670
µ PC1673
µ PC1675
µ PC1676
µ PC1677
µ PC1678
µ PC1685
µ PC1686
µ PC1687
µ PC1688
µ PC1692
µ PC1694
µ PC177

Page
174
174
174
174
174
174
174
174
90
90
90
90
90
124
124
124
125
125
125
125
110
111
110
111
110
122
111
111
111
110
110
110
110
110
111
111
125
124
122
122
125
122
122
170
170
170
170
170
170
170
170
170
170
170
174
170
170
170
170
174
174
174
170
174
174
123

Type number
µ PC1830
µ PC1851
µ PC1852A
µ PC1853
µ PC1860
µ PC1862
µ PC1872A
µ PC1874
µ PC1875
µ PC1881
µ PC1883
µ PC1891A
µ PC1892
µ PC1900
µ PC1905
µ PC1906
µ PC1943
µ PC1944
µ PC2002
µ PC2102
µ PC2132
µ PC2133
µ PC2138
µ PC2251
µ PC2252
µ PC2253
µ PC2254
µ PC2255
µ PC2256
µ PC2260
µ PC2270A
µ PC2372
µ PC2394
µ PC2400A
µ PC24A00
µ PC24M00A
µ PC2500A
µ PC2502
µ PC2505
µ PC2506
µ PC251
µ PC2533
µ PC2535
µ PC254
µ PC2560
µ PC2572
µ PC258
µ PC2581
µ PC259
µ PC2590
µ PC2600
µ PC2708
µ PC2709
µ PC271
µ PC2710
µ PC2711
µ PC2712
µ PC2713
µ PC2714
µ PC2715
µ PC272
µ PC2721
µ PC2722
µ PC2723
µ PC2726
µ PC2731

Page
113
113
113
113
113
113
113
113
113
114
114
113
113
125
125
125
124
124
110
105
105
105
105
124
124
124
124
124
124
124
124
117
117
123
123
123
110
110
110
110
122
110
110
122
111
111
122
111
122
99
123
170
170
123
170
170
170
170
170
170
123
174
174
170
170
174

219

Quick Reference Table by Type Number

Type number

Page

µ PC2734
174
µ PC2743
174
µ PC2744
174
µ PC2745
170
µ PC2746
170
µ PC2747
104,170
µ PC2748
104,170
µ PC2749
102,104,170
µ PC2753
174
µ PC2757
102,104,174
µ PC2758
104,174
µ PC2762
104,170
µ PC2763
102,104,170
µ PC277
123
µ PC2771
104,170
µ PC2800A
117
µ PC2801A
117
µ PC2803
117
µ PC2900
123
µ PC29L00
123
µ PC29M00
123
µ PC301A
122
µ PC305
124
µ PC311
123
µ PC317
124
µ PC318
122
µ PC319
123
µ PC324
122
µ PC337
124
µ PC339
123
µ PC3403
122
µ PC354
122
µ PC358
122
µ PC393
123
µ PC398
125
µ PC4061
122
µ PC4062
122
µ PC4064
122
µ PC4071
122
µ PC4072
122
µ PC4074
122
µ PC4081
122
µ PC4082
122
µ PC4084
122
µ PC4250
122
µ PC451
122
µ PC452
122
µ PC454
122
µ PC4556
122
µ PC4557
122
µ PC4558
122
µ PC4559
122
µ PC4560
122
µ PC4570
122
µ PC4572
122
µ PC4574
122
µ PC458
122
µ PC4741
122
µ PC494
125
µ PC5020
94
µ PC5021
94
µ PC5022
94
µ PC5023
94
µ PC5024
94
µ PC5031
94
µ PC5032
94

220

Type number

Page

µ PC5034
94
µ PC5102
94
µ PC5200
94
µ PC5201
94
µ PC5202
94
µ PC5203
94
µ PC5204
94
µ PC610
119
µ PC617
125
µ PC624
119
µ PC648
119
µ PC649
125
µ PC650
118
µ PC659A
118
µ PC660
118
µ PC661
118
µ PC662
119
µ PC664
119
µ PC665
119
µ PC666
119
µ PC667
119
µ PC668
118
µ PC7002
101
µ PC7063
100
µ PC7071
100
µ PC7151
100
µ PC7161
100
µ PC741
122
µ PC7800A
123
µ PC78L00
123
µ PC78M00A
123
µ PC78N00
123
µ PC7900A
123
µ PC79L00
123
µ PC79M00
123
µ PC79N00
123
µ PC8000
104
µ PC8001
104
µ PC8002
102
µ PC801
122
µ PC802
122
µ PC803
122
µ PC804
122
µ PC8100
174
µ PC8104 102,104,170
µ PC8105
102,170
µ PC8106 102,104,174
µ PC8109
104,174
µ PC811
122
µ PC8110
170
µ PC812
122
µ PC813
122
µ PC814
122
µ PC815
122
µ PC816
122
µ PC821
122
µ PC822
122
µ PC824
122
µ PC831
122
µ PC832
122
µ PC834
122
µ PC842
122
µ PC844
122
µ PD16300
108
µ PD16301
108
µ PD16302
108

Type number
µ PD16304
µ PD16305
µ PD16306
µ PD16306A
µ PD16307
µ PD16309
µ PD16310
µ PD16311
µ PD16312
µ PD16313
µ PD16320A
µ PD16322
µ PD16325
µ PD16326
µ PD16327
µ PD16404
µ PD16405
µ PD16406
µ PD16407
µ PD16408
µ PD16409A
µ PD16429A
µ PD16430A
µ PD16431A
µ PD16432B
µ PD16434
µ PD16435
µ PD16435A
µ PD16437
µ PD16437A
µ PD16443B
µ PD16444A
µ PD16445
µ PD16446
µ PD16447
µ PD16448
µ PD16454A
µ PD16501
µ PD16502
µ PD16503
µ PD16506
µ PD16510
µ PD16601
µ PD16620
µ PD16622
µ PD16623
µ PD16624
µ PD16625
µ PD16629
µ PD16630
µ PD16640
µ PD16641
µ PD16650
µ PD16661
µ PD16666
µ PD16670
µ PD16675
µ PD16676
µ PD16676A
µ PD16804
µ PD16805
µ PD16812A
µ PD16823
µ PD17001
µ PD17003A
µ PD17005

Page
106
108
106,108
106,108
108
108
106
106
106
106
109
109
106,108
106
108
108
108
108
108
108
108
108
107
107
107
107
107
107
104,107
107
108
108
108
108
108
108
104,107
117
117
117
117
117
108
108
108
108
108
108
108
108
108
108
108
108
108
107
107
107
107
109,159
109,159
159
109,159
19
19
19

Type number
µ PD17006A
µ PD17010
µ PD17012
µ PD17015
µ PD17016
µ PD17017
µ PD17052
µ PD17053
µ PD17062
µ PD17068
µ PD17071
µ PD17072
µ PD17073
µ PD1708A
µ PD1709A
µ PD17103
µ PD17103L
µ PD17104
µ PD17104L
µ PD17107
µ PD17107L
µ PD17108
µ PD17108L
µ PD17120
µ PD17121
µ PD17132
µ PD17133
µ PD17134A
µ PD17135A
µ PD17136A
µ PD17137A
µ PD1713A
µ PD17145
µ PD17147
µ PD17149
µ PD1715
µ PD1716
µ PD17201A
µ PD17202A
µ PD17203A
µ PD17204
µ PD17207
µ PD1720A
µ PD1721
µ PD17215
µ PD17216
µ PD17217
µ PD17218
µ PD1723
µ PD17707
µ PD17708
µ PD17709
µ PD17P001
µ PD17P005
µ PD17P006A
µ PD17P010
µ PD17P012
µ PD17P068
µ PD17P103
µ PD17P104
µ PD17P107
µ PD17P108
µ PD17P132
µ PD17P133
µ PD17P136A
µ PD17P137A

Page
19
19
19
19
19
19
20
20
20
20
19
19
19
23
23
21
21
21
21
21
21
21
21
21
21
21
21
21
21
21
21
23
21
21
21
23
23
22
22
22
22
22
23
23
22
22
22
22
23
19
19
19
19
19
19
19
19
20
21
21
21
21
21
21
21
21

Type number

Page

µ PD17P149
21
µ PD17P202A
22
µ PD17P203A
22
µ PD17P204
22
µ PD17P207
22
µ PD17P218
22
µ PD17P709
19
µ PD23C1000B
78
µ PD23C1000EB
78
µ PD23C1001EA
78
µ PD23C1010B
78
µ PD23C16000LW
78
µ PD23C16000W
78
µ PD23C16040A
78
µ PD23C2001E
78
µ PD23C32000
78
µ PD23C32140
78
µ PD23C4000S
78
µ PD23C4001EJ
78
µ PD23C4040
78
µ PD23C8000LW
78
µ PD23C8000W
78
µ PD23C8001EJ
78
µ PD27C010A
79
µ PD27C020
79
µ PD27C040
79
µ PD27C210A
79
µ PD27C240
79
µ PD27C4000
79
µ PD27C4001
79
µ PD27C8000
79
µ PD27C8001
79
µ PD28C256
80
µ PD28C64A
80
µ PD28F001
80
µ PD30100
60
µ PD30200
60
µ PD30311
61
µ PD30400
60
µ PD30401
60
µ PD30410
60
µ PD30412
60
µ PD30450
60
µ PD31441
61
µ PD31442
61
µ PD3150
104
µ PD3594
98
µ PD35H71A
98
µ PD35H74
98
µ PD3723
98
µ PD3725D-01
98
µ PD3726
98
µ PD3727
98
µ PD3732
98
µ PD3733
98
µ PD3734
98
µ PD3737
98
µ PD3743
98
µ PD3753
98
µ PD42101
82,109
µ PD42102
82,109
µ PD4216160
65
µ PD4216160L
66
µ PD4216161
67
µ PD4216161L
68
µ PD4216400
65

Quick Reference Table by Type Number

Type number

Page

µ PD42164005L
68
µ PD4216400L
66
µ PD4216405
67
µ PD4216800
65
µ PD4216800L
66
µ PD4217400
65
µ PD4217400L
66
µ PD4217401
67
µ PD4217401L
68
µ PD4217800
65
µ PD4217800L
66
µ PD4217801
67
µ PD4217801L
68
µ PD4218160
65
µ PD4218160L
66
µ PD4218161
67
µ PD4218161L
68
µ PD42280
82,109
µ PD424210
70
µ PD424210AL
70
µ PD424260
69
µ PD424260AL
69
µ PD424400
69
µ PD424400-L
69
µ PD424800
69
µ PD426171
82
µ PD426174
82
µ PD42641
82
µ PD42641-L
82
µ PD4264160
64
µ PD42644
82
µ PD42644-L
82
µ PD4264400
64
µ PD4264800
64
µ PD4265160
64
µ PD4265400
64
µ PD4265800
64
µ PD42S16160
65
µ PD42S16160L
66
µ PD42S16161
67
µ PD42S16161L
68
µ PD42S16400
65
µ PD42S16400L
66
µ PD42S16401L
68
µ PD42S16405
67
µ PD42S16800
65
µ PD42S16800L
66
µ PD42S17400
65
µ PD42S17400L
66
µ PD42S17401
67
µ PD42S17401L
68
µ PD42S17800
65
µ PD42S17800L
66
µ PD42S17801
67
µ PD42S17801L
68
µ PD42S18160
65
µ PD42S18160L
66
µ PD42S18161
67
µ PD42S18161L
68
µ PD42S4210
70
µ PD42S4210AL
70
µ PD42S4260
69
µ PD42S4260AL
69
µ PD42S4400
69
µ PD42S4800
69
µ PD42S64160
64

Type number
µ PD42S64400
µ PD42S64800
µ PD42S65160
µ PD42S65400
µ PD42S65800
µ PD431000A
µ PD431000A-B15
µ PD431008
µ PD431008L
µ PD431009
µ PD431009L
µ PD431016
µ PD431016L
µ PD431018
µ PD431018L
µ PD431232L
µ PD43256B
µ PD43256B-A10
µ PD43256B-A12
µ PD43256B-B12
µ PD43257B
µ PD434004
µ PD434008
µ PD4516161
µ PD4516421
µ PD4516821
µ PD461008
µ PD461016L
µ PD461018L
µ PD461318
µ PD461336
µ PD46258
µ PD46259L
µ PD4701A
µ PD4702
µ PD4704
µ PD4711B
µ PD4712
µ PD4713A
µ PD4714A
µ PD4715A
µ PD4721
µ PD4722
µ PD4723
µ PD4724
µ PD4726
µ PD481440
µ PD481850
µ PD482234
µ PD482235
µ PD482444
µ PD482445
µ PD482445L
µ PD485505
µ PD485506
µ PD488130L
µ PD488170L
µ PD4990A
µ PD4991A
µ PD4992
µ PD5205
µ PD5555
µ PD5556
µ PD61000
µ PD61010
µ PD6121-001

Page
64
64
64
64
64
75
75
76
76
76
76
76
76
76
76
76
75
75
75
75
75
76
76
71
71
71
77
77
77
77
77
77
77
118
118
118
119
119
119
119
119
119
119
119
119
119
81
81
81
81
81
81
81
82
82
71
71
118
118
118
125
125
125
109
109
117

Type number

Page

µ PD6122-001
117
µ PD6133
24
µ PD6134
24
µ PD61F35
24
µ PD6211
119
µ PD6252
80
µ PD6253
80
µ PD6254
80
µ PD6255
80
µ PD6257
80
µ PD6258
80
µ PD6272
80
µ PD6273
80
µ PD6274
80
µ PD63
24
µ PD6300
106
µ PD6316
99
µ PD6320 106,108,109
µ PD63200
111
µ PD6321 106,108,109
µ PD63210
111
µ PD6322
109
µ PD6323B
106
µ PD6325
119
µ PD6326
119
µ PD6335
119
µ PD6336
119
µ PD6337
108
µ PD6340
106
µ PD6345
109
µ PD63701
105
µ PD63702
111
µ PD63703
111
µ PD63721
105
µ PD6376
111
µ PD6378A
105
µ PD6379
111
µ PD6382
111
µ PD6383
111
µ PD6384
111
µ PD64
24
µ PD6450
115
µ PD6451A
115
µ PD6453
115
µ PD6454
115
µ PD6456
115
µ PD6458
115
µ PD6461
115
µ PD6462
115
µ PD6464
115
µ PD6465
115
µ PD6466
115
µ PD6487
113
µ PD65612
85
µ PD65622
85
µ PD65626
85
µ PD65630
84
µ PD65631
84
µ PD65632
85
µ PD65636
84
µ PD65640
84
µ PD65641
84
µ PD65644
84
µ PD65646
84
µ PD65647
84
µ PD65648
84

Type number
µ PD65650
µ PD65651
µ PD65652
µ PD65654
µ PD65655
µ PD65656
µ PD65658
µ PD65662
µ PD65664
µ PD65672
µ PD65676
µ PD65800
µ PD65801
µ PD65802
µ PD65803
µ PD65804
µ PD65806
µ PD65808
µ PD65810
µ PD65811
µ PD65812
µ PD65813
µ PD65823
µ PD65825
µ PD65826
µ PD65828
µ PD65830
µ PD65831
µ PD65832
µ PD65833
µ PD65835
µ PD65838
µ PD65840
µ PD65841
µ PD65842
µ PD65843
µ PD65845
µ PD65846
µ PD65848
µ PD65849
µ PD65850
µ PD65851
µ PD65852
µ PD65853
µ PD65855
µ PD65858
µ PD65859
µ PD65860
µ PD65861
µ PD65862
µ PD65863
µ PD65865
µ PD65866
µ PD65868
µ PD65869
µ PD65870
µ PD65871
µ PD65872
µ PD65873
µ PD65875
µ PD65878
µ PD65879
µ PD658XX
µ PD65906
µ PD65907
µ PD65908

Page
84
84
84
84
84
84
84
84
84
84
84
85
85
85
85
85
85
85
85
85
85
85
87
87
87
87
87
87
87
87
87
87
85
85
85
85
85
86
86
86
86
86
86
86
86
86
86
86
86
86
86
86
86
86
86
86
86
87
87
87
87
87
102
88
88
88

Type number
µ PD65909
µ PD65910
µ PD65911
µ PD65913
µ PD65915
µ PD65917
µ PD65919
µ PD65926
µ PD65927
µ PD65928
µ PD65929
µ PD65930
µ PD65931
µ PD65933
µ PD65935
µ PD65937
µ PD65939
µ PD66001
µ PD66002
µ PD66004
µ PD66006
µ PD66008
µ PD66010
µ PD66011
µ PD66012
µ PD66024
µ PD66026
µ PD66028
µ PD66030
µ PD66031
µ PD66032
µ PD6604
µ PD66041
µ PD66042
µ PD66044
µ PD66046
µ PD66048
µ PD66050
µ PD66051
µ PD66052
µ PD66064
µ PD66066
µ PD66068
µ PD66070
µ PD66071
µ PD66072
µ PD66081
µ PD66082
µ PD66084
µ PD66086
µ PD66088
µ PD66090
µ PD66091
µ PD66092
µ PD66104
µ PD66106
µ PD66108
µ PD66110
µ PD66111
µ PD66112
µ PD6700
µ PD67021
µ PD67031
µ PD67050
µ PD67070
µ PD6708

Page
88
88
88
88
88
88
88
88
88
88
88
88
88
88
88
88
88
90
90
90
90
90
90
90
90
90
90
90
90
90
90
24
91
91
91
91
91
91
91
91
91
91
91
91
91
91
90
90
90
90
90
90
90
90
90
90
90
90
90
90
106
89
89
89
89
99

221

Quick Reference Table by Type Number

Type number
µ PD67101
µ PD67240
µ PD67804
µ PD67852
µ PD6952
µ PD7001
µ PD7002
µ PD7003
µ PD7004
µ PD70108
µ PD70108H
µ PD7011
µ PD70116
µ PD70116H
µ PD70136
µ PD70136A
µ PD70208
µ PD70208H
µ PD70216
µ PD70216H
µ PD70236A
µ PD70270
µ PD70280
µ PD703000
µ PD703001
µ PD703002
µ PD70320
µ PD70325
µ PD70330
µ PD70335
µ PD70433
µ PD705100
µ PD70615
µ PD70616
µ PD70632
µ PD70731
µ PD70732
µ PD70741
µ PD70742
µ PD70P3000
µ PD70P3002
µ PD71011
µ PD71037
µ PD71051
µ PD71054
µ PD71055
µ PD71059
µ PD71071
µ PD71082
µ PD71083
µ PD71084
µ PD71086
µ PD71087
µ PD71088
µ PD71101
µ PD71611
µ PD71613
µ PD71621
µ PD71641
µ PD72001-11
µ PD72001-A8
µ PD72002-11
µ PD72005
µ PD72020
µ PD72042A
µ PD72042B

222

Page
89
89
89
89
118
118
118
118
118
55
55
119
55
55
55
55
55
55
55
55
55
56
56
59
59
59
56
56
56
56
56
59
57
57
57
59
59
59
59
59
59
61
61
61
61
61
61
61
61
61
61
61
61
61
61
61
61
61
61
99
99
99
120
109
99
99

Type number
µ PD72050
µ PD72051
µ PD72064
µ PD72065B
µ PD72068
µ PD72070
µ PD72103
µ PD72103A
µ PD72105
µ PD72107
µ PD72123
µ PD72185
µ PD72186
µ PD72187
µ PD7225
µ PD7227
µ PD7228
µ PD7228A
µ PD7229
µ PD72291
µ PD7229A
µ PD72305
µ PD72611
µ PD72691
µ PD750004
µ PD750006
µ PD750008
µ PD75004
µ PD75006
µ PD750064
µ PD750068
µ PD75008
µ PD75028
µ PD7502A
µ PD75036
µ PD7503A
µ PD75048
µ PD75064
µ PD75066
µ PD75068
µ PD7507B
µ PD7508B
µ PD75104
µ PD75104A
µ PD75106
µ PD75108
µ PD75108A
µ PD75108F
µ PD75112
µ PD75112F
µ PD75116
µ PD75116F
µ PD75116H
µ PD75117H
µ PD75206
µ PD75208
µ PD75212A
µ PD75216A
µ PD75217
µ PD75218
µ PD75236
µ PD75237
µ PD75238
µ PD75268
µ PD753012
µ PD753016

Page
105
105
105
105
105
105
99
99
99
99
109
109
109
109
107
107
107
107
107
61
107
99
105
61
3
3
3
10
10
4
4
10
11
17
11
17
11
12
12
12
17
17
9
9
9
9
9
9
9
9
9
9
9
9
13
13
13
13
13
13
14
14
14
13
5
5

Type number
µ PD753017
µ PD753036
µ PD75304
µ PD75304B
µ PD75306
µ PD75306B
µ PD75308
µ PD75308B
µ PD753104
µ PD753106
µ PD753108
µ PD75312
µ PD75312B
µ PD75316
µ PD75316B
µ PD75328
µ PD75336
µ PD75402A
µ PD754302
µ PD754304
µ PD75512
µ PD75516
µ PD75517
µ PD75518
µ PD7554A
µ PD7556A
µ PD7564A
µ PD7566A
µ PD75P0016
µ PD75P0076
µ PD75P008
µ PD75P036
µ PD75P048
µ PD75P068
µ PD75P108B
µ PD75P116
µ PD75P117H
µ PD75P216A
µ PD75P218
µ PD75P238
µ PD75P3018
µ PD75P3036
µ PD75P3116
µ PD75P316A
µ PD75P316B
µ PD75P328
µ PD75P336
µ PD75P402
µ PD75P4308
µ PD75P516
µ PD75P518
µ PD75P54
µ PD75P56
µ PD75P64
µ PD75P66
µ PD77015
µ PD77016
µ PD77017
µ PD77018
µ PD77220-10
µ PD77230A
µ PD77240
µ PD77501
µ PD77502
µ PD7755
µ PD7756A

Page
5
7
15
15
15
15
15
15
6
6
6
15
15
15
15
16
16
12
3
3
10
10
10
10
17
17
17
17
3
4
10
11
11
12
9
9
9
13
13
14
5
7
6
15
15
16
16
12
3
10
10
17
17
17
17
97
97
97,104
97
97
97
97
96
96
96
96

Type number
µ PD7757
µ PD7758A
µ PD7759
µ PD77C25
µ PD77C25-10
µ PD77C30
µ PD77P56
µ PD780001
µ PD78001B
µ PD78001BY
µ PD78002B
µ PD78002BY
µ PD78011B
µ PD78011BY
µ PD78011F
µ PD78011FY
µ PD78012B
µ PD78012BY
µ PD78012F
µ PD78012FY
µ PD78013
µ PD78013F
µ PD78013FY
µ PD78013Y
µ PD78014
µ PD78014F
µ PD78014FY
µ PD78014Y
µ PD78015F
µ PD78015FY
µ PD78016F
µ PD78016FY
µ PD78018F
µ PD78018FY
µ PD780204
µ PD780205
µ PD78023
µ PD78024
µ PD78042A
µ PD78043A
µ PD78044A
µ PD78045A
µ PD78052
µ PD78052Y
µ PD78053
µ PD78053Y
µ PD78054
µ PD78054Y
µ PD78055
µ PD78055Y
µ PD78056
µ PD78056Y
µ PD78058
µ PD78058Y
µ PD78062
µ PD78062Y
µ PD78063
µ PD78063Y
µ PD78064
µ PD78064Y
µ PD78070A
µ PD78070AY
µ PD78074
µ PD78074Y
µ PD78075
µ PD78075Y

Page
96
96
96
97
97
61
96
29
29
30
29
30
29
30
31
32
29
30
31
32
29
31
32
30
29
31
32
30
31
32
31
32
31
32
35
35
33
33
34
34
34
34
36
37
36
37
36
37
36
37
36
37
36
37
38
39
38
39
38
39
42
42
40
41
40
41

Type number
µ PD78076
µ PD78076Y
µ PD78078
µ PD78078Y
µ PD78081
µ PD78082
µ PD78094
µ PD78095
µ PD78096
µ PD78098A
µ PD7810H
µ PD7811H
µ PD78134
µ PD78134A
µ PD78136
µ PD78138
µ PD78146
µ PD78148
µ PD78212
µ PD78213
µ PD78214
µ PD78217A
µ PD78218A
µ PD78220
µ PD78224
µ PD78233
µ PD78234
µ PD78237
µ PD78238
µ PD78243
µ PD78244
µ PD78310A
µ PD78312A
µ PD78320
µ PD78322
µ PD78323
µ PD78324
µ PD78327
µ PD78328
µ PD78330
µ PD78334
µ PD78350
µ PD78350A
µ PD78352A
µ PD78355
µ PD78356
µ PD78362A
µ PD78365A
µ PD78366A
µ PD78370
µ PD78372
µ PD784020
µ PD784021
µ PD784025
µ PD784026
µ PD784915
µ PD78C10A
µ PD78C11A
µ PD78C12A
µ PD78C14
µ PD78C14A
µ PD78C17
µ PD78C18
µ PD78CG14
µ PD78CP14
µ PD78CP18

Page
40
41
40
41
43
43
44
44
44
44
26
26
45
45
45
45
45
45
46
46
46
46
46
47
47
47
47
47
47
46
46
48
48
48
48
48
48
49
49
49
49
50
50
50
50
50
51
51
51
52
52
52
52,104
52,104
52,104
53
27
27
27
27
27
27
27
27
27
27

Quick Reference Table by Type Number

Type number

Page

µ PD78P014
µ PD78P014Y
µ PD78P018F
µ PD78P018FY
µ PD78P0208
µ PD78P024
µ PD78P048A
µ PD78P054
µ PD78P054Y
µ PD78P058
µ PD78P058Y
µ PD78P064
µ PD78P064Y
µ PD78P078
µ PD78P078Y
µ PD78P083
µ PD78P098A
µ PD78P138
µ PD78P148
µ PD78P214
µ PD78P218A
µ PD78P224
µ PD78P238
µ PD78P312A
µ PD78P322
µ PD78P324
µ PD78P328
µ PD78P334
µ PD78P352
µ PD78P356
µ PD78P364A
µ PD78P368A
µ PD78P372
µ PD78P4026
µ PD78P4916
µ PD78PG11H
µ PD79011
µ PD79021
µ PD93600
µ PD93XXX
µ PD94600
µ PD94XXX
µ PD951XX
µ PD95600
µ PD9604A
µ PD9605A
µ PD961XX
µ PD9621
µ PD9622
µ PD9624
µ PD9625
µ PD96600
µ PD98201
µ PD98203
µ PD98204
µ PD98205
µ PD98309
µ PD98401A
µ PD98402A
µ PD9901
µ PD9930
µ PD9935
µ PD9951
µ PD9952
µ PG100
µ PG101

29

Type number

40

µ PG103
µ PG105
µ PG106
µ PG107
µ PG110
µ PG130
µ PG131
µ PG132
µ PG501
µ PG502
µ PG503
µ PG504
µ PG506
µ PG508

41
43

[N ]

30
31
32
35
33
34
36
37
36
37
38
39

44

Page

Type number

Page

166

NDL7601P2
NDL7610PA

181
181

166
166

NDL5506PS
NDL5510

184
184

166

184
184
184

182
182
182

104,166
166

NDL5516P
NDL5520
NDL5521P

NDL7650P
NDL7660P
NDL7670P
NDL7671P
NDL7672P

182
182

102,166

NDL5521P2

184

166

NDL5522P
NDL5530
NDL5551P

184
184
184

NDL7673P
NDL7701P
NDL7701P1
NDL7701P2

182
181
181
181

166
166

NDL5551P1
NDL5551P2

184
184

NDL7710PA
NE1280100

181
167

166

NDL5553P
NDL5553P1
NDL5553P2

184
184
184

NE1280200
NE1280400
NE32484A

167
167
167

NDL5561P

184

NE32584C

167

NDL5561P1
NDL5561P2
NDL5590P

184
184
184

NE32684A
NE42484A
NE42484C

167
167
167

NDL5590P1
NDL5590P2

184
184

NE6500496
NE6501077

167
167

NDL7001
NDL7001L
NDL7103
NDL7113

181
181
182
182

NE76084
NE76184A
NE85001

167
167
167

NDL7153
NDL7163
NDL7401P
NDL7401P1
NDL7401P2

182
182
181
181
181

NE85002
NE850R5
NE95001
NE950R2

167
167
167
167

NDL7402P
NDL7402P1

181
181

NE950R5
NEL2000
NEZ1414

167
168
167

NEZ3642

167

NDL7402P2
NDL7408P1K

181
181

NDL7408P1L
NDL7408P2K
NDL7408P2L
NDL7408PK
NDL7408PL
NDL7409P
NDL7409P1
NDL7409P2
NDL7411RC
NDL7411RD
NDL7502P
NDL7503P
NDL7503P1
NDL7510P
NDL7512P
NDL7513P
NDL7513P1
NDL7514P
NDL7514P1
NDL7540PA
NDL7552P
NDL7553P

181
181
181
181
181
181
181
181
181
181
182
182
182
182
182
182
182
182
182
182
182
182

NEZ4450
NEZ5964
NEZ6472
NEZ7177
NEZ7785

167
167
167
167
167

[P ]
PFA101A
PFA112A
PFA112B
PFA113A

194
194
194
194

NDL7553P1
NDL7560P
NDL7562P
NDL7563P
NDL7563P1
NDL7564P
NDL7564P1
NDL7601P
NDL7601P1

182
182
182
182
182
182
182
181
181

PFA113B
PFA122A
PFA122B
PFA141A
PFA141B
PFA141C
PFA141E
PFA160B
PFA160C
PFA201A
PFA213A
PFA222A
PFA260A
PFD102A
PFD112A
PFD112B
PFD114A
PFD114B
PFD123A
PFD123B
PFD142A
PFD142B

194
194
194
194
194
194
194
194
194
194
194
194
194
194
194
194
194
194
194
194
194
194

166
166

ND411G-2
ND412G-2
ND413G-2

177
177
177

46

ND414G-2

177

46
47

ND433G
ND434G
ND487C1-3P

177
177
169

ND487C1T
ND487C2-3P
ND487C2T
ND487R1T
ND487R2T

177
169
177
177
177

NDL3200
NDL3210
NDL3210S
NDL3215

181
181
181
181

52
53
26

NDL3220
NDL3220S
NDL3230
NDL3230SU

181
181
181
181

56
56
93

NDL3310
NDL5100
NDL5102

181
184
184

NDL5131P
NDL5131P1
NDL5131P2
NDL5151P
NDL5151P1
NDL5151P2
NDL5171P
NDL5171P1
NDL5171P2
NDL5405
NDL5405C
NDL5421P
NDL5421P1
NDL5421P2
NDL5422P
NDL5430C
NDL5430CR
NDL5461P
NDL5461P1
NDL5461P2
NDL5471RC
NDL5471RD
NDL5481P
NDL5481P1
NDL5481P2
NDL5490
NDL5490L

184
184
184
184
184
184
184
184
184
183
183
183
183
183
183
183
183
183
183
183
183
183
183
183
183
183
183

92
93
92
92
93
100
100
92
100
100
100
100
93
99
99
99
99
102
100
100
100
104
102
99
99
166
166

Page
184
184

45
45

47
48
48
48
49
49
50
50
51
51
52

Type number
NDL5500
NDL5506P

166

Type number

Page

PFD142C

194

PFD161B
PFD161C
PH101

194
194
186

PH102

186

PH103
PH104
PH105

186
186
186

PH106
PH107

186
186

PH108

186

PH108A
PH109
PH110

186
186
186

PH114
PH116(L)

186
186

PH302
PH302C
PH309

187
187
187

PH310
PH315
PH320
PH502HC

187
187
187
188

PH502HR
PH502LC
PH502LR
PH514HC
PH514HR

188
188
188
188
188

PH514LC
PH514LR
PH516HC(L)
PH516HR(L)

188
188
188
188

PH516LC(L)
PH516LR(L)
PH522

188
188
188

PH525

188

PLD201A
PLR101
PLR102
PLR104
PLR1101
PLS4001L1
PLS4001L2
PLT101
PLT102
PLT104
PLT1101
PS1001
PS2041
PS2043
PS2044
PS2501-1
PS2501-2
PS2501-3
PS2501-4
PS2502-1
PS2502-2
PS2502-3
PS2502-4

195
195
195
195
195
196
196
195
195
195
195
189
190
190
190
189
189
189
189
189
189
189
189

PS2503-1
PS2503-2
PS2503-3
PS2503-4

189
189
189
189

PS2505-1
PS2505-2
PS2505-3

189
189
189

223

Quick Reference Table by Type Number

Type number

Page

Type number

Page

Type number

Page

PS5701LC
PS5701LR

193
193

PS5702HC
PS5702HR

193
193

PS5702LC
PS5702LR
PS5732LR-R

193
193
193

PS6001A

193

PS6002A
PS8601
PS8602

193
190
190

PS9601
PS9634

190
190

PS9636
PS9701

190
190

PS2505-4

189

PS2732-2

190

PS2506-1
PS2506-2
PS2506-3

189
189
189

PS2732-4
PS2733-1
PS2733-2

190
190
190

PS2506-4

189

PS2733-4

190

PS2521-1
PS2521-2
PS2521-3

189
189
189

PS2741
PS2801-1
PS2801-4

190
190
190

PS2521-4
PS2525-1

189
189

PS2802-1
PS2802-4

190
190

PS2525-2

189

PS2525-3
PS2525-4
PS2532-1

189
189
189

PS2805-1
PS2805-4
PS2806-1

190
190
190

PS2806-4

190

PS2532-2
PS2532-3

189
189

PS2532-4
PS2533-1
PS2533-2

189
189
189

PS3601
PS3602
PS3611

191
191
191

PS3612
PS3701

191
191

RD100E
RD100P

162
161

PS2533-3
PS2533-4
PS2561-1

189
189
189

PS3702
PS3711
PS3712

191
191
191

RD10E
RD10ES
RD10F

162
162
162

PS2561-2
PS2562-1
PS2562-2
PS2565-1

189
189
189
189

PS2565-2
PS2566-1
PS2566-2
PS2601
PS2602

189
189
189
189
189

PS3901
PS3911
PS3912
PS4001
PS4003
PS4005

191
191
191
191
191
191

RD10FM
RD10JS
RD10M
RD10P
RD10S
RD10UJ

161
162
161
161
161
161

PS2603
PS2604
PS2605
PS2606
PS2607

189
189
189
189
189

PS4007
PS4008
PS4009
PS4010

191
191
191
191

RD10UM
RD110E
RD110P
RD11E

161
162
161
162

PS2608
PS2621
PS2622
PS2625
PS2626
PS2633
PS2634
PS2651
PS2652
PS2653
PS2654
PS2701-1
PS2701-2
PS2701-4
PS2702-1
PS2702-2
PS2702-4
PS2703-1
PS2703-2
PS2703-4
PS2705-1
PS2705-2
PS2705-4
PS2706-1
PS2706-2
PS2706-4
PS2707-1
PS2707-2
PS2707-4
PS2732-1

189
189
189
189
189
189
189
189
189
189
189
190
190
190
190
190
190
190
190
190
190
190
190
190
190
190
190
190
190
190

PS4011
PS4015
PS4016
PS4501
PS4502
PS4503A

191
191
191
191
191
191

RD11ES
RD11F
RD11FM
RD11JS
RD11M
RD11P

162
162
161
162
161
161

PS4504A
PS4506
PS4601
PS4602
PS4602(1)
PS4651
PS4652
PS4652(1)
PS4701
PS4702
PS4703
PS4704
PS4751
PS4752
PS5001HC
PS5001HR
PS5001LC
PS5001LR
PS5002HC
PS5002HR
PS5002LC
PS5002LR
PS5003HC
PS5003HR
PS5003LC
PS5003LR
PS5701HC
PS5701HR

191
191
192
192
192
192
192
192
192
192
192
192
192
192
193
193
193
193
193
193
193
193
193
193
193
193
193
193

RD11S
RD11UJ
RD11UM
RD120E
RD120P
RD12E
RD12ES
RD12F
RD12FM
RD12JS
RD12M
RD12P
RD12S
RD12UJ
RD12UM
RD13E
RD13ES
RD13F
RD13FM
RD13JS
RD13M
RD13P
RD13S
RD13UJ
RD13UM
RD15E
RD15ES
RD15F

161
161
161
162
161
162
162
162
161
162
161
161
161
161
161
162
162
162
161
162
161
161
161
161
161
162
162
162

224

[R ]

Type number

Page

Type number

Page

RD15FM

161

RD20M

161

RD15JS
RD15M
RD15P
RD15S

162
161
161
161

RD20P
RD20S
RD20UJ

161
161
161

RD20UM

161

RD15UJ
RD15UM

161
161

RD16E
RD16ES
RD16F

162
162
162

RD22E
RD22ES
RD22F

162
162
162

RD22FM
RD22JS

161
162

RD22M
RD22P
RD22S

161
161
161

RD22UJ

161

RD22UM
RD24E
RD24ES

161
162
162

RD24F
RD24FM

162
161

RD24JS
RD24M
RD24P

162
161
161

RD24S

161

RD24UJ
RD24UM
RD27E

161
161
162

RD27ES
RD27F
RD27FM
RD27JS
RD27M

162
162
161
162
161

RD27P
RD27S
RD27UJ
RD27UM
RD3.0E

161
161
161
161
162

RD3.0ES
RD3.0F
RD3.0HS
RD3.0M
RD3.0MW
RD3.0P
RD3.0S
RD3.0UM
RD3.3E
RD3.3ES
RD3.3F

162
162
162
161
161
161
161
161
162
162
162

RD3.3HS
RD3.3M
RD3.3MW
RD3.3P

162
161
161
161

RD3.3S
RD3.3UM
RD3.6E
RD3.6ES
RD3.6F
RD3.6HS
RD3.6M
RD3.6MW
RD3.6P
RD3.6S
RD3.6UM
RD3.9E
RD3.9ES
RD3.9F
RD3.9HS

161
161
162
162
162
162
161
161
161
161
161
162
162
162
162

RD16FM

161

RD16JS
RD16M
RD16P

162
161
161

RD16S
RD16UJ

161
161

RD16UM
RD18E
RD18ES

161
162
162

RD18F

162

RD18FM
RD18JS
RD18M

161
162
161

RD18P
RD18S
RD18UJ
RD18UM
RD2.0E
RD2.0ES

161
161
161
161
162
162

RD2.0F
RD2.0HS
RD2.0M
RD2.0P
RD2.0S
RD2.0UM

162
162
161
161
161
161

RD2.2E
RD2.2ES
RD2.2F
RD2.2HS
RD2.2M
RD2.2P
RD2.2S
RD2.2UM
RD2.4E
RD2.4ES
RD2.4F
RD2.4HS
RD2.4M
RD2.4MW
RD2.4P
RD2.4S
RD2.4UM
RD2.7E
RD2.7ES
RD2.7F
RD2.7HS
RD2.7M
RD2.7MW
RD2.7P
RD2.7S
RD2.7UM
RD20E
RD20ES
RD20F
RD20FM
RD20JS

162
162
162
162
161
161
161
161
162
162
162
162
161
161
161
161
161
162
162
162
162
161
161
161
161
161
162
162
162
161
162

Quick Reference Table by Type Number

Type number

Page

Type number

Page

RD3.9M

161

RD43E

162

RD3.9MW
RD3.9P
RD3.9S

161
161
161

RD43F
RD43FM
RD43M

162
161
161

RD3.9UM

161

RD43P

161

RD30E
RD30ES
RD30F

162
162
162

RD47E
RD47F
RD47FM

162
162
161

RD30FM
RD30JS

161
162

RD47M
RD47P

161
161

RD30M

161

RD30P
RD30S
RD30UJ

161
161
161

RD5.1E
RD5.1ES
RD5.1F

162
162
162

RD30UM
RD33E

161
162

RD33ES
RD33F
RD33FM

162
162
161

RD33JS
RD33M
RD33P

RD5.1FM

161

RD5.1JS
RD5.1M
RD5.1MW

162
161
161

RD5.1P
RD5.1S

161
161

162
161
161

RD5.1UJ
RD5.1UM
RD5.6E

161
161
162

RD33S
RD33UJ
RD33UM
RD36E

161
161
161
162

RD36ES
RD36F
RD36FM
RD36JS
RD36M

162
162
161
162
161

RD5.6ES
RD5.6F
RD5.6FM
RD5.6JS
RD5.6M
RD5.6MW

162
162
161
162
161
161

RD36P
RD36S
RD36UJ
RD36UM
RD39E

161
161
161
161
162

RD5.6P
RD5.6S
RD5.6UJ
RD5.6UM

161
161
161
161

RD39ES
RD39F
RD39FM
RD39JS
RD39M
RD39P
RD39S
RD39UJ
RD39UM
RD4.3E
RD4.3ES
RD4.3F
RD4.3HS
RD4.3M
RD4.3MW
RD4.3P
RD4.3S
RD4.3UM
RD4.7E
RD4.7ES
RD4.7F
RD4.7FM
RD4.7HS
RD4.7JS
RD4.7M
RD4.7MW
RD4.7P
RD4.7S
RD4.7UJ
RD4.7UM

162
162
161
162
161
161
161
161
161
162
162
162
162
161
161
161
161
161
162
162
162
161
162
162
161
161
161
161
161
161

RD51E
RD51F
RD51FM
RD51P
RD56E
RD56F

162
162
161
161
162
162

RD56P
RD6.2E
RD6.2ES
RD6.2F
RD6.2FM
RD6.2JS
RD6.2M
RD6.2MW
RD6.2P
RD6.2S
RD6.2UJ
RD6.2UM
RD6.8E
RD6.8ES
RD6.8F
RD6.8FM
RD6.8JS
RD6.8M
RD6.8MW
RD6.8P
RD6.8S
RD6.8UJ
RD6.8UM
RD62E
RD62F
RD62P
RD68E
RD68F

161
162
162
162
161
162
161
161
161
161
161
161
162
162
162
161
162
161
161
161
161
161
161
162
162
161
162
162

Type number

Page

Type number

Page

RD68P
RD7.5E

161
162

V30HL
V33

55
55

RD7.5ES
RD7.5F

162
162

V33A
V35

55
56

RD7.5FM
RD7.5JS
RD7.5M

161
162
161

V35+
V35HS
V40

56
56
55

RD7.5MW

161

V40HL

55

RD7.5P
RD7.5S
RD7.5UJ

161
161
161

V41
V50
V50HL

56
55
55

RD7.5UM
RD75E

161
162

V51
V53A

56
55

RD75F
RD75P
RD8.2E

162
161
162

V55PI
V60
V70

56
57
57

RD8.2ES

162

V805

59

RD8.2F
RD8.2FM
RD8.2JS

162
161
162

V810
V820
V821

59
59
59

RD8.2M
RD8.2MW

161
161

V830
V851

59
59

RD8.2P
RD8.2S
RD8.2UJ

161
161
161

RD8.2UM
RD82E
RD82F
RD82P

161
162
162
161

RD9.1E
RD9.1ES
RD9.1F
RD9.1FM

162
162
162
161

V852
VR 3010A
V R4000PC
V R4000SC
VR 4100
VR 4200
VR 4300
V R 4400MC
V R4400PC

61
60
60
60
60
60
60
60

RD9.1JS
RD9.1M
RD9.1MW
RD9.1P
RD9.1S
RD9.1UJ

162
161
161
161
161
161

RD9.1UM
RD91E
RD91P

161
162
161

Type number

Page

59

[Z ]
Z80

104

[S ]
SE1003-C
SE1103
SE301A
SE302A
SE303
SE303A-C
SE304
SE306
SE307-C
SE308
SE310
SE313
SE314
SE316(L)

185
185
185
185
185
185
185
185
185
185
185
185
185
185

[V ]
V20
V20HL
V25
V25+
V25HS
V30

55
55
56
56
56
55

225

For further information, please contact:
NEC Corporation
NEC Building
7-1, Shiba 5-chome, Minato-ku
Tokyo 108-01, Japan
Tel: 03-3454-1111
Tlx: 22686
Fax: 03-3798-6059
[North & South America]

[Europe]

NEC Electronics Inc.
475 Ellis Street
Mountain View, CA 94043-2203
Tel: 415-965-6776
800-366-9782
Tlx: 171090
Fax: 415-965-6077
800-729-9288

NEC Electronics (Germany) GmbH
Kanzler Str.2,
40472 Düsseldolf
Germany
Tel: 0211-650302
Tlx: 8589960 NE D
Fax: 0211-6503490
Munich Office
Arabellastr. 17
D-81925 München, Germany
Tel: 089-921003-0
Tlx: 522971 NECGM D
Fax: 089-913182

[Regional Sales Offices]
Central Region
Greanspoint Tower
2800 West Higgins
Road Suite 765
Hoffman Estates,
IL 60195
Tel: 708-519-3930
Fax: 708-519-9329

Stuttgart Office
Villastr. 1
D-70190 Stuttgart, Germany
Tel: 0711-16669-0
Fax: 0711-16669-19

Norcal Region
4677 Old Ironsides Dr. Suite 450
Santa Clara, CA 95054, U.S.A.
Tel: 408-986-1020
Fax: 408-988-4165

Hannover Office
Koenigstr. 12
D-30175 Hannover, Germany
Tel: 0511-33402-0
Tlx: 9230109 NECH D
Fax: 0511-33402-24

Eastern Region
901 Lake Destiny Drive
Suite 320
Maitland, FL 32751, U.S.A.
Tel: 407-875-1145
Fax: 407-875-0962

Benelux Office
Boschdijk 187a
NL-5612 HB Eindhoven,
The Netherlands
Tel: 040-445845
Tlx: 51923 NEC B NL
Fax: 040-444580

Western Region
One Embassy Centre
9020 S.W. Washington
Square Road
Suite 400
Tigard, OR 97223, U.S.A.
Tel: 503-671-0177
Fax: 503-643-5911
NEC do Brasil S.A.
Rua Rui Barbosa, N. 294
Bela Vista CEP 01326-010
Sáo Paulo-SP, Brasil
Tel: 011-251-2266
Fax: 011-251-0735

Scandinavia Office
P.O.Box 134
S-18322 Taeby
Tel: 08-6380820
Tlx: 13839 NECSCAN S
Fax: 08-6380388
NEC Electronics (UK) Limited
Cygnus House, Sunrise Park Way,
Milton Keynes, MK14 6NP, U.K.
Tel: 1908-691-133
Tlx: 826791
Fax: 1908-670-290

NEC Electronics (France) S.A.
9, rue Paul Dautier-BP 187
78142 Velizy-Villacoublay Cedex
France
Tel: 1-30-67-58-00
Tlx: 699499F
Fax: 1-39-46-36-63
Madrid Office
Juan Esplandiu, 15
28007 Madrid, Spain
Tel: 1-504-2787
Fax: 1-504-2860
NEC Electronics Italiana s.r.l.
Via Fabio Filzi, 25/A,
20124 Milano, Italy
Tel: 02-6709108
Tlx: 315355
Fax: 02-66981329

[Asia & Oceania]
NEC Electronics Hong Kong Limited
12/F., Cityplaza 4, 12 Taikoo
Wan Road, Hong Kong
Tel: 2886-9318
Tlx: 54561
Fax: 2886-9022/9044
Seoul Branch
Room 501, Korea City Air-Terminal Bldg.
159-6, Samsung-Dong, Kangnam-Ku
Seoul, the Republic of Korea
Tel: 02-551-0450
Fax: 02-551-0451
NEC Electronics Taiwan Ltd.
7F, No. 363 Fu Shing North Road
Taipei, Taiwan
Tel: 02-719-2377
Tlx: 22372
Fax: 02-719-5951
NEC Electronics Singapore Pte. Ltd.
101 Thomson Road #04-02/05
United Square, Singapore 307591
Tel: 253-8311
Fax: 250-3583
G95. 9

Document No. X10679EJAV0SG00 (10th edition)
(Previous No. MF-1134)
Date published October 1995P

©

1991
1995

Printed in Japan



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