8kx16bit ram
Abstract: 8kx16bit trz a7
Text: 3.3V 128K 8Kx16-BIT CACHE-TAG SRAM For 3.3V Processors PRELIMINARY IDT71V218 Integrated Device Technology, Inc. FEATURES: • 8K x 16 Configuration – 14 Common I/O TAG Bits – 2 Separate I/O Status Bits (VLD and DTY) • Optimized for 256KB cache and 4GB cacheable space
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8Kx16-BIT)
IDT71V218
256KB
10/12/15ns
48-pin
IDT71V218
200mV
71V218
SO48-1)
8kx16bit ram
8kx16bit
trz a7
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PDF
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TAG10_
Abstract: tag12 TAG13 8kx16bit
Text: 3.3V 128K 8Kx16-BIT CACHE-TAG SRAM For 3.3V Processors PRELIMINARY IDT71V218 Integrated Device Technology, Inc. FEATURES: • 8K x 16 Configuration – 14 Common I/O TAG Bits – 2 Separate I/O Status Bits (VLD and DTY) • Optimized for 256KB cache and 4GB cacheable space
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Original
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8Kx16-BIT)
IDT71V218
256KB
10/12/15ns
48-pin
IDT71V218
200mV
71V218
SO48-1)
TAG10_
tag12
TAG13
8kx16bit
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PDF
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TAG12
Abstract: TAG10_ tag13 8kx16bit cache tag Static RAM
Text: 3.3V 128K 8Kx16-BIT CACHE-TAG SRAM For 3.3V Processors PRELIMINARY IDT71V218 Integrated Device Technology, Inc. FEATURES: • 8K x 16 Configuration – 14 Common I/O TAG Bits – 2 Separate I/O Status Bits (VLD and DTY) • Optimized for 256KB cache and 4GB cacheable space
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Original
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8Kx16-BIT)
IDT71V218
256KB
10/12/15ns
48-pin
IDT71V218
200mV
71V218
SO48-1)
TAG12
TAG10_
tag13
8kx16bit
cache tag Static RAM
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PDF
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32Kx16
Abstract: AD73322 rom 8kx16 8kx16 870110
Text: COMMUNICATIONS: DSP SOLUTIONS MODEL MODEL Option On Chip Generic A/D or Codec On Chip DSP MIPS CYLCE TIME nsec CLK IN MHZ PROGRAM RAM ROM DATA RAM DMA PORTS HOST PORT TEMPERATURE Vcc RANGE +3.3V 0>70 -25/85 Smallest Package # Pins 2Kx24 PROGRAM RAM FLASH 8Kx24
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AD7729
ADSP2171
ADSP21MSP58
2Kx24
8Kx24
16Kx24
64Kbits
32Kx16
AD73322
rom 8kx16
8kx16
870110
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PDF
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ADSP210x
Abstract: LQFP100 16KX16 ADSP-210x 68-PGA 1kx16 ADSP-2186M
Text: DSP: 16 Fixed Point ADSP210x Based MODEL MODEL OPTION MIPS CYLCE TIME nsec PROGRAM RAM ROM DATA RAM CACHE SERIAL PORTS HOST PORT Vcc +3.3V TEMPERATURE RANGE -40 -55 +70 +85 +125 Smallest Package # Pins Price Reel /100’s Price (Reel) /100’s 68 PGA 68 PGA
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ADSP210x
ADSP2101
LQFP100
16KX16
ADSP-210x
68-PGA
1kx16
ADSP-2186M
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PDF
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1kx16
Abstract: 2Kx16 8Kx16 ADSP2101 ADSP2103 ADSP2104 ADSP2105 ADSP2109 ADSP2111 ADSP2115
Text: DIGITAL SIGNAL PROCESSING: FIXED POINT MODEL MODEL OPTION MIPS CYLCE TIME nsec PROGRAM RAM ROM DATA RAM CACHE SERIAL PORTS HOST PORT Vcc +3.3V TEMPERATURE RANGE 0>70 -25/85 # Pins -55/125 PRICE 100's General Purpose ADSP2101 40 10.24 ADSP2101 50 12.5 ADSP2101
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ADSP2101
ADSP2103
ADSP2104
ADSP2104L
ADSP2105
1kx16
2Kx16
8Kx16
ADSP2101
ADSP2103
ADSP2104
ADSP2105
ADSP2109
ADSP2111
ADSP2115
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PDF
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MS6132
Abstract: CM3K-67130 IDT7142SA45P CMS3-67130 CMRT MS6130-70PC 67140 CMSM-67005 67130 8kx16
Text: DPR MATRA MHS Dual Port RAM Cross Reference AMD AMD Part-Number AM2130-55PC AM2130-70PC TEMIC Part-Number CM3K-67130 L-55 CM3K-67130 L-55 Description 1Kx8 DPR MASTER PDIL48 55nsLP 1Kx8 DPR MASTER PDIL48 55nsLP TEMIC Part-Number CMSM-67005 L-35 CMSM-67005 L-45
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AM2130-55PC
AM2130-70PC
CM3K-67130
PDIL48
55nsLP
CMSM-67005
MS6132
IDT7142SA45P
CMS3-67130
CMRT
MS6130-70PC
67140
67130
8kx16
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PDF
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BT-308
Abstract: ADSP21062 2111 ram BB128 2164 RAM 2101 ram 1kx16 AD14060
Text: DSP and MIXED SIGNAL PROCESSORS MODEL MODEL MODEL MIPS CYLCE CLK TIME IN nsec MHZ PROGRAM RAM ROM DATA RAM CACHE SERIAL HOST PORTS PORT Vcc +3.3V TEMPERATURE RANGE 0>70 -25/85 -55/125 # Pins FIXED POINT Highest Performance: Concurrent Signal Processing ADSP
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21CSP01
21CSP11
21CSP11L
4Kx24
24Kx24
4Kx16
16Kx16
ADSP21062
BT-308
ADSP21062
2111 ram
BB128
2164 RAM
2101 ram
1kx16
AD14060
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PDF
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ADsp2185l
Abstract: AD1818 AD73322 AD73422 AD73522 AD7729 ADSP2171 adsp21msp59 CSP11
Text: DIGITAL SIGNAL: EMBEDDED SOLUTIONS MODEL MODEL Option On Chip Generic Codec On Chip DSP MIPS CYLCE TIME nsec CLK IN MHZ 26 26 38 38 13 13 PROGRAM RAM ROM DATA RAM DMA PORTS HOST PORT TEMPERATURE RANGE 0>70 -25/85 2Kx24 2Kx24 2Kx16 2Kx16 2 2 YES YES NO NO K
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2Kx24
2Kx16
ADSP21MSP58
ADSP21MSPer
ADMC331
ADMC330
ADMC300
ADSP2171
ADsp2185l
AD1818
AD73322
AD73422
AD73522
AD7729
ADSP2171
adsp21msp59
CSP11
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PDF
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P-Channel Depletion-Mode
Abstract: MD80C31 JANTX2N4858 5962-9089101MEA SI9110AK JANTX2N6661 4Kx8 sram ttl MGM TRANSFORMER JANTX2N5114 janTXV2N5545
Text: Aerospace and Defense Product Offering Siliconix MIL–S–19500 Compliant Devices 2N5547JANTX MIL–S–19500/430 Siliconix Part No. Description 2N5547JANTXV MIL–S–19500/430 2N4856JAN MIL–S–19500/385 2N6660JANTX MIL–S–19500/547 2N4856JANTX MIL–S–19500/385
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2N5547JANTX
2N5547JANTXV
2N4856JAN
2N6660JANTX
2N4856JANTX
2N6660JANTXV
2N4856JANTXV
2N6661JAN
2N4857JAN
2N6661JANTX
P-Channel Depletion-Mode
MD80C31
JANTX2N4858
5962-9089101MEA
SI9110AK
JANTX2N6661
4Kx8 sram ttl
MGM TRANSFORMER
JANTX2N5114
janTXV2N5545
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PDF
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A12L
Abstract: IDT707278
Text: HIGH-SPEED 32K x 16 BANK-SWITCHABLE DUAL-PORTED SRAM WITH EXTERNAL BANK SELECTS Integrated Device Technology, Inc. PRELIMINARY IDT707278S/L FEATURES: DESCRIPTION: • 32K x 16 Bank-Switchable Dual-Ported SRAM Architecture - Four independent 8K x 16 banks - 512 Kilobit of memory on chip
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IDT707278S/L
16-bit
maDT707278S/L
100-pin
PN100-1)
512Kbit
A12L
IDT707278
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PDF
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A12L
Abstract: IDT70V7278
Text: HIGH-SPEED 3.3V 32K x 16 BANK-SWITCHABLE DUAL-PORTED SRAM WITH EXTERNAL BANK SELECTS Integrated Device Technology, Inc. PRELIMINARY IDT70V7278S/L FEATURES: DESCRIPTION: • 32K x 16 Bank-Switchable Dual-Ported SRAM Architecture — Four independent 8K x 16 banks
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IDT70V7278S/L
16-bit
x1DT70V7278S/L
100-pin
PN100-1)
70V7278
512Kbit
A12L
IDT70V7278
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PDF
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HPI mode interface in cy7c67300
Abstract: CYPRESS dual port sdram CY7C67300
Text: ADVANCE INFORMATION CY7C67300 CY7C67300 Embedded USB Host/Slave Controller Cypress Semiconductor Corporation Document #: 38-08015 Rev. * • 3901 North First Street • San Jose • CA 95134 • 408-943-2600 Revised March 13, 2002 ADVANCE INFORMATION CY7C67300
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CY7C67300
CY7C67300
HPI mode interface in cy7c67300
CYPRESS dual port sdram
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PDF
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CY7C67200
Abstract: 4KX16
Text: ADVANCE INFORMATION CY7C67200 CY7C67200 Mobile USB Host/Slave Controller Cypress Semiconductor Corporation Document #: 38-08014 Rev. * • 3901 North First Street • San Jose • CA 95134 • 408-943-2600 Revised March 13, 2002 ADVANCE INFORMATION CY7C67200
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CY7C67200
CY7C67200
4KX16
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PDF
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O10L
Abstract: A12L IDT70V7278 "32K x 16" dual port SRAM O8L-15L
Text: HIGH-SPEED 3.3V 32K x 16 BANK-SWITCHABLE DUAL-PORTED SRAM WITH EXTERNAL BANK SELECTS Integrated Device Technology, Inc. PRELIMINARY IDT70V7278S/L FEATURES: DESCRIPTION: • 32K x 16 Bank-Switchable Dual-Ported SRAM Architecture — Four independent 8K x 16 banks
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Original
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IDT70V7278S/L
16-bit
x1IDT70V7278S/L
100-pin
PN100-1)
70V7278
512Kbit
O10L
A12L
IDT70V7278
"32K x 16" dual port SRAM
O8L-15L
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PDF
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A12L
Abstract: IDT707278 IDT707288 512kbit
Text: HIGH-SPEED 32K x 16 BANK-SWITCHABLE DUAL-PORTED SRAM WITH EXTERNAL BANK SELECTS Integrated Device Technology, Inc. PRELIMINARY IDT707278S/L FEATURES: DESCRIPTION: • 32K x 16 Bank-Switchable Dual-Ported SRAM Architecture - Four independent 8K x 16 banks - 512 Kilobit of memory on chip
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Original
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IDT707278S/L
16-bit
IDT707278
100-pin
PN100-1)
512Kbit
A12L
IDT707278
IDT707288
512kbit
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PDF
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Untitled
Abstract: No abstract text available
Text: 3.3V 128K 8Kx16-BIT CACHE-TAG SRAM For 3.3V Processors :JÖi'Np Jdt) PRELIMINARY IDT71V218 Integrated Device Technology, Inc. FEATURES: • 8K x 16 Configuration - 14 Common I/O TAG Bits - 2 Separate I/O Status Bits (VLD and DTY) • Optimized for 256KB cache and 4GB cacheable space
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OCR Scan
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8Kx16-BIT)
IDT71V218
256KB
48-pin
8Kx16
200mV
71V218
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PDF
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SE012
Abstract: 00000000ED SE012 diagram EM- 546
Text: UM5238 4-Bit Microcontroller with 32 Sec. Voice Synthesizer, LCD Driver and PSG Preliminary Features • ■ ■ ■ ■ m ■ ■ ■ ■ ■ ■ ■ 4-bit parallel processing ALU com patible w ith UM6610 8Kx16 bits program ROM bank switchable 128x 4 bits data RAM
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OCR Scan
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UM5238
UM6610
8Kx16
768KHz
122ns
SEG13
SEG12
SE012
00000000ED
SE012 diagram
EM- 546
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PDF
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Untitled
Abstract: No abstract text available
Text: 3.3V 128K 8Kx16-BIT CACHE-TAG SRAM For 3.3V Processors PRELIMINARY IDT71V218 Integrated Device Technology, Inc. FEATURES: • 8K x 16 Configuration - 14 Com m on I/O TA G Bits - 2 S eparate I/O Status Bits (VLD and D TY) • Optim ized for 256K B cache and 4G B cacheable space
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OCR Scan
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8Kx16-BIT)
IDT71V218
48-pin
IDT71V21B
8Kx16
4A25771
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PDF
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Untitled
Abstract: No abstract text available
Text: 3.3V 128K 8Kx16-BIT CACHE-TAG SRAM For 3.3V Processors PRELIMINARY IDT71V218 Integrated Device Technology, Inc. FEATURES: • 8 K x 16 C onfiguration - 14 Com m on I/O TAG Bits - 2 Separate I/O Status Bits (VLD and DTY) • O ptim ized for 256KB cache and 4G B cacheable space
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OCR Scan
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8Kx16-BIT)
IDT71V218
256KB
48-pin
IDT71V2NOT
ro-we-2070
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PDF
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8kx16bit ram
Abstract: No abstract text available
Text: 3.3V 128K 8Kx16-BIT CACHE-TAG SRAM For 3.3V Processors PRELIMINARY IDT71V218 Integrated Device Technology, Inc. FEATURES: • 8 K x 16 C onfiguration - 14 Com m on I/O TAG Bits - 2 Separate I/O Status Bits (VLD and DTY) • O ptim ized for 256KB cache and 4G B cacheable space
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OCR Scan
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3V128K
8Kx16-BIT)
IDT71V218
256KB
-10/12/15ns
48-pin
MO-118,
/15/W
727-fUÂ
8kx16bit ram
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PDF
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pin diagram of IC 74LS373
Abstract: No abstract text available
Text: M IC R O N MT56C0816 CACHE DATA SRAM DUAL 4Kx16 SRAM, SINGLE 8Kx16 SRAM CONFIGURABLE CACHE DATA SR A M FEATURES • O perates as two 4K x 16 SRAM s with common ad dresses and data; also configurable as a single 8K x 16 SRAM • Built-in input ad dress latches
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OCR Scan
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MT56C0816
4Kx16
8Kx16
52-Pin
MT56C
pin diagram of IC 74LS373
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PDF
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8Kx16
Abstract: TA 8825 AN
Text: VLSI Technology , inc . ADVANCE INFORMATION VT62A168 • VT62A188 8K x18 OR TWO 4K x18 CACHE DATA SRAM FEATURES • High speed access times — Address access times of 25, 35, 45, 55 ns — A12 access direct mapped of 17, 25, 30 ns — Chip select access times of 20, 25,
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OCR Scan
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VT62A168
VT62A188
8Kx16
4Kx16
8Kx16
TA 8825 AN
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PDF
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V727
Abstract: ce1111
Text: HIGH-SPEED 3.3V 32K x 16 BANK-SWITCHABLE DUAL-PORTED SRAM WITH EXTERNAL BANK SELECTS I dt Integrated Device Technology, Inc. PRELIMINARY IDT70V7278S/L FEATURES: DESCRIPTION: • 32K x 16 Bank-Switchable Dual-Ported SRAM Architecture — Four independent 8K x 16 banks
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OCR Scan
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IDT70V7278S/L
16-bit
IDT70V7278
100-pin
PN100-1
70V7278
512Kbit
V727
ce1111
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PDF
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