1995_ATT_Product_Selection_Guide 1995 ATT Product Selection Guide
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AT&T Microelectronics
Product Selection Guide
January 1996
Listing 01 Major Products
Page
Using This Guide/Introduction
1-1
Product Listing
Integrated Circuits
Wireless and Multimedia
Digital Signal Processors
2-1
Wireless RF
2-10
Digital TV ICs
2-11
CMOS Standard-Cell ASICs
2-12
Field-Programmable Gate Arays
2-15
Network Communications and Computing Products
LAN ICs
2-23
Wide Area Networks ICs
ISDN
2-30
Analog tine Cards
2-31
Transmission ICs
2-36
Access ICs
2-37
VideoRF
2-37
Galhum Arsenide
2-39
Diverse Products
Foundry Services
2-40
Systems and Technologies
Custom Printed-Circuit Boards and Backplanes
3-1
Optoelectronics
4-1
Power Products
5-1
Transformers and Inductors
6-1
AT&T Custom Manufacturing ServIces
7-1
Appendices
Customer Support
8-1
Terms and Conditions
9-1
AWord About Trademarks
Advice, Fastech, ST, and VCOS are registered trademarks of AT&T.
ORCA, Flying Dutchman, IANPACER, Outrigger, PrecisionDAC, SEARCH, SPIN, FlashDSp, Catamaran, ETC, and V32lite
are trademarks of AT&T.
Mac and Macintosh are registered trademarks of Apple Computer, Inc.
Verllog and Dracula are registered trademarks of Cadence Design Systems.
CSA is a registered trademark of the Canadian Standards Association.
AutoSyne IS a trademark of Hayes Microcomputer Products, Inc
HPis a registered trademark of Hewlett-Packard Company.
IKOS IS a trademark of IKOS Systems, Inc.
IEEE is a registered trademark of the Institute of Electrical and ElectroniCs Engineers, Inc
Intel is a registered trademark and ICE and PentIum are trademarks of Intel Corporation.
PC/X'J'is a trademark and IBM and ATare registered trademarks of International Busmess Machmes Corporation
X- Windows is a trademark of Massachusetts Institute of Technology.
Mentor Graphics IS a registered trademark of Mentor Graphics, Inc.
MNP is a trademark of Microcom, Inc.
PSPICE is a registered trademark of MicroSim Corporation.
MS Windows and MS-DOS are registered trademarks and Windows IS a trademark of Microsoft Corporation.
Motorola is a registered trademark of Motorola, Inc
National is a registered trademark of National Semiconductor Corporation.
NeoCAD, FPGA Foundry, and Timing Wizard are trademarks of NeoCAD, Inc
open Look IS a registered trademark of Novell, Inc. in the United States and other countnes,
licensed exclUSively through X!Open Company Ltd.
Novell is a registered trademark of Novell, Inc.
OSF/M011F is a registered trademark of Open Software Foundation, Inc
SGS-1bomson is a registered trademark of SGS-Thomson MicroelectroniCS, Inc.
Sun WorkstatIOn and Sun are registered trademarks and SunOS and Sun-4 are trademarks of Sun Microsystems, Inc
SPARCstatlOn and SPARCare trademarks of SPARC Internati<:mal, licensed exclUSively to Sun Mlcrosystems, Inc
Synopsys IS a registered trademark of Synopsys, Inc.
11ls a registered trademark of Texas Instruments
VL and Vnderwnters Laboratories are registered trademarks of the Underwnters Laboratones, Inc
GDS II Stream L~ a registered trademark of Valid Logic Systems.
Viewlogle and Vlewdraware registered trademarks of Viewlogic Systems, Inc.
UNIX is a registered trademark of Novell, Inc. in the United States and other countries.
Voice View IS a registered trademark of Radish Communications Systems, Inc.
Xilinx is a registered trademark and XC3100 and XC3000 are trademarks of XIlinx, Inc.
PROSeries, PROWave, PROGen, View Wave, ViewGen, and ViewSyn are trademarks of Viewlogic Systems, Inc
MOTIVE is a registered trademark of Quad DeSign Technologies, Inc
Prodigy is a registered trademark of Prodigy Service Company
Compuserve IS a registered trademark of Compuserve, Inc
USING THIS GUIDE/INTRODUCTION
Using This Guide
Introduction
This guide is an overview of our
component offerings. It is organized
to help you quickly determine what
additional documentation you need
to apply AT&T Microelectronics'
components and capabilities In your
product design.
Expanding People's Capabilities
Through Innovation . ..
The Product Listings describe standard products, semicustom components, and custom capabilitiesquick reference charts for ordering
appropriate data sheets by part
number; descriptions of our capabilities in standard-cell ASICs and
FPGAs; and an overview of how we
can work with you to develop
semi custom and custom products.
Literature Code Legend:
AP - Application Note
BC - Brochure
CA- Catalog
DB - Data Book
DS - Data Sheet
1M - Information Manual
MN-Manual
PN - Product Brief
TN - Technical Note
To order literature or request
additional information, call your
AT&T Account Manager or call
1-800-372-2447.
For over a hundred years people
have been communicating by
voice-only telephony made significantly possible by the technology and products of AT&T Microelectronics. Through the 1990s
advanced technology will be expanding people's communication
possibilities through mnovative
methods. People have the opportunities to exchange thoughts,
messages, and information via
speech, signals, and writing. Visual images and pictures will enhance people's communication
between one another and the
world around them, while stretching beyond the limits of strictly
words. As technology advances,
people will understand their need
to communicate is no longer determined by their location, by the
time zone in which they live, or
by the communication instrument
available to them at a given time.
Today, their ability to communicate or access information is aided
by a wider choice of media and a
greater accessibility range. People
now have the opportunity to com-
municate sitting at a desk, traveling in
an airplane or car, or even lounging
on the beach. These communication
capabilities are emerging from a convergence of the traditional communication, computing, and entertainment
markets. From this merger come opportunities in new markets, with new
products, and between new customers. AT&T Microelectronics, working
together with the key players in these
markets, is creating the vision of anytime, anywhere communications.
INTRODUCTION
Customer-Driven Solutions
AT&T Microelectronics applies the
world-renowned research of AT&T
Bell Laboratories, our integrated
technology platforms, and our customers' needs and insights to create
focused applications in line with our
vision. Our efforts result in leading
products and application solutions
which give our customers an advantage and bring an added value to
their own customers (see Figure 1).
Today we're delivering industry-
leading solutions for networked
computing, wireless communications, telecommunications, and
desktop videoconferencing. Soon
we'll deliver solutions for advanced
consumer electronic products like
HDTV. And with our state-of-the-art
production facilities and design centers located throughout North
America, Europe, and Asia, we can
deliver these solutions on a worldwide scale.
AT&T Microelectronics
Common Technology Platforms
----------~----------
Applications
Network Communications ___________ _
Wireless & Messaging ____________ _
PC/Multimedia_ - - - - - - - - - - - - - - - -i~'
·
I C ommunlca
' t 'lons _____________ ':~"
.,0.
V Isua
Consumer _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ 'Q
System/Research Integration
• Communicate Systems Needs
• Integrated Research Program
Application/Research Integration
• Provides Application Focus
• Provides "Vision"/Guidance
• Integrated Research Program
Technology Platform/
Research Integration
• Communicate Technology Needs
• Integrated Research Program
RESEARCH
AT&T-ME is a major conduit for
the innovation of research
Figure 1. Focusing AT&T Microelectronic's Resources on Meeting the Critical Needs of Customers
1-2
AT&T Microelectronics
Integrated Circuits Group
Lifetime Warranty
We deliver customer delight by guaranteeing our IC Products for Life.
A1QT
Microelectronics
Warranty - Effective January I, 1995, Seller warrants to Buyer that products of Its manufacture will be, on the date of
shipment of the product, free from defects in material and workmanship and will substantially conform to Seller's
wntten specifications provided to Buyer or to the speciftcations, If any, identified in an order and agreed to III writing
by Seller If any defect in matenal or workmanship or failure to meet such specifications (a "defect") appears III the
product, Seller will, at Its option, either credit or refund the purchase pnce, repair, or replace the defective product
With the same or eqUivalent product without charge at Seller's manufacturing or repair facility provided (I) Buyer
notifies Seller in writing of the claimed defect within thirty (30) days after Buyer knows or reasonably should know
of the claimed defect, and (ii) Seller's examination of the product discloses that the claimed defect actually exists
and (iii) III the case of optically coupled MOSFET drivers, optically coupled sohd-state relays, or any product other
than packaged monolithic integrated Circuits, the defect appears wlthlll twelve (12) months from the date of
shipment of the product.
Buyer shall follow Seller's Illstructions regarding return of defective product, and no product Will be accepted for
repair, replacement, credit, or refund without the wntten authorization of and III accordance With Seller's instructions
This warranty only extends to Buyer. Seller will not accept returns directly from Buyer's customers or users of Buyer's
products Replaced products shall become Seller's property. In no event shall Seller be responsible for deinstallation
or reinstallation of defective products or for the expenses thereof If Seller detennines that the returned products are
not defective, Buyer shall pay Seller all costs of handling, inspection, repairs, and transportation at Seller's then prevailing rates Repairs and replacements covered by the above warranty are warranted to be free from defects as set
forth above
The above warranty does not apply to, and Seller makes no warranties with respect to, products that:
• are software programs, experimental or prototypes (all of which are proVided "AS IS"), or
• have been subjected to misuse, neglect, accident, abuse, or operating or environmental conditions that deviate
from the parameters estabhshed in applicable speCifications; or
• have been improperly installed, stored, maintained, repaired, or altered by anyone other than Seller; or
• have had their serial numbers or month and year of manufacture or shipment removed, defaced, or altered.
EXCEPT AS STATED IN lHIS WARRANTY SECTION, SELLER, ITS SUBSIDIARIES AND AFFILIATES, SUBCONTRACTORS AND SUPPliERS MAKE NO WARRANTIES EXPRESS OR IMPliED, AND SPECIFICALLY DISCLAIM ANY
WARRANTY OF MERCHANTABIliTY OR FITNESS FOR A PARTICULAR PURPOSE AS WELL AS OlHER IMPliED
WARRANTIES, IN LAW OR EQUITY. BUYER'S SOLE AND EXCLUSIVE REMEDY SHALL BE SELLER'S OBliGATION
TO REPAIR OR REPLACE OR CREDIT OR REFUND AS SET FORTH ABOVE.
DIGITAL SIGNAL PROCESSORS
Floating-Point DSP Products - Product Matrix
Part Number
DSP32C
DSP32C
w/o External
Memory Interface
Description
32-bit CMOS Digital
Signal Processor
15K RAM/O ROM
Package Type
133-pin, ceramic PGA
164-pin BQFP
Speed(ns)
50,60,
80
Temp. Ranges
o °c to +70°C
-40 °C to +85 °C' CO
Literature
AP, DS, 1M
2KRAMlOROM
68-pin PLCC
80
o °C to +70°C
AP, DS, 1M
'Industrial temperature only available at 100 ns.
DSP32C Development Tools - Product Matrix*
Part Number
DSP32C-SL-XXXX
DSP32C-AL-XXXX
DSP32C-CC-XXXX
DSP32C-DS-DEV-16
DSP32C-DS-DEV-64
DSP32C-DS-ICE
DSP32C -DS-PBS
DSP32C-DS-MII
SIG32C-8
Description
Software Library containing Software Generation System (SGS) and a device simulator
Application Software Library
C Language Compiler including a Software Library and C-Callable Version of the
Application Software Library
Development Board with 16 Kword SRAM
Development Board with 64 Kword SRAM
PC Board - In-Circuit Emulator POD
PC Board - PC Bus Interface Half-Card
Multi-ICE Interface Box
ISA Bus board which supports 32C 50 ns devices. Contact SignaLogic
at (214) 343-0069 for details.
*TechnicaVSales support is now being handled by a third party, Valley Technologies, Contact No. 1-800-370-6661 for all issues.
Fixed-Point DSP Products - Product Matrix
PartNumber
DSP16A
DSP1610
DSP1611
2-2
Description
2K RAM/12K ROM
16-bit CMOS Digital
Signal Processor
1K RAM/8K ROM
16-bit CMOS Digital
Signal Processor
2K RAM/24K ROM
6-bit CMOS Digital
Signal Processor
16-bit CMOS DSP
with 8K Downloadable
Dual-Port RAM and 512K
Boot ROM or 4K RAM
and 512K Boot ROM
16-bit CMOS DSP
with 12K Dual-Port
RAM and 1K Boot ROM
Power
Package Type Speed(ns) Supply (V)
84-pin PLCC
25,33,55
5
84-pin PQFP
Temp. Ranges
Literature
o °C to 70°C
AP, DS, 1M
-40 °C to +85°C'
84-pin PLCC
33,55
5
o °C to 70°C
AP, DS, 1M
-40 °C to +85°C'
84-pin PLCC
84-pin PQFP
100-pin TQFP
25,33,55
5
o °C to 70°C
AP, DS, 1M
-40 °C to +85°C*
132-pin PQFP
25,33
5
o °C to 70°C
-40 °C to +85°C
AP, BC,
DS, 1M, DB
100-pin TQFP
20, 25, 30
33
38
5
3
2.7
-40 °C to +85°C
DS, DB
Fixed-Point DSP Products - Product Matrix (continued)
Part Number
Description
Package Type
DSP16l5
l6-bit CMOS DSP
100-pin TQFP
with lK SRAM
100-pin BQFP
& 24K ROM
DSP16l6 x 11 l6-bit CMOS DSP
100-pin BQFP
with 2K Dual-Port RAM
100-pin TQFP
and 12K ROM
DSP16l6 x 30 l6-bit CMOS DSP
100-pin BQFP
with 2K Dual-Port RAM
100-pin TQFP
and 12K ROM
DSP16l7
l6-bit CMOS DSP
100-pin BQFP
with 4K Dual-Port RAM
100-pin TQFP
and 24K ROM
DSP16l8
l6-bit CMOS DSP
100-pin BQFP
with 3K Dual-Port RAM
100-pin TQFP
and 16K ROM
DSP1627 x 32 l6-bit CMOS DSP
100-pin TQFP
with 6K Dual-Port RAM
100-pin BQFP
and 32K ROM
lOO-pin BQFP
DSP1627 x 36 l6-bit CMOS DSP
with 6K Dual-Port RAM
100-pin TQFP
and 36KROM
• Industrial temperature for 25, 33, 55 ns in 84 PLCC and 33, 55 ns
Power
Speed(ns) Supply (V)
100
3
125
3
33,38
20, 25, 30
33
38
20,25,30
33
38
20,25,30
33
38
14
20
14
20
Temp. Ranges
Literature
-10 DC to +60DC
DS,IM
5
--40 DC to +85 DC
AP, BC,
DS, DB
5
3
2.7
--40 DC to +85 DC
5
3
2.7
--40 DC to +85 DC
BC, DS,
DB
5
3
2.7
--40 DC to +85 DC
BC, DS,
DB
5
2.7
--40 DC to +85 DC
DS, DB
5
2.7
--40 DC
DS, DB
BC, DS,
1M, DB
to
+85 DC
in 84 PQFP only.
DSP16A and DSP161X Development Tools - Product Matrix
Part Number
DSP16A-SL-XXXX
DSP16A-AL-XXXX
DSP16A-DS
DSP16A-BD-EVAL
DSP16A-BD-EVI25
DSP16l0-ST-XXXX
FlashDSPTM l600-HDS
DSP16l0-HDS
DSP16l0-EVAL2
CSPl027-AC
T7525-AC
DSP1611-ST-XXXX
DSPI611-EVAL
DSP16l6-ST-XXXX
DSP16l6-POD
DSP16l6/27-DEMO
Description
Software Library containing Software Generation System (SGS) and a device simulator
Application Software Library
Stand-Alone Development System
Development Board with PC;XT/A T Plug-in Board
Evaluation Board with PC/XT/A T Plug-in Board
Software Library containing Software Generation System (SGS) and an Integrated
Development Environment (IDE)
FlashDSP 1600 Hardware Development System
Hardware Development System
PC Board - DSP16l0 Evaluation Board
Adds CSPl027 Functionality to DSP1602/04-DEMO, DSP1610-EVAL2, DSP16lX-EVAL
T7525 Codec Add-On Card. Adds functionality to DSP16l0-EVAL2, DSP16lX-EVAL
Software Library containing Software Generation System (SGS) and an Integrated
Development Environment (IDE)
DSP1611 Evaluation Board
Software Library containing Software Generation System (SGS) and an Integrated
Development Environment (IDE)
DSP16l6 In-Circuit Emulation POD
Demonstration Board. Provides Software and Hardware Evaluation Platform
for the DSP16l6 and CSPl027
2-3
DIGITAL SIGNAL PROCESSORS
DSP16A and DSP161X Development Tools - Product Matrix (continued)
Part Number
DSP1616/84-DEMO
Description
Demonstration Board. Provides Software and Hardware Evaluation Platform
for the DSP1616 and CSP1084
DSP1616-EVAL
DSP1616 Evaluation Board withPC/ATPlug-in Board
-------.~~------------------~~------------------~~------------------~~---------FlashDSP 1616x-KIT
FlashDSP 1616 KIT. Program and Erase Flash Memory on FlashDSP 1616 through
]TAG/HDS Port
DSP1617-ST-XXXX
Software Library containing Software Generation System (SGS) and an Integrated
Development Environment (IDE)
DSP1617-EVAL
DSP1617 Evaluation Board
DSP1618-ST-XXXX
Software Library containing Software Generation System (SGS) and an Integrated
Development Environment (IDE)
DSP1618 Evaluation Board
DSP1618-EVAL
FlashDSP 1618 KIT. Program and Erase Flash Memory onFlashDSP 1618 through
FlashDSP 1618X-KIT
]TAG/HDS Port
For additional information, call your AT&T Account Manager, your local distributor, or 1-800-372-2447.
Fixed-Point DSP Products - Product Matrix
Part Number
Description
Consumer DSP Products
DSP1603
Development Device for
DSP1604/06 with on-board
Flash ROM and Dual-Port
RAM, 3.3 V and 5 V
Low-Cost DSP with
DSP1604/06
on-board ROM and RAM,
3.3 V & 5 V, and lOP Ports
Low-Cost DSP with
DSP1605
on-board ROM and RAM,
3.3 V and 5 V, and HIF
DSP1605F
Development Device for
DSP1605 with Flash ROM
and on-board RAM, 3.3 V
and 5 V
Enhanced Telephone Answering Devices
Low-Cost, High-Performance
LC30
TAD with ARAM Support
using the DSP1605
Low-Cost, High-Performance
LD30
TAD with ARAM Support
using the DSP1605 with
Echo Cancelling Speakerphone
LE30
Low-Cost, High-Performance
TAD with NOR Flash Support
(FTAD) using the DSP1605
2-4
Package
Speed
Temperature Range
Literature
80-pin MQFP 30 ns
84-pin PLCC
100-pin TQFP
o °c
to +70°C
DS
80-pin MQFP 30 ns
84-pin PLCC
100-pin TQFP
80-pin MQFP 30 ns
68-pin PLCC
o °c
to +70°C
DS
o °C to +70°C
DS
80-pin MQFP
68-pin PLCC
30 ns
o °c to +70°C
DS
68-pin PLCC
80-pin QFP
30 ns
o °C to +70°C
PN
68-pin PLCC
SO-pin QFP
30 ns
o °C to +70°C
PN
68-pin PLCC
80-pin MQFP
30 ns
o °C to +70°C
PN
Fixed-Point DSP Products - Product Matrix (continued)
Part Number
Description
Enhanced Telephone Answering Devices (continued)
LJ30
Low-Cost, High-Performance
TAD with ANAND Flash Support
(FTAD) using the DSP1605
Low-Cost, High-Performance
LH30
TAD with ANAND Support
using the DSP1605 with
Echo Cancelling Speakerphone
Low-Cost, High-Performance
LF30
TAD with ANAND Support
using the DSP1605 with Acoustic
Echo Cancelling Speakerphone
Package
Speed
Temperature Range
Literature
68-pin PLCC
SO-pin MQFP
30 ns
o °C to +70°C
PN
68-pin PLCC
80-pin QFP
30 ns
o °c to +70°C
PN
68-pm PLCC
80-pin QFP
30 ns
o °c to +70°C
PN
Consumer Development Tools - Product Matrix
Part Number
DSP160x-ST-MSDOS
DSP1603-FPO-POD
DSPl603-FP1-POD
FLASHDSPl603-KIT
DSP160x-DEV
DSP1605-DEV-2
DSP1605-UPDATE
DSP160x-TAD
DSPI60x-ST-MSDOS
FLASHDSP1600-HDS
LC30, LJ30, or LE30
Evaluation Board
LD30, LH30, or LF30
Evaluation Board
SWPCUP
Description
Software Library containing Software Generation System (SGS) and an Integrated Development
Environment (IDE) that supports 1602, 1605, 1606 (includes 1603F, 1605F, 1604) devices
In Circuit Emulation Board that supports Pin 0 option
In Circuit Emulation Board that supports Pin 1 option
FlashDSPl600-HDS, DSP160x-DEV, DSP160x-ST-MSD
Flash Target System supporting all 1604/06 devices
Flash Target System supporting all 1605 devices
2 FDMs (MQFP & PLCC) which give the DSPI60X-DEV board 1605 functionality
5 TAD Application-Specific Modules
DSPl60x Software Tools
Flash DSPl600 Hardware Development System
Low-Cost Platform for Evaluating and Developing Products Based on the ETAD; Stand-alone
Digital Answering Machine
Low-Cost Platform for Evaluating and Developing Products Based on the ETAD-ECS;
Fully Operational Digital Answering Machine with Integrated Echo Cancelling Speakerphone
or Acoutstic Echo Cancelling Speakerphone
Windows-based Development Tool for TAD Host Interface development
using a PC's serial port
Codecs
Part Number
T75S2
CSP1027
CSP1084
Description
Baseband Codec for Digital Cellular Applications
Voiceband Codec for Cellular Handset
and Modem Applications
Baseband Radio Interface for IS-54 Dual-Mode
Cellular Telephone Applications
Package Type
44-pin PLCC
44-pin EIAJ QFP
48-pin TQFP
80-pin EIAJ QFP
100-pin TQFP
--40 °C to +85 °c
--40°C to +120°C
Temp. Ranges
Literature
DS
DS
--40 °C to +85°C
DS
For additional information, call your AT&T Account Manager, your local distnbutor, or 1-800-372-2447.
2-5
DIGITAL SIGNAL PROCESSORS
Modem Products
In an era that demands greater
amounts of real-time voice, data,
and FAX over phone lines and wireless communications channels,
AT&T Microelectronics responds
with a range of solutions for modem
applications.
At the heart of every modem is a
modem chip set. At the highest level
there are two types of modem chip
sets. They are data pump chip sets
and complete modem chip sets.
Data Pump Chip Sets
A data pump chip set is the portion
of the modem that pumps bits of
data onto a telephone line or a wireless (cellular) communication channel. Data pump chip sets are for customers who have their own controller hardware and software. There
are three form factors in the family
of data pump chip sets:
• Desktop data pump chip sets
• Laptop data pump chip sets
• PCMCIA data pump chip sets
Desktop data pump chip sets are
low-cost solutions ideal for applications such as stand-alone modems,
desktop PC plug-in modems, and
integral desktop PC modems. The
laptop data pump chip sets are intended for low-power applications
and/or applications where space
saving is essential; examples include
notebook and laptop PCs and
pocket modems. Most of today's
laptop and desktop modem designs
use components in Bumper Quad
Flat Packs (BQFP), formerly known
as Plastic Quad Flat Pack (PQFP).
The PCMCIA data pump chip sets
require even less board space than
the Laptop versions, and are thin
enough to allow double-sided
placement on Type II PCMCIA plugin cards.
Table 1 shows the AT&T modem
data pump chip sets that are available. The table includes the chip set
name along with the highest speed
it can operate at, and the packages
and devices that constitute the chip
set. For example, the HSM288PD+D
is the name for a DSVD data pump
chip set in a PCMCIA form factor It
can operate at 28.8 Kbits/s, has a
DSP in a TQFP package called the
16345-AD, an interface chip in a
100TQFP called the VALV 34, an audio codec in a 100TQFP called the
CSP1635, and an optional device
which is an optical DAA in a 14-pin
SSOP called the 2560ABL.
Table 2 offers a more in-depth view
of the features available in each
product family. For instance, the
HSM288xD supports all features on
the list except 3.3 v, Cellular, DSVD,
and PLCC packaging.
Table 1. 16-bit Fixed Point High-Speed Modem - Data Pump Chip Sets
ChipSet
Name"
Desktop
HSM192DD
Highest
Sl!eeds Standard Features
HSM288DD
28,800
19,200
HSM288DD+D 28,800
Laptop
HSM192LD
V.32 bis - M] Data/FAX 84 PLCC
16A32-M]
V.34 - AC Data/FAX
100 BQFP
16345-AC
V.34 - AD Data/FAX/ 100 BQFP
DSVD
16345-AD
Interface Codec
Audio
Codec
68 PLCC
28 SO]
V.32 Intfc. 17525
84 BQFP
VALV 34
84 BQFP
VALV 34
100 BQFP
CSP 1635
Optional
Device
Comments
Catamaran™
Data Pump
V.32 bis - M] Data/FAX 84 BQFP 84 BQFP 44 MQFP
16A32-M] V.32 Intfc. CSP1027
HSM192LD+3 19,200 V.32 bis - M] Data/FAX 84 BQFP 84 BQFP 44MQFP
3.3 V chip set
16A32-M] V.32 Intfc. CSP1027
+C = Cellular
HSM192LD+C 19,200 V.32 bis - M] Data/
84 BQFP 84 BQFP 44MQFP
FAX/Cellular
16A32-M] V.32 Intfc. CSP1027
+C = Cellular
HSM192LD+C3 19,200 Y.32 bis - M] Data/
84 BQFP 84 BQFP 44 MQFP
FAX/Cellular
16A32-M] V.32 Intfc. CSP1027
3.3 V chip set
'Chip Set Name - The letters D, L, P refer to the package option: D = desktop, L ~ laptop, P ~ PCMCIA
Note: Part numbers are not complete, please contact customer service for complete part numbers when placing orders.
2-6
19,200
DSP
Table 1. 16-bit Fixed Point High-Speed Modem - Data Pump Chip Sets (continued)
CWpSet
Name·
PCMCIA
HSM192PD
Highest
Speeds Standard Features
HSM192PD+3
19,200
HSM192PD+C
19,200
19,200
HSM192PD+C3 19,200
HSM288PD
28,800
HSM288PD+C
28,800
HSM288PD+D
28,800
DSP
V.32 bis - MJ Data/FAX 100 TQFP
16A32-MJ
V.32 bis - MJ Data/FAX 100 TQFP
16A32-MJ
100 TQFP
V.32 his - MJ Data/
FAX!Cellular
16A32-MJ
._.
V.32 his - MJ Data/
100 TQFP
FAX!Cellular
16A32-MJ
100 TQFP
V 34 - AC Data/FAX
16345-AC
V.34 - AC Data/FAX! 100 TQFP
Cellular
16345-AC
V.34 - AD Data/FAX! 100 TQFP
16345-AD
DSVD
Interface Codec
100 TQFP
V.32 Intfc.
100 TQFP
V.32 Intfc.
100 TQFP
Y.32 Intfc.
100 TQFP
Y.32 Intfc
100 TQFP
VALV 34
100 TQFP
VALV 31
100 TQFP
VALV 34
Audio
Codec
Optional
Device
Comments
48 TQFP
CSP1027
48 TQFP
CSP1027
48 TQFP
CSP1027
48 TQFP
CSP1027
3.3 V chip set
+C = Cellular
+C = Cellular
3.3 V chip set
14SS0P
2560ABL
14SS0P
2560ABL
100 TQFP14SS0P
CSP1635 2560ABL
+C = Cellular
Catamaran
Data PumE
'Chip Set Name - The letters D, L, P refer to the package option: D ~ desktop, L ~ laptop, P ~ PCMCIA
Note: Part numbers are not complete, please contact customer service for complete part numbers when placmg orders
Table 2. Data Pump Chip Sets; Features by Product Family
Product
Features
HSM192xD
V.34 - 28.8
V.32 Terbo and Fallback
./
V.17 Fallback
./
Voice thru' mode
./
ell-Law & A-Law)
3.3 V chip set version available
./
Cellular
DSVD
PLCC Package
x=D
x=L
BQFP Package
TQFP Package
x=P
HSM192xD+C
HSM288xD
./
./
./
./
./
./
./
./
./
HSM288xD+C
./
./
./
./
HSM288xD+D
./
./
./
./
./
./
x=L
x=P
x=D
x=P
x=P
x=D
x=P
2-7
DIGITAL SIGNAL PROCESSORS
Complete Modem Chip Sets
A complete modem chip set is just
what it says, it is a complete modem
chip set for customers who do not
have their own controller hardware
and software. It contains a data
pump plus a microcontroller, which
when working together, in addition
to pumping bits of data over a telephone line or cellular channel, can
also perform error correction, data
compression, and AT command processing. There are two form factors
in the family of complete modem
chip sets, plus a special version of a
complete modem chip set called the
controllerless modem chip set. The
family of complete chip sets consists
of:
• Desktop complete modem chip
sets (since this uses BQFP packaging, it satisfies the laptop needs as
well)
• PCMCIA complete modem chip
sets
• Controllerless modem chip sets
Desktop complete modem chip sets
are low-cost solutions for standalone modems, desktop PC plug-in
modems, integral desktop PC modems, laptop and notebook PCs,
and pocket modems. They are available in BQFP packages. The
PCMCIA complete modem chip sets
are used in Type II PCMCIA plug-in
modem cards where less board
space is needed; they are supplied
in TQFP packages. They are being
used more increasingly in PC plugin cards, laptop and notebook PCs,
and pocket modems.
Table 3. 16-bit Fixed Point High-Speed Modem - Complete Modem Chip Sets
Chip Set Name"
Desktop
HSM288DC
Highest Speeds
Standard Features
or Description
28,800
V.34 - AC Data/FAX
HSM288DC+Si
28,800
V.34 - AC Data/FAX/FDSP
HSM288DC+Vi
28,800
V.34 -AC TAM
HSM288DC+Se
28,800
V.34 - AC Data/FAX/FDSP
HSM288DC+Ve
28,800
V.34 -AC TAM
HSM288DC+D
28,800
V.34 - AD Data/FAX/DSVD
PCMCIA
HSM288PC
28,800
V.34 - AC Data/FAX
HSM288PC+C
28,800
V.34 - AC Data/FAX/Cellular
Controller
DSP
100 BQFP
C882-29Q
100 BQFP
C889-29Q
100 BQFP
C882-29Q
100 BQFP
C882-29Q
100 BQFP
C882-29Q
100 BQFP
C882-29Q
100 BQFP
16345-AC
100 BQFP
16345-AC
100 BQFP
16345-AC
100 BQFP
16345-AC
100 BQFP
16345-AC
100 BQFP
16345-AD
100 VQFP
C882-29V
100 VQFP
C882-29V
100 TQFP
16345-AC
100 TQFP
16345-AC
16-bit Fixed Point High-Speed Modem - Controllerless Modem Chip Sets
Chip Set Name"
Desktop
HSM192DW+S
Highest Speeds
HSM288DW+S
28,800
19,200
Standard Features
or Description
DSP16
V.32 bis - MS Data/
FAXlFDSP
V.34 - AC Data/
FAX/FDSP
84 PLCC
1632-MS
100 QFP
16345-AC
'Chip Set Name - The letters D, L, P refer to the package option: D
=
desktop, L = laptop, P
=
PCMCIA.
Note: Part numbers are not complete, please contact customer service for complete part numbers when placing orders.
2-8
Included in the family of complete
modem chip sets are the
controllerless modem chip sets.
Though they are supplied without a
controller, they still use the host processor (Pentium 486, 386, etc.) of
the PC along with a software driver
to perform traditional Microcontroller functions. Because the
controllerless modem chip sets utilize a host CPU, they allow designers to achieve the lowest cost of bill
of materials and reduce the power
requirements, because the need for
a micro controller chip and its RAM
and ROM are eliminated.
Interface
Codec
84 BQFP
VALV 34
84 BQFP
VALV 34
84 BQFP
VALV 34
84 BQFP
VALV 34
84 BQFP
VALV 34
84 BQFP
VALV 34
Audio
Codec
A controllerless modem chip set is
targeted for PC internal cards which
utilize a Pentium-based windows
operating system.
Table 3 shows the AT&T complete
modem sets that are available. The
table includes the chip set name
along with the highest speed it can
operate at, and the packages and
devices that constitute the chip set.
For example, the HSM288PC+C can
operate at 28.8 Kbits/s, has a controller in a TQFP called the CSS2, a
DSP in a TQFP package called the
16345-AD, an interface chip in a
Optional Bus
Interface Device
100TQFP called the VALV 34, an audio codec in a 100TQFP called the
CSP1635, and optional bus interface
device in a 48TQFP called the PID2,
and an optional device which is an
optical DAA in a 14-pin SSOP called
the 2560ABL.
Table 4 offers a more in-depth view
of the features available in each
product family. For instance, the
HSMzzzDW (controllerless 19.2 and
28.8 Kbits/s modem chip sets) do
not support ETC, autosync, DSVD
and TQFP packages.
Optional
Device
Comments
TAS (Controller)
28 SOJ
17525
28S0J
17525
28S0J
17525
28S0J
17525
100 BQFP
CSP1635
100 TQFP
VALV 34
100 TQFP
VALV 34
Box modem,
+S = FDSP, VV, TAM (MTC)
+V = TAM (MTC)
PNP
100 MQFP
48 TQFP
PID2
48 TQFP
PID2
Interface
Codec
68 PLCC
V.32Intfc.
84 QFP
VALV 34
28 SOJ
17525
Half card (MTC)
+S = FDSP, VV, TAM
+V = TAM
PNP
100 MQFP
PNP
100 MQFP
Catamaran
TAS (Controller)
14SS0P
2560ABL
14SS0P
2560ABL
TAS (Controller)
+C = Cellular
TAS (Controller)
Audio
Codec
Comments
28 SOJ
17525
28 SOJ
17525
win32
+S = FDSP, VV, TAM (MTC)
win34
+S = FDSP, VV, TAM (MTC)
2-9
DIGITAL SIGNAL PROCESSORS
Table 4. Complete Modem Chip Sets; Features by Product Family
Product
Features
V.34 - 28.8
V.32 Terbo and Fallback
V.42 Bis
HSM288xC
HSM192xC+S
,/
,/
,/
,/
,/
,/
,/
,/
,/
,/
,/
,/
,/
,/
,/
,/
,/
,/
,/
,/
,/
,/
,/
,/
,/
,/
,/
,/
,/
,/
,/
HSM288CxV HSM288xC+C HSM288xC+D HSMzzzDW
ETCTM
FAX Class 1
FAX Class 2
Auto Sync
TAM
FDSP
DSVD
,/
2-10
,/
,/
,/
,/
Voice View
Serial (external)
Parallel (internal)
PCMCIA
PLCC Package
BQFP Package
TQFP Package
,/
,/
,/
,/
,/
,/
,/
,/
x=D
x=P
,/
x=D
x=D
,/
,/
,/
,/
,/
x=D
x=P
zzz = 192
zzz = 288
WIRELESS RF PRODUCTS
Wireless RF Products
AT&T Microelectronics RF products
are developed specifically for digital
cellular and digital cordless applications, according to standards
generated in the geographic region
in which the application is primarily
targeted. The following applications
are presently being targeted:
• Global System for Mobile, with a
GSM standard, for Europe.
• Personal Digital Cellular, with a
RCR-27 (PDC) standard, for Japan.
• American Digital Cellular, with a
IS136 (TDMA) standard, for the
U.S.A.
• Japan Digital Cordless (Personal
Handyphone), with a RCR-28
(PHS) standard, for Japan.
All AT&T Microelectronics RF
products target the transceiver
functionality of a radio system. A
transceiver is comprised of three
functions: receiver, modulator, and
frequency synthesizerCs). A generic
radio block diagram is shown
below.
I
I...._....._--Ir-- 0
Input from
Duplexer
Reference
L.---Clock
I....---Data
Latch
1...._ _ _ _
Transceiver Out _ _ _ _ _ _ _.....r-:-:-:-~--J-------- I
to Power Amp
Modulator
0
Product
W1452
W2005
W2012
W2020
Description
45 MHz--86 MHz, IF Amphfier/Quadrature Demodulator
1 GHz, Dual-Mode Cellular Receiver
1.9 GHz, Indirect-up Quadrature Modulator
GSM Transceiver
Target Application
All
IS136
PHS
GSM
Supply Voltage
5V
5V
3V
3V
For additional information, call your AT&T Account Manager, your local distributor, or 1-800-372-2447.
2-11
DIGITAL TV ICs
MPEG-2 System-Layer
Demultiplexers
AT&T's single-chip MPEG-2 SystemLayer Demultiplexer (MSLD) provides a standards-based easy-to-use
solution for the design of systems for
MPEG-2 applications.
Applications
• Integrated receiver decoders
(IRD); set-top box
-Cable TV
- Direct broadcast satellite (DBS)
- Video-on-demand
- Interactive TV
• Headend uplink facilities
• CD-ROM video entertainment
solutions
• PC multimedia solutions
• Telephone network set-top box
AT&T's Av6220A MPEG-2 SystemLayer Demultiplexer (MSLD) provides users with efficient, cost-effective MPEG-2 transport layer
demultiplexing. This device complies with the MPEG-2 and DVB
Part Number
Av6220A
specifications and provides a comprehensive feature set. It
demultiplexes transport stream (TS)
packets into packetized elementary
streams (PES), elementary streams
(ES), PSI, SI, systems, and private
data.
The AV6220A works seamlessly with
multiple MPEG-2 video, audio, and
combined video/audio decoders, as
well as a variety of processors. It accepts either serial or byte wide TS
inputs and may also receive TS data
through the host interface for CDROM applications. The MSLD provides clock recovery for the system
27 MHz clock and assists in the synchronization of video and audio
streams.
Features
• DVB, MPEG-2 standard compliant
- 32 PIDs and 8 service information filters
-Compatible with DVB and other
conditional access interfaces
• High performance
- Supports high transport rate of
96 Mbits/s
- Allows flexible algorithm and
system configuration
- Off-loads the processor and
allows better bandwidth
• Cost-effective solution
- Eliminates the need for microcode development
- Achieves small chip area and
low power
- Allows easy configuration by
users
The Av6220A is available in a lowcost, 160-pin plastic metric quad flat
pack (MQFP) and uses advanced
0.55 ~, 5.0 V, CMOS Technology
that provides low power consumption of less than 1 W.
Description
MPEG-2 System-Layer Demultiplexer
Package Type
Temp. Ranges
literature
160-pin PQFP
0 °C to +70°C
PN,DS
For additional informatIOn, call your AT&T Account Manager, your local distributor, or 1-800-372-2447.
2-12
CMOS STANDARD-CELL ASICs
AT&T has an uncommon mix of
products, technology, and support
to provide powerful, cost-effective
ASIC solutions in silicon. We've extended the possibilities of ASICs
with higher densities, increased
speed capabil1t1es, and lower power
consumption. Our rich selection of
libraries and design tools make design easier, faster, and more reliable.
Our ASIC libraries are comprehensive, allowing you to optimize your
design and provide efficient, costeffective functionality.
Design Flexibility and Library
Richness
AT&T's product focus provides you
with a rich set of library elements
that range from simple logic functions to complex digital and analog
macrocells. AT&T's libraries are optimized to take advantage of today's
sophisticated design and test methodologies, such as behavioral modeling/synthesis, and full and partial
scan insertion. AT&T provides ASIC
design kits for many popular commercial CAD platform options including: Mentor GraphiCS, Verilog,
Viewlogic, IKOS, Synopsys, Quad
Motive, HSPICE, Sunrise, and
ZyCAD.
We have a broad selection of flipflops, registers, and adders, as well
as full memory compilers. Our
macrocells offer you system-level
integration of microprocessors,
DSPs, and peripheral and
communcations controllers. These
building blocks can dramatically
slash design time by giving you
ready-made solutions to your specific needs. Our extensive expertise
in mixed analog/digital designs
makes our ASICs the ideal solution
for data recovery, data acquisition,
and clock skew/synchronization.
Today's performance-driven designs
demand both high speeds and low
power consumption-without the
tradeoffs associated with achieving
one at the expense of the other.
AT&T offers high performance in
25 V, 3 V, and 5 V libraries to meet
these demands.
Integrated Capability
AT&T is your source for global ASIC
solutions. We have design centers
and manufacturing facilities located
worldwide. This gives you a full
multiple-source approach for flexible manufacture from a single vendor. And because we are an inte-
grated manufacturer from silicon
material through wafer fabrication
and final device assembly/test, we
maintain full and rigorous control
over every step of the process. With
AT&T, you have a clear path from
concept to production and from
today's state of the art to
tomorrow's.
0.35 J.lI1I CMOS Standard-Cell ASIC Libraries
ASIC Libraries
1ll.350C
HS350C
LV350Cl
Process Technology
0.35 !J.IIl
3 V CMOS
2.7 V-3.6 V
0.32 !J.IIl
65A
3-42
0.35!J.IIl
3 V CMOS
45 V-55 V
0.46 !J.IIl
115 A
3-42
0.35 !J.IIl
3 V CMOS
2.3 V-2.7 V
0.32J.lffi
50A
3-42
25 M
25 M
25 M
1 Mbit
54 ps
1 Mbit
4 Mbits
78 ps
1 Mbit
4 Mbits
59 ps
940 MHz
755 MHz
850 MHz
5.00 ns
5.78 ns
550 ns
860 MHz
755 MHz
775 MHz
0.8
1.7
05
Operating Voltages
Leff
TOX
Metal Interconnect
Levels
Usable Gates
Compilable Memory
SRAM
ROM
Gate Speed (Internal,
Typical, Unloaded)
Max. Toggle Rate
ASIC & EDA
Benchmark'
Benchmark #1
(Path Delay)
Benchmark #2
(Counter Max. Freq.)
Power ~W/MHz/Gate,
FO = 1)
Buffer Drive
I/O Interfaces
TTL!CMOS
I/O Capability
QFP
E-PBGA
Flip-chip PBGA
Pad Pitch
304
640
>700
<3 mil
4 Mbits
40mA
40mA
TTL/CMOS
3 Vl5 V5
3 V/5 V 4
PCI
PCI
SCSI
SCSI
PECL
PECL
Bal. CMOS
Bal. CMOS
GTL/HSTL/LVDS GTL/HSTL/LVDS
304
640
>700
<3 mil
40mA
TTL/CMOS
25 V/3 V 6
PCI
SCSI
PECL
Bal. CMOS
GTL/HSTL/LVDS
304
640
>700
<3 mil
1. Planned 1996 introduction, preliminary information.
2.
3.
4
5
6.
Flip-chip, DRAM applications.
Worst-case slow process, temperature, voltage
3 V technology with 5 V tolerant VO capability.
S V technology with 3 V tolerant VO capability.
2.5 V technology with 3 V tolerant VO capability.
2-13
CMOS STANDARD-CELL ASICs
0.5 J..U11-0.9 J..U11 CMOS Standard-Cell ASIC libraries
ASIC Libraries
Process Technology
Operating Voltages
Metal Interconnect
Levels
Total Gates
Gate Speed (Internal,
Typical, Unloaded)
Max. Toggle Rate
ASIC & EDA
1994 Benchmark'
Benchmark #1
(Path Delay)
Benchmark #2
(Counter Max. Freq.)
Power
(IlW/MHz/Gate,
FO = 1)
Buffer Drive
I/O Capability
Pad Pitch
Compilable Memory
SRAM
ROM
HL400C
HL400Pl
HS500C
HS500P'
0.5 IlIll
CMOS
2.7 V-3.6 V
0.5 IlIll
CMOS
4.5 V-5.5 V
3
3
0.61l1ll
CMOS
2.7 V-5.5 V
2
>500K
90 ps
>500K
90 ps
600 MHz
LP600C
HS900C
0.6 11m
CMOS
4.5 V-5.5 V
2
0.9 11m
CMOS
2.7 V-5.5 V
2
150K
120 ps
>150K
180 ps
150K
150 ps
650 MHz
470 MHz
285 MHz
350 MHz
6.34 ns
6.11 ns
9.27 ns
15.38 ns
12.41 ns
580 MHz
650 MHz
470 MHz
260 MHz
350 MHz
0.8
1.7
3.5
1.5
3.3
40mA
TTL/CMOS
3 V/5 V3
PCI
SCSI
PECL
Bal. CMOS
GTL/HSTL
<4 mil
64 rnA
TTL/CMOS
5V
PCI
SCSI
PECL
Bal. CMOS
64mA
TTL/CMOS
3 V/5 V
PCI
SCSI
PECL
Bal. CMOS
GTL
4-5 mil
64mA
TTL/CMOS
3 V/5 V
PCI
SCSI
Bal. CMOS
64mA
TTL/CMOS
3 V/5 V
PCI
SCSI
PECL
Bal. CMOS
4-5 mil
5 mil
250 kbits
1 Mbit
250 kbits
1 Mbit
250 kbits
1 Mbit
<4 mil
700 kbits
700 kbits
2.8 Mbits
2.8 Mbits
1 Metal programmable option.
2. Worst-case slow process, temperature, voltage.
3 3 V technology with 5 V tolerant I/O capability.
HS600c
--_._--
Name
Description
Digital ASIC Macrocells
196KCIKB
16-bit Microcontroller
80C31/32/51152 8-bit Mlcrocontroller
960lX
Embedded 32-bit Risc Processor
l80
8-bit Microprocessor
C10/15
16-bit Fixed-point DSP
16-bit Fixed-point DSP
C25
C2XLP
16-bit Fixed-point DSP
16-bit Fixed-point DSP
C5X
16c450
Universal Asynchronous Receivertrransmitter (UARn
Universal Asynchronous Receiver/Transmitter (UARn
16c550A
Serial Communications Controller
85C30
SCSI Bus ControVer
53C94/95/96
61602*
LCD Controller
AT&T Controller for Ethernet (ACE)
83C90
74LS612
Memory Mapper
82077*
Floppy Disk Controller
PCMCIA Host Controller
82365
146818A
Real-time Clock
82C37A
Programmable DMA Controller
82C54
Programmable Interval Timer
82C55A
Programmable Peripheral Interface
82C59A
Programmable Interrupt Controller
7186*
Video Scaler
PCIU
PCMCIA Card Interface Unit
PCI
Bus Interface
MPEG-1*
Video/Audio Decoder
T7901*
Single-Port ISDN Transceiver
Analog ASIC Macrocells
FADC [5:8]
Flash Analog-to-Digital Converters (ADC) with Resolution
of 5 to 8 Bits
F2ADC8
2-Step Flash ADC with 8-bit Resolution
SAR8
Successive Approximation ADC with 8-bit Resolution
Successive Approximation ADC with lO-bit Resolution
SARlO
SAR12*
Successive Approximation ADC with 12-bit Resolution
RDAC [5:8]
Resistor Ladder Digital-to-Analog Converters (ADC) with
Resolution of 5 to 8 Bits
lO-bit Resistor Ladder DAC
RDAC10
RDAC12*
12-bit Resistor Ladder DAC
IDAC8
8-bit Current (Video) DAC
IDAC10'
lO-bit Current (Video) DAC
PLL
Phase-locked Loops with Output Frequencies to IX, 2X, and
4X the Input Frequency
FREQSYNTH
Freguency Synthesizers
• Planned development.
2-15
FIELD-PROGRAMMABLE GATE ARRAYS
ATT3000 Series Field-Programmable Gate Arrays (FPGAs)
configurable logic blocks (CLBs),
and routing resources for interconnection.
Description
The high-speed ATT3000 Series of
FPGAs provides the benefits of highspeed, high-density, digital logic
while avoiding the NRE, time delay,
and risk of traditional masked gate
arrays. The series is pin-for-pin and
specification compatible with the
Xilinx XC3100 family and theXilinx
XC3000 family.
The ATT3000 Series FPGAs are supported by the ORCATM Foundry Development System, which provides
automatic place-and-route of netlists
from user-created schematics or
text-based design entry tools.
The ATT3000 regular, flexible,
reprogrammable array architecture
is composed of a configuration program store with three types of
configurable or programmable elements: a perimeter of input/output
blocks (lOBs), a core array of
The CLB implements logic functions
by using programmed look-up
tables (LUTs). Functional options
are implemented by user-programmable multiplexers. Interconnecting
networks are implemented with
metal routing lines joined by userprogrammable pass transistors. Registers or flip-flops are found in CLBs
and lOBs.
The devices are customized by a
configuration program stored in internal SRAM-based memory cells.
The program data resides externally
from the FPGAs in an EEPROM,
EPROM, or ROM on the circuit
board, or on a floppy or hard disk.
Features
• High performance:
- Up to 270 MHz toggle rates
-4-input LUT delays < 3 ns
ATT3000 Series FPGAs
FPGA
Logic Capacity
(Available Gates)
Configurable
Logic Blocks
ATT3020
ATT3030
ATT3042
ATT3064
ATT3090
2000
3000
4200
6400
9000
64
100
144
224
320
User
VOs
64
80
96
120
144
Program Data
(Bits)
14779
22176
30784
46064
64160
Comparison Table
Series
Equivalent
Xilinx Family
ATT3000
XC31 00
ATT3000
XC3000
2-16
LUTDelay
Toggle Rate
Speed· Grade
(ns)
(MHz)
-3
-4
-5
-125
-100
-70
2.7
33
4.1
5.5
7.0
9.0
270
230
190
125
100
70
• Flexible array architecture:
- 2000 to 9000 gate logic complexity
-Extensive register and I/O
capabilities
- Low-skew clock nets
-High fan-out signal distribution
- Internal 3-state bus capabilities
- TTL or CMOS input thresholds
- On-chip oscillator amplifier
• Standard product availability:
- Low-power 0.6 ~ CMOS
technology
- Pin-for-pin compatible with
Xilinx XC3000 and XC31 00
family
-Cost-effective, high-speed
FPGAs
- 100% factory pretested
- Selectable configuration
modes
• ORCA Foundry for ATT3000
Development System support
• All FPGAs processed on a QMLcertified line
ATT3000 Series FPGA Device Matrix
44-pin 68-pin 84-pin
Device
&~eed
PLCC
PLCC
PLCC
M44
M68
M84
100-pin
QFP
J100
132-pin 144-pin 160-pin 175-pin 208-pin
Plast.
Plast.
PIast.
TQFP
TQFP
QFP
PGA
PGA
SQFP
TlOO
H132
Tl44
H175
Q208
J160
ATI3020
CI
CI
CI
-70, -100, -125
-5
CI
CI
CI
-4, -3
C
C
C
ATI3030
-70, -100, -125
CI
CI
CI
CI
CI
-5
CI
CI
CI
CI
CI
-4, -3
C
C
C
C
C
ATI3042
-70, -100, -125
CI
CI
CI
CI
CI
-5
CI
CI
CI
CI
CI
-4, -3
C
C
C
C
C
ATI3064
-70, -100, -125
CI
CI
CI
CI
CI
-5
CI
CI
CI
CI
CI
-4, -3
C
C
C
C
C
ATI3090
-70, -100, -125
CI
CI
-5
CI
CI
-4, -3
C
C
Key: C ~ commercial temperature optIon, I ~ mdustrlal temperature option.
For additional information, call your AT&T Account Manager, your local distributor, or 1-800-372-2447.
-
-
-
AT&T Optimized Reconfigurable
Cell Array (ORCA) Series FPGAs
Description
The AT&T Optimized
Reconfigurable Cell Array (ORCA)
series of SRAM-based fieldprogrammable gate arrays (FPGAs)
from AT&T Microelectronics provides a family of high-performance,
high-density, low-power, user-programmable logic circuits.
The ORCA architecture is compnsed
of two major programmable blocks:
programmable I/O cells (PICs) and
programmable logic cells (PLCs)
organized in a homogeneous array
structure. These programmable cells
are interconnected by abundant
routing resources, which are placed
symmetrically within the device.
Programmable Logic Cells
A PLC consists of a programmable
function unit (PFU) and programmable routing resources. The PFU
has a look-up table (LUT) section
and a latch section. The 64-bit (four
16 x 1) LUT is used for the combinatorial logic of a design. The four
latches implement the sequential
logic in a design. These latches can
be programmed to be active on
either level, or they can be used as
flip-flops.
The LUTs can also be programmed
to operate in one of three modes:
combinatorial, ripple, or memory.
In combinatorial mode, the LUTs
can be programmed to realize any
4-, 5-, or 6-input logic functions. In
ripple mode, the high-speed carry
logic is used for arithmetic circuits.
In memory mode, the LUTs can be
used as two 16 x 2 or a 16 x 4
read/write or read-only memory.
lit.
-
-
DS
DS
DS
-
-
DS
DS
DS
-
-
-
DS
DS
DS
-
-
DS
DS
DS
CI
CI
C
CI
CI
C
DS
DS
DS
-
-
The programmable routing resources
within each PLC are made from metal
segments called routing nodes (Rnodes) connected together at
configurable interconnect points
(CIPs) to forrnuser-defined nets.
Programmable I/O Cells
PICs are located along the perimeter
of the device. Each PIC is comprised
of I/O drivers, I/O pads, and routing
resources. Each PIC can be programmed to be an input, output, or both;
to have either TTL or CMOS input
thresholds; or to have the input
signal delayed. Other options include variable output slew rates; output current drive capabilities; 3-state
output (either active-high or activelow); inverting the output, if desired;
and/or floating (unused) pins using
pull-up or pull-down resistors.
2-17
FIELD-PROGRAMMABLE GATE ARRAYS
Features
• High-performance, cost-effective
0.5 J.I111 technology (4-input lookup table delay less than 3.6 ns)
• High density (up to 40,000 usable
gates)
• Up to 480 user lIOs
• Fast on-chip user SRAM; 64 bits/
logic block
• Nibble-oriented architecture for
implementing 4-, 8-, 16-, 32-bit
(or wider) bus structures
• Innovative, abundant, and hierarchical nibble-oriented routing
resources that allow automatic use
of internal gates for all device densities without saaificing performance
• Four 16-bit look-up tables and
four latches/flip-flops per PLC
• Internal fast carry for arithmetic
functions
• TIL or CMOS input thresholds
programmable per pin
• Individually programmable drive
capability: 12 rnA sink/6 rnA
source or 6 rnA sink/3 rnA source
• Built-in boundary scan
CIEEE1149.1)
• Low power consumption from
submicron CMOS process
• Full PCI-bus compliance
• Supported by industry-standard
CAE tools for design entry,
synthesis, and simulation
• ORCA Foundry Development
System
ORCA Series FPGAs - Product Matrix
Part Number
Usable Gates
Registers
Max User
RAM Bits
ATI2C04
ATI2C06
ATI2C08
ATI2CIO
ATI2C12
ATI2C15
ATI2C26
3,500-4,300
5,000-6,200
7,000-8,800
9,000-11,400
12,000-14,600
15,000-18,000
22,000-26,000
400
576
784
1024
1296
1600
2304
6,400
9,216
12,544
16,384
20,736
25,600
36,864
ATI2C40
35,000---40,000
3600
57,600
Userl/Os
160
192
224
256
288
320
384
480
Array Size
10 x 10
12 x 12
14 x 14
16 x 16
18 x 18
20 x 20
24 x 24
30 x 30
Literature
DS,MN
DS,MN
DS,MN
DS,MN
DS,MN
DS,MN
DS, MN
DS, MN
For additional information, call your AT&T Account Manager, your local distributor, or 1-800-372-2447.
ORCA Series FPGA - Product Matrix
84-pin 100-pin 144-pin 160-pin
Device
ATI2C04
ATI2C06
ATI2C08
ATI2ClO
ATI2C12
ATI2C15
ATI2C26
ATI2C40
..
PLCC
TQFP
TQFP
QFP
M84
TI00
T144
J160
CI
CI
CI
CI
-
CI
CI
-
CI
CI
CI
CI
CI
CI
-
-
-
-
-
-
208-pin
240-pin 256-Pin 304-pin 364-pin 428-pin
Ball
Cer.
Cer.
EIAJ
EIAJ
EIAJ
Grid
SQFP
PGA
PGA
SQFP
SQFP
SQFP-PQ2 SQFP-PQ2 Array SQFP-PQ2
S240
B256
S208
S304
R364
R429
PS240
lit.
PS208
PS304
CI
DS
CI
DS
CI
CI
DS
CI
CI
CI
DS
CI
CI
CI
CI
CI
CI
CI
CI
DS
CI
CI
DS
CI
CI
CI
DS
CI
CI
CI
CI
CI
CI
CI
DS
CI
For additIonal mformatIon, call your AT&T Account Manager, your local dlstnbutor, or 1-800-372-2447 .
Key: C ~ commercial, I
~
industrial.
Note: The package options with the SQFP/SQFP-PQ2 designation in the table above, use the SQFP package for all densities up to
and including the ATT2CI5, while the ATT2C26 and ATT2C40 use the SQFP-PQ2 package.
2-18
Optimized Reconfigurable Cell
Array (ORCA) ATT2T15 (3.3 V)
Field-Programmable Gate Array
The ATT2T15 is the first device in
this family optimized to provide
logic solutions in 3.3 V systems. This
device contains approximately
15,000-18,000 usable gates and is
offered in a variety of packages,
speed grades, and temperature
ranges.
The ORCA series FPGA consists of
two basic elements: programmable
logic cells (PLCs) and programmable
input/output cells (PICs). An array
of programmable logic cells (PLCs)
is surrounded by programmable input/output cells (PICs). Each PLC
contains a programmable function
unit (PFU). The PLCs and PICs also
contain routing resources and configuration RAM. All logic is done in
the PFU. Each PFU contains four 16bit look-up tables (LUTs) and four
latches/flip-flops (FFs).
The LUTs can be programmed to
operate in one of three modes: combinatorial, ripple, or memory. In
combinatorial mode, the LUTs can
be programmed to realize any 4, 5,
or 6 input logic functions. In ripple
mode, the high-speed carry logic is
used for arithmetic functions. In
memory mode, the LUTs can be
used as a 16 x 4 read/write or readonly memory.
The PLC architecture provides a balanced mix of logic and routing that
allows a higher utilized gate/PFU
than alternative architectures. The
routing resources carry logic signals
between PFUs and I/O pads. The
routing in the PLC is symmetrical
about the horizontal and vertical
axes. This improves routability by
allowing a signal to be routed into
the PLC from any direction.
Each PIC is comprised of I/O drivers, I/O pads, and routing resources.
Each I/O can be programmed to be
either an input, output, or bidirectional signal. The ATT2T15 is also
capable of interfacing to 5 V devices
because the I/O pads can be driven
by signals of up to 6 V. Other options include variable output slew
rates and pull-up or pull-down resistors.
The ORCA Foundry Development
System is used to process a design
from a netlist to a configured FPGA.
AT&T provides interfaces and libraries to popular CAE tools for design
entry and simulation.
The FPGA's functionality is determined by internal configuration
RAM. The FPGA's internal initialization/configuration circuitry loads the
configuration data at powerup or
under system control. The RAM is
loaded by using one of several configuration modes. The configuration
data resides externally in an
EEPROM, EPROM, or ROM on the
circuit board, or any other storage
media. Serial ROMs provide a
simple, low pin count method for
configuring FPGAs.
Features
• High-performance, cost-effective
0.5 Jlm technology optimized for
3.3 V operation
• 5 V-tolerant I/O buffers can he
connected to external signals up
to 6 V, allowing interconnection to
both 3.3 V and 5 V devices (selectahle on a per-pin hasis)
• High density (15,000 usahle gates)
• 308 user I/Os (all 5 V-tolerant)
• 1600 latcheslflip-flops
• Maximum 25,600 user RAM bits
• Fast on-chip user SRAM: 64 bits/
logic block
• Nibble-oriented architecture for
implementing 4-, 8-, 16-, 32-bit, or
wider bus structures
• Innovative, abundant, and hierarchical nibble-oriented routing resources that allow automatic use
of internal gates for all device densities without sacrificing performance
• Four 16-bit look-up tables and
four latches/flip-flops per logic
block
• Internal fast carry for arithmetic
functions
• Individually programmahle drive
capability: 12 mA sink/6 mA
source or 6 mA sink/3 mA source
• Built-in boundary scan (IEEE
1149.1)
• Low power consumption from
submicron CMOS process optimized for 3.3 V operation
• Architecture-compatible to the
ORCA 2C series of 5 V devices
• Supported hy industry-standard
CAE tools for design entry, synthesis, and simulation
• ORCA Foundry Development System support
FIELD-PROGRAMMABLE GATE ARRAYS
ORCA Foundry Development
System
FPGA devices are growing in size
and complexity-straining the capabilities of both designers and earlygeneration tool sets. High-performance tools are critical to realizing
the full potential of today's larger,
more complicated devices. Such
tools not only significantly shorten
your design cycles, but also produce
chip designs with higher device utilization and faster operating frequencies. ORCA Foundry is such a tool
set.
Capture, Mapping, and
Optimization
ORCA Foundry allows designs to be
captured using device-specific libraries, vendor-independent libraries, or
a combination of both. No other design tool set lets you designate the
specific design capture method that
best supports your requirements. As
a result, vendor-independent libraries and industry-standard netlists can
be easily implemented in either
ORCA or A1T3000 devices.
ORCA Foundry's device- and archi-
tecture-specific optimization, combined with superior place and route
capabilities, produces consistently
high gate utilization. Of course,
ORCA Foundry fully supports device-specific features, such as hard
macros, RAM, and automatic routing
of clocks.
With complete back-annotation, incremental mapping, and the ability
to preserve hierarchy throughout the
design process, ORCA Foundry gives
you as much help in updating and
debugging your design as it does in
implementing it.
Advanced P1ace and Route
Capabilities (PAR)
Using the most powerful combination of algorithms available, ORCA
Foundry's place and route (PAR)
program consistently completes deSignS with the fewest iterations and
2-20
with no manual intervention. PAR's
fast execution time and built-in incremental change capability result in
the shortest possible design cycle.
With the addition of ORCA
Foundry's AT&T Timing Wizard
module, designers can specify frequency and timing requirements up
front. AT&T Timing Wizard then
drives PAR to meet those requirements, delivering higher-performance devices with the fastest possible operating frequencies while
shortening design cycles even further.
ORCA Foundry·s powerful editmg and
debugging environment, AT&T EPIC,
also features tracking of hierarchical
design data ...
FPGA-Specific Timing Analyzer
Powerful Interactive Layout
Editor (EPIC)
The AT&T Editor for Programmable
ICs (AT&T EPIC) is a powerful, interactive layout editor found in
ORCA Foundry that streamlines the
debugging and tuning of FPGA designs. AT&T EPIC's easy-to-use
graphical interface provides a choice
of push button, menu-driven, or
command-line editing capabilities
that can be customized to suit any
set of requirements. In addition,
AT&T EPIC has been tuned to guarantee the fastest graphics response,
eliminating the unproductive waiting while a large design is panning,
zooming, or simply highlighting a
net.
Many advanced features have been
designed into AT&T EPIC to make
working with complex devices
easier. Among these are manual
placement and routing, auto placement, auto routing, and integration
of ORCA Foundry's powerful timing
analyzer. AT&T EPIC's on-line design rule checks (ORC) can be used
in logical mode (allowing changes
to placement and routing, but preventing any changes to the logic
during the editing session) or in
physical mode (allowing logic and
signals to be added and deleted
while guaranteeing that changes are
valid within the physical constraints
of the specifiied FPGA).
(TRACE)
AT&T TRACE provides complete
analysis of a circuit's timing characteristics. Using actual component
and interconnect delays, AT&T
TRACE exhaustively examines every
signal path and automatically evaluates the circuit for set upand hold
violations, race conditions, and adherence to specified timing preferences.
AT&T TRACE runs its analysiS using
user-specified timing preferences
(such as desired operating frequency) and feeds back detailed results that identify specifically where
the design fails to meet those requirments, thereby eliminating the need
to read through reams of paper to
pinpoint potential timing problems.
ORCA Foundry·s capabilities enable a
designer to use all device-specific
features.
............ _ _ Dl._1
~
Using mdustry standards, ORCA
Foundry allows a designer to take full
advantage of powerful Wmdows
applications.
• Disk: 30 Mbytes for first family,
10 Mbytes for each additional
family
• Swap: 5 Mbytes permanentMicrosoft Windows swap file
• ColorVGA
• 2- or 3-buttonMicrosoft Windowscompatible mouse
• One parallel port for security device
ORCA Foundry Benefits
• Automatic completion of difficult
designs
• Maximum device utilization
• Faster clock speeds
• Ease of use means fast time-tomarket benefits
Libraries
Supports Industry-Standard
Platforms
PC-Based:
• IBM PC or compatible 486sx, 486,
or Pentium
• MS-DCIS 5.0 (or higher)
• Microsoft Windows 3.1 (or higher)
• RAM: 16 Mbytes minimum
• Performs static timing analysis
• Allows for back-annotated timing
simulation
Features
• Complete, fully integrated tool set
• Supports ORCA lC, 2C, 2T, and
ATT3000 Series FPGAs
• Integrates into existing CAE environments
• True timing- and frequency-driven
design
• Performs device-specific optimization and technology mapping
• Performs both automatic and
manual place and route
1
Vendor
Specific
1 Vendor .1
TTL
Independent
Gate
Array
1
CAE
Tools
Capture and Verification
,
SDF
Synthesis
1
I
1
EDIF
I
I
WIR
I I
Capture
I
II
I
XNF
ADL
I
QDIF
V
1
I
I
Simulation
I
,
Back
Annotation
1
I
Device Selection
Technology Mapping
and Device-Specific Optimization
PreferencelTimlng Requirement
Workstation-Based:
• Sun SPARGStation compatible running SunOS 4.1.3 (or higher) or
running Solaris 5.3 (or higher)
• HP 9000 Series 400/700 running
HP-UX 9.0.3 (or higher)
• X-Windows version XllR4 (or
higher) and OSF/MOTIF 1.1
• RAM: 32 Mbytes
AT&T Timing Wizard
~
~
ORCA
Foundry
• Disk: 45 Mbytes for first family,
10 Mbytes for each additional
family
• Swap: 32 Mbytes
• Color monitor
• 3-button mouse
• One serial port for security device
Multichip
Partitioning
Interactive
Editor
I
1I
1I
Place
and Route
Timing
Analysis
I
I
I
Device Programming
{t
FPGA
Devices
I
ATT3000
II
ORCA 1C
II
ORCA2C
II
ORCA2T
I
Figure 1. ORCA Foundry Environment
2-21
FIELD-PROGRAMMABLE GATE ARRAYS
Development Systems for ORCA Series FPGAs
Part Number
Version
Description
ORCA Foundry Software Licenses
PC Solutions:
ATI-ORCAVISTA-PC
7.1
ATI-ORCAAPEX-PC
7.1
ATT-ORCAEVAL-PC
7.1
ATT-ORCAVISAP-PC
7.1
Low-density starter system for AT&T FPGAs. Supports ATI3000, ATI1Cxx,
ATI2C04, ATI2Co6, ATI2C08, and ATI2C10 devices. Includes AT&T
Timing Wizard and choice of CAE Vendor Kits.
Complete support package for all ATT3000 and all ORCA 1Cxx and 2Cxx
FPGAs. Includes AT&T Timing Wizard and choice of one CAE Vendor Kits.
Evaluation version of complete software suite. No bit stream generation
capability or download cable.
Upgrade Vista package to Apex package.
Workstation Solutions (Sun andHP700):
ATI-ORCAVISTA-WS
7.1
Low-density starter system for AT&T FPGAs. Supports ATT3000, ATI1Cxx,
ATT2C04, ATT2Co6, ATT2C08, and ATT2<;:1O devices. Includes AT&T
Timing Wizard and choice of CAE Vendor Kits.
ATI-ORCAAPEX-WS
7.1
Complete support package for all ATT3000 and all ORCA 1Cxx and 2Cxx
FPGAs. Includes AT&T Timing Wizard and choice of one CAE Vendor Kits.
ATI-ORCAEVAL-WS
7.1
Evaluation version of complete software suite. No bit stream generation
capability or download cable.
ATI-ORCAVISAP-WS
7.1
Upgrade Vista package to Apex package.
PC Solutions
ATT-PROCAPTURE-PC
6.1
VIEWlogic PROSeries Schematic Capture (DOSlWindows).
ATI-PROSIM-PC
6.1
VIEWlogic PROSeries non-VHDL Simulation. PROWave and PROGen for
simulation through ATT2C26. Requires ATT-PROCAPTURE-PC.
ATI-PROSIMHD-PC
VIEWlogic PROSeries non-VHDL unlimited gates simulation upgrade.
6.1
Requires ATT-PROSIM-PC.
Workstation Solutions (SPARe only)
ATT-PCDESIGN-SN
5.3.2
VIEWlogic Powerview Series non-VHDL ViewDraw schematic capture and
ViewSim simulation through ATT2C26, including View Wave and ViewGen.
ATT-PVDDESIGNHD-SN
5.3.2
VIEWlogic Powerview Series non-VHDL unlimited gates simulation
upgrade. Requires ATT-PVDESIGN-SN.
ORCA Software Libraries (PC)
See Note Below
3.1
VIEWlogic schematic entry, synthesis, prelayout simulation library, and
interface. Required when using ATT-PROCAPTURE-PC for schematic
entry, PROSyn (available from VIEWlogic) for synthesis, or ATI-PROSIMPC for prelayout unit delay simulation or for postlayout back-annotated
timing simulation.
For additional information, call your AT&T Account Manager, your local distributor, or 1-800-372-2447.
Note: The ORCA libraries forSynopsys and VIEWlogic are included on theORCA Foundry 7.1 CD
2-22
Development Systems lor ORCA Series FPGAs (continued)
Part Number
Version
Description
ORCA Software Ubraries (Sun/HP)
See Note Below
3.1
ATI-UBVRG-WS
3.0
ATI-UBMN-WS
3.0
ATI-UBDA-WS
3.1
See Note Below
M011VE Libraries
3.1
None
LMG Libraries
None
VIEWlogic schematic entry, synthesis, prelayout simulation library, and
interface. Required when using ATI-PVDESIGN-SN (or the HP equivalent
available from VIEWlogic) for schematic entry, prelayout unit delay simulation, postlayout back-annotated timing simulation, or VIEw.5yn (available
from VIEWlogic) for synthesis.
Interface and library for Veri/og. Required when performing prelayout
simulation using Veri/og after performing ORG4-specific synthesis or when
performing postlayout timing simulation using Veri/og.
Interface and library for Mentor Graphics. Required when using Design
Architect for schematic capture or QuickSim II for prelayout unit delay
simulation or for postlayout back-annotated timing simulation.
ATI-Design Automation interface and library. Required when using either
ATI-Schema for schematic capture or ATISIM for prelayout unit delay
simulation or for postlayout back-annotated timing simulation.
High-level design link, interface, and synthesis library for Synopsys.
M011VE Integration kit (available from Quad Design Technologies Group
of Viewlogic, Inc.)
LMG Models (available from the Logic Modeling Group of Synopsys, Inc.)
For additional information, call your AT&T Account Manager, your local dlstnbutor, or 1-800-372-2447
Note: The ORCA libraries for Synopsys and VIEW/oglc are included on the ORCA Foundry 7 1 CD
2-23
LAN ICs
Intelligent Ethernet Hub Products
Features
The 17202 Smart Hub Controller
(SHC) and 17241 Multiple Ethernet
Transmitter (METRX) represent
AT&T's third-generation multiport
repeater controller ICs for use in
/EEE802.3 lOBase-T networks. The
chip set provides a two-chip solution for implementation of a central
network hub with extensive network management capabilities. This
chip set also provides a low-cost,
easy-to-design, feature-rich solution
for PC-based 10Base-T repeaters.
• High level of integration
- Twelve 10Base-T ports
- Two AUI ports
- Dedicated MAC port
- Dedicated expansion port
-Security
• Preprocessed network management statistics
• Per-port statistics
• Per-port collision counters
• Dedicated management report
FIFO
Part No.
17202
17241
Description
Smart Hub Controller
Multiple Ethernet Transmitter
Package Type
Temp. Ranges
132-pin PQF
84-pin PLCC
Benefits
• Reduce system cost and improve
reliability
• Address size-sensitive markets
such as PC hubs
• Provide superior system performance
• Provide superior network management features in your system
Applications
TP Ethernet
TP Ethernet
literature
OS, AP, TN, PN
OS, PN
For additional information, call your AT&T Account Manager, your local distributor, or 1-800-372-2447.
Ethernet Switching Hub Products
The ATT1RX04 promotes cost-effective Ethernet circuit-switched hubs
where each port can be independently assigned to a LAN network or
segment. Circuit switching is used
to provide network administrators
with the ability to optimize network
performance by making it easy to
move any port on the network to a
new LAN segment as the load or
traffic patterns dictate.
The AT&T1S04 provides the circuit
switch and collision handling logic
for implementing a 12-port, foursegment circuit switch when used in
conjunction with the ATT1RX04. In
addition, it provides all the miscellaneous board-level circuitry, including the reset circuitry, and board-level
address decoding. The SEABREEZE
also provides a board-level reset to
the ATT1RX04s that can be controlled
by software or hardware. The design
allows for a 4-bit hardware configured board ID.
The ATT1MX10 provides four/EEE
802.3 10 Mbits/s standard MACs and
TP/AUI transceivers in a single 208pin SQFP package. With deep inter2-24
nal FIFOs and a high speed system
interface, the ATT1MXlO is intended
for Ethernet frame switching and
multiport bridging and routing applications.
The ATT1MXlO allows single-cycle
DMA transfers directly to and from its
internal transmit and receive FIFOs.
The deep FIFOs enable storing multiple packets on-chip, retransmitting a
packet after a collision, and rejecting
runts before any DMA activity.
The ATT1MX10 also contains extensive on-chip counters and registers.
This enable system designers to easily
keep track of network statistics required by network management standards.
Features of the ATTIRX04
• High level of integration
- Four independent repeaters
- Four AUI/TP transceivers
- Network management and
security
• Comprehensive network management
- 32-bit counters
-802.3K and RMON support
• Security
- Eavesdropping
- Intrusion protection
- Customizable security implementation
• Demonstration hardware/software
available
Benefits of the ATTIRX04
• Reduce system cost and improve
reliability
• Provide superior system performance
• Provide superior network management features in your system
Features of the ATTIS04
• A circuit switch supporting 12
ports and providing independent
connection to 1 of 4 segmented
Ethernet segments
• Supports an unlimited number of
configurations
• Integrates miscellaneous boardlevel circuitry to minimize other
components
Benefits of the ATTIS04
• Makes Switched Ethernet A
BREEZE (SEABREEZE)and
reduces time to market.
Features and Benefits of the
A1TIMXIO
• Four 10 Mbit/s Ethernet transceivers and MACs integrated together
with separate transmit and receive
channel FIFOs and a DMA interface simplify the design of a
frame-switching hub
• Provides extensive network management capabilities that network
administrators demand in today's
hub equipment
- There are nine per-channel
transmit event counters and
19 per-channel receive event
counters
- The status of each packet
received is appended to the
packet for custom management
implementations
• A high-speed 32-bit system interface maximizes throughput on the
system bus
- Direct system interface to FIFOs
allows single-cycle DMA operations at 25 MHz
- Each channel proVides separate
status and control leads for
efficient memory management
• Separate 128-byte deep transmit
and receive FIFOs are provided
on a per-channel basis
• The chip complies with 802.3 by
default, but also can be configured for optimal frame switching
performance
- Short preamble generation
- Ignore transmit deferred
- Immediate retransmission after
collision
- Selectable number of collision
retries
- Ignore SQE test after transmission
• The CRC generator can be enable
or disabled on a per-packet basis
With hardware control. This allows passing preformatted packets
at high speed
• The ATI1MXlO can also be configured for full-duplex operation
Applications
Description
Package Type
Temp. Ranges
Part No.
o °C to +70°C
TP Ethernet
ATI1RX04 Four Managed Repeaters
132-pin BQFP
for Circuit-Switched Ethernet
o °C to +70°C
TP Ethernet
ATI1S04
Circuit Switch and Collision
132-pin BQFP
Handling Logic for 12-Port,
4-Segment Ethernet Circuit
Switching
o °C to +70°C
TP Ethernet
208-pin SQFP
ATI1MX10 QuadMAC and Transceiver
for Ethernet Frame Switching
For additional information, call your AT&T Account Manager, your local distributor, or 1-800-372-2447
Ethernet Network Interface Card
(NIC) Products
The T7231 Local Area Network Protocol Assist Communications Engine
with ROM Controller (JANPACER
Controller) and the T7213 Dual Interface Station Chip (DISC) provide
a two-chip solution for the implementation of IEEE 802.3 for an
Ethernet attachment unit interface
(AUI) and twisted-pair wire (lOBasen media. These two devices provide the complete solution for the
PQXT/ATbus interface to the network media.
Features
• High level of integration
- Integrated bus interface
-Software medium selection
-Software link-integrity control
• 82586 software compatibility
• Certified Novell and NDIS drivers
• Flexible data structure
• Support EEPROM/Flash
• Printer error monitor
Benefits
• Minimal component count
• High reliability
• Low manufacturing cost
• Small card applications
• Laptop applications
• Early to market
Literature
PN,DS
PN,DS
PN,DS
• Low development cost
• Easy to upgrade
The T7220A Twisted-Pair Medium
Attachment Unit (TPMAU2) simplifies the design and implementation
of a minimal-part-count, cost-effective medium attachment unit (MAU)
between an Ethernet attachment
unit interface (AUI) and the twistedpair wire media. The T7220A
TPMAU2 can also be used to implement the twisted-pair wire interface
on an Ethernet computer network
interface card.
The T7220A TPMAU2 device requires a standard 5 V supply and
consumes a maximum of 600 mW.
2-25
LAN ICs
Features
• Integrated TP and AU! drivers and
receivers
• AIl functions integrated on a
single device
• Integrated LED drivers
• Autopolarity detection/correction
extended wire length
Benefits
• Small adapter and transceiver
applications
• Early to market
• Low development cost
Part No. Description
17220A Twisted-Pair Medium Attachment
Unit
Dual Interface Station Chip
17213
17231
IEEE 802.3 LANPACER
Controller
• Special features for product differentiation
• Proven performance, early to
market
• Superior network performance
• Low jitter robust smart squelch
accurate predistortion
Package Type
28-pin SO]
28-pin DIP
28-pin, plastic DIP
28-pin, plastic SO]
132-pin, PQFP
Temp. Ranges
o °C to +70°C
Application
TP Ethernet
Literature
DS
o °C
to +70°C
TP Ethernet
DS, PN
o °C
to +70°C
TP Ethernet
DS, MN, PN
For additional information, call your AT&T Account Manager, your local distributor, or 1-800-372-2447.
FDOI Products
The 17352 TPDDI Physical Layer
Device (PHY) is a smgle-chip CMOS
VLSI component that implements
Cipher scramble/descramble functions of the FDDI twisted-pair PMD
as defined by the ANSI X3T9.5, the
complete fiber-distributed data· interface (FDDI) physical layer protocol,
as well as the stream FDDI Committee.
In the TPDDI mode, the 17352 in-
serts the stream cipher scramble/
descramble function into the serial
Part No.
17352
Description
FDDI/TPDDI Physical
Layer Device
bit stream on the NRZ side of the
NRZ <-> NRZI converters.
In the FDDI mode, the 17352 provides the connection to the FDDI
physical media dependent (PMD)
interface, the media access controller (MAC), and the station management (SMT) ports. It monitors and
controls the media line state, exchanging this information with the
SMT layer.
Benefits
• Board space saving
• Board cost saving
• No need to run 125 MHz clock on
the board
• Reduced cooling requirements
• Multiport concentrator possible
• No external logic
• No additional components
• Provides additional ring management features
Features
• Single-chip device
• Low power
• Extended CMT support
Package Type
84-pin PQFP
Temp. Ranges
Application
FDDI
For addItional information, call your AT&T Account Manager, your local distributor, or 1-800-372-2447.
2-26
Literature
DS, PN
100 VG/l0Base-T MAC and System
Interface
• Network ready motherboards
• Network analyzers and test
equipment
• Bridges and routers
• Remotely managed hubs
The ATT2MD01 is a CMOS Integrated Circuit containing all of the
media access control (MAC),
memory management, and EISA/
ISA system interface logic required
for numerous 100VG-AnyLAN/
10Base-T adapter card applications.
The ATT2MDll and ATT2MD12 are
CMOS Integrated Circuits containing all of the medIa access
control (MAC), memory management, and PCI system interface
logic required for numerous
1OOVG-AnyLAN/lOBase-T adapter
card applications.
Features
• Supports IEEE 802.12 100VGAnyLAN specification
• EEPROM interface enables easy
implementation of jumperless
products
• Complete hardware/software
demonstration kit available
• ATT2MDOl supports software data
structures that can be maintained
across EISA slave, [SA slave, and
EISA bus master implementations
for both lOBase-T and 100VGAnyLAN
• ATT2MD01 provides EISA bus
compatibility for high performance
Both the ATT2MD01 and
ATT2MDll can be used in the following applications:
• Adapter cards for PC applications
• Workstations and file servers
Part No.
ATT2MD01
ATT2MDll
ATT2MD12
Description
100VG/10Base-T MAC and
EISA/ISA System Interface
100VG/10Base-T MAC and
PCI System Interface
100VG/10Base-T MAC and
PCI System Interface
100 VG/10Base-T Multiport
Managed Repeater
The ATT2R01 and ATT2R02 are
CMOS integrated circuits that contain all the functionality necessary to
implement a six-port managed
100VG-AnyLAN repeater with an
optional uplink port. The ATT2R01
is designed to provide all the hub
management and security features
that have evolved with over four
generations of lOBase-T devices. In
addition, the ATT2R01 provides two
levels of priority for time-sensitive
applications like multimedia.
• ATT2MD01 ISA bus compatibility
addresses the embedded base
• ATT2MD01 BootROM interface
supports Remote Program Load
(RPL) for EISA/ISA diskless workstations
• ATT2MDll dual media access
controllers (MACs) support 10/100
applications that allow for easy
migration.
• ATT2MDll provides PCI bus compatibility for high performance
Benefits
•
•
•
•
Minimal component count
Low manufacturing cost
Early to market
Easy migration from 10 to
100 Mbits/s
• High performance
Package Type
208-pin BQFP
Temp. Ranges
o °C to +70°C
Application
Literature
100VG-AnyLAN
DS, PN
160-pin QFP
o °C to
+70°C
100VG-AnyLAN
DS, PN
160-pin QFP
o °C
to +70°C
100VG-AnyLAN
DS, PN
Everything is built in so the system
designer can get to market very
quickly with a secure, managed
100 Mbit 100VG-AnyLAN hub product. The ATT2ROl supports a wide
variety of product offerings through
the topologies supported, number
of ports supported, style of hub, remote management capabilities, etc.
• Provides extensive network management capability
• Extensive built-in security
• Promiscuous mode supports network analyzers
• Board-level diagnostics simplify
manufacturing tests
• Complete hardware/software
demonstration kit available
Features
Benefits
• Supports IEEE 802.12 specifications
• High level of integration allows
for expansion with minimal external components
• Supports many network configurations
• Minimal component count
• Reduce system cost and improve
reliability
• Early to market
2-27
LANICs
Application
Description
Package Type
Temp. Ranges
o
DC
to
+70
DC
208-pin BQFP
100VG-AnyLAN
ATI2R01
100VG Multiport Managed
Repeater
o DC to +70 DC
ATI2R02
208-pin BQFP
100VG-AnyLAN
100VG Multiport Managed
Repeater
For additional information, call your AT&T Account Manager, your local distributor, or 1-800-372-2447.
Part No.
100 VG Quartet Signaling
Transceiver
The ATI2X01 and ATI2X02 are
CMOS integrated circuits implementing the physical layer function of the
proposed IEEE 802.12 standard for
100 Mbits/s data transmission in local area networks (LAN). The
ATI2X01 implements the Quartet
Signaling technology in a single integrated circuit, enabling reliable
data transmission at 100 Mbits/s
over voice-grade twisted-pair
cabling.
Part No.
ATI2X01
ATI2X02
Description
100VG Quartet Signaling
Transceiver
100VG Quartet Signaling
Transceiver
Clock Recovery Circuits
When transmitting digital sIgnals, it
is very important to determine the
beginning and end of each bit position. One rather expensive approach is to provide a separate clock
lead to synchronize transmitter and
receiver. A more cost-effective approach is to provide synchronization
by recovering the clock from the
suitability encoded transmitted signal itself. The data is then synchronized to this recovered clock. The
T7032 and T7035 perform this clock
recovery and data retiming function.
2-28
The ATI2X01 is a versatile building
block for 100VG-AnyLAN systems.
Features
• Supports IEEE 802.12 100VGAnyLAN specifications
• Enables 100 Mbits/s transmission.
over 10Base-T wiring
• Complete implementation of the
100VG-AnyLAN Quartet Signaling
Physical Layer function
Literature
DS, PN
DS, PN
Benefits
• Early to market
• Minimal component count
Package Type
44-pin PLCC
Temp. Ranges
o DC to +70 DC
Application
100VG-AnyLAN
Literature
DS, PN
44-pin PLCC
o DC to +70 DC
100VG-AnyLAN
DS, PN
These two devices offer a broad
rang~ of application flexibility, with
the T7032 up to 52 MHz, and the
T7035 between 47.7 MHz and
210.5 MHz.
Features
• Pin-programmable for 1 MHz
to 210.5 MHz
• Only one inexpensive 3.58 MHz
crystal needed
• Programmable frequency
• Single 5 V supply
• lOOK ECL compatible
• Extended temperature range
available. -40 DC to +85 DC
Benefits
• Flexibility, suitable for numerous
applications
-SONET
-ATM
- Fiber channel
-ESCON
-FDDI
- Fiber or copper wire
• Ease of design
• Rugged
Part No. Description
Package Type
Clock Recovery
Clock Recovery and Data Retiming 20-pin, plastic DIP
17032
Circuit (1 MHz to 52 MHz)
Clock Recovery and Data Retiming 44-pin PLCC
17035
Circuit (47.7 MHz to 210.5 MHz)
Temp. Ranges
Application
Literature
-40 °C to +85 °C Transmission
DS, AP, TN
-40 °C to +85°C Transmission
DS, PN, TN
For additional Information, call your AT&T Account Manager, your local distnbutor, or 1-800-372-2447.
Coding Information
T 7351B-F C
Telecommunication!
Generation
Processing/Speed
II
~
Package------------------~
Temperature ----------------'
Generation
A Second
B Third, etc.
Package Options
B Nonhermetic, ceramic DIP
C Hermetic, ceramic DIP
D Cerdip
E Small-outline ]-lead
F Plastic quad flat pack (PQFP)
G Small-outline gull wing
J Nonhermetic, leadless chip carrier
K Hermetic, leadless chip carrier
L Hermetic, ceramic leaded chip
carrier
M Plastic, leaded chip carrier
N Nonhermetic, ceramic pin array
P Plastic DIP
R Hermetic, ceramic pin array
S Plastic pin array
T Plastic, leadless chip carrier
U Nonherrnetic, ceramic, leaded
chip carrier
W Chip in wafer form
Temperature Options
C 0 °C to 70°C
E 0 °C to 85°C
M Military
L -40 °C to +85°C
WIDE AREA NETWORK ICs
ISDN Desktop ICs
The ISDN market is currently
experiencing dramatic growth. This
expansion is fueled by end-users'
desire to obtain high-speed
interconnectivity to other remote
users and to services such as
Prodigy, Compuserve, and the
Internet.
AT&T-ME offers both two-wire U
and four-wire SIT interface devices
to support digital services.
Package Type
Temp. Ranges
Literature
8-pin DIP
16-pin SOG
28-pin SO]
28-pin DIP
44-pin, PLCC
44-pin PLCC
-40 °C to +85°C
DS
-40 °c to +85 °c
DS, TN,
BC,AP
DS, PN
OS, PN, TN,
BC,AP
LH1465
Description
ISDN dc Terminator
17121
HDLC Interface for ISDN
17237
17250C
17254
U-Interface Transceiver
Enhanced user-network
interface for ISDN and proprietary
terminal endpoints
Quad SIT Transceiver
68-pin PLCC
o °C to 70°C
AP,DS,BC
17256
Single-Chip NT1
44-pin PLCC
-40 °C to +85 °C
17259
SBus Dual Basic Rate
(DBRI) Transceiver
132-pin, ]EDEC PQFP
o °c to 70 DC
DS, PN,
MN, BC
DS, BC
17264
U-Interface 2BIQ Transceiver
44-pin PLCC
-40 DC to +85 DC
DS, TN, BC
17270
Time-slot Interchanger
48-pin PLCC
-40 DC to +85 DC
DS, TN, AP
17501
PCM CODEC
18-pin DIP
20-pin SO]
o DC to 70 DC
DS
17540
Speaker Phone CODEC
40-pin DIP
44-pin PLCC
o DC to 70 DC
DS
17901
ISA Single-Port Wide Area
Connection (ISA-SWAC) Device
132-pin BQFP
o DC to 70 DC
DS, PN
17903
ISA Muliport Wide Area
Connection (ISA-MWAC) Device
132-pin BQFP
o DC to 70 DC
PN, DS, MN
Part No.
2-30
-40°C to +85 °c
o °C to 70°C
Analog Line Card (Line Interface)
Solutions
Test
Access
R
Q
Ring
Generator
B
'P!
r--
p
r
0
0
I--I---
w
t
i
t
c
t
h
i
e
s
0
C
Electronic
Battery
Feed
S
e
c
SJH
Codec
S
y
s
R
T
Balance
Networks
Clock
m
n
'---
r-
Part No.
LB1201A
ATTL7591
Package
DIP
SONB
DIP or
SONB
8-Pin
8-Pin
8-Pin
8-Pin
B
r
u
s
Control
)
Test
Access
Analog Line Card products provide
all of the funcions to provide Plain
Old Telephone Service (POTS) in
applications such as:
• ISDN + POTS
• Modem + POTS
• FITL (Fiber-In-The-Loop)
• HFC (Hybrid-Fiber/Coax)
• DAML (Digitally Added Main Line)
• PBX (Private Branch Exchange)
• Central Office
t
e
These products provide the functions required by POTS, called
BORSCHT, which stands for:
B = Battery Feed
0= Overvoltage Protection
R = Ringing
S = Supervision
C = Codec
H= Hybrid
T = Testing
Lightning
±12.5 A, 1Q1J.S x 1001J.S
±18.5 A, 101J.S x 1601J.S
±30 A, 101J.S x 10001J.S
±40 A, 51J.S x 3201J.S
±80 A, 21J.S x 101J.S
If you look at the preceding diagram, you will see which products
provide which function.
And now, the products ...
Protection
• Protect the SLIC (Subrscriber Loop
Interface Chip) from lightning or
power crosses.
Power Cross
1 Arms, 60 Hz, 25 ms
6 Arms, 60 Hz, 25 ms
3.5 Apeak, 50 to 60 Hz, 15 ms
5.0 Apeak, 50 to 60 Hz, 10 ms
Application Note:
1. Overvoltage Protection of Solid-State Subscriber Loop Circuits.
2-31
WIDE AREA NETWORK les
SliC (Subscriber Line Interface
Circuit)
• Short loop to long loop
capability!
• Low power--cuts power to the
ph'!sones!
• Thermal protection
• Select from low cost to high balance to low power
Selection Guide
Low
Cost
Feature or
Specification
ATT
Tip Open
(Ground Start) State
Feedback Guaranteed
Balance (58 dB)
Spare Op Amp
Package
Demo Board
Design Software
"
ATT
ATT
"
..
ATT
..
217
260
115
175
165
125
Auto
Control
125
150
155
NA
NA
76
NA
NA
~
Control
NA
ATT
ATT
..
;0
;0
135
182
NA
76
;0
"
;0
;0
8 DIP
44 PLCC
24 DIP
24 DIP
;0
;0
;0
'Availability.
Application Notes:
1. Using the LB1276 sue
2. Using the LB1356 High-Balance sue
3. Ground-Start Applications Using the LB1356 sue
4. Using the Low-Power sue Evaluation Board
5. Low-Power sue Application Examples
2-32
ATT
LBI011 LB1276 LB1356 L7551 L7553 L7554 L7556 L7557 L7561 L7564
Quiet Polarity Reversal
Switching Regulator
Auxiliary Battery
Input with Switching
On-hook Transmission (mW)
Pdiss at VBAT = --48 V
Pdiss Low-Power
Scan State (mW)
Low Power
High Balance
"
;0
"
;0
;0
;0
;0
"
44 PLCC 44 PLCC 44 PLCC 32 PLCC 32 PLCC 44 PLCC 44 PLCC
24 DIP
;0
"
;0
..
;0
..
..
"
;0
"
Switching
Line Card Access Switches (LCAS)
• Replace electromechanical relays
on line cards (POTS Cards)
• No impulse noise
• No "Zero Cross" circuitry required
• Small packages
Function
ATIL7580
Power Ringing Access
ATIL7581
Power Ringing Access
ATIL7582
Power Ringing Access
Line Access
3 - 2 Form C
ATIL7583A/B
24 DIP/28 SOG
Power Ringing Access,
Test in Access
28 SOG
(Independent Logic Inputs)
ATIL7583C/D
3 - 2 Form C
A VersIon - Includes diode bridge/SER clamping circuit for fault protection.
B VersIon - Includes diode bridge protection only.
eVersion - Same as A above, but includes an additional logic state.
D Version - Same as B above, but mcludes an additional logic state.
Part No.
Form
1-2 Form C
1 - 2 Form C
2 - 2 Form C
Package
16 SOG
16 DIP/SOG
16 DIP/SOG
Power Supplies
Required
Power
Dissipation
+5 V
+5 V
+5 V
3mW
3mW
3mW
+5 V
3mW
+5 V
3mW
Application Notes:
1. Introduction to AT&T Line Card Access Switches
2. Switching Behavior of AT&T Line Card Access Switches
3. Impulse Noise and the AT&T ATTL758X Series of Line Card Accesss Switches
Reference Designs for POTS
Applications
Design 1:
Contains: ATTL7551 SLIC
T7504 Quad CODEC
ATTL7581 Switch
For good resistive termination
Design 2:
Contains: ATTL7554 SLIC
T7504 Quad CODEC
ATTL7583 Switch
For complex termination
Design 3:
Contains: ATTL7590 Ring
Generator
Ringing Circuits
ATfL7590 Ring Generator
• Applies a battery-backed, singleended, sinusoidal ringing signal to
the telephone loop
• Ringing capability:
-40 Vrms into 5 North American
REN
- 30 mApeak into 4 German REN
• Built-in current limiting
• Low power dissipation in idle and
ringing modes
• Needs only +5 V, a high-value
negative dc supply, and a digital
input sequence
ATfL7596A Integrated sue/Ring
Generator
• Ultralow-power short-loop line
interface
• Integrated constant current battelY
feed plus ring generator
• +5 V and --48 V battery operation
• Supervision function included
• Transformer-based
• No ring relay required
• Battery switch included
Design 4:
Contains: ATTL7551 SLIC
T7504 Quad CO DEC
ATTL7582 Switch
For complex termination
2-33
WIDE AREA NETWORK ICs
CODEC (Coder/Decoder)
• 1, 2, or 4 channels per device
• Single +5 V supply
• High immunity to latch-up
No. of Channels
Package Size
Power Supply
Clock Frequency (MHz)
TemE· Ran3e ("C)
ComEandin3 (jl/A-law)
Programmable Gain
Programmable
Hybrid Balance
Latches
Second Source
Demo Board
Typ Active Power (9 mW)
T7502
T7503
T7504
T754S
T7570
2
20 SO]
+5 V
2 or 4
-40 to +85
A-law
Ext. Restrs.
No
2
20 SO]
+5 V
2 or 4
-40 to +85
Il-law
Ext. Restrs.
No
4
20 DIP/PLCC
+5 V
2 or 4
-40 to +85
Selectable
Ext. Restrs.
No
1
20 PLCC
±5V
0.512
o to +85
Selectable
Yes
Switches
20 PLCC
+5 V
2or4
-40 to +85
Selectable
Yes
Yes
No
No
Yes
37
No
No
Yes
37
No
No
Yes
65
No
Yes
No
6
Yes
No
72
Application Notes:
1. Using the T7570 Single-Supply CODEC
2. T7570 Coefficient Selection Software
T7504 - Quad CODEC
•
•
•
Analog Line Card
SUC
Relays
Protection
SUC
Relays
Protection
2-34
- - - Rx
T7504
CODEC
SUC
Relays
.-''--/'"---'''---'''-l
Protection
' - -_ _ _---I
SUC
Relays
Protection
Four Analog
Telephones
vvv
--Tx
• First-generation CODEC features
(Combo I)
• Four channels
• 28 PLCC package
• +5 V only
Part Number System for Protector/LCAS/SUC Products
AT T L XXX X 9101112 13
~ Temperature Range -Alpha Designator to Indicate
Temperature Class
Blank = Commercial (0 to 70°C) or Not Specified
A = Industrial (-40°C to +85°C)
B = Military (-55°C to +125°C)
' - - - - - Package or Wafer Vanation - Numeric Indicator, May Be Blank
1_-"-_ _ _ _ _
Package Configuration - Alpha Designator (See Below)
' - - - - - - - - - Electrical or Family Variation - Alpha Designator (A, B, etc.)
' - ' - ' - - - ' - - - - - - - - - Device Identifier - Numeric Designator
Package Configuration
(position 10,11 above)
Alpha designators for package variations.
B = 8-Pin DIP
C = 16-Pin DIP
F = 24-Pin DIP
P = 44-Pin PLCC
S = 8-Pin SONB
AE
=
16-Pin SaG
AJ = 28-Pin SaG
AU = 32-Pin PLCC
Part Number System for CODECs
T - 34567 - 91011
I1L_T________
l
n
Temperature Range _ Alpha Designator
Package Type - Alpha Designator
' - - - - - - - - - Performance/Speed Indicator (Numeric 1-9)
' - - - - - - - - - - - Generation - Alpha Designator
,--'-'---'------------- Device Part Number - Numeric Designator
Temperature Ranges
C = 0 °C to 70°C (Commercial)
E = 0 °C to 85°C (Extended)
L = -40°C to +85°C (Outside Plant/Loop)
Package Types
E = SO]
M = Plastic, Leaded Chip Carrier
P = Plastic DIP
2-35
WIDE AREA NETWORK les
Transmission ICs
AT&T-ME's Transmission ICs group
designs and manufactures integrated circuit solutions for copper-based
data and voice transmission in the
range of 1,544,000 bits per second
(1,5 Mbits/s) to 51,840,000 bits per
second (51.84 Mbits/s). AT&T Microelectronics' transmission IC solutions target SONET/SDH, DS3/E3,
and DS1/E1 applications, which include multiplexers, digital access
cross-connect systems (DACS),
channel service unit (CSU) and digital service unit (DSU) equipment,
channel banks, remote wireless
modules, and PBX interfaces.
Part No.
T7115A
T7230
T7274B
T7275C
T7281
T7288
T7289A
T7290A
T7295-1
T7295-6
T7296
T7630
Wide area network routing and signaling via X.25 or LAPD protocol
applications are facilitated by AT&TME's high-level data link control
(HDLC) devices. Providing 24 or 32
channels, these devices perform
HDLC functionality for both domestic and international applications.
For those applications requiring data
compression, AT&T-ME's adaptive
delta pulse code modulation
(ADPCM) transcoders provide variable bit rates and are compliant with
ANSI T1.301-1987 and ITU-T Recommendations G.721 and G.726.
Description
32/34 Channel Synchronous
Protocol Data Formatter
Primary Access Framer/Controller
Quad Differential
Line Driver
Quad Differential
Line Receiver
16-Channel ADPCM
CEPT Line Interface
DS1 Line Interface
DS1/Tl/eEPT
E3 Integrated Line Receiver
DS3/S0NET STS-1 Line Receiver
DS3/E3 SONET STS-1 Transmitter
Dual T1/E1 Line Interface and
Framer plus HDLC Data Line
Access
Dual CEPT Primary Access Framer
3 V Quad DS1/E1 Line Interface
Interdevice communication in the
AT&T solution is accomplished via a
full-duplex, serial time-division-multiplexed (TDM) concentration highway interface (CHI). AT&T-ME
manufactures a single-chip solution
that interfaces four TDM-CHIs able
to switch data in both the time and
space domain over any CHI, while
maintaining frame integrity for
wide band data/video applications
or reducing the data latency for
voice applications. Applications requiring cross-connect functionality
can interconnect these CHI controllers to produce switching matrixes
of varying sizes.
Package Type
64-pin PLec
Temp. Ranges
-40 DC to +85 DC
Literature
DS, AP
68-pin PLce
16-pin DIP
16-pin SO]
16-pin DIP
16-pin SO]
44-pin PLeC, 24-pin DIP
-40 DC to +85 DC
-40 DC to +85 DC
DS, PN
DS
-40 DC to +85 DC
DS
o DC to 7ifC
DS, AP
28-pin DIP, 28-pin SO]
-40 DC to +85 DC
DS
28-pin
28-pin
20-pin
20-pin
28-pin
84-pin
-40 DC
-40 DC
-40 DC
-40 DC
-40 DC
-40 DC
DS
DS
DS
DS
DS
PN
DIP, 28-pin
DIP, 28-pin
DIP, 20-pin
DIP, 20-pin
DIP, 28-pin
PQFP
SO]
SO]
SO]
SO]
SO]
to
to
to
to
to
to
+85 DC
+85 DC
+85 DC
+85 DC
+85 DC
+85 DC
-40 DC to +85 DC
-40 DC to +85 DC
For additional information, call your AT&T Account Manager, your local distributor, or 1-800-372-2447.
T7632
T7690/93
2-36
84-pin PQFP
100-pin BQFP
DS, PN
DS, PN, MN
Access ICs
Broadband access integrated
circuits create the communications
link between the optical network
unit (ONU) and the terminal device
within a customer'S premises [commonly referred to as customer premises equipment (CPE)] found in a
fiber -to-the-curb (FITC)/ switcheddigital video (SDV) system. AT&TME's switched-digital video solution
provides a quantum leap forward in
supplying cost-effective broadband
access to the home and office.
AT&T-ME's circuits in these systems
provide the following functions:
• ONU
-Framing
- Line interface
- Line driving
• Set-top functions
- Line driving
- Line interface
- Transmission convergence
- Segmentation and Reassembly
(SAR)
-ATM Adaptation Layer 5 (AAL5)
Description
Package Type
Temp. Ranges
o °c to +70°C
16-CAP Receiver
84-pin PLCC
84-pin PLCC
o °c to +70°C
Analog Front-end and QPSK
Transmitter
Transmission Convergence plus
100-pin MQFP
o °c to +70°C
17662
SAR/AAL Framer
Quad 16-CAP Transmitter
84-pin PLCC
-40 °c to +85 °C
17664
-40 °c to +85°C
Quad QPSK Receiver
84-pin PLCC
17665
-40 °c to +85 °C
Transmission Convergence Framer
128-pin PQFP
17666
For additional information, call your AT&T Account Manager, your local distributor, or 1-800-372-2447.
Part No.
17660
17661
Video RF Components
Video RF components are broadband RF communication interface
ICs for voice/data/video transmission over fiber, coax, and satellite.
ATfV4910 RF Transmitter
Applications
• Hybrid fiber/coax network interface device (NID)
Description
The ATTV4910 is a silicon integrated
transmitter. It consists of a five-stage
AGC amplifier section followed by a
differential line driver. The AGC has
26 dB of gain control in 1 dB steps.
The gain is controlled by 5 TTLI
CMOS compatible inputs. The line
driver can provide up to 200 mA of
current from a 5 V supply. The
ATTV4910 is designed to operate
from -40 °c to +85°C and is available in a 24-pin SO] package.
Features
• Minimum Pout = 17.5 dB, 5 MHz
to 40 MHz, @ R(A + B - C)
;:: 24 dBc
• 5 MHz to 60 MHz small signal
bandwidth, Pout ~ 11 dBm, R(A +
B - C);:: 38 dBc
• Typical dc power consumption:
- Active mode 385 mW
- Sleep mode 15 mW
• Very fast switching times between
active and sleep mode: <300 ns
• 26 dB gain range, TTL or CMOS
controlled
ATfV5002 Dual Video Cable
Driver
Applications
• Driving unshielded twisted pairs
-ATM LAN UTP
-FTTC UTP
• 50 Q or 75 Q cable driver
Literature
DS, PN
DS, PN
DS, PN
DS, PN
DS, PN
DS, PN
Description
The ATTV5002 is a 150 mA,
240 MHz, unity gain stable (up to
10 pF capacitive load over process
and temperature variations at
Av = +1 and stable for any CLat
Av = +3/-2), dual operational amplifier designed specifically for those
applications where stable, highspeed, large current driving capabilities are essential.
The ATTV5002 utilizes a voltage
feedback architecture to achieve input biasing currents of 300 nA and a
high input impedance of 8 Mn. In
addition, the ATTV5002 is set to a
modest gain of 50 dB for a maximum range of stable operation, and
gain flatness of less than 1 dB up to
30 MHz while maintaining a slew
rate of 500 V/~. These features
give the ATTV5002 the ability to
drive over 150 mA (6 V peak to
peak) into a transmission line with
minimum distortion for pure mono-
2-37
WIDE AREA NETWORK les
tone signals and less than 10% ringing for pulse signals. Also, with a
standby flow-through current in excess of 1 rnA in its output stage, the
ATTV5002 provides linear amplification of less than 1% from 6 m V to 6
V. The dual amplifiers are exact mirrors of each other with individual
power supply honding pads that
provide optimized matching and
isolation. The ATTV5002 can operate on either single or dual power
supplies with a range of 5 V to 12 V,
requiring 2 V of head room in each
direction.
0
A1TV5006 Dual Video Cable
Driver
Applications
• Driving unshielded twisted pairs
-ATM LAN UfP
- FTIC UTP
• 50 n to 75 n cable driver
Description
The ATTV5006 is a 150 rnA,
340 MHz, dual operational amplifier
designed specifically for those applications where stable, high-speed,
large current driving capabilities are
essential.
Features
The ATTV5002 is a low-cost dual
video operational amplifier optimized for applications requiring
high output drive capability, such as
unshielded twisted pairs in a telephony or data communications environment from --40°C to +85 dc.
• Output peak current in excess
of 150 rnA
• Can drive any capacitive load for
Av = +3/-2
• Unity gain stable up to 10 pF loads
• Output swing to within 2 V of
either supply
• Gain flatness <1 dB, dc to 30 MHz
CAv = +3)
• Slew rate of 500 V/f..IS
• Dual or single power supply up
to 12 V
• Quiescent current varies by <2%
from --40 DC to +85 DC
2-38
The ATTV5006 utilizes a voltage
feedback architecture to achieve input biasing currents of 300 nA and a
high input impedance of 8 Mil. In
addition, the ATTV5006 is set to a
modest gain of 60 dB for a maximum range of stable operation, and
gain flatness of less than 1 dB up to
30 MHz while maintaining a slew
rate of 500 V;f.ts. These features give
the ATTV5006 the ability to drive
over 150 rnA C6 V peak to peak) into
a transmission line with minimum
distortion for pure monotone signals
and less than 10% ringing for pulse
signals. Also, with a standby flowthrough current in excess of 1 rnA in
its output stage, the ATTV5006 provides linear amplification of less
than 1% from 6 m V to 6 V. The dual
amplifiers are exact mirrors of each
other with individual power supply
bonding pads that provide optimized matching and isolation. The
ATTV5006 can operate on either
single or dual power supplies with a
range of 5 V to 12 V, requiring 2 V of
head room in each direction.
Features
The ATTV5006 is a low-cost dual
video operational amplifier optimized for applications requiring
high output drive capability, such as
unshielded twisted pairs in a telephony or data communications environment form O°C to +70 DC.
• Output peak current in excess
of 150 mA
• Can drive any capacitive load for
Av = +7/-6
• Output swing to within 2 V of
either supply
• Gain flatness <1 dB, dc to 30 MHz
CAv = +7)
• Slew rate of 500 V/f..IS
• Dual or single power supply up
to 12 V
• Quiescent current varies by <2%
from 0 DC to +70 °C
High-Frequency Gallium Arsenide
(GaAs)
The High-Frequency GaAs rcs listed
here with the associated evaluation
fixtures, were introduced in 1990.
They were designed for SONET
compatibility at the OC-48 data rate
of 2.488 Gbits/s. These devices have
now been in production for over
five years. Our clock and data regenerator at the OC-96 data rate of
4.977 Gbits/s has been in production for two years. Customer requests have resulted in clock and
data regenerators in production that
are at non standard OC rates. Our
clock and data regenerator can be
factory tuned to any data rate from
450 Mbits/s to 5.5 Gbits/s, for those
special needs. New products for
1996, at 10 Gbits/s, are now in
development. Samples will be available at the beginning of 1996.
Block Diagram of a Fiber-Optic Regenerator
LG1608
PLL
Solution
LG1605
LG1600
I-I----i~
Data
In
0
m
Data
Oul
L-_ _......l ' - - - -.... Clock Oul
High-Frequency Products
Part No.
LG1600FXH (any data rate)
LG1600FXH5332
LG 1600FXH4977
LG 1600FXH2488
LG1600FXH1244
LG1600FXH1062
LG1600FXH0622
LG1605DXB
LG 1605DXB-TR16
LX1608DXF
TFI003C
TFlOO4A
TFI006A
Description
Clock and Data Regenerator
Clock and Data Regenerator
Clock and Data Regenerator
Clock and Data Regenerator
Clock and Data Regenerator
Clock and Data Regenerator
Clock and Data Regenerator
Limiting Amplifier
Limiting Amplifier
Laser Driver
Evaluation Fixture for LG1605DXB
Evaluation Fixture for LG 1600FXH
Evaluation Fixture for LG 1608DXF
Type
Data Rate
Literature
68-lead package
68-lead package
68-lead package
68-lead package
68-lead package
68-lead package
68-lead package
16-lead package
16-lead package
on tape and reel
24-lead package
up to 5.5 Gbits/s
5332 Mbits/s
4977 Mbits/s
2488 Mbits/s
1244 Mbits/s
1062 Mbits/s
622 Mbits/s
2488 Mbits/s
2488 Mbits/s
DS
DS
DS
DS
DS
DS
DS
DS
DS
2488 Mbits/s
DS
DS
DS
DS
2-39
FOUNDRY
AT&T Bipolar Foundry
The AT&T Bipolar Foundry organization is one in which customer input can be anything from an idea to
ready masks. Our foundry is a recognized major supplier of a wide
variety of high-performance bipolar
technologies that span a broad analog/mixed-signal application base
including products designed for interface circuitry, network computing, telecom, instrumentation/ATE,
and video/RF. The proven
manufacturability of our foundry
technologies is complemented
nicely with a full range of development and manufacturing services
(summarized in table at right) performed by our technical and management staff. Additionally, AT&T
utilizes their design ingenuity to offer versatile design solutions that
result in highly integrated customer
solutions leading to substantial cost
savings and higher system performance. Also, we support commercially available PC and workstation
based design tools.
Technology Offerings
AT&T provides a diverse offering of
high-performance bipolar technologies that can be utilized to provide
system solutions to our customers.
Several of AT&T's bipolar technologies are offered in both custom or
semicustom design options in which
either the customer or AT&T can
provide the design and layout.
The foundry technologies, manufactured in world-class cleanroom facilities, fall into two major groups.
First, there is the Complementary
Bipolar Integrated Circuit (CBIC)
consisting of CBIC-R, CBIC-U2, and
CBIC-V2 technologies. They provide
vertical PNPs as well as vertical
NPNs having fy/BVceos ranging
from 250 MHz/33 V to 10 GHz/10 V,
respectively.
2-40
Bipolar Foundry Services
Development Services
Customer Training
IC Electrical Design
Test Development
Ie Layout and Mask Tooling
Prototype Wafer Fabrication
Prototype Packaging and Test
Prototype Evaluation
Production Services
Wafer Fabrication
Wafer Probe
Product Packaging and Test
Product Engineering
For additional information, call your AT&T Account Manager, your local distributor,
or 1-800-372-2447.
The second group of foundry technologies, ideal for data conversion
products, was designed for ultrafast
NPN, ECL-type digital and analog
UHF!VHF communications. This is
our Bipolar Enhanced Super Self-
Aligned Technology (BESTl) which
offers a typical fy of 14 GHz and a
minimum BVceo of 5.5 V. A technology overview and a summary of dc
and ac device characteristics are
shown on page 2-41.
Analog/Mixed-Signal Bipolar Technology Overview
Technology
Overview
General-purpose 33 v, 250 MHz, moderate-speed complementary bipolar technology for analogi
mixed-signal applications. CBIC-R is the most mature junction-isolated complementary bipolar
technology available with over 15 years of manufacturing experience. CBIC-R technology is also
offered through the ALA-400 family of semicustom linear arrays.
High-performance 12 V, 4 GHz, high-speed complementary bipolar technologies for wideband or
CBIC-U!U2
low-power analog/mixed-signal applications. Since CBIC-U's introduction to the marketplace and
CBIC-U2's introduction in 1992, many customers have used these technologies to introduce leading-edge products targeted in video!consumer, industrial, instrumentation, and data/telecommunications markets. CBIC-U's semicustom products are available in the ALA-200 family of arrays.
Very high-performance 10 V, 10.2 GHz, complementary bipolar technologies that can be
CBIC/V2
utilized for very high-speed or ultralow-power analog/mixed-signal applications. CBICN2 is the
highest-speed side wall oxide isolated complementary bipolar technologies in manufacture.
CBIC-V2 was introduced into manufacture in 1989. The ALA-110 family supports semicustom
designs III CBIC-V2.
BEST-!
Offers a nonoverlapping, super self-aligned, oxide isolated NPN transistor capable of a 5.5 V
minimum BVceo, and a typical fT of 14 GHz. BEST-1 has been in production since 1989, and is
ideal for ultrahigh-speed lower power consumption mixed-signal applications. BEST-1 is utilized
for applications such as video driver distribution circuitry, high-speed data communications, and
high-speed data conversion. ECL prop delays of 87 ps at a power level of 2 mW per gate have
been obtained. BEST-1 semicustom solutions are available in the BE1000, BE2000, and BE4000
gate arrays.
For additional information, call your AT&T Account Manager, your local distributor, or 1-800-372-2447.
CBIC-R
Technology Characteristics
Parameter
BVceo (min)
NPN
PNP
fT (typ)
NPN
PNP
hFE (typ)
NPN
PNP
C]C (1 x typ)
NPN
PNP
Interconnect
Resistors
CBIC-R
CBIC-U2
CBIC-V2
BEST-!
Unit
33
33
12
11
10
10
5.5
6'
V
250 MHz
250 MHz
3.5 GHz
2.7 GHz
10.2 GHz
43 GHz
14 GHz
85
110
125
35
70
40
100
4'
220
340
2LM
Ti-Pt
Ti-Pt-Au
200 & 2000
(implanted)
300
0.4
5.0
40
60
2LM
Ti-Pt-Au
Ti-Pt-Au
50 & 1080
(implanted)
300
0.34
1.5
30
50
2 LM
Ti-Pt-Au
Ti-Pt-Au
80 & 1880
(implanted)
300
0.22
1.5
9
V
fF
fF
3 LM + Poly
Ti-TiN-Al-TiN
565
(Poly)
Trimmed Resistors
1.62 (MaS)
Capacitors
Min. Feature Size
1.5
'Lateral PNP.
For additional information, call your AT&T Account Manager, your local distributor, or 1-800-372-2447
Q/sq.
Q/sq.
fF/~m2
(MNOS)
~m
2-41
FOUNDRY
Flexible Design Options
Customer/AT&T IC Product Development (Custom or Semicustom)
Table at the right covers the range of
customer/AT&T partnership arrangements that might be followed
once masks and wafers have been
produced. Development begins,
given customer-specified product
performance requirements, with
AT&T serving as technology consultants. As development commences,
the division of customer/AT&T responsibility depends upon customer
choice. For example, the customer
might finish design through layout
and finish with option 1 in table at
the right, leaving AT&T only responsible for mask and wafer fabrication.
Or the customer may require a turnkey solution, finished as option 6.
Deliverables in options 1, 2, and 3
are either wafers or die.
Furthermore, the product may be
either a custom or semicustom Ie.
The semicustom product offerings
and component summaries are summarized in the following three
tables. The essential feature of this
supported IC development procedure is that it is flexible in meeting
customer needs.
Foundry Options
Manufacturing Steps
Customer Options"
1
2
Analog/Mixed-Signal Design
Options
AT&T design capabilities offer
highly integrated solutions resulting
in substantial savings in costs along
with higher system performance.
This is achieved by utilizing either
AT&T full-custom or semicustom
design alternatives.
Full Custom
Full custom is the customizing of
component types, values placement,
and interconnect and requires a
complete mask set. An extensive,
characterized library of transistors,
Analog/Mixed-Signal Product Offering
Product
Semicustom
CBIC-R
AIA-401
AIA-402
CBIC-U
AIA-201
AIA-202
AIA-21O
Technology
CBIC-U2
CBIC-V2
AIA-110
BEST-l
BE1000
BE2000
BE4000
~
~
~
Full Custom
~
For additional information, call your AT&T Account Manager, your local distributor, or
1-800-372-2447.
2-42
3
4
5
Mask Fab
Wafer Fab
A
A
A
A
A
Visual Inspection
Wafer Probe
A
A
A
A
C
Dicing
A
A
C
C
A
Package Assembly
C
C
C
A
A
Package Test
C
C
C
C
A
Qualification
C
C
C
C
C
• Symbol key: C: Customer
A: AT&T
For additional information, call your AT&T Account Manager, your local
or 1-800-372-2447.
6
A
A
A
A
A
A
distributor,
resistors, and capacitors is provided,
which enables the designer to optimize the performance for a given
application at minimal risk.
Semicustom
Semicustom is dies consisting of a
standardized set of prepositioned
components. Wafers are held in inventory prior to metallization. The
interconnection is customized for
each design, resulting in fewer
masks, lower NRE, and a shorter
processing interval than a full-custom design. Deliverables can be
either tested or untested die, packages, or wafers.
The following is a general summary of the number and type of components available on the various linear array prodlIctS. For more detailed information, please request the appropriate data sheet.
Semicustom Product Component Summary
Product
ALA-110
ALA-201
ALA-202
ALA-210
ALA-401
ALA-402
Voltage (V)
10
12
12
12
33
33
Complementary Transistors
NPN
PNP
41
51
68
43
86
136
37
37
61
61
104
104
Resistors
282
480
960
104
434
744
Bonding
Pads
16
36
48
16
38
46
Capacitors
14
21
38
6
7
12
The following is a summary of the BEST-1 gate-array complexities available. The number of equivalent gates is calculated based on a gate multiplier of four transistors per gate.
Semicustom Gate-Array Complexity Options
Product
BE1000
BE2000
BE4000
voltage
5.5 V
5.5 V
5.5 v
Equivalent
Gates
1048
2780
4196
Internal
Cells
182
484
728
J!OBufJer
CeDs
48
92
108
Fixed Power
&GNDPads
Equivalent Gates
(D Flip-Flop with Clear)
Equivalent Gates
(I-Bit Full Adder)
32
38
38
728
1936
2912
1001
2660
4004
For additional informatton, call your AT&T Account Manager, your local distnbutor, or 1-800-372-2447
CAD Support
As circuits become more complex,
computer-aided design (CAD) tools
become more important to the successful completion of a design.
AT&T Microelectronics supports a
variety of commercially available PC
and workstation based design tools.
A description of the supported tools
is offered below.
Training in the use of any of these
tools will be provided at a nominal
fee.
Circuit Simulation
SPICE
SPICE is the primary circuit analysis
tool used by analog designers.
There are several versions available.
AT&T Microelectronics provides
transistor models compatible with
SPICE 2G6. The resistor and capacitor models supplied are compatible
with any simulator that allows
models to be specified. In addition,
some enhanced subcircuit models
are available for use with MicroSim's
PSPICE, version 4.01 or later.
AOVICP
AT&T's own circuit simulator,
ADVICE (a SPICE derivative), is
available for use on Sun Workstation. It features an extended fourterminal bipolar transistors model
that covers parasitic transistor behavior, operation in the quasi-saturation region, both interactive and
batch execution, parameterized
subcircuits, design centering, userdefinable models, and procedural
simulation. AT&T Microelectronics
licenses the ADVICE simulation tool
and will provide training for a fee.
Schematic Capture
AT&T Microelectronics provides a
library and software support for
Viewdraw from Viewlogic Corporation and the schematic capture tool
in the Cadence Design Systems'
Analog Artist environment.
2-43
FOUNDRY
Layout
Verification
AT&T Microelectronics supports
cell-based layout libraries for a number of layout editors available for
both PC and Sun Workstation platforms. A library of CBIC primitive
cells is available in GDS II Stream
format.
Layout verification using both AT&T
and other commercial tools is supported on PC and Sun Workstation
platforms.
Analog Artist Layout
The polygon layout editor in Analog
Artist is supported with CBIC cell
libraries written in Analog Artist
database format. Also supplied are
parameterized cells for generating
valid resistor cells with desired
values.
2-44
Analog Artist
The verification tools PDcheck,
PDextract, ERC, and PDcompare are
fully supported for design mle
checking, layout connectivity and
parasitic capacitor extraction, electrical mle checking, and layout versus
schematic checking, respectively.
Dracula
A library of command files for Cadence Design Systems' Dracula is
available to enable design mle
checking, layout connectivity and
parasitic capacitor extraction, electrical mle checking, and layout versus
schematic checking for layouts.
Dielectrically Isolated Wafers
AT&T also provides an applicationspecific wafer service wherein we
prepare dielectrically isolated (DO
wafers for customers to finish processing in their own fab lines. In
this mode, we are currently fabricating DI wafers for a variety of highvoltage and high-performance bipolar technologies.
Bonded Silicon on Insulator (SOl)
Wafer
be achieved through wafer bonding.
High-volume processes are used to
meet your production needs. AT&TME's bonding process was developed in conjunction with AT&T Bell
Laboratories.
Customized Bonded Wafer Process
Silicon wafer bonding enables two
wafers with different properties to
be united by an attractive force. Sophisticated substrates are created
with specific properties for a given
process.
Features
• Handles like bulk silicon
• High bond strength
The bonded wafer process consists
of the following steps:
Specifications
1. Two wafers are welded together
• Diameter:
- 100 mm and 125 mm
-150mm
• Orientation: <100> or <111>
Description
AT&T Microelectronics provides
high-performance silicon materials
to OEM customers. Process enhancements are made possible by
the substrate properties which can
at room temperature.
2. Bond integrity is verified by infrared interference inspection. This
step ensures that no voids are
present following the initial bonding process.
3. The bonded wafers are annealed
at high temperature to increase
bonding strength.
4. The device layer is thinned to the
appropriate thickness by grinding
and polishing.
SOl Wafer Physical Characteristics
Wafer Type
Device Layer Thickness
Thick SOl
Thin SOl
Ultrathin SOl
10 1J.ffi-150 IJ.ffi
21J.ffi-101J.ffi
0.G71J.ffi-21J.ffi
Device Layer Thickness
Variation
±150/0
±o.51J.ffi
±o.021J.ffi
Insulating Oxide
Thickness
Total Wafer TIV
0.41J.ffi-41J.ffi
0.41J.ffi-41J.ffi
0.11J.ffi-21J.ffi
<10 IJ.ffi
31J.ffi
31J.ffi
For additional information, call your AT&T Account Manager, your local distributor, or 1-800-372-2447.
2-45
CUSTOM PRINTED-CIRCUIT BOARDS AND BACKPLANES
AT&T Microelectronics' high-density, multilayer printed-circuit boards
(PC boards) offer high levels of precision and performance for applications up to 22 layers and standard
line widths and spaces down to
5 mils.
Standard high-density capabilities
include line width and spacmg to
0.005 inches and drilled hole size to
0.0135 inches with 0.025-inch lands
on external layers. Most models are
available in five days--quality-tested
and ready for your system testing.
Choose from conventional plated
holes, or select buried microvias to
conserve surface area when using
surface-mount components extensively All PC boards are UL-approved, and meet both Bellcore and
IPC specifications. In addition,
they're thoroughly electrically tested
and inspected before being shipped
to you.
AT&T's backplanes are available
with your choice of components.
We will assemble your backplane
design with connectors on standard
or metric grids, withFastech® or
other pins, and with passive and/or
active components. Large sizes up
to 24 inches x 24 inches are available. All backplanes are electrlcally
tested, including level III testing
when active components are part of
your design.
AT&T Microelectronics' PC boards
are custom double-sided rigid and
multilayer and are available in these
substrates:
• FR4
• BT (bismaleimide triaZine)
• Materials for lower dielectric
constant applications
Surface finishes include solder mask
over bare copper with hot-air solder
leveling, plus several alternative solder masks.
Additional features include:
• Up to 22 layers for interconnection density
• Surface-mount technology
• Standard via, blind via, and
buried microvia technologies
For additional mformation, call your
AT&T Account Manager, or call
1-800-372-2447.
Total quality control (TQC) and statistical process control (SPC) programs are combined with full electrical testing to help produce reliable,
defect-free boards.
Personalized service from dedicated
field engineers is available to all customers who wish support in the
early design phases through volume
production.
3-1
OPTOELECTRONICS
AT&T Microelectronics is the world's
largest supplier of components and
subsystems for fiber-optic communications. AT&T Optoelectronics SBU
addresses the telecommunications
and network computing markets.
For these applications, AT&T is offering laser and detector components, transmitters, receivers, lithium
niobate modulators, and advanced
technology erbium-doped fiber amplifiers.
We have a long history of supplying
state-of-the-art products for the telecommunications market. Applications range from Fiber-to-the-Home
(FTTH), to SO NET, to 2.5 Gbits/s
long-haul transmission, to undersea.
AT&T is also a leading player in the
CATV and emerging microcellular
markets. AT&T's systems-level testing allows customers to repurchase
fully characterized devices. Testing
includes NTSC, PAL, and cellular
frequency plans.
In addition to leading-edge products, AT&T Optoelectronics SBU
brings years of experience to the
photonics industry. Drawing on the
strength of Bell Laboratories, we offer outstanding technical support.
With our large commitment to fiber
optics, AT&T will enable you to take
advantage of leading-edge products
that enable you to get to the market
sooner.
Components
Device Type Part No_
2612AA
Modulators
2613AA
2622AA
2623AA
2624AA
2410C
2420C
Photodetectors
InGaAs APDs 126A
126B
126c
127A
127A1
127B
127B1
127C
127C1
Description
1.3 J.1m 4 GHz Bandwidth
1.3 J.1m 8 GHz Bandwidth
1.55 J.1m 4 GHz Bandwidth
1.55 J.1m 8 GHz Bandwidth
1.55 J.1m 16 GHz Bandwidth
Dual Output, 1.3 J.1m
Dual Output, 1.55 J.1m
Application
High-speed telecommunications, analog CATV,
SONET oc-64
Analog & digital cellular
communications
Features
Uses LiNbO, technology
(Z-cut),
Excellent linearity for
analog applications,
configurable to
customer specifications
Lit.
DS
DS
DS
DS
DS
DS
DS
Ceramic
1.5 GHz
Ceramic
2.0 GHz
Ceramic
3.0 GHz
High-speed communications, high-speed
analog transmissions
Submarine cable communication systems
Compatible with industrystandard ceramic carriers
DS
High-speed communications, high-speed
analog transmissions
Submarine cable communication systems
Suitable for use in lilarsh
environments
High coupling stability
Carrier 1.5 Gbits/s
Typical Bandwidth
Carrier 2.5 Gbits/s
Typical Bandwidth
Carrier 2.5 Gbits/s
Typical Bandwidth
Industry-Std. Pkg. 1.5 Gbits/s
1.5 GHz Biconic Connector
Industry-Std. Pkg. 1.5 Gbits/s
1.5 GHz FC-PC Connector
Industry-Std. Pkg. 2.5 Gbits/s
2.0 GHz Biconic Connector
Industry-Std. Pkg. 2.5 Gbits/s
2.0 GHz FC-PC Connector
Industry-Std. Pkg. 2.5 Gbits/s
2.0 GHz Biconic Connector
Industry-Std. Pkg. 2.5 Gbits/s
3.0 GHz FC-PC Connector
DS
DS
DS
DS
DS
DS
DS
DS
4-1
OPTOELECTRONICS
Components (continued)
Description
Device Type Part No.
Photodetectors (continued)
PINs
Digital 8-lead DIP SM Pigtail
131A
Digital 8-lead DIP MM Pigtail
131B
Analog 8-lead DIP SM Rotary
13ID
Mechanical Splice
131E
Analog 8-lead DIP No Connector
131G
Analog 8-lead DIP SM Rotary
Mechanical Splice
131H
Analog 3-lead pkg. SM Connector
Analog 3-lead pkg. SM Connector
131J
131K
Digital 3-lead pkg. SM Rotary
Mechanical Splice
131L
Analog 8-lead DIP SM Rotary
Mechanical Splice
131N
Digital 8-lead DIP SM Rotary
Mechanical Splice
131P
Analog 8-lead DIP SM FC/APC
Connector
131R
Analog 8-lead DIP SM FC/PC
Connector
131S
Analog 8-lead DIP SM FC/APC
Connector
131T
Analog 8-lead DIP SM FC/PC
Connector
M128C
Analog, 1.1 J.l.!I1 to 1.6J.l.!I1,
Planar Structure
Laser Modules
High-Speed 246M
Digital
Distributed
Feedback
246N
246PF
Analog
Isolated
DFB
257CH
257CP
1.3 J.l.!I114-pin Butterfly Package,
2.5 Gbits/s
Application
Features
lit.
FITL, Analog CATV
Low-cost, wide operating
temperature range
WIde bandwidth: >1 GHz
High optical coupling
stability
DS
DS
DS
DS
DS
DS
DS
DS
DS
DS
DS
FITL, Analog CATV,
Broadband
SONET OC-12148,
long-haul
hermetic package
1.55 J.l.!I114-pin Butterfly Package,
2.5 Gbits/s
Digital 1.5 DFB CW laser with
polarization maintaining fiber
1.3 J.l.!I114-pin Butterfly Package, CATV, video
Multiquantum well DFB laser
surveillance,
wireless and
personal communication networks
1.3 J.l.!I114-pin Butterfly Package, CATV, video
Multiquantum well DFB laser
surveillance,
wireless, and
personal communication networks
Very high linearity
high responsivity,
low back reflections
DS
Internal isolator, compact
DS
& lightweight, epoxy-free,
DS
DS
Laser module with
transformer coupling,
internal isolator, 1000 MHz
performance, 77 NTSC
channel load
Laser module with
predistortion board,
internal isolator, 750 MHz
performance, 77 NTSC
channel load
For additional information, call your AT&T Account Manager, your local distributor, or 1-800-372-2447.
4-2
DS
DS
DS
DS
laser Subsystems
Application
Features
270A-Type 1 3 ~m, single-mode fiber
pigtail, multiquantum well
Fabry Perot laser
Telecommunications,
Local loops, MANS,
data communications
270F-Type 1.3 ~m, single-mode fiber
pigtail, multiquantum well
Fabry Perot laser
Narrowband video,
return path systems,
mixed analog and
digital systems,
telecommunications
Wide operatring temperaDS
ture range, no TEC required,
high output power, internal
backface monitor.
DS
Wide operating termperaure range, no TEC required,
high output power, internal
backface monitor
Device Type Part No. Description
Laser Modules (continued)
Fabry-Perot
Lit.
Bidirectional Laser Module
1420-Type 1.3 !lin Bidirectional Laser Module LANs, MANs, Fiberin-the-Loop Systems,
Telecommunication
1.3 ~m Fabry-Perot laser,
InGaAsP photodetector
with integral splitter, wide
operating temperature
range, SM fiber pigtail,
high output power
DS
Transmitters
1.3~m
Fabry-Perot
High-Speed
1.3~m
200 Mbits!s, -5 dBm, FC-PC
Connector
1227D
650 Mbits!s, -5 dBm, FC-PC
Connector
200 Mbits!s, -S dBm, FC-PC
1227E
Connector
1227F
200 Mbits!s, -8 dBm, FC-PC
Connector
1227G
650 Mbits!s, -8 dBm, FC-PC
Connector
200 Mbits!s, -11 dBm, FC-PC
1227H
Connector
200 Mbits!s, -5 dBm,S7®
1227J
Connector
1227K
650 Mbits!s, -5 dBm, ST
Connector
1227L
200 Mbits!s, -S dBm, ST
Connector
1227M
200 Mbits!s, -S dBm, ST
Connector
1227N
650 Mbits!s, -8 dBm,ST
Connector
1227P
200 Mbits!s, -11 dBm,ST
1227EB
Evaluation Board for 1227
Transmitter
1229-Type 650 Mbits!s, Pigtailed with
FC-PC, SC, or ST connector
SONET OC-3 or OC-12 20-pin DIP package with
single-mode FDDI
pigtail, no thermoelectric
cooler required
123SB
123SC
Fibre channel, SO NET,
Serial HIPPI
1227C
Fabry-Perot
123SEB
1062.5 Mbits!s, -S dBm, SM-Pigtail
Meets Sonet Mask Only, Not
Fibre Channel Mask
Eva!. Board for 123S Transmitter
DS
DS
DS
DS
DS
DS
DS
DS
DS
DS
DS
DS
DS
SONET OC-12
Uncooled DFB laser
transmitter
Space-saving, selfcontained 20-pin DIP,
no thermoelectric cooler
required
DS
DS
DS
DS
4-3
OPTOElECTRONICS
Laser Subsystems (continued)
Device Type Part No. Description
Application
Features
Lit.
SONET OC-3,
medium to high-speed
data communications
Pigtailed, 20-pin DIP,
DS
compact hermetic package
DS
Receivers
InGaAs PIN
1310C
1310D
1310E
1310F
1310J
1310K
1310L
1310M
1310N
1310P
1310R
BIOS
1310EB
1330Type
InGaAs PIN, 155 Mbits/s, MM
FC-PC Connector
InGaAs PIN, 622 Mbits/s, MM
FC-PC Connector
InGaAs PIN, 155 Mbits/s, MM
FC-PC Connector
InGaAs PIN, 622 Mbits/s, MM
FC-PC Connector
InGaAs PIN, 52 Mbits/s, MM
FC-PC Connector
InGaAs PIN, 52 Mbits/s, MM
FC-PC Connector
InGaAs PIN, 155 Mbits/s, MM
FC-PC Connector
InGaAs PIN, 622 Mbits/s, MM
FC-PC Connector
InGaAs PIN, 266 Mbits/s, MM
FC-PC Connector
InGaAs PIN, 155 Mbits/s, MM
FC-PC Connector
InGaAs PIN, 52 Mbits/s, MM
FC-PC Connector
InGaAs PIN, 52 Mbits/s, MM
ST Connector
Evaluation Board for 1310
Receiver
155 Mbits/s
FC-PC Connector
DS
DS
DS
DS
DS
DS
DS
DS
DS
DS
DS
SONET OC-3
Clock recovery and data
regeneration 20-pin DIP,
TTL compatible, phaselocked loop, low power
DS
High-Speed
InGaAs PIN
1318A
1062.5 Mbits/s
Multimode Pigtail
Fibre channel,
SONET
Connectorized, 20-pin DIP
DS
InGaAsAPD
1319B
1319C
2.5 Gbits/s, SM FC-PC Connector
2.5 Gbits/s, SM STConnector
GaAs preamplifier,
compact butterfly package
DS
DS
1320A
1320B
1320C
1320D
155
155
622
622
SONET OC-48, line
terminal equipment,
high-speed networks
SONET OC-3
SONET OC-3
SONET OC-12
SONECT OC-12
Space-saving, selfcontained 24-pin package
DS
DS
DS
DS
4-4
Mbits/s,
Mbits/s,
Mbits/s,
Mbits/s,
FC-PC Connector
SC Connector
FC-PC Connector
SC Connector
Laser Subsystems (continued)
Device Type Part No.
Description
Application
Features
Lit.
980 nm pump, TIL
compatible alarm outputs,
wide operating temperature range, optical input
and output taps, low
power consumption
1480 nm pump, TIL
compatible alarm outputs,
wide operating temperature range, optical input
and output taps, low
power consumption
980 nm pump, optical
input and output taps,
wide input signal bandwidth 1480 nm pump for
greater reliability optical
input and output taps,
wide input signal
bandwidth
DS
DS
DS
DS
DS
DS
DS
DS
DS
DS
DS
DS
DS
DS
DS
DS
DS
DS
DS
DS
DS
DS
DS
DS
DS
DS
Field-proven packaging
technology, compact
14-pin butterfly package,
InGaAs/GaAlAs hlghpower quantum well
chip design
DS
DS
DS
DS
DS
DS
Optical Amplifiers and Components
Fiber
11 dBm,STConnector
Amplifiers for repeaters,
11 dBm, FC-PC Connector power boosters,
preamps, CATV
11 dBm, SC Connector
networks, LANs, and
14 dBm, STConnector
14 dBm, FC-PC Connector MANs
11 dBm, SC Connector
8.5 dBm, STConnector
8.5 dBm, FC-PC Connector
8.5 dBm, SC Connector
11.5 dBm,STConnector
11.5 dBm, FC-PC Connector
11.5 dBm, SC Connector
15.5 dBm,STConnector
15 5 dBm, FC-PC Connector
15.5 dBm, SC Connector
13 dBm, SC Connector
16 dBm, SC Connector
16 dBm, SC Connector
11 dBm, SC Connector
Amplifier gain
13 dBM, SC Connector
blocks for repeaters,
15 dBm, SC Connector
power boosters, line
12 dBm, SC Connector
amplifiers, CATV,
14 dBm, SC Connector
networks, LANS
16 dBm, SC Connector
and MANs.
11 dBm, SC Connector
13 dBm, SC Connector
15 dBm, SC Connector
1712A
1712B
1712C
1712D
1712E
1712F
1713A
1713B
1713C
1713D
1713E
1713F
1713G
1713H
1713H
1720ABC
1720BBC
1720CBC
1714ABC
1714BBC
1714CBC
1715ABC
1715BBC
1715CBC
1718ABC
1718BBC
1718CBC
Pout,
Pout,
Pout,
Pout,
Pout,
Pout,
Pout,
Pout,
Pout,
Pout,
Pout,
Pout,
Pout,
Pout,
Pout,
Pout,
Pout,
Pout,
Pout,
Pout,
Pout,
Pout,
Pout,
Pout,
Pout,
Pout,
Pout,
263C
263D
263E
263F
263G
263H
60 mW output power
70 mW output power
80 mW output power
90 mW output power
100 mW output power
110 mW output power
Pump Lasers
Erbium-doped fiber
amplifier systems
For additional mformation, call your AT&T Account Manager, your local distnimtor, or 1-800-372-2447
4-5
WER PRODUCTS
AT&T Microelectronics offers a
broad line of power conversion
products and power protection systems to fulfill the needs of the telecommunications and .electronic data
processing markets.
AT&T board-mounted power modules rangmg from 0.5 W to 300 W,
hav~ small footprints, high efficiencies, and high-power densities. Our
dc-dc converters range from 15 W to
1500 W, and the off-line switchers
range from 50 W to 2,000 W. See
details on the new line of
DiskPower converters, Front Ends,
and Power Shelves.
Our power systems design staff in
Dallas is available to assist you in
the selection of power architectures
that meet your needs. Dallas is an
ISO 9001 registered facility and 1994
Deming Prize winner.
Board-Mounted Power Modules
Features
AT&T board-mounted power modules offer low profiles, high-power
denSity, off-the-shelf, dc-dc power
conversions in module sizes of 0 5 W
to 300 W. Known for reliability,
AT&T board-mounted power modules feature a variety of design options with typical power efficiencies
in excess of 80%. State-of-the-art surface-mount technology is used to
achieve high performance in a small
package. MTBFs of over one million
hours and a three-year warranty are
standard.
•
•
•
•
•
•
•
•
•
•
•
•
•
A system powered by boardmounted power modules otfers
many user benefits. In addition to
the capability for developing nonstandard voltages, the power modules can reduce the cost of power
distribution by decreasing distances
traveled by low voltages. Moreover,
they can power a system on a fieldreplaceable basis, thereby Yleldmg
improved system reliability.
•
•
•
•
Low profiles
High efficiencies
0.5 W to 300 W
High-power densities
Small footprints
Remote on/off capability
Remote sense
Output current limiting
Overvoltage protection
Isolated and nonisolated models
Input/output filtering
External synchronization
Parallel operation with forced
load sharing
Regulated output voltage
-40 °c to + 100 °C operating
case temperature
UL recognized
3-year warranty
0-1
POWER PRODUCTS
Board-Mounted Power Modules
Low-Power Product Matrix (0.5 W to 50 W)
Part
Number
Nominal
Input
(Vdc)
Input
Range
(Vdc)
Output
Voltage
(Vdc)*
112A2
5
4.5-5.5
12
112C2
5
4.5-5.5
15
112D2
5
45-5.5
25
112E2
5
4.5-5.5
12
113A2
5
4.5-5.5
-5
4.5-5.5
-5
113AA2
5
4.5-5.5
-12
113B2
5
113B3
5
4.5-5.5
-12
113C2
5
4.5-5.5
-15
113E2
5
4.5-5.5
-130
-11-3-F-2----5---c
4-.5-5-.5-- -5
Output
Current
(IA)
Power,
Watts
(W)
Length
(in.)
Width
(in.)
Height
(in.)
0.041
0.100
0.030
0.125
0.100
0.100
0.063
0.063
0.050
0.0005
0.300
0.5
1.5
0.75
1.5
0.5
0.500
0.75
0.75
0.75
0.065
1.5
0.96
0.96
0.96
0.96
0.96
0.96
0.96
0.96
0.96
0.96
0.96
0.70
0.70
0.70
0.70
0.70
0.70
0.70
0.70
0.70
0.70
0.70
0.44
0.44
0.44
0.44
0.44
0.44
0.44
0.44
0.44
0.44
0.44
Temp.
COC)
0
0
0
0
0
0
0
0
0
0
0
to +70
to
to
to
to
to
to
to
to
to
to
+70
+70
+70
+70
+70
+70
+70
+70
+70
+70
Literature
DS
DS
DS
DS
DS
DS
DS
DS
DS
DS
DS
4.5-5.5
-5
0.300
1.5
0.96
0.70
0.44
0 to +70
DS
113F3
5
113G2
5
4.5-5.5
-12
0.125
1.5
0.96
0.70
0.44
0 to +70
DS
RA003A
12
8.0-16.5
5
0.6
3
1.75
0.43
0.81
-10 to +50
DS
RA003B
12
8.0-16.5
12
0.25
3
1.75
0.43
0.81
-10 to +50
DS
RAOO3C
12
8.0-16.5
15
0.2
3
1.75
0.43
0.81
-10 to +50
DS
RA003BK
12
8.0-16.5
±12
±0.125
3
1.75
0.43
0.81
-10 to +50
DS
RA003CL
12
8.0-16.5
±15
±0.1
3
1.75
0.43
0.81
-10 to +50
DS
RC003A
28
16-32
5
0.6
3
1.75
0.43
0.81
-10 to +50
DS
RC003B
28
16-32
12
0.25
3
1.75
0.43
0.81
-10 to +50
DS
RC003C
28
16-32
15
0.2
3
1.75
0.43
0.81
-10 to +50
DS
16-32
±12
±0.125
3
1.75
0.43
0.81
-10 to +50
DS
RC003BK
28
16-32
±15
±0.1
3
1.75
0.43
0.81
-10 to +50
DS
RC003CL
28
28-60
5
0.6
3
1.75
0.43
0.81
-10 to +50
DS
RE003A
48
28_60
12
0.25
3
1.75
0.43
0.81
-10 to +50
DS
RE003B
48
R=E=0~0~3~C--~48~-~2~8_~6~0--- 15 ---~0~.2---~3-~1~.7~5--~0-.4~3--~0.~8~1---~1~0-t-o-+~5~O--~D~S~RE003BK
RE003CL
RH003A
RH003B
RH003C
48
48
5
5
5
28_60
28_60
4.0-7.2
4.0-7.2
4.0-7.2
±12
±15
5
12
15
±0.125
±0.1
0.6
0.25
RH003BK
RH003CL
MA005A
MA005B
MA005C
MA005BK
MA005CL
5
5
12
12
12
12
12
4.0-7.2
4.0-7.2
10-15
10-15
10-15
10-15
10-15
±12
±15
5
12
15
±12
±15
±0.125
±0.1
1.00
0.42
0.33
±0.21
±0.17
3
3
3
3
1.75
1.75
1.75
1.75
0.43
0.43
0.43
0.43
0.81
0.81
0.81
0.81
to
to
to
to
+50
+50
+50
+50
DS
DS
DS
DS
0.2------3--1-.7-5---0-.4~3---0-.8-1----1-0-t-o-+-5-0--D-S-
3
3
5
5
5
5
5
1.75
1.75
2.00
2.00
2.00
2.00
2.00
0.43
0.43
1.10
1.10
1.10
1.10
1.10
0.81
0.81
0.46
0.46
0.46
0.46
0.46
'Other voltages available.
For additional informatlon, call your AT&T Account Manager, your local distributor, or 1-800-372-2447
5-2
-10
-10
-10
-10
-10
-10
-10
-10
-10
-10
-10
to
to
to
to
to
to
to
+50
+50
+70
+70
+70
+70
+70
DS
DS
DS
DS
DS
DS
DS
Board-Mounted Power Modules (continued)
Low-Power Product Matrix (0.5 W to 50 W)
Part
Number
MC005A
MC005B
MC005C
MC005BK
MC005CL
ME005A
ME005B
ME005C
ME005N
ME005BK
ME005CL
MH005A
MH005B
MH005C
MH005BK
MH005CL
MK005CL5
MW005A
MW005B
MW005C
MW005A]
MW005BK
MW005CL
FEOOSA]4
FE008A]3
MAOIOA
MA010B
MA010C
MA010BK
MA010CL
MCOlOA
MC010B
MC010C
MC010BK
MC010CL
MHOlOA
MH010B
MH010C
Nominal
Input
Input
(Vdc)
Range
28
28
28
28
28
48
48
48
48
48
48
5
5
5
5
5
48
48
48
48
48
48
48
48
48
12
12
12
12
12
28
28
28
28
28
18-36
18-36
18-36
18-36
18-36
39.5---60
39.5---60
39.5---60
39.5---60
39.5---60
39.5---60
45-5.5
4.5-5.5
4.5-5.5
4.5-5.5
4.5-5.5
38-72
5
5
5
(Vdc)
36-72
36-72
36-72
36-72
36-72
36-72
39.5---60
39.5---60
10--15
10--15
10--15
10--15
10--15
18-36
18-36
18-36
18-36
18-36
4.5-5.5
4.5-5.5
4.5-5.5
Output
Voltage
(Vdc)*
5
12
15
±12
±15
5
12
15
5.2
±12
±15
5
12
15
±12
±15
20
5
12
15
±5
±12
±15
±5
±5
5
12
15
±12
±15
5
12
15
±12
±15
5
12
15
Output Power,
Current Watts Length
(IA)
1.0
0.42
0.33
±0.21
±0.17
1.0
0.42
0.33
0.96
±0.21
0.17
1.00
0.42
0.33
±o.21
±o.17
120
1.0
0.42
0.33
±o.5
0.21
0.17
1.2
2.0, -0.4
2.00
0.83
0.67
±0.42
±0.33
2.0
0.83
0.67
0.43
0.33
2.00
0.83
0.67
(W)
5
5
5
5
5
5
5
5
5
5
5
5
5
5
5
5
5
5
5
5
5
5
5
8
8
10
10
10
10
10
10
10
10
10
10
10
10
10
Width
Height
(in.)
(in.)
(in.)
2.00
2.00
2.00
2.00
2.00
2.00
2.00
2.00
2.00
2.00
2.00
2.00
2.00
2.00
2.00
2.00
2.00
2.00
2.00
2.00
2.00
2.00
2.00
2.00
2.00
2.00
2.00
2.00
2.00
2.00
2.00
2.00
2.00
2.00
2.00
2.00
2.00
2.00
1.10
1.10
1.10
1.10
1.10
1.10
1.10
1.10
1.10
1.10
1.10
1.10
1.10
1.10
1.10
1.10
1.19
1.10
1.10
1.10
1.10
1.10
1.10
2.00
2.00
1.60
1.60
1.60
1.60
1.60
1.60
1.60
1.60
1.60
1.60
1.60
1.60
1.60
0.46
0.46
0.46
0.46
0.46
0.46
0.46
0.46
0.46
0.46
0.46
0.46
0.46
0.46
0.46
0.46
0.46
0.46
0.46
0.46
0.46
0.46
0.46
0.50
0.50
0.50
0.50
0.50
0.50
0.50
0.50
0.50
0.50
0.50
0.50
0.50
0.50
0.50
Temp.
Literature
eC)
-40
-40
-40
-40
-40
-40
-40
-40
-40
-40
-40
-10
-10
-10
-10
-10
-40
-40
-40
-40
-40
-40
-40
-40
to
to
to
to
to
to
to
to
to
to
to
to
to
to
to
to
to
to
to
to
to
to
to
to
o to
-10 to
-10 to
-10 to
-10 to
-10 to
-40 to
-40 to
-40 to
-40 to
-40 to
-10 to
-10 to
-10 to
+85
+85
+85
+85
+85
+85
+85
+85
+85
+85
+85
+70
+70
+70
+70
+70
+85
+85
+85
+85
+85
+85
+85
+85
+70
+50
+50
+50
+50
+50
+85
+85
+85
+85
+85
+50
+50
+50
DS
DS
DS
DS
DS
DS
DS
DS
DS
DS
DS
DS
DS
DS
DS
DS
DS
DS
DS
DS
DS
DS
DS
DS
DS
DS
DS
DS
DS
DS
DS
DS
DS
DS
DS
DS
DS
'Other voltages available.
For additional information, call your AT&T Account Manager, your local distributor, or 1-800-372-2447.
5-3
POWER PRODUCTS
Board-Mounted Power Modules (continued)
Low-Power Product Matrix (0.5 W to 50 W)
Part
Number
Nominal
Input
(Vdc)
Input
Range
(Vdc)
Output
Voltage
(Vdc)*
5
5
4.5-5.5
4.5-5.5
36-72
36-72
36-72
36-72
36-72
4().-(j0
±12
±15
5
12
15
±12
±15
110
±5
Output Power,
Current Watts
(IA)
(W)
MHOI0BK
MHOI0CL
MWOlOA
MWOI0B
MWOI0C
MWOI0BK
MWOlOCL
SEOI4S110
LW016AJ
LW020A
NH020F
CC025AJ
CC025BK
CC025CL
CC025ABK
CC025ACL
CW025AJ
CW025BK
CW025CL
CW025ABK
±0.42
±o.33
2.0
0.83
0.67
0.43
0.33
130
±16
48
48
48
48
48
48
48
48
5
28
28
28
28
28
48
48
48
48
36-75
36-75
4.5-5.5
18-36
18-36
18-36
18-36
18-36
36-72
36-72
36-72
36-72
5
4
3.3
±5
±12
±15
5, ±12
5, ±15
±5
±12
±15
5, ±12
6
CW025ACL
DC025AA
DC025AF
DC025AJ
DC025BB
DC025BK
DC025CC
DC025CL
DC025ABK
DC025ACL
DW025AA
DW025AB
DW025AF
DW025AJ
DW025BB
DW025BK
DW025CC
DW025CL
DW025ABK
48
28
28
28
28
28
28
28
28
28
48
48
48
48
48
48
48
48
48
36-72
18-36
18-36
18-36
18-36
18-36
18-36
18-36
18-36
18-36
36-72
36-72
36-72
36-72
36-72
36-72
36-72
36-72
36-72
5, ±15
5, 5
5, 3.3
±5
12, 12
±12
15, 15
±15
5, ±12
5, ±15
5, 5
5, 12
5, 3.3
±5
12, 12
±12
15, 15
±15
5, ±12
2.50
1.04
0.83
5, ±1
5, ±0.8
±2.50
±1.04
±o.83
5, ±1
5, ±0.8
2.5, 2.5
2.50, 2.50
±2.50
1.04, 1.04
±1.04
0.83, 0.83
±o.83
5, ±1
5, ±0.8
2.50, 2.50
5, 1
2.50, 2.50
±2.50
1.04, 1.04
±1.04
0.83, 0.83
±0.83
5, ±1
Length
Width
(in.)
Height
(in.)
Temp.
(in.)
caC)
Literature
10
10
10
10
10
10
10
14
16
20
20
25
25
25
25
25
25
25
25
25
2.00
2.00
2.00
2.00
2.00
2.00
2.00
2.00
2.00
2.00
2.50
2.80
2.80
2.80
2.80
2.80
2.80
2.80
2.80
2.80
1.60
1.60
1.60
1.60
1.60
1.60
1.60
2.00
2.00
2.00
0.24
2.40
2.40
2.40
2.40
2.40
2.40
2.40
2.40
2.40
0.50
0.50
0.50
0.50
0.50
0.50
0.50
0.50
0.375
0.375
0.55
0.50
0.50
0.50
0.50
0.50
0.50
0.50
0.50
0.50
-10 to +50
-10 to +50
-40 to +85
-40 to +85
-40 to +85
-40 to +85
-40 to +85
-40 to +85
-25 to +71
-25 to +71
o to +55
-40 to +95
-40 to +95
-40 to +95
-40 to +95
-40 to +95
-40 to +95
-40 to +95
-40 to +95
-40 to +95
DS
DS
DS
DS
DS
DS
DS
DS
25
25
25
25
25
25
25
25
25
25
25
25
25
25
25
25
,25
25
25
2.80
2.80
2.80
2.80
2.80
2.80
2.80
2.80
2.80
2.80
2.80
2.80
2.80
2.80
2.80
2.80
2.80
2.80
2.80
2.40
2.40
2.40
2.40
2.40
2.40
2.40
2.40
2.40
2.40
2.40
2.40
2.40
2.40
2.40
2.40
2.40
2.40
2.40
0.50
0.50
0.50
0.50
0.50
0.50
0.50
0.50
0.50
0.50
0.50
0.50
0.50
0.50
0.50
0.50
0.50
0.50
0.50
'Other voltages avaIlable.
For additional information, call your AT&T Account Manager, your local distributor, or 1-800-372-2447
5-4
-40 to
-40 to
-40 to
-40 to
-40 to
-40 to
-40 to
-40 to
-40 to
-40 to
-40 to
-40 to
-40 to
-40 to
-40 to
-40 to
-40 to
-40 to
-40 to
+95
+95
+95
+95
+95
+95
+95
+95
+95
+95
+95
+95
+95
+95
+95
+95
+95
+95
+95
DS
DS
DS
DS
DS
DS
DS
DS
DS
DS
DS
DS
DS
DS
DS
DS
DS
DS
DS
DS
DS
DS
Board-Mounted Power Modules (continued)
Low-Power Product Matrix (0.5 W to 50 W)
Part
Number
DW025ACL
CC030A
CC030B
CC030C
CW030A
CW030B
CW030C
LW030A
]C030A
]C030B
]C030C
]W030A
]W030B
]W030C
]W030D
Nominal
Input
(Vdc)
Input
Range
(Vdc)
Output
Voltage
(Vdc)*
48
28
28
28
48
48
48
48
24
24
24
48
48
48
48
36-72
1&---36
1&---36
1&---36
36-72
36-72
36-72
36-75
1&---36
1&---36
1&---36
36-72
36-72
36-72
36-72
5, ±15
5
12
15
5
12
15
5
5
12
15
5
12
15
2
Output
Current
(IA)
5, ±0.8
6.0
2.5
2.0
6.0
2.5
20
6
6.0
2.5
2.0
6.0
2.5
2.0
6.5
Power,
Watts
(W)
25
30
30
30
30
30
30
30
30
30
30
30
30
30
13
Length
(in.)
Width
(in.)
Height
(in.)
Temp.
caC)
Literature
2.80
2.80
2.80
2.80
2.80
2.80
2.80
2.40
2.40
2.40
2.40
2.40
2.40
2.40
2.40
2.40
2.40
2.40
2.40
2.40
2.40
2.40
2.80
228
2.28
2.28
2.28
2.28
2.28
2.28
0.50
0.50
0.50
0.50
0.50
0.50
0.50
0.375
050
050
0.50
0.50
0.50
0.50
0.50
-40 to +95
-40 to +100
-40 to +100
-40 to +100
-40 to +95
-40 to +95
-40 to +95
-30 to +75
-40 to +100
-40 to +100
-40 to +100
-40 to +100
-40 to +100
-40 to +100
-40 to +100
DS
DS
DS
DS
DS
DS
DS
DS
DS
DS
DS
DS
DS
DS
'Other voltages avaIlable.
For addItIonal mformal1on, call your AT&T Account Manager, your local distnbutor, or 1-800-372-2447
5-5
POWER PRODUCTS
High-Power Product Matrix (50 W to 300 W)
Part
Number
]C050A1
]C050Bl
]C050C1
]C050F1
]C075A1
]C075B1
]C100A1
]C100B1
]C100C1
]C100F1
]W050A
lW050B
lW050C
lW050F
lW075A1
lW075Bl
]W075D1
]W100A
]W100B
]W100C
]W100F
]W150A
]W150B
]W150C
]W150F
FC050A
FC050B
FC050C
FC050D
FC050F
FC100A
FC100B
FC100C
FC100D
FC100F
FC150A
FC150C
FC150D
FC150F
Nominal
Input
(Vdc)
28
28
28
28
28
28
28
28
28
28
48
48
48
48
48
48
48
48
48
48
48
48
18
48
48
28
28
28
28
28
28
28
28
28
28
28
28
28
28
Input
Range
(Vdc)
18---36
18---36
18---36
18---36
18---36
18---36
18---36
18---36
18---36
18---36
36---72
36---72
36---72
36---72
36---72
36---72
36---72
36---72
36---72
36---72
36---72
36---72
36-72
36---72
36-72
18---36
18---36
18---36
18---36
Output
Voltage
(Vdc)*
5
Output Power,
Current Watts
(IA)
10
4.2
(W)
12
8.3
6.7
20
10
4.2
50
50
50
50
75
75
100
100
100
100
50
50
12
15
3.3
5
12
5
12
15
3.3
5
3.3
10
15
6.3
20
15
3.3
50
3.3
5
10
33
75
12
2
6.3
5
12
15
3.3
5
12
15
3.3
5
12
15
15
20.0
8.3
6.7
20.0
30
12.5
10.0
30
10.0
4.2
15
2
3.3
18---36
18---36
18---36
3.3
10.0
20.0
18---36
18---36
18---36
18---36
18---36
18---36
18---36
15
2
5
12
3.3
5
15
2
3.3
10
8.3
6.7
20.0
20.0
30.0
10.0
30.0
30.0
75
75
100
100
100
66
150
150
150
99
50
50
50
20
33
100
100
100
40
66
150
150
60
100
Length
(in.)
2.40
2.40
2.40
2.40
2.40
2.40
2.40
2.40
2.40
2.40
2.40
2.40
2.40
2.40
2.40
2.40
2.40
2.40
2.40
2.40
2.40
2.40
2.40
2.40
2.40
4.80
4.80
4.80
4.80
4.80
4.80
4.80
4.80
4.80
4.80
4.80
4.80
4.80
4.80
Width
(in.)
2.28
2.28
2.28
2.28
2.28
2.28
2.28
2.28
2.28
2.28
2.28
2.28
2.28
2.28
2.28
2.28
2.28
2.28
2.28
2.28
2.28
2.28
2.28
2.28
2.28
2.50
2.50
2.50
2.50
2.50
2.50
2.50
2.50
2.50
2.50
2.50
2.50
2.50
2.50
Height
(in.)
0.50
0.50
0.50
0.50
0.50
0.50
0.50
0.50
0.50
0.50
0.50
0.50
0.50
0.50
0.50
0.50
0.50
0.50
0.50
0.50
0.50
0.50
0.50
0.50
0.50
0.50
0.50
0.50
0.50
0.50
0.50
0.50
0.50
0.50
0.50
0.50
0.50
0.50
0.50
'Other voltages available.
For additional information, call your AT&T Account Manager, your local distributor, or 1-800-372-2447.
5-6
Temp.
Literature
caC)
DS
-40 to +100
DS
-40 to +100
DS
-40 to +100
os
-40 to +100
-40 to +100
DS
DS
-40 to +100
DS
-40 to +100
DS
-40 to +100
DS
-40 to +100
DS
-40 to +100
DS
-40 to +100
DS
-40 to +100
-40 to +100
DS
-40 to +100
DS
DS
-40 to +100
DS
-40 to +100
-40 to +100
DS
DS
-40 to +100
DS
-40 to +100
DS
-40 to +100
DS
-40 to + 100
DS
-40 to +100
DS
-40 to +100
DS
-40 to +100
DS
-40 to +100
DS
o to +90
DS
o to +90
DS
o to +90
o to +90
DS
o to +90
DS
o to +90
DS
o to +90
DS
o to +90
o to +90
DS
o to +90
DS
o to +90
DS
o to +90
DS
o to +90
os
o to +90
High-Power Product Matrix (50 W to 300 W) (continued)
Part
Number
FC250A1
FC250Bl
FC250C1
FC250F1
FE050A
FE050B
FE050C
FE050D
FE050F
FE050H
FE100A
FE100B
FE100C
FE100D
FE100F
FElOOH
FE150A
FE150B
FE150C
FE150D
FE150F
FE150H
FE200A9
FE200B9
FE200F9
FW050A
FW050B
FW050C
FW050D
FW050F
FW100A
FW100B
FW100C
FW100D
FW100F
Nominal
Input
Range
Input
Output
Voltage
(Vdc)
(Vdc)
(Vdc)*
28
28
28
28
48
48
48
48
48
48
48
48
48
48
48
48
48
48
48
48
48
48
48
48
48
48
48
48
48
48
48
48
48
48
48
18-36
18-36
18-36
18-36
38-60
38-60
38-60
38-60
38-60
38-60
38-60
38-60
38-60
38-60
38-60
38-60
38-60
38-60
38-60
38-60
38-60
38-60
38-60
38-60
38-60
36---72
36---72
36---72
36---72
36---72
36---72
36---72
36---72
36---72
36---72
5
12
15
3.3
5
12
15
2.0
3.3
24
5
12
15
2.0
3.3
24
5
12
15
2
3.3
24
5
12
3.3
5.0
12
15
2
3.3
5.0
12
15
2
3.3
Output Power,
Current Watts
(IA)
50
20.8
16.7
50
10.0
4.2
3.33
10.0
10.0
2.1
20.0
8.3
6.7
20.0
20.0
4.2
30.0
12.5
10.0
30.0
30.0
6.25
40
16.6
40
10.0
4.2
3.33
10
10
20.0
8.4
6.7
20
20
Length
Width
Height
(W)
(in.)
(in.)
(in.)
250
250
250
250
50
50
50
20
2.40
2.40
2.40
2.40
4.80
4.80
4.80
4.80
4.80
4.80
4.80
4.80
4.80
4.80
4.80
4.80
4.80
4.80
4.80
4.80
4.80
4.80
4.80
4.80
4.80
4.80
4.80
4.80
4.80
4.80
4.80
4.80
4.80
4.80
4.80
4.60
4.60
4.60
4.60
2.50
2.50
2.50
2.50
2.50
2.50
2.50
2.50
2.50
250
2.50
2.50
2.50
2.50
2.50
2.50
2.50
2.50
250
2.50
2.50
2.50
2.50
2.50
2.50
2.50
2.50
2.50
2.50
2.50
2.50
0.50
0.50
0.50
0.50
0.50
0.50
0.50
0.50
0.50
0.50
0.50
0.50
0.50
0.50
0.50
0.50
0.50
0.50
0.50
0.50
0.50
050
0.50
0.50
0.50
0.50
0.50
0.50
0.50
0.50
0.50
0.50
0.50
0.50
0.50
33
50
100
100
100
40
66
100
150
150
150
60
100
150
200
200
132
50
50
50
20
33
100
100
100
40
66
Temp.
ee)
-40
-40
-40
-40
to +100
to +100
to +100
to +100
o to +90
o to +90
o to +90
o to +90
o to +90
o to +90
o to +90
o to +90
o to +90
o to +90
o to +90
o to +90
o to +90
o to +90
o to +90
o to +90
o to +90
o to +90
o to +80
o to +80
o to +80
o to +90
o to +90
o to +90
o to +90
o to +90
o to +90
o to +90
o to +90
o to +90
o to +90
Literature
DS
DS
DS
DS
DS
DS
DS
DS
DS
DS
DS
DS
DS
DS
DS
DS
DS
DS
DS
DS
DS
DS
DS
DS
DS
DS
DS
DS
'DS
'Other voltages available.
For additional information, call your AT&T Account Manager, your local distributor, or 1-800-372-2447.
5-7
POWER PRODUCTS
High-Power Product Matrix (50 W to 300 W) (continued)
Nominal
Input
Output Output Power,
Input
Range Voltage Current Watts Length Width Height
(Vdc)
(Vdc)
(Vdc)*
(IA)
(W)
Number
(iu.)
(in.)
(in.)
FW150A
48
4.80
2.50
36-72
5.0
30.0
150
0.50
FW150B
48
12
12.6
4.80
2.50
36-72
150
0.50
FW150C
48
10.0
4.80
150
2.50
36-72
15
0.50
FW150D
48
2
4.80
2.50
36-72
0.50
60
30
FW150F
48
4.80
2.50
36-72
30
0.50
3.3
99
FW250Al
48
4.60
2.40
36-75
50
250
0.50
5
FW250Bl
48
12
20.8
4.60
2.40
36-75
250
0.50
FW250Fl
48
2.40
4.60
36-75
50
250
0.50
3.3
FW300Al
48
60
2.40
4.60
36-75
300
0.50
5
FW300Bl
48
12
2.40
4.60
36-75
25
300
0.50
FW300Fl
48
2.40
4.60
36-75
60
0.50
300
3.3
'Other voltages available
For additional information, call your AT&T Account Manager, your local distributor, or 1-800-372-2447
Part
DiskPower Modules
Other features include overvoltage
protection and current limiting on
each output and a remote on/off
input. The modules offer a very low
failure rate and reliability ten times
better than the disk drives being
powered.
The 1W050AB and 1W070AB
DiskPower Converters are designed
to power large-capacity disk drives
and other mass storage devices.
They are ideal for implementing
distributed power systems in disk
array systems.
The modules operate with input
voltages from 36 Vdc to 72 Vdc and
provide two outputs: 5 Vdc and
12 Vdc. Each output is independently regulated. The output npple
and noise are very low. The 12 V
output supports surge currents up to
3.5 A for the 1W050AB and up to
5 A for the 1W070AB in order to
spin-up large disk drives.
Temp.
eC)
Literature
o to +90
DS
o to +90
DS
o to +90
DS
o to +90
DS
o to +90
-40 to +100
DS
-40 to +100
DS
-40 to +100
DS
-40 to +100
DS
-40 to +100
DS
-40 to +100
DS
• Input and outputs are electrically
isolated
• 2:1 input voltage range
• Remote on/off
• Overtemperature protection
• UI 1950, CSA 22.2-950, and
EN60950 approvals are pending
Features
• Small-Business Card Size
2.0 in. x 3.5 in. x 0.625 in.
50.8 mm x 88.9 mm x 15.9 rum
• Low output noise
• Economical open-frame
construction
• Automated assembly with all
surface-mount construction offers
high reliability and consistency
DiskPower Modules
Part
Number
1W050AB
1W070AB
5-8
Nominal
Input
(Vdc)
Input
Range
(Vdc)
Output
Voltage
(Vdc)*
48
36-72
5.12
48
36-72
5.12
Output Power,
Current Watts
(IA)
1.5, 2.5
(3.5)
2.2, 2.5
(5.0)
Length
(in.)
Width
Height
(iu.)
(iu.)
37.5
2.0
3.5
41
2.0
3.5
(W)
0.625
Temp.
ee)
o to +50
Literature
DS
0.625
o to +50
DS
Enhanced Distributed Power
Architecture (EDPA)
RM Series Front Ends
AT&T front-end power supplies
convert ac mput power to a regulated, SELV dc bus voltage. They are
parallelable, are power factor corrected, and can be used redundantly. AT&T's front-end power supplies feature a full complement of
alarm and control functions to ease
diagnostics and are available in
power levels up to 2000 W.
Features
• Recognized by Underwriters
Laboratories to UL 1950, certified
by CSA to CSA 22.2 and also
licensed to IEC950
• Meets FCC Class A EMI
requirements for conducted and
radiated emissions
• Autoranging for worldwide input
voltage ranges
• Power factor corrected
• Outputs are overvoltage protected
• Overtemperature protection
• Redundant parallel operation
• Remote ON/OFF
• Current sharing
• Hot insertion/removal (hot plug)
• Power fail and fault alarms
• Margining
RM Series Front Ends
Watts
(W)
Input
(Vac)
750
750
750
1000
1000
1000
1500
1500
1500
2000
2000
2000
85-264
85-264
85-264
85-264
85-264
85-264
102-264
102-264
102-264
170-264
170-264
170-264
Output
(Vdc, A)
48, 15.6
54.5, 13.7
56.25, 13.3
48,20.8
54.5, 18.3
56.25, 17.7
48, 31.2
54.5, 27.5
56.25,26.6
48,41.6
54.5,36.7
56.25, 35.5
Dimensions
L
W
H
Part
Number
12
12
12
12
12
12
12
12
12
12
12
12
3
3
3
4
4
4
6
6
6
6
6
6
5
5
5
5
5
5
5
5
5
5
5
5
RM0750A
RM0750H
RM0750L
RM1000A
RM1000H
RM1000L
RM1500A
RM1500H
RM1500L
RM2000A
RM2000H
RM2000L
5-9
POWER PRODUCTS
Power Shelves
Features
AT&T Power Shelves mount in a
standard 19 in. rack and provide all
of the wiring and control signals for
the front-end power supplies and
battery interface units.
• Rack mount sheet metal chassis
(3U height, 19 in. rack)
• ac input module with line
filtering, circuit breaker, and ac
present LED
• Power system controller
Power Shelves
Number of Power Slots
Units Accomodated
4
3
750W
1000W
1500 W/2000 W
2
de-de Converters
Capabilities
• AT&T has more than 50 years
experience in designing and
manufacturing custom dc-dc
converters typically ranging from
15 W to 1500 W with a wide
variety of optional features.
• Custom design capabilities to
address both United States and
European requirements and
standards.
• Manufacturing capabilities are
available in the United States
(Dallas, TIO, Europe
(Malmesbury, UK), and Mexico
(Matamoros).
• AT&T's Dallas manufacturing site
includes fully equipped product
qualification facilities to meet FCC,
UL, CSA, and other world
regulatory and safety agency
requirements.
5-10
• Surface-mount technology is
available to provide high-power
densities, modular packaging
flexibility, and high quality.
Features
•
•
•
•
•
•
•
•
•
•
•
Wide input voltage range
Low-profile designs
Wide operating temperature range
Input-to-output isolation
Inrush protection to provide hot
plug-in capability
Meets CISPR and FCC EM! and
susceptibility requirements
Externally synchronized switching
frequency
Customized alarms for input!
output conditions
Load sharing with redundancy and
fault tolerance
Programmable overcurrent shutdown
Remote sensing
Part Number
PS3000A4
PS3000A3
PS3000A2
• Output current limiting/shutdown
• AT&T can provide a fully
customized dc-dc converter
solution using customer-specified
hardware.
• AT&T offers a standard family of
proven high-reliability Fastecb
and TRANSPAC dc-dc converters
that can be modified if necessary
to meet specific application
requirements. Fastecb and
TRANSPAC dc-dc converters use
AT&T connector systems and are
plug-in type circuit card modules
which have standardized feature
sets.
The following is a representative
listing of AT&T Fastecb, TRANSPAC,
and custom dc-dc converter products.
TRANSFORMERS AND INDUCTORS
AT&T manufactures more than 3000
different transformers for telecommunications and power applications. This guide includes those
transformers designed to meet the
need for modem, ISDN, and highfrequency applications. In addition,
AT&T manufactures custom power
magnetics for both linear and
switched-mode power supplies.
AT&T manages its transformer
division from the Power Systems
location in Mesquite, Texas. Each of
our manufacturing locations has
been ISO and BABT Certified, and
AT&T Microelectronics Power Systems is the first American manufacturer to be awarded the Deming
Prize for quality.
Along with the expertise that goes
with 30 years of magnetics design
and manufacturing experience,
AT&T offers the following features
and benefits·
• Low-profile packaging
• Compatibility with ITU-T, ANSI,
and IEEE standards
• Compliance with Bellcore
1R-NWT-00357 Component
Reliability Requirements
• Compliance with AT&T X-74550
Assembly Process Qualification
Requirements
• WSF/TIC compatibility
• International safety requirement
compliance
• Surface-mount designs
AHractive Quality
Product Availability
When you order AT&T transformers, you receive not only reliable, high-quality products, but also
our value-added commitment,
which includes:
• Preorder support - Our
experienced Bell Laboratories
magnetics designers proVide the
technical support required to
incorporate our components into
your design/production needs.
In many cases, our magnetics
designers have identified circuit
or interface related problems
which would have otherwise
remained unresolved.
• Product quality - Reliability and
quality are built into our products
and are ensured through validated
design practices, qualification of
new designs, annual requalification of manufactured products,
and strict control of materials and
manufacturing processes.
• Custom design - AT&T offers
both catalog and custom
solutions to meet its customer's
needs. Our designers work with
each customer to ensure that the
design objectives and specifications are understood. The
specifications, initially expressed
in terms of circuit performance,
are analyzed and translated into
magnetic parameters. Engineermg samples are made and
provided to customers for incircuit evaluation. After customer
approval of engineering samples
and agreement on requirements,
the custom product is developed
for production.
All transformers listed in this guide
are available. Call 1-800-372-2447 to
request our Transformers Selection
Guide and for sales information.
For technical assistance, call the
Power Systems hot line 1-800-5267819.
6-1
TRANSFORMERS
Modem Transformers
AT&T has an expanding portfolio of transformers designed to serve all segments of the high-speed modem market.
All transformers meet appropriate industry and safety standards.
Maximum
Maximum
Minimum
Insertion Loss
Return Loss
Frequency Response
@lkHz
Agency
0.2 dB Shaping
300 Hz...-3 kHz
(dB)
(dB)
Part No.
Comcode
Approvals
Relative to 1 kHz
2746J V.32bis
107265860
UL, GSA
1.8
23
200 Hz-5 kHz
UL, GSA
1.2
24
200 Hz---6 kHz
2769A V.32bis
106684939
2770A V.32bis
1066684947
UL, GSA
1.2
24
200 Hz---6 kHz
107240186
UL, GSA, BABT
12
200 Hz-3 kHz
2778A V.32bis BAHT
15
2780A V.32bis SMT
107244246
24
200 Hz---6 kHz
UL, GSA
1.6
UL, GSA
2.0
24
100 Hz-4 kHz
2791A V.32bis
107538092
107643868
UL, GSA Pending
1.8
200 Hz-5 kHz
2794] V.32bis
23
2746KV.34
107314338
UL, GSA
2.1
22
200 Hz-4 kHz
107244253
UL, GSA, BABT
20
20
200 Hz-4 kHz
2781A V.34 BAHT
107244287
21
2783A V.34 SMT
UL, GSA
1.8
200 Hz-5 kHz
2.4
100 Hz-5 kHz
2789AV.34
UL, GSA
25
107434086
UL, GSA
2.6
20
100 Hz-4 kHz
279IBV.34
107538415
2793A V.34 BABT
2784A V.32bis PCMCIA'
2792A V.34 PCMCIA
2792B V.34 BAHT
PCMCIA
2786A V.34 PCMCIA
2796A V.34 PCMCIA
107593535
107390114
107565426
107565434
UL, GSA, BABT
UL, GSA
UL, GSA
UL, GSA, BABT
20
2.7
27
2.8
20
25
25
20
100
200
100
100
Hz-2
Hz---6
Hz-4
Hz-4
kHz
kHz
kHz
kHz
2.9
2.7
30
30
200 Hz-5 kHz
200 Hz-5 kHz
Pending
107451358
1076768253
UL, GSA
UL, GSA Pending
• AvaIlable wIth multiple terminal conftguratlons. AT&T is developmg additlonal PCMCIA transformers for applicatlons requiring lower profile
or lower distortlOn
ISDN Transformers
AT&T offers ISDN S/T- and U-Interface transformers compatible with various ISDN transceivers.
Part No.
2754G2 U Interface
2754H21 U Interface
Comcode
106376759
106559990
107155426
107306946
Maximum
Maximum
Primary
Primary Leakage
Associated AT&T
Transceiver IC
Turns Ratio
Inductance
Inductance
(PRJ,SEC)
(mH)
(jlH)
T7262/T7263
T7264, T7256 & T7237
T7264, T7256&T7237
T7264, T7256 & T7237
1:25
1:15
115
1:1.5
256
76.4
76.4
76.4
50
2768A' Dual PKG
sIT Interface
106546575
T7250C, T7256
1.25
12.0
34.2
34.2
342
220
2776A'S!T Interface
107049942
T7250C, T7256
1'25
22.0
2754J2 2 U Interface
2754K2'U Interface
In Development: Dual-Package Surface-Mount SIT-Interface Unit, Dual-Package PCMCIA SIT-Interface Unit
1
2.
3
4.
5
6-2
For North Amencan use only.
For Far East appitcations
For European, North AmerIcan, and Far East applications.
Transmit and receIve transformer m single package
Meets European safety agency requirements
4.0
Maximum
Maximum
de Resistance
de Resistance
Primary
Secondary
(0)
Minimum
Breakdown Voltage
(Vrms)
Maximum
Length x Width x Height
(Inches)
Total Harmonic
Distortion
-76.5 dB Max @ -10 dBm, 600 Hz
(0)
90
120
1500
072x063xO.56
-78 dB Max
@
71
93
1500
0.62 x 0.70 x 0.35
-78 dB Max
@
-10 dBm, 600 Hz
71
-86 dB Max
-76 dB Max
@
69
88
93
69
117
1500
3000
0.62 x 0.80 x 0.35
071 x 0.71 x 0 565
@
-9 dBm, 380 Hz
-10 dBm, 600 Hz
1500
062 x 0.80 x 0.295
-76 dB Max
@
-10 dBm, 600 Hz
118
1000
069 x 0.71 x 0 472
90
118
126
120
1000
066 x 0 56 x 0.481
155
1500
3000
072 x 0 63 x 0.56
135
118
1500
0.62 x 0.80 x 0 393
-765 dB Max
-10 dBm, 600 Hz
@
-10 dBm, 600 Hz
-81 dB Max
@
-9 dBm, 600 Hz
-86 dB Max
@
-3 dBm, 600 Hz
-81 dB Max
@
-9 dBm, 600 Hz
109
88
-90 dB Max
@
-9 dBm, 600 Hz
140
165
1000
1145 x 0 95 x 0 50
-86 dB Max
@
-10 dBm, 600 Hz
152
165
1000
069 x 0.71 x 0.472
-82 dB Max
@
-3 dBm, 300 Hz
120
120
-77 dB Max
-80 dB Max
@
140
170
3000
1000
@
-10 dBm, 600 Hz
-10 dBm, 600 Hz
180
156
1000
071 x 071 x 0.42
060 x 0 33 x 0.170
0.66 x 0.66 x 0.172
-80 dB Max
@
-10 dBm, 600 Hz
160
183
1500
066 x 0.66 x 0.172
-85 dB Max
@
-10 dBm, 600 Hz
165
200
1000
075 x 033 x 0.172
-80 dB Max
@
-10 dBm, 600 Hz
165
165
1000
060x033xO.170
Maximum
Interwinding
Capacitance
(pF)
Maximum
de Resistance
Primary
(0)
Maximum
de Resistance
Secondary
(0)
Minimum
Breakdown Voltage
(Vrms)
Maximum
Length x Width x Height
(Inches)
1 03 x 1.04 x 0 48
25
56
12.2
735
7.4
13.65
17.4
1000
1500
1.03 x 1.04 x 0 48
100
2.3
5.8
2400
o 93 x 0 48 x 0 50
100
1.55
8.75
3000
0.68 x US x 0 51
13.05
1000
1000
0.71 x 0.71 x 0.495
1 03 x 1 04 x 0 48
1 03 x 1.04 x 0 48
6-3
TRANSFORMERS
DS1{f1/CEPT Line Interface Transformers
Products listed in order by turns ratio.
Turns
Ratio
(PRI:SEC)
Minimum
Primary
Inductance
(mH)
Maximum
Primary
Leakage
Inductance
(IlH)
Maximum
Interwinding
Capacitance
(pF)
Maximum
dc
Resistance
Primary
(n)
Maximum
de
Minimum
Resistance ac
Secondary Breakdown
(0)
(Vac)
Apparatus
Code
Ordering
Comcode
2745AG2
2664AM!,4.7
106186430
107620130
1:1 CT
230
2
25
10
12
500
1:1 CT
1.50
1:107 CT
1.00
05
10
1000
106727605
5
75 (TYP)
1.0
2745AJ2
3.5
0.8
2745G3
2745A1Q!
106696297
107154676
1:1.14 CT
1'1.14 CT
175
125
14
2
90
11
08
850
1000
2745AL24
2741H2!
107194326
1:1.14 CT
18
106003999
1:136 CT
1.25
0.92
2.5
5
14
5
20
05
10
09
1000
0.9
0.9
0.4
1000
1.5
850
2745CA
106445711
1:1.36 CT
0.92
1CT:1.37
0.92
8
0.9
0.9
850
105668727
0.7
2
1.2
2741j1
1.3
850
2745C2
106004013
1:1.37 CT
0.68
1.2
85 (TYP)
10
1.4
850
2745AE
104450697
1:1.43 CT
1.30
1.2
90
06
09
850
2741G2!
106003973
1 CT:2 CT
3.15
6.5
5
19
4.4
850
2745AF2
106004047
1 CT:2 CT
3.15
16
3.2
850
107213860
105710461
1 CT:1:3 CT 0.93
0.43
1:3.76 CT
3
0.5
0.7
23
2741R2
2745AH
65
45
1.0
04
3.3
1.5
850
107084352
1:1.14 CT
1:1.14 CT
1.75
2
80
0.8
0.8
1.30
0.70
15
12
5
50 (TYP)
0.6
0.4
0.7
850
1500
0.5
850
3
0.5
30
20 (TYP)
1.1
23
1500
0.7
13
1500
0.55
0.45
20 (TYP)
09
1.4
2.0
1500
34
1500
5
23
1.0
3.4
0.74
0.97
1500
1500
1.3
1500
1.1
2771B (SMD
27710 (SMD!
850
2771G (SMT)
107310500
107089906
l'137CT
2771C (SMT)
107089880
1 CT:2 CT
2664AK
107594988
1:191CT
3.15
0.78
2664AL
107591851
1:2.1CT
078
2664AJ
2771E (SMT),
107542565
1:2.43CT
0.97
107310518
1:2 CT
3.2
See Note 6
2779C (SMT)
107436495
107637815
1:1.36 CT
3.15
1.85
1.00
2779H (SMT)
107728594
053
0.50
0.8
1.8
0.85
1.1
1.1
107714057
107714842
1.65
1.65
13
1.25
15
22
2779J (SMD
1:1.07
1:1.37
1:1.07
1:1.14
14
06
0.9
1.45
1.1
0.48
1500
1500
1500
1500
0.07
0.1
15 (TYP)
0.20
0.40
1500
2771H (SMT)
2779L (SMT)
CT
CT
CT
CT
1.3
0.7
20 (TYP)
25
DS3/STS-1/E3 Transformer
2745AM23
107253056
1:1:1
Wide-Band Hybrid Transformer
20 kHz-800 MHz
106648009
750: 750 + 750
3 dB
6. Transformer has a dual turns ratio (1: 1.0 Band I: 1.36).
I. CT = center tap.
7. Designed for EMI suppression in Tl circuits.
2. An electrostatic shield is included between the primary and secondary.
3. Can be configured for both I: I and 1:4 impedance ratios.
4. "Hardened" to withstand a 6 A current for I second with no damage.
5. Precision adjustable tuned transformer used in LC tank circuit for Tl timing recovery. Minimum Q = 160 at 1.544 MHz.
2689J2
6-4
Through-Hole Transformers for DSI Devices
Transmit Transfonners
Comcode
Receive Transfonners
Comcode
code
Communication
Device
Application
Code
17288
CEPT
2745CA
2741H2
106445711
106003999
17289, 17289A
DS1
2745G3
2745AK2
2745AL2
106696297
107154676
107194326
2745C2
2745CA
2741H2
106004013
106445711
106003999
DS1
2745A]2
106727605
CEPT
2745CA
2741H2
106445711
106003999
DS1
106696297
CEPT 75.1
2745G3
2745A]2
CEPT75.2
2745CA
106727605
106445711
CEPT 120
2745CA
106445711
DS1
2664AL
107591851
2664AL
107591851
CEPT 751
2664AK
107594988
2664AK
107594988
17290A
17690
17693
17296
Tl
Note
2
2
3
2745AF2
2741G2
Note
2745AF2
2741G2
106004047
106003973
106004047
106003973
2745AF2
2741G2
106004047
106003973
2
2745AF2
2741G2
106004047
106003973
2
2745AF2
2741G2
106004047
106003973
2
2745G3
2745A]2
106696297
106727605
2
2
2
1
2
2745CA
106445711
2745CA
106445711
CEPT 75 2
2664A]
107542565
2664A]
107542565
CEPT 120
2664A]
107542565
2664A]
107542565
DS3, E3, STS-1
2745AM2
107253056
2745AM2
107253056
Surface-Mount Transformers for DSI Devices
Transmit Transfonners
Communication
Device
Application
17288
17289,17289A
17290A
CEPT
DS1
Code
Comcode
Receive Transformers
Note
Code
2779B
2779C
107697815
2779G
2779B
107554693
Tl
2779H
107728594
2779B
4
2779B
DS1
2779H
107728594
4
2779B
CEPT
2779H
107728594
DS1
4
2779G
17690
2779G
107728594
CEPT 75.1
4
2779H
2779H
107728594
4
107728594
CEPT75.2
2779H
2779H
4
2779H
CEPT 120
2779H
107728594
1. Transformer with extra interwinding insulation for low capacitance.
2. Transformer with electrostatic shield for maximum circuit EMI suppression.
3. Hardened transformer. Center-tapped winding can handle 6 Amps for I second.
4. Transformer has a dual turns ration (1: 1.36 and I: 1.08) to accommodate all three applications of T7290A
and all three CEPT applications the 17690.
Comcode
Note
107554701
107554701
107554701
107554701
107554701
107554693
107728594
107728594
107728594
4
4
4
6-5
TRANSFORMERS
2741 Type
2745 Type
t"6"~")h
r'~"~~)=h
0.35 (8.89)
Max.
h-n--""---n--rl~
J L
----:r
0.250
0.45 (11.43)
Max.
Lr-r8r---rr--8~~
L
J
0.150 (3.81)
Terminal Spacing
I
Max.
I
h-n-"--IT"'"TI'"-rl~
f
I
I
2689 Type
0.70 (17.78)-1
0.35 (8.89)
Max.
L
I
I--
f
I
L
0.125 (3.18)
f
0.100 (2.54)
Terminal Spacing
f
f
-.
0.40
0.250 (10.16)
(6.35) Max
0.46
(11.69)
(6.35) Max.
----*-
----1.
!
i4'
R'Jo
~
J " 'L +-, '
End View
Side View
IF 91,
(10.2)
~.
5°/8',
--l
I- 0.100 (2.54)
0.120
(3.05)
Terminal Spacing
HL
0.300 '
,
(7.62) Ref.J.-+
(l.59 (15.0)
Max.
j
2
0.200 (5.08)
Terminal Spacing
3
Terminal 1
Identifier
Side View
~
j
lO.100(2.54)
Terminal
Spacing
General Notes: Dimensions in inches (millimeters)
TIl Standard Terminal Lengths: L = 0.110 (2.79), 0.155 (3.94)
Terminals: Solder Coated Phosphor Bronze, 0.023 (0.584) Sq Typ
6-6
0 .120
1- (3.05)
Top View
1
o 17 ' "
,
.
2779 Type
2771 Type
Top View
(4~.32)
Max.
II
!
W
End View
it
,
0.35
(8.89)
Max.
---.L
~ 3~) ~II
0.49
(12.45)-
AT&T CUSTOM MANUFACTURING SERVICES
Full-Service, Box-Build Solutions
Total Life-Cycle Solutions
AT&T Custom Manufacturing Services (CMS) is a full-service, electronics manufacturing services industry (EMS!) provider specializing
in turnkey, final-system build solutions for communications products.
Through its alliance with AT&T Microelectronics, AT&T CMS offers
customers a one-stop product realization source.
For OEMs requiring a complete solution to their manufacturing
outsourcing needs, AT&T Custom
Manufacturing Services offers total
life-cycle solutions unlike traditional
contractors with "enhanced" assembly services. We have integrated,
end-to-end capabilities and resources to take a product at the de-
sign stage and deliver finished units
to your end customers. We can even
provide repair, upgrade, and warranty services, all with the value you
would expect from AT&T-the
value of high quality and reliability
backed by leading technology and
standard-setting customer service
Service
Primary Partner Benefit(s)
Other Benefits
Concurrent Design
and Engineering
- Reduced risk and cost
- On-site Bell Labs Design Engineering Services PWB layout, DFX
- Component engineering - vendor qualification,
approved vendor list
- Co-location support available for design transition
- Bell Labs Engineering Research Center support
New Product
Introduction
- Enhanced time to market
- Product design evaluation and proposals for cost
reduction and reliability improvements
- Prototype builds, evaluation and testing to prove-m
manufacturing processes
- Design For Manufacturability (DFM) reviews following
the prototype build
- Each program assigned a dedicated project manager who
leads a cross-functional project team throughout the life
of the program
'- Concurrent approach provides smooth transition to
production
SupplyUne
Management
- Lower total cost
of ownership
- Enhanced tlexibility
- Component and supplier evaluation for passive, active,
PWB, and custom parts
- Material planning and procurement leverages approved
vendors and corporate contracts to improve delivery,
quality, and cost performance.
- Customized scheduling and production planning to meet
customer order fulflliment needs (MRP II-based)
- EDI support
- Global purchasing support
Manufacturing
- Improved quality and
reliability
- Technology leverage
- Flexible, state-of-the-art facilities operated by a highly
skilled, experienced work force.
- Wide range of printed-circuit assembly capabilities-from
12-mil pitch surface mount to large discrete through-hole
devices
- Ball grid array (BGA) and 0402 passive assembly
- Dedicated final-system assembly areas and processes
utilizing progressive assembly and material buffering
- Jointly developed test strategies identify the appropriate
combination of cost-effective tests
Quality
- Improved quality and
reliability
- Lower total cost of
ownership
-
Total Quality Management (TQM) approach
ISO 9002-certified manufacturing facilities
BellCore-compliant
EPA, UI, CSA, FCC, VDE product-specific certification
support (BABT in 1995)
7-1
AT&T CUSTOM MANUFACTURING SERVICES
Partnering In Product Realization
Markets/Applications Served
The motivation and benefits of
outsourcing are clear-from reduced costs associated with capital
investments, inventory, and operating overhead to enhanced time to
market, market flexibility, and fmancial perfonnance. AT&T CMS partners enjoy these benefits and more.
They leverage the strengths of a
leading EMSI provider backed by
the resources of AT&T:
Networked Communications
• Total life-cycle solutions backed
by AT&1's extensive resources
• Unmatched experience, expertise
and vision in communications
markets
• Access to world-class technology
and process development
• Global purchasing power and
supply line management resources
• Legendary quality and reliability
• AT&T's global brand recognition
and market leverage
Wireless Communications
Multimedia Communications
- Internetworking LAN/WAN hubs
and routers
- Broadband switches
- Secure voice/data equipment
- CellularlPCS base stations and
tenninals
-WLAN, WPBX
- Air-to-ground communications
equipment
- Videoconferencing equipment
- Video servers
- Computer Telephony Integrated
(CTI) Terminals
Custom Manufacturing Centers
• Greensboro, North Carolina, U.SA.:
- Dedicated EMSI facility built in 1992
- Full-service facility
- SM, Pili, system assembly (including BGA, 12-mil pitch, 0402 assembly
in 1995)
- 210,000 square feet
- 400 employees
- ISO 9002-certified (DnV Industry)
- 1994 NC Quality Leadership Honor Roll recipient
• Little Rock, Arkansas, U.SA.:
- Wireless Center of Excellence (RF-speclfic capabilities and resources)
- Full-service facility
- SM, Pili, system assembly
- 288,000 square feet
- 300 employees
- ISO 9002-certified (lloyd's Register)
Together we can leverage our combined core competencies to deliver winning products to the market. Let us show you how ''Partnering In Product
Realization" can work for you.
For more infonnation about AT&T Custom Manufacturing Services, call your
AT&T Account Manager, or call 1-800-447-2925.
7-2
CUSTOMER SUPPORT
AT& T Worldwide Support
• Design Centers
Santa Clara, CA
Allentown, PA
London, England
Madrid, Spain
Munich, Germany
Singapore
Taipei, Taiwan
Tokyo, Japan
• Manufacturing Plants
Allentown, PA
Bangkok, Thailand
Dallas, TX
Madrid, Spain
Malmesbury, England
Matamoros, Mexico
Merrimack Valley, MA
Orlando, FL
Reading, PA
Richmond, VA
Singapore
Sales Offices
Located worldwide. For
the nearest location,
please call:
1-800-372-2447.
8-1
CUSTOMER SUPPORT
AT& T Microelectronics
World Headquarters
2 Oak Way
Berkeley Heights, NJ 07922-2727
(908) 771-2000
San Francisco
4995 Patrick Henry Drive
Santa Clara, CA 95054
(408) 980-3700
International Sales Offices
7-18, Higashi-Gotanda 2-chome
Shinagawa-ku, Tokyo 141, Japan
Tel: 03-5421-1600
Int'l: +81-3-5421-1600
FAX: 03-5421-1700
Int'l: +81-3-5421-1700
For additional information:
AT&T Microelectronics
555 Union Boulevard
Room 21Q-133BA
Allentown, PA 18103
1-800-372-2447
In Canada: 1-800-553-2448
Finland
Tekniikantie 12
SF-02150 ESPOO
Helsinki, Finland
Tel. 4354-2800
Int'l: +358-0-4354-2800
FAX: 463-263
Int'l +358-0-463-263
Singapore
14 Science Park Drive
#03-02A/04 The Maxwell
Singapore 0511
Tel: 778-8833
Int'l: +65-778-8833
FAX: 777-7495
Int'l· +65-777-7495
North American Sales Offices
France
Tour Horizon
52 Quai de Dion Bouton
F-92800 Puteaux Cedex
Spain
Poligono Industrial de
Tres Cantos (Zona Oeste)
E-28770 Colmenar Viejo
Madrid, Spain
Tel: 1-807-1700
Int'l: +34-1-807-1700
FAX: 1-807-1420
Int'l: +34-1-807-1420
Atlanta
3295 River Exchange Dr.
Suite 350
Norcross, GA 30092
(404) 446-4700
Boston
Point West Place
111 Speen St.
Framingham, MA 01701
(508) 626-2161
Chicago
450 E. Devon Ave.
Suite 225
Itasca, IL 60143-1262
(708) 773-8858
Dallas
222 West Las Colmas Blvd.
SUite 950
Irving, TX 75039
(214) 556-8800
Denver
7979 E Tufts Avenue
2nd Floor
Denver, CO 80237
(303) 290-2336
Los Angeles
7711 Center Ave.
Suite 101
Huntington Beach, CA 92647
(714) 890-4198
Minneapolis
1650 W. 82nd Street
Suite 550
Bloomington, MN 55431
(612) 885-4300
Portland
10220 S.W. Greenburg Rd.
Suite 520
Portland, OR 97223
(503) 244-3883
8-2
Paris, France
Tel: 4767-4767
Int'l: +33-1-4767-4767
FAX: 4767-4724
Int'l: +33-1-4767-4724
Germany
Rudower Chaussee 5
D-12484 Berlin, Germany
Tel: 030-63925370
Int'l· +49-30-63925370
FAX: 030-6643225
Int'l: +49-30-6643225
Bahnhofstrasse 27A
D-85774 Unterfoehnng
Germany
Tel: 089-95086-0
Int'l: +49-89-95086-0
FAX: 089-95086-333
Int'l: +49-89-95086-333
Italy
Viale Fulvio Testi 117
1-20092 Cinisello Balsamo
Milan, Italy
Tel· 02-6601-1800
Int'l: +39-2-6601-1800
FAX: 02-6127-005
Int'l +39-2-6127-005
Korea
17th FI. Securities Supervisory
Board Bldg.
#27 Yoido-Dong Youngdeungpo-Ku
Yoido P. O. Box 341
Seoul, Korea
Tel: +82-2-767-4000
Int'l: +82-2-767-4001
Japan
2-10 Minami-Semba,
4-Chome
Chou-ku, Osaka 542
Int'l: +81-6-258-6222
FAX: 6-258-6448
Int'l: +81-6-258-6448
Sweden
Klarabergsviadukten 70
Box 70363
S-10724
Stockholm, Sweden
Tel: 08-700-5230
Int'l: +46-8-700-5230
FAX: 08-700-5263
Int'l: +46-8-700-5263
Taiwan
16F, Hung Tai Century Tower
156, MmSheng
E. Rd. Sec 3
Taipei, 105, Taiwan, R.O.C.
Tel: 2-547-3131
Int'l: +886-2-547-3131
FAX: 2-713-3246
Int'1. +886-2-713-3246
United Kingdom
Microelectronics House
Broad Lane
Bracknell, Berkshire
RG129GS Umted Kmgdom
Tel: 1-344-865-900
Int'l: +44-344-865-900
FAX: 1-344-865-990
In!'l: +44-344-865-990
Manufacturer Representatives
Canada/Puerto RicolUnited States
Canada
Ontario
J-Squared Technologies, Inc.
300 March Road, Suite 501
Kanata, Ontario, Canada K2K 2E2
(613) 592-9540
J-Squared Technologies, Inc.
3405 American Drive
Building 307, Unit #11
Mississauga, Ontario, Canada L4v IT6
(905) 672-2030
Quebec
J-Squared Technologies, Inc.
1405 Transcanada Hwy
Suite 350
Dorval, Quebec, Canada
H9P 2V9
(514) 421-7800
British Columbia
J-Squared Technologies, Inc.
4170 Still Creek Drive
Suite 200
Burnaby, British Columbia, Canada
V5C 6c6
(604) 473-4666
Puerto Rico
Power Products Only
ETS, Inc.
P.O Box 10758
Caparra Hts. Station
San Juan, Puerto Rico 00922
(809) 798-1300
United States
Alabama
Prime Components, Inc.
4801 University Square, Suite 31
Huntsville, AL 35816
(205) 837-9668
Power Products Only
Electramark
4910 Corp. Dr.
Huntsville, AL 35805
(205) 830-4400
Arizona
Aztech Component Sales, Inc.
15230 North 75th Street
Suite 1031
Scottsdale, AZ 85260
(602) 991-6300
Arkansas
Southern States Marketing
23 Inca Lane
Hot Springs Village, AR 71909
(50l) 922-0807
California
Electec SoCal, Inc.
20301 Ventura Blvd., Suite 305
Woodland Hills, CA 91364
(818) 226-6010
Electec SoCal, Inc.
15520 Rockfield Blvd., SUite D
Irvine, CA 92718
(714) 580-0270
Electec Sales, Inc.
4701 Patrick Henry Dr.
Suite 2101
Santa Clara, CA 95054
(408) 496-0706
Electec Sales San Diego, Inc.
9666 Busmess Park Ave.
Suite 207
San Diego, CA 92131
(619) 635-5959
Power products Only
Infinity Sales
20 Corporate Park
Suite 100
Irvine, CA 92714
(714) 833-0300
Colorado
Quorum 3
23 Inverness Way East
Suite 120
Englewood, CO 80112
(303) 799-8100
Connecticut
Anchor Engineering
40 Oxbow Lane
Guilford, CT 06437
(203) 458-7496
Florida
Power Products Only
CBX Electronics, Inc.
1706 E. Semoran Blvd.
Suite 114
Apopka, FL 32703
(407) 889-9100
Power Products Only
CBX Electronics, Inc.
324 S Military Trail
Deerfield Beach, FL 33442
(305) 429-3400
Georgia
Prime Components, Inc.
6825 Jimmy Carter Blvd.
Suite 1890
Norcross, GA 30071
(770) 441-3343
Power Products Only
Electramark
6030-H Unity Drive
Norcross, GA 30071
(404) 446-7915
Illinois
Victory Sales, Inc.
1030 Higgins Road
Suite 101
Hoffman Estates, IL 60195
(708) 490-0300
Indiana
Victory Sales, Inc.
3077 E. 98th St.
Suite 135
Indianapolis, IN 46280
(317) 581-0880
Power Products Only
Mohrfie1d Marketing, Inc.
4173 Millersville Road
Indianapolis, IN 46205
(317) 546-6969
Power Products Only
Mohrfie1d Marketing, Inc.
9415 Teke Drive
Leo, IN 46765
(219) 627-5355
Kansas
MIDTEC Associates, Inc
11900 W. 87th Street Pkwy
SUite 220
Lenexa, KS 66215
(913) 541-0505
Kentucky
Power Products Only
Mohrfie1d Marketing, Inc.
2265 Harrodsburg Road
Suite 200
Lexington, KY 40504
(606) 276-0478
Maryland
Advanced Technology Sales
201 International Circle
Suite 570
Hunt Valley, MD 21031
(410) 771-0880
Massachusetts
Universal Technology, Inc.
460 Totten Pond Road, Fifth Floor
Waltham, MA 02154
(617) 890-8505
Power Products Only
Anchor Engineering Corp.
33 Lyman St.
Westborough, MA 01581
(508) 898-2724
Power products Only
Bill Byrne & Associates
125 Conant Rd.
Weston, MA 02193
(617) 899-3439
8-3
CUSTOMER SUPPORT
Michigan
Trilogy Marketing Incorporated
691 N. Squirrel Rd.
Suite 110
Auburn Hills, MI 48326
(810) 377-4900
Minnesota
D.A. Case Associates
4620 West 77th Street
Suite 250
Minneapolis, MN 55435
(612) 831-6777
Missouri
Midtec Associates, Inc.
55 Westport Plaza, Suite 614
st. LOlliS, MO 63146
(314) 275-8666
New Jersey
Technical Marketing Group
175-3C FaIrfield Ave.
West Caldwell, NJ 07006
(201) 226-9408
Power Products Only
Systech Associates, Inc.
700 Black Horse Pike, Suite 504
TurnersvIlle, NJ 08012
(609) 751-5151
New Mexico
Power Products Only
Nelco Electronix
3240 Juan Tabo NE
Albuquerque, NM 87111
(505) 293-1399
New York
Entec Group Inc.
6037 Taft Road East
Suite 106
North Syracuse, NY 13212
(315) 458-7936
North Carolina
Prime Components, Inc.
5250-77 Center Drive
Suite 350
Charlotte, NC 28217
(704) 522-1150
Prime Components, Inc.
805 Spring Forest Road
Suite 800
Raleigh, NC 27609
(919) 850-9866
Prime Components, Inc.
1605 Maple Ridge Court
Greensboro, NC 27455
(910) 282-7855
Power Products Only
Quantum Marketing
4801 E Independence Blvd.
Suite 1000
Charlotte, NC 28212
(704) 536-8558
Power Products Only
Quantum Marketing
6604 Six Forks Rd.
Suite 102
Raleigh, NC 27615
(919) 846-5728
Power products Only
Warren Partners
3425 Labrador Lane
Chapel Hill, NC 27516
(919) 967-3915
Ohio
Victory Sales Inc.
7333 Paragon Rd.
Suite 210
Centerville, OH 45458
(513) 436-1222
Technical Marketing Group
150 Broad Hollow Road
Melville, NY 11747
(516) 351-8833
Victory Sales Inc.
32901 Station St
Suite 104
Solon, OH 44139
(216) 498-7570
Power Products Only
MUcom Sales Associates
314 Route 22W
Greensbrook, NY 08812
(908) 752-8884
Power Products Only
Midwest Marketing Associates
30 Marco Lane
Dayton, OH 45458
(513) 443-2511
Power Products Only
Upstate Components Sales Inc.
40 Humboldt St.
Rochester, NY 14609-7429
(716) 482-6070
Power Products Only
Midwest Marketing Associates
5001 Mayfield Road
Suite 212
Lyndhurst, OH 44124
(216) 381-8575
8-4
Oregon
Advanced Technical Marketing
Inc.
4900 S.W. Griffith Drive
Suite 155
Beaverton, OR 97005
(503) 643-8307
Pennsylvania
SIlicon Materials Only
HOTTEC, Inc.
146 Surrey Lane
Harleysville, PA 19438
(215) 256-6003
Texas
Southern States Marketing
400 E Anderson Lane
Suite 126
Austin, TX 78752
(512) 835-5822
Southern States Marketing
13831 Northwest Freeway
Suite 151
Houston, TX 77040
(713) 895-8533
southern States Marketing
1702 North Collins Blvd.
SUIte 250.
Richardson, TX 75080
(214) 238-7500
Power products Only
OM Sales
9020 Capital of Texas Hwy N
Bldg #1 Suite 335
AustIn, TX 78759
(512) 794-9971
Power products Only
OM Associates
20405 State Hwy 249
Suite 170
Houston, TX 77070
(713) 376-6400
Power Products Only
OM Sales
690 W. Cambell Rd
Suite 150
Richardson, TX 75080
(214) 690-6746
Utah
Anderson Associates
270 S. Main Street
Suite 108
Bountiful, UT 84010
(80l) 292-8991
Virginia
Advanced Technology Sales
13615 Knobhill Court
Midlothian, VA 23113
(804) 378-5275
Washington
Advanced Technical Marketing
H5211,;4th Ave N.E
Redmond, WA 9H052
(206) H69-7636
Wisconsin
Victory Sales, Inc.
405 N Calhoun Road
SlIlte 20H
Brookfield, WI 53005
(414) 7H9-5770
International Manufacturer
Representatives
England
Ultimate Marketing
Coltwood Hou,e
2 Tongham Rd
Runfold, Farmham
Surrey GUlO 1PH
England
Tel 0252-781212
Int'l. +44-252-7H1212
FAX.0252-7H1313
Int'l +44-252-781313
Germany
Peter Sibities Ingenieur Buero
Heckenstallerstrasse 153
0-81369 MUnich
Germany
Int'l' +49H9-711H69
Ireland
Micro Marketing Ltd.
Ellenborough House, Dubhn Rd
NAAS. Co Kildare
Ireland
Tel 01-2989400
Int'l +353-45-71316
FAX 01-2989828
lnt'l +353-45-71315
Israel
SMD Electronics Ltd.
POBox 3075, 12 lrus Ha'argaman
II-42130. Netanya
Israel
Tel 02-9654368/9
lnt'l +97-2-9654368/9
FAX. 02-9654370
Int'l· +97-2-9654370
Scotland
Stuart Electronics Ltd.
PhoenIX House
Bothwell Road
Castlehlll
Carluke MLS 5UF. Scotland
Tel 0555-751572
Int'l +44-555-751572
FAX: 0555-75028
Int'l' +44-555-75028
Distributors
Canada/United States
Canada
ArrowISchweber Electronics
36 Antares Dnve
Unit 100
Nepean, Ontano
Canada K2E 7W5
(613) 226-6903
Capstone Electronics Canada Hub
1093 Meyerslde Dnve
Mlsslssauga, Ontano, Canada
L5T 1M4
(905) 670-2010
ArrowISchweber Electronics
1093 Meyerslde Dnve
Mlsslssauga, Ontario L5T 1M4
(905) 670-7769
ArrowISchweber Electronics
1100 St RegiS Boulevard
Dorval. Quebec, Canada H9P
2T5
(514) 421-7411
ArrowISchweber Electronics
Lake City Busmess Center
8544 Baxter Place
Burnaby, B. C , Canada V5A 4T8
(604) 421-2333
United States
California
Anthem Electronics, Inc.
(Corporate Office)
1160 Ridder Park Dnve
San Jose, CA 95131
(408) 452-2219
Anthem Electronics, Inc.
1 Oldfield Dnve
lrvme, CA 92718-2809
(714) 768-4444
Anthem Electronics, Inc.
9369 Carroll Park Dnve
San Diego, CA 92121
(619) 453-9005
Anthem Electronics, Inc.
9131 Oakdale Avenue
Chatsworth, CA 91311
(818) 775-1333
Anthem Electronics, Inc.
580 Menlo Dnve
Suite 8
Rockhn, CA 95677
(916) 624-9744
ArrowISchweber Electronics
6 Cromwell Street, SlIlte 100
Irvme, CA 92718
(714) 454-4303
ArrowISchweber Electronics
1180 Murphy Avenue
San Jose, CA 95131
(408) 441-9700
Alabama
Arrow/Schweber Electronics
1015 Henderson Road
Huntsville, Ai 35816
(205) 837-6955
ArrowISchweber Electronics
9511 Rldgehaven Court
San Diego. CA 92123
(619) 565-4800
Pioneer Technologies Group
4H35 UnIVerSIty Square, SlIlte 5
Huntsville, AL 35816
(205) 837-9300
ArrowISchweber Electronics
27607 W Agoura Road
Mahhu Canyon Business Park
Calahasas, CA 91302
(818) 880-9686
Anthem Electronics Inc.
4920 H Corporate Dr
Huntsvllle, AL 35805
(205) 890-0302
Arizona
Anthem Electronics, Inc.
1553 W 10th Place
SlIlte 101
Tempe, AZ 85281
(602) 966-6600
Arrow/Schweber Electronics
2415 W Ene Dnve
Tempe, AZ 85282
(602) 431-0030
Capstone Electronics
6 Cromwell St., #100
Irvme. CA 92718
(714) 454-4245
Capstone Electronics San}oseHub
1180 Murphy Avenue
San Jose, CA 95131
(408) 453-9804
Zeus Electronics, Inc.
6276 San IgnaCiO Ave., SlIlte E
San Jose, CA 95119
(408) 629-47H9
8-5
CUSTOMER SUPPORT
Zeus Electronics, Inc.
6 Cromwell SI. #100
Irvine, CA 92718-1816
(714) 581-4622
Pioneer Technologies Group
333 River Oaks Parkway
San Jose, CA 95134
(408) 954-9100
Power Prexiucts Only
Compumeck
726 S, Hillview Dr.
Milpitar, CA 95035
(408) 945-9100
Power Products Only
Foresight Electronics
318 MartIn Avenue
Santa Clara, CA 95050
(408) 980-9700
Power Products Only
Pioneer Standard
217 Technology Dr. #110
Irvme, CA 92718
(714) 753-5090
Power Products Only
Pioneer Standard
9449 Balboa Ave #114
San Diego, CA 92123
(619) 514-7700
Colorado
Anthem Electronics, Inc.
373 Inverness Dnve South
Englewood, CO 80112
(303) 790-4500
ArrowISchweber Electronics
101 Inverness Dnve East
SUIte 105
Englewood, CO 80112
(03) 799-0258
Capstone Electronics
(Headquarters)
3254 Fraser Street
Aurora, CO 80011
(303) 375-1300
Connecticut
Anthem Electronics, Inc.
61 Mattatuck HeIghts Road
Waterbury, CT 06705
(203) 575-1575
Florida
ArrowISchweber Electronics
400 Fairway Drive
Deerfield Beach, FL 33441
(305) 429-8200
Arrow/Schweber Electronics
37 Skyline Dnve
BUIldIng D
Suites 3101, 3102, & 3103
Lake Mary, FL 32746
(407) 333-9300
Anthem Electronics, Inc.
598 South Northlake Blvd,
SUIte #1024
Altamonte Spnngs, FL 32701
(407) 831-0007
Anthem Electronics, Inc.
5200 Northwest 33rd Ave,
SUIte 206
Ft. Lauderdale, FL 33309
(305) 484-0990
Zeus Electronics, Inc.
37 Skyhne Dr.
BUIlding D, SUItes 1301-3
Lake Mary, FL 32746
(407) 333-3055
Pioneer Technologies Group
337 South-North Lake, #1000
Altamonte Spnngs, FL 32701
(407) 834-9090
Pioneer Technologies Group
674 South MIlitary Trail
Deerfteld Beach, FL 33442
(305) 428-8877
Power Products Only
Sager
7699 Commerce Center Drive
Orlando, FL 32819
(407) 354-1130
Georgia
Arrow/Schweber Electronics
4250 E, RIver Green Parkway
Duluth, GA 30136
(404) 497-1300
Pioneer Technologies Group
4250 C Rlvergreen Parkway
Duluth, GA 30136
(404) 623-1003
Power Products Only
Sager
3000 Northwoods Parkway #170
Norcross, GA 30071
(404) 446-0085
Illinois
Anthem Electronics, Inc.
1300 Remington Road
Suite A
Schaumburg, IL 60173
(708) 884-0200
Arrow/Schweber Electronics
1140 W Thorndale Avenue
Itasca, IL 60143
(708) 250-0500
Capstone Electronics Chicago Regional Center
1100 W. Thorndale Avenue
Itasca, IL 60143
(708) 250-0300
Power Products Only
Sager
1105 RemIngton Rd.
Schaumburg, IL 60173
(708) 882-9790
Indiana
ArrowISchweber Electronics
7108 Lakeview Parkway, West Dnve
Indianapohs, IN 46268
(317) 299-2071
Power Products Only
Pioneer Standard
9350 N Pnority Way W Dr
Indlanapohs, IN 46240
(317) 573-0880
Kansas
ArrowISchweber ElectronicsCapstone
9801 Legler Road
Lenexa, KS 66214
(913) 541-9542
Maryland
Anthem Electronics, Inc.
7168 ColumbIa Gateway Dnve
SUIte A
ColumbIa, MD 21046
(410) 995-6640
ArrowISchweber Electronics
9800J Patuxent Woods Dnve
ArrowISchweber Electronics
860 N MaIn 5t Ext
Walhngford, CT 06492
(203) 265-7741
Power Products Only
Sager
108 N, PlaIns Industrial Rd,
Walhngford, CT 06492
(203) 265-4600
H-6
Anthem Electronics, Inc.
3305 Breckenridge Blvd,
SUIte 108
Duluth, GA 30136
(404) 813-0023
ColumbIa, MD 21046
(301) 596-7800
Pioneer Technologies Group
15810 GaIther Dnve
Gaithersburg, MD 20877
(301) 921-8407
Pioneer Technologies Group
9100 GaIther Road
GaIthersburg, MD 20877
(301) 921-0660
Power Products Only
Sager
9051 K Red Branch Road
ColumbIa, MD 21045
(410) 995-4900
Massachusetts
Power Products Only
Sager (N. Branch)
100 Research Dr
WIlmIngton, MA
(508) 657-5155
Anthem Electronics, Inc.
200 Research Dr
WilmIngton, MA 01887
(508) 657-5170
ArrowISchweber Electronics
25 Upton DrIve
WIlmIngton, MA 01887
(508) 658-0900
Minnesota
Anthem Electronics, Inc.
7690 Golden Tnangle Dnve
Eden PraIrie, MN 55344
(612) 944-5454
Arrow/Schweber Electronics
25 Hub Dnve
MelVIlle, NY 11747
(516) 391-1300
ArrowISchweber Electronics
10100 VIkIng Dnve, SUIte 100
Eden Prairie, MN 55344
(612) 941-5280
Zeus Electronics, Inc.
100 MIdland Ave
Port Chester, NY 10573
(914) 933-4200
New Hampshire
Power Products Only
Sager
2 Industnal Way
Salem, NH 03079
(603) 898-1348
New Jersey
Anthem Electronics, Inc.
26 Chapm Road, Umt K
Pme Brook, NJ 07058
(201) 227-7960
ArrowISchweber Electronics
4 E Stow Road, Umt 11
Marlton, NJ 08053
(609) 596-8000
Zeus Electronics, Inc.
25 Upton Dr
WIImmgton, MA 01887
(508) 658-4776
ArrowISchweber Electronics
43 Route 46 East
PIne Brook, NJ 0705R
(201) 227-7889
Power Products Only
Sager
60 Research Rd
HIngham, MA ·02043
(617) '749-6700
Arrow/Schweber Electronics
101 Crawfords Corner Road
Room IM511
Holmdel, NJ 07733-3030
(908) 949-4700
Power Products Only
Pioneer Standard
44 Hartwell Ave
LeXIngton, MA 02173
(617) 861-9200
Capstone Electronics Philadelphia Regional Center
4 E Stow Road, #12
Marlton, NJ 08053
(609) 596-7500
Power Products Only
Pioneer Standard
4595 Broadmoor SE, SUIte 235
Grand RapIds, Ml 49512
(616) 534-0500
Power Products Only
Pioneer Standard
44190 Plymouth Oaks Dr
Plymouth, MI 48170
(313) 416-2157
3375 Bnghton-Hennetta
TownlIne Road
Rochester, NY 14623
(716) 427-0300
ArrowISchweber Electronics
10120A West 76th Sr
Eden Prame, MN 55344
(612) 946-4800
Capstone Electronics - Boston
Regional Center
25 Upton DrIve
WIlmIngton, MA 01887
(508) 657-5874
Michigan
ArrowISchweber Electronics
44720 Helm St
Plymouth, MI 48172
(313) 462-2290
Arrow/Schweber Electronics
Power Products Only
Pioneer Standard
14A MadIson Rd.
FaIrfIeld, NJ 07006
(201) 575-3510
New York
Anthem Electronics, Inc.
47 Mall Dnve
Commack, NY 11725
(516) 864-6600
Power Products Only
Sager
800 Pnme Place
Hauppauge, NY 11788
(516) 348-1300
Power Products Only
Pioneer Standard
840 FaIrport Park
FaIrport, NY 14450
(716) 381-7070
Power Products Only
Pioneer Standard
60 Crossways Park West
Woodbury, NY 11797
(516) 921-8700
North Carolina
Arrow/Schweber Electronics
5240 Greens DaIry Road
RaleIgh, NC 27604
(919) 876-3132
Capstone Electronics Raleigh Hub
5230 Greens Dairy Road
RaleIgh, NC 27604
(919) 954-0600
Pioneer TechnolOgies Group
2200 Gateway Centre Boulevard
Suite 215
MOrrIsvIlle, NC 27560
(919) 460-1530
Power Products Only
Sager
5249 CapItal Blvd
RaleIgh, NC 27604
(919) 850-9550
Ohio
ArrowISchweber Electronics
6573 E Cochran Road
Solon, OH 44139
(216) 248-3990
ArrowISchweber Electronics
20 Oser Avenue
Hauppauge, NY 11788
(516) 231-1000
8-7
CUSTOMER SUPPORT
ArrowISchweber Electronics
8200 Washington Village Drive
SUite A
Centerv!lle, OH 45458
(513) 435-5563
Power Products Only
Sager
705 Thomson Park Dnve
Mars, PA 16046
(412) 772-2233
Power Products Only
Sager
2608 E. River Road
Dayton, OH 45439
(513) 298-5555
Power Products Only
Sager
2270 Cabot Blvd. W.
Suite 2
Langhorne, PA 19047
(215) 750-7778
Power Pr
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