SRAM edac
Abstract: edac 90 pin MD-1220 MD916 49S32DRP MC458 CD1117 MC559 MD2136
Text: PRELIMINARY SPACE ELECTRONICS INC. 8/16/32 BIT SRAM EDAC SPACE PRODUCTS 49S32DRP FUNCTIONAL BLOCK DIAGRAM EDAC 3:0 EDAC-CORE D(7:0) MD(31:0) CD(31:0) ND(7:0) CB(7:0) ERR DBERR Checkbit Generator 172 LDPQ RAD-PAK MC(31:0) CB(7:0) D(7:0) CS/RD/WR ERR I/OA(3:0)
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49S32DRP
49S32DRP
99Rev0
SRAM edac
edac 90 pin
MD-1220
MD916
MC458
CD1117
MC559
MD2136
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SRAM edac
Abstract: edac 90 pin edac 56 pin MC3115 48D32DRP dRAM edac mc2113 56 pin edac CD310 edac 90
Text: PRELIMINARY SPACE ELECTRONICS INC. 8/16/32 BIT DRAM EDAC SPACE PRODUCTS 48D32DRP EDAC ENB EDAC-CORE D 31:0 MD(31:0) ND(31:0) CD(31:0) ENB CB(7:0) ERR DBERR Checkbit Generator MC(7:0) ENB CB(7:0) D(31:0) 172 LDQP RAD-PAK CS/RD/WR SBE CLK I/O RD EDAC CONTROL
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48D32DRP
48D32DRP
99Rev0
SRAM edac
edac 90 pin
edac 56 pin
MC3115
dRAM edac
mc2113
56 pin edac
CD310
edac 90
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C1995
Abstract: DP8402A DP8402AV DP8403 DP8404 DP8405 V68A SN74ALS632
Text: August 1989 DP8402A DP8403 DP8404 DP8405 32-Bit Parallel Error Detection and Correction Circuits EDAC’s General Description The DP8402A DP8403 DP8404 and DP8405 devices are 32-bit parallel error detection and correction circuits (EDACs) in 52-pin DP8402A and DP8403 or 48-pin DP8404
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DP8402A
DP8403
DP8404
DP8405
32-Bit
C1995
DP8402AV
V68A
SN74ALS632
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atmel edac
Abstract: 1X1-21-1 nxor TPD16 29C532E
Text: 29C532E 32-Bit Bus-Watch EDAC Error Detection And Correction unit 1. Description The 29C532E EDAC is a very low power bus-watch 32-bit Error Detection And Correction unit EDAC . EDAC is used in a high integrity system for monitoring and correcting data values coming from the memory
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29C532E
32-Bit
29C532E
tpd16
atmel edac
1X1-21-1
nxor
TPD16
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80196 instruction set
Abstract: XTAL2 UT80CXX196KD 8XC196KD UT80C196KD UT80CRH196KD 80196 application 80196 microcontroller
Text: UTMC Errata Sheet UT80CXX196KD JD02D Pin 66 Function Change from XTAL2 to VSS Abstract: UTMC has performed a migration of the UT80C196KD and the UT80CRH196KD (PIC# JD02, SMD# 5962R98583) from revision C to revision D. The following design bugs have necessitated the migration of the JD02C mask set to
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UT80CXX196KD
JD02D)
UT80C196KD
UT80CRH196KD
5962R98583)
JD02C
JD02D:
JD02X)
com/products/80196
80196 instruction set
XTAL2
UT80CXX196KD
8XC196KD
UT80CRH196KD
80196 application
80196 microcontroller
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Untitled
Abstract: No abstract text available
Text: Standard Products UT8ER1M32 32Megabit SRAM MCM UT8ER2M32 64Megabit SRAM MCM UT8ER4M32 128Megabit SRAM MCM Preliminary Data Sheet August 28, 2012 www.aeroflex.com/memories FEATURES 20ns Read, 10ns Write maximum access times available Functionally compatible with traditional 1M, 2M and 4M
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UT8ER1M32
32Megabit
UT8ER2M32
64Megabit
UT8ER4M32
128Megabit
UT8ER1M32:
UT8ER2M32:
UT8ER4M32:
x10-16
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zo 107
Abstract: No abstract text available
Text: Standard Products UT8ER1M32 32Megabit SRAM MCM UT8ER2M32 64Megabit SRAM MCM UT8ER4M32 128Megabit SRAM MCM Preliminary Data Sheet June 8, 2011 www.aeroflex.com/memories FEATURES 20ns Read, 10ns Write maximum access times available Functionally compatible with traditional 1M, 2M and 4M
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UT8ER1M32
32Megabit
UT8ER2M32
64Megabit
UT8ER4M32
128Megabit
UT8ER1M32:
UT8ER2M32:
UT8ER4M32:
111MeV-cm2/mg
zo 107
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UT8ER2M32
Abstract: No abstract text available
Text: Standard Products UT8ER1M32 32Megabit SRAM MCM UT8ER2M32 64Megabit SRAM MCM UT8ER4M32 128Megabit SRAM MCM Preliminary Data Sheet December 8, 2009 FEATURES 20ns Read, 10ns Write maximum access times available Functionally compatible with traditional 1M, 2M and 4M
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UT8ER1M32
32Megabit
UT8ER2M32
64Megabit
UT8ER4M32
128Megabit
UT8ER1M32:
UT8ER2M32:
UT8ER4M32:
111MeV-cm2/mg
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UT8ER4M32
Abstract: SRAM edac UT8ER4M32M 20820h ut8er1m32m EN 10204 3.1 aeroflex sram edac UT8ER2M32
Text: Standard Products UT8ER1M32 32Megabit SRAM MCM UT8ER2M32 64Megabit SRAM MCM UT8ER4M32 128Megabit SRAM MCM Preliminary Data Sheet December 9, 2010 www.aeroflex.com/memories FEATURES 20ns Read, 10ns Write maximum access times available Functionally compatible with traditional 1M, 2M and 4M
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UT8ER1M32
32Megabit
UT8ER2M32
64Megabit
UT8ER4M32
128Megabit
UT8ER1M32:
UT8ER2M32:
UT8ER4M32:
UT8ER1M32,
SRAM edac
UT8ER4M32M
20820h
ut8er1m32m
EN 10204 3.1
aeroflex sram edac
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SRAM edac
Abstract: No abstract text available
Text: Standard Products UT8ER1M32 32Megabit SRAM MCM UT8ER2M32 64Megabit SRAM MCM UT8ER4M32 128Megabit SRAM MCM Preliminary Data Sheet June 8, 2011 www.aeroflex.com/memories INTRODUCTION The UT8ER1M32, UT8ER2M32, and UT8ER4M32 are high performance CMOS static RAM multichip modules MCMs
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UT8ER1M32
32Megabit
UT8ER2M32
64Megabit
UT8ER4M32
128Megabit
UT8ER1M32:
UT8ER2M32:
UT8ER4M32:
111MeV-cm2/mg
SRAM edac
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aeroflex sram edac
Abstract: SRAM edac
Text: Standard Products UT8ER1M32 32Megabit SRAM MCM UT8ER2M32 64Megabit SRAM MCM UT8ER4M32 128Megabit SRAM MCM Preliminary Data Sheet June 25, 2010 FEATURES 20ns Read, 10ns Write maximum access times available Functionally compatible with traditional 1M, 2M and 4M
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UT8ER1M32
32Megabit
UT8ER2M32
64Megabit
UT8ER4M32
128Megabit
UT8ER1M32:
UT8ER2M32:
UT8ER4M32:
111MeV-cm2/mg
aeroflex sram edac
SRAM edac
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QQ-B-750
Abstract: straight 68 pin pcb SCSI connector RS-449 627-025-220-047 C72500 right angle 68 pin pcb SCSI connector E62838 C7250
Text: YOUR CONNECTION TO QUALITY AND SERVICE EDAC - A WORLD-CL ASS CONNECTOR COMPANY Since its formation over 30-years ago, EDAC Inc. has grown to become one of the world’s leading manufacturers of card-edge, rack-and-panel, D-Subminiature and specialty telecom connectors. Its
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30-years
QQ-B-750
straight 68 pin pcb SCSI connector
RS-449
627-025-220-047
C72500
right angle 68 pin pcb SCSI connector
E62838
C7250
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D64C
Abstract: DB15C d826 D8-3C DB24-DB31 8535S sot 23 W16 TL 2222 decoder DP8402A DP8403
Text: PRELIM INARY DP8402A/DP8403/DP8404/DP8405 32-Bit Parallel Error Detection and Correction Circuits EDAC’s General Description The DP8402A, DP8403, DP8404 and DP8405 devices are 32-bit parallel error detection and correction circuits (EDACs) in 52-pin DP8402A and DP8403 or 48-pin DP8404
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DP8402A/DP8403/DP8404/DP8405
32-Bit
DP8402A,
DP8403,
DP8404
DP8405
52-pin
DP8402A
DP8403
D64C
DB15C
d826
D8-3C
DB24-DB31
8535S
sot 23 W16
TL 2222 decoder
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54HST630
Abstract: DB10 DS3595-5
Text: 54HSC/T630 54HSC/T630 Radiation hard 16-Bit ParallelError Detection & Correction Replaces January 2000 version, DS3595-5.0 DS3595-5.1 July 2002 The 54HSC/T630 is a 16-bit parallel Error Detection and Correction circuit. It uses a modified Hamming code to generate a 6-bit check word from each 16-bit data word. The
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54HSC/T630
16-Bit
DS3595-5
54HSC/T630
22-bit
54HST630
DB10
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Untitled
Abstract: No abstract text available
Text: Standard Products UT8ER1M32 32Megabit SRAM MCM UT8ER2M32 64Megabit SRAM MCM UT8ER4M32 128Megabit SRAM MCM Data Sheet January, 2013 www.aeroflex.com/memories INTRODUCTION The UT8ER1M32, UT8ER2M32, and UT8ER4M32 are high performance CMOS static RAM multichip modules MCMs
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UT8ER1M32
32Megabit
UT8ER2M32
64Megabit
UT8ER4M32
128Megabit
UT8ER1M32,
UT8ER2M32,
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MD812
Abstract: 29C516E MD10 MD11 MD14 20 pin edac
Text: 29C516E MATRA MHS 16-Bit Flow-Through EDAC Error Detection And Correction unit Description The 29C516E MHS EDAC is a very low power flow-through 16-bit Error Detection And Correction unit EDAC with two user data buses. The EDAC is used in a high integrity system for monitoring and
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29C516E
16-Bit
29C516E
MQFPF100
MQFPL100
MD812
MD10
MD11
MD14
20 pin edac
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Untitled
Abstract: No abstract text available
Text: APRIL 1995 MA31755 DS3572-2.3 MA31755 16-BIT FEEDTHROUGH ERROR DETECTION & CORRECTION UNIT EDAC The MA31755 is a 16 bit Error Detection and Correction Unit intended for use in high integrity systems for monitoring and correcting data values retrieved from memory. The EDAC
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MA31755
DS3572-2
16-BIT
MA31755
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u1d diode
Abstract: MD10 MD11 MD14 29C516E
Text: 29C516E 16–Bit Flow–Through EDAC Error Detection And Correction unit 1. Introduction The 29C516E TEMIC EDAC is a very low power flow–through 16–bit Error Detection And Correction unit EDAC with two user data buses. The EDAC is used in a high integrity system for monitoring and correction of
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29C516E
29C516E
EDAC16
MQFPF100
MQFPL100
u1d diode
MD10
MD11
MD14
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atmel edac
Abstract: 29C516E MD10 MD11 MD14
Text: 29C516E 16–Bit Flow–Through EDAC Error Detection And Correction unit 1. Introduction The 29C516E Atmel EDAC is a very low power flow–through 16–bit Error Detection And Correction unit EDAC with two user data buses. The EDAC is used in a high integrity system for monitoring and correction of
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29C516E
29C516E
EDAC16
MQFPF100
MQFPL100
atmel edac
MD10
MD11
MD14
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tl923
Abstract: No abstract text available
Text: Tem ic 29C516E S e m i c o n d u c t o r s 16-Bit Flow-Through EDAC Error Detection And Correction unit 1. Introduction The 29C516E TEMIC EDAC is a very low power flow-through 16-bit Error Detection And Correction unit EDAC with two user data buses. The EDAC is used in
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29C516E
16-Bit
29C516E
MQFPF100
MQFPL100
tl923
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ADR7
Abstract: PACE1750A
Text: PACE1753/SOS SINGLE CHIP, MIL-STD-1750A MMU CMOS/SOS SPACE PROCESSOR MICROPERIPHERAL FEATURES • Implements the MIL-STD>1750A Instractlon Set Architecture for Memory Management and Protection of up to 1 Megaword. All mapping memory 10,240 bits for both the MMUand BPU
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PACE1753/SOS
MIL-STD-1750A
PACE175QA/AE.
30QLC
P1753ASOS
30QGC
30QLM
P1753AS
30QGM
ADR7
PACE1750A
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UT8ER512K32
Abstract: No abstract text available
Text: Standard Products UT8ER512K32 Monolithic 16M SRAM Data Sheet July 24, 2012 www.aeroflex.com/memories INTRODUCTION FEATURES 20ns Read, 10ns Write maximum access times Functionally compatible with traditional 512K x 32 SRAM devices CMOS compatible input and output levels, three-state
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UT8ER512K32
111MeV-cm2/mg
1x10-16
6600ns
68-lead
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UT8ER512K32
Abstract: UT8ER512K32S UT8ER512K32M aeroflex sram edac
Text: Standard Products UT8ER512K32 Monolithic 16M SRAM Data Sheet June 25, 2010 www.aeroflex.com/memories INTRODUCTION FEATURES 20ns Read, 10ns Write maximum access times Functionally compatible with traditional 512K x 32 SRAM devices CMOS compatible input and output levels, three-state
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UT8ER512K32
UT8ER512K32S
UT8ER512K32M
aeroflex sram edac
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LR33300
Abstract: No abstract text available
Text: SYNOVA 1333 Gateway Drive, Suite 1017, Melbourne FL 32901, 407 726-0796 Visit us at our web site http://www.synova.com Mongoose-V 32-bit MIPS Microprocessor Architecture Description January 30, 1997 (rev 1.3) 1.0 PROCESSOR OVERVIEW{ PROCESSOR OVERVIEW" \l 1 }
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32-bit
LR33300
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