SRAM 6T
Abstract: MSM8128 "32K x 8" SRAM dil SRAM 35ns "32K x 8" SRAM PLCC 2035 puma 5 128k x 8 eeprom JLCC
Text: Part Numbering M S M 8512 SC X L MB - 10 1. 2. 3. 4. 1. 2. Speed 7. 6. 5. TECHNOLOGY 5. PINOUT ARRANGEMENT The memory technology is represented by a single character:- This field identifies the mechanical arrangement of the device pinout:- S D E U blank E
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MFM8126
MFM8516
16Mbit
PUMA2S1000
S4000
S16000
F4006
F16006
PUMA2E1000
SRAM 6T
MSM8128
"32K x 8" SRAM dil
SRAM 35ns
"32K x 8" SRAM PLCC
2035
puma 5
128k x 8 eeprom JLCC
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Untitled
Abstract: No abstract text available
Text: 1 MEG X 4 FPM DRAM MICRON I TECHNOLOGY. INC. DRAM M T4C 4001J FEATURES • 1,024-cycle refresh distributed across 16ms MT4C4001J or 128ms (MT4C4001J L) • Industry-standard pinout, timing, functions and packages • High-performance CMOS silicon-gate process
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4001J
024-cycle
MT4C4001J)
128ms
MT4C4001J
20/26-Pin
J1997,
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ADF4000
Abstract: F4211 LMX2332 F4110 ADF4110 ADF4113 lMX2330 ADF4217L F4213
Text: ADF4000 Series Integer-N PLL Frequency Synthesizers Features Pin-compatibility with LMX-23xx series synthesizers allows easy system performance improvements with no hardware or software changes. Proprietary pinout versions allow additional flexibility and
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ADF4000
LMX-23xx
16-pin
20-lead
H02481-5-12/01
LMX2331
LMX2331L
LMX2330
4218L
D-81373
F4211
LMX2332
F4110
ADF4110
ADF4113
lMX2330
ADF4217L
F4213
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Untitled
Abstract: No abstract text available
Text: M T4LC 4001J S 1M EGX 4 D R A M MICRON I 1 1 MEG x 4 DRAM DRAM FEATURES • Single +3.3V ±.3V power supply • Low power, 250|xW standby; 100m W active, typical • Industry-standard x4 pinout, timing, functions and packages • High-performance CMOS silicon-gate process
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024-cyde
128ms
MT4IC4001J
0D112b?
MT4LC4001
CYCLE24
DD112b0
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marking wml
Abstract: j-l003 marking WMM C1994 MT4C4001 MT4C4001J MT4C4001JDJ-6
Text: M ir n O M I .“ hT M T 4C 4001J S 1 M EG X 4 D R A M 1 MEG DRAM X 4 DRAM STANDARD OR SELF REFRESH a J3 > FEATURES • 1,024-cycle refresh distributed across 16ms (MT4C4001J) or 128ms (MT4C4001J S) • Industry-standard pinout, timing, functions and packages
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MT4C4001
024-cycle
MT4C4001J)
128ms
MT4C4001J
225mW
CI994.
marking wml
j-l003
marking WMM
C1994
MT4C4001JDJ-6
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Untitled
Abstract: No abstract text available
Text: 400-1A0 Linear ICs Dedicated/Special Application Linear Circuit status Military/High-RelN P D Max. (W) Nom. Supp (V)15ñ Minimum Operating Temp (øC)0 Maximum Operating Temp (øC)70 Package StyleModule Mounting StyleT Pinout Equivalence Code10-436 # Pins10
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400-1A0
Code10-436
Pins10
NumberLN01000436
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sanyo Laser pickup
Abstract: t41l LC7860N transistor c2f LA9210 LA9210M LC7863 LC7867E 14-lrack
Text: Ordering number: EN40Û1B CMOS LSI LC7867E Digital Signai Processor for Compact Disc Players PINOUT OVERVIEW The LC7867E is a digital signal processor D SP and servocontroller for compact disc players. It performs most of the signal processing and decoding for replay of
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EN4001B
LC7867E
LC7867E
16-bit
sanyo Laser pickup
t41l
LC7860N
transistor c2f
LA9210
LA9210M
LC7863
14-lrack
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ANH008A
Abstract: No abstract text available
Text: PUMA68 Pinout SRAM and EEPROM Summary One of the key features of the PUMA Pinned Uncommited Memory Array commercial product range is its well defined upgrade path. Pin Definition The following table defines the pins : Pin 68S/SV 4000X 68S/SV 16000XB 68S/SV
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PUMA68
68S/SV
4000X
16000XB
32000XB
4001X
ANH008A
68S/SD4
ANH008A
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LC7860N
Abstract: CI 4001 sanyo Laser pickup 4001B LA9210 LA9210M LC7863 LC7867E S96S japan servo co em 240
Text: Ordering num ber: EN4001B _ N o,4o o ib a _ LC7867E SA\YO, CMOSLSI Digital Signal Processor for Compact Disc Players PINOUT O V ER V IEW The LC7867E is a digital signal processor D SP and servocontroller for compact disc players. It performs
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EN4001B
4001B
LC7867E~
LC7867E
16-bit
LC7860N
CI 4001
sanyo Laser pickup
4001B
LA9210
LA9210M
LC7863
S96S
japan servo co em 240
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varo semiconductor
Abstract: MT4C4001 MT4C4001J MT4C4001JDJ-6 MT4C4001JS mtc4001 MT4000
Text: MT4C4001J S 1 MEG X 4 DRAM MICRON ft stiacoNOucTOH«c- 1 MEG x 4 DRAM DRAM STANDARD OR SELF REFRESH FEATURES PIN ASSIGNMENT (Top View) • 1,024-cycle refresh distributed across 16ms (MT4C4001J) or 128ms (MT4C4001J S) • Industry-standard pinout, timing, functions and
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MT4C4001
024-cycle
MT4C4001J)
128ms
MT4C4001J
225mW
UT4C4001J
CI994.
varo semiconductor
MT4C4001JDJ-6
MT4C4001JS
mtc4001
MT4000
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Untitled
Abstract: No abstract text available
Text: «e a a 1981 MICRON MT4C4001 J L 1 MEG X 4 DRAM I DRAM 1 MEG x 4 DRAM STANDARD OR LOW POWER, EXTENDED REFRESH 3J > FEATURES • 1,024-cycle refresh distributed across 16ms (MT4C4001J) or 128ms (MT4C4001J L) • Industry-standard x4 pinout, timing, functions and
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MT4C4001
024-cycle
MT4C4001J)
128ms
MT4C4001J
MT4C4001J
275mW
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Untitled
Abstract: No abstract text available
Text: MT4C4001 J L 1 MEG X 4 DRAM (M IC R O N DRAM 1 MEG x 4 DRAM DRAM STANDARD OR LOW POWER, EXTENDED REFRESH FEATURES • 1,024-cycle refresh distributed across 16ms (MT4C4001J) or 128ms (MT4C4001J L) • Industry-standard x4 pinout, timing, functions and packages
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MT4C4001
024-cycle
MT4C4001J)
128ms
MT4C4001J
MT4C4001J
275mW
20-Pin
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MT4C400
Abstract: marking WT4
Text: DRAM 1 MEG X 4 DRAM FAST PAGE MODE AVAILABLE AS MILITARY SPECIFICATIONS PIN ASSIGNMENT Top View • SM D 5962-90847 • M IL-STD-883 FEATURES DQl • Industry standard x4 pinout, tim ing, functions and packages • H igh-perform ance, CM O S silicon-gate process
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IL-STD-883
20-Pin
024-cycle
MIL-STD-883
MT4C4001J
DS000019
MT4C400
marking WT4
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RRH cl2
Abstract: 4c1024dj MT3D19 T3D19 MT301 MT3019
Text: 1 MEG X 9 DRAM MODULE SEMICONDUCTOR ihC. 1 MEG X 9 DRAM DRAM MODULE FAST PAGE MODE FEATURES • Industry-standard pinout in a 30-pin single-in-line memory module • High-performance CMOS silicon-gate process • Single 5V ±10% power supply • Low power, 9mW standby; 625mW active, typical
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30-pin
625mW
024-cycle
MT3019
MT3D19
RRH cl2
4c1024dj
T3D19
MT301
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Untitled
Abstract: No abstract text available
Text: R /lin S n M I ii^ n w r « MT9D136; W1T18D236 t MEGr 2 MEG x 36 DRAM MODULE 1 MEG, 2 MEG X 36 DRAM MODULE FAST PAGE MODE FEATURES • Common RAS control per side pinout in a 72-pin, single-in-line memory module • High-performance CMOS silicon-gate process.
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MT9D136;
W1T18D236
72-pin,
052mW
024-cycle
72-Pin
MT9D136,
MT18D236
36DRAM
T90I36.
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D28A0
Abstract: pinout 4001 ANH001A
Text: PUMA2 Pinout SRAM and EEPROM Summary One of the key features of the PUMA Pinned Uncommited Memory Array product range is its well defined upgrade path. Pin Definition Assuming the relevant address lines are routed on the system board, upgrade may be achieved by simply removing a device and replacing it with the next generation part.
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16000B
D28A0
pinout 4001
ANH001A
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Untitled
Abstract: No abstract text available
Text: MT24D236 2 MEG X 36. 4 MEG x 18 DRAM MODULE M IC R O N 2 MEG DRAM MODULE X 36, 4 MEG X 18 FAST PAGE MODE MT24D236 LOW POWER, EXTENDED REFRESH (MT24D236 L) FEATURES • Industry standard pinout in a 72-pin single-in-line package • High-performance, CM OS silicon-gate process
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MT24D236
72-pin
536mW
024-cycle
128ms
MT24D236)
C1992.
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MAS 560 ag
Abstract: MT8LDT132 T432
Text: ADVANCE M ir S n M M T8LDT132 S , IUiT8LOT432(S) 1 M E G X 32, 4>M E G x 3 2 D R A M M O D U L E SMALL-OUTLINE _ DRAM MODULE 1 meg x 3 2 ,4 meg x 32 4, 16 MEGABYTE, 3.3V, EXTENDED REFRESH, OPTIONAL SELF REFRESH FEATURES PIN ASSIGNMENT (Top View) • Industry-standard pinout in a 72-pin, small-outline,
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T8LDT132
IUiT8LOT432
72-pin,
000mW
024-cycle
128ms
72-Pin
32ISK
GD11M
MAS 560 ag
MT8LDT132
T432
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Untitled
Abstract: No abstract text available
Text: | V | IC = n O N MEG DRAM MODULE M T 8D 13 2 32, 2 M E G x 16 D R A M M O D U L E X 1 MEG X 32, 2 MEG 16 X FAST PAGE MODE MT8D132 LOW POWER, EXTENDED REFRESH (MT8D132 L) FEA TU RES PIN A SSIG N M EN T (Top View) • Industry standard pinout in a 72-pin single-in-line
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72-pin
024-cycle
128ms
MT8D132)
MT8D132
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SSD-M08GU
Abstract: 4001m pinout 4001 Header 2x5 Pitch 2mm SSD-M04GU MIL-STD-810F 500.4 10-PIN WP-003-0xR
Text: DATA SHEET SILICONDRIVE II USB 10-PIN MODULE SSD-MXXXU I -4001 OVERVIEW SISECURE The SiliconDrive II USB 10-pin Module is designed to meet the low power and small size requirements of embedded systems. SiZone SiliconDrive II technology is engineered exclusively for the high performance, high
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10-PIN
4001MU-14DSR
SSD-M08GU
4001m
pinout 4001
Header 2x5 Pitch 2mm
SSD-M04GU
MIL-STD-810F 500.4
WP-003-0xR
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4 to 2 compressor 16 bit vhdl
Abstract: g.711 simulation 95214 512-Channel-ADPCM g723 ADPCM algorithm ADPCM CHN 711 verilog code for 4-2 compressor quantizer verilog code
Text: 512-Channel ADPCM February 26, 2001 Product Specification AllianceCORE Facts TM Amphion Semiconductor, Ltd. 50 Malone Rd Belfast BT9 5BS Northern Ireland Phone: +44 28 9050 4000 Fax: +44 28 9050 4001 E-Mail: info@amphion.com URL: www.amphion.com Features
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512-Channel
simplex/256
4 to 2 compressor 16 bit vhdl
g.711 simulation
95214
512-Channel-ADPCM
g723 ADPCM algorithm
ADPCM
CHN 711
verilog code for 4-2 compressor
quantizer verilog code
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88W8686
Abstract: HEADER 6X2 CO2128 wifi antenna marvell 88w8686 HISTORY OF Wireless Electronic Notice Board
Text: Mini Socket iWiFi ™ Mini Socket iWiFi Data Sheet Ver. 1.20 International: Connect One Ltd. 20 Atir Yeda Street Kfar Saba 44643, Israel Phone: +972-9-766-0456 Fax: +972-9-766-0461 Email: sales@connectone.com www.connectone.com Pub. No. 11-4001-13, Copyright Connect One, 2008,2009. All rights reserved.
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88w8686
Abstract: marvell 88w8686 II-EVB-362MW CO2128 wifi antenna 6 pins socket mini -din connector 88 Marvell iw-sm2128m1 A 472G MARVELL 88
Text: Mini Socket iWiFi Mini Socket iWiFi™ Data Sheet Ver. 1.1 International: Connect One Ltd. 20 Atir Yeda Street Kfar Saba 44643, Israel Phone: +972-9-766-0456 Fax: +972-9-766-0461 Email: sales@connectone.com www.connectone.com Pub. No. 11-4001-11, Copyright Connect One, May 2008. All rights reserved.
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marvell 88w8686
Abstract: No abstract text available
Text: Mini Socket iWiFi ™ Mini Socket iWiFi Data Sheet Ver. 1.20 International: Connect One Ltd. 20 Atir Yeda Street Kfar Saba 44643, Israel Phone: +972-9-766-0456 Fax: +972-9-766-0461 Email: sales@connectone.com www.connectone.com Pub. No. 11-4001-13, Copyright Connect One, 2008,2009. All rights reserved.
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