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Part Manufacturer Description PDF & SAMPLES
EP7311-CV-90 Cirrus Logic 32-Bit Microcontroller IC; Controller Family/Series:(ARM7); Memory Size, SRAM:48KB; Number of I/O Pins:27; Number of Timers 8/12/16/32 Bits:0 / 0 / 2 / 0; Number of PWM Channels:2; Clock Speed:90MHz; Interfaces:SSI, UART
EP7311-CV-90Z Cirrus Logic 32-Bit Microcontroller IC; Controller Family/Series:(ARM7); Memory Size, SRAM:48KB; Number of I/O Pins:27; Number of Timers 8/12/16/32 Bits:0 / 0 / 2 / 0; No. of PWM Channels:2; Clock Speed:90MHz; Interfaces:SSI, UART
EP7312-IV-90Z Cirrus Logic 32-Bit Microcontroller IC; Controller Family/Series:(ARM7); Memory Size, SRAM:48KB; Number of I/O Pins:27; Number of Timers 8/12/16/32 Bits:0 / 0 / 2 / 0; No. of PWM Channels:2; Clock Speed:90MHz; Interfaces:SSI, UART RoHS Compliant: Yes
EP7311-IV-90Z Cirrus Logic 32-Bit Microcontroller IC; Controller Family/Series:(ARM7); Memory Size, SRAM:48KB; Number of I/O Pins:27; Number of Timers 8/12/16/32 Bits:0 / 0 / 2 / 0; No. of PWM Channels:2; Clock Speed:90MHz; Interfaces:SSI, UART RoHS Compliant: Yes
EP7312-CVZ-90 Cirrus Logic 32-Bit Microcontroller IC; Controller Family/Series:(ARM7); Memory Size, SRAM:48KB; Number of I/O Pins:27; Number of Timers 8/12/16/32 Bits:0 / 0 / 2 / 0; Number of PWM Channels:2; Clock Speed:90MHz; Interfaces:SSI, UART
EP7312M-CBZ Cirrus Logic 32-Bit Microcontroller IC; Controller Family/Series:(ARM7); Memory Size, SRAM:48KB; Number of I/O Pins:27; Number of Timers 8/12/16/32 Bits:0 / 0 / 2 / 0; Number of PWM Channels:2; Clock Speed:74MHz; Interfaces:SSI, UART

"32K x 32" SRAM

Catalog Datasheet MFG & Type PDF Document Tags
Abstract: 349611958 SYNCHR 32K x 32 SRAM/LOGIC-R33 CMOS MN TQFP TAIWAN-G 100 128 46 0 9641 349612518 SYNCHR 32K , EOS 9641 349612517 SYNCHR 32K x 32 SRAM/LOGIC-R33 CMOS MN TQFP TAIWAN-G 100 80 405 0 1 EOS 255 404 0 500 403 0 2 EOS 349612518 SYNCHR 32K x 32 SRAM/LOGIC-R33 CMOS MN TQFP TAIWAN-G 100 80 118 0 500 118 1 1 PARTICLE 580 117 0 9710 619700541 SYNCHR 32K x 32 SRAM/LOGIC-R33 CMOS MN , -HTSSL2 125C/3.63V CY7C1335-AC 97145 9639 349611957 SYNCHR 32K x 32 SRAM/LOGIC-R33 CMOS MN TQFP Cypress Semiconductor
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M71081 m63044 m64076 M64026 M64073 m7108 FLASH-FL28D CY7C375I-AC CY7C374I-JC M64016
Abstract: AUSTIN SEMICONDUCTOR, INC. AS7S32K32 32K x 32 SRAM SRAM MODULE AVAILABLE AS MILITARY , AUSTIN SEMICONDUCTOR, INC. ABSOLUTE MAXIMUM RATINGS* AS7S32K32 32K x 32 SRAM This is a stress , Symbol C ADD a s 7S32K32 32K X 32 SRAM Parameter Maximum Units Notes A0-A14 , AS7S32K32 32K x 32 SRAM V Fig. 1 OUTPUT LOAD EQUIVALENT Fig. 2 OUTPUT LOAD EQUIVALENT NOTES 1. All , SEMICONDUCTOR, INC. AS7S32K32 32K x 32 SRAM READ CYCLE NO. I 89 IRC ADDRESS -tA AtOH- *| DQ -
OCR Scan
MIL-STD-883 I/D24 I/D26 I/D29 OI/D27 I/D28
Abstract: . AS7S32K32 32K x 32 SRAM This is a stress rating only and functional operation on the device at these or , < T a < 125°C; Vcc = 5V ±10% ) AS7S32K32 32K x 32 SRAM ELECTRICAL CHARACTERISTICS AND , AS7S32K32 32K x 32 SRAM +5V >480 2555 T 5Pf Fig. 1 OUTPUT LOAD EQUIVALENT 1. All voltages referenced , . AS7S32K32 32K x 32 SRAM READ CYCLE NO. 1 8 9 READ CYCLE NO. 2 7 8 1 0 AS7S128K32 Rev. 10*97 , ) AS7S32K32 32K x 32 SRAM ADDR CE WE DQ WRITE CYCLE NO. 2 7 1 2 (Write Enable Controlled -
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AS7S32K32P I/025 I/026 I/030 I/029 I/028
Abstract: AUSTIN S E M IC O N D U C T O R , INC. AS7S32K32 32K X 32 SRAM SRAM MODULE AVAILABLE AS , AUSTIN S E M IC O N D U C T O R , INC. ABSOLUTE MAXIMUM RATINGS* AS7S32K32 32K x 32 SRAM This is a , , f = 1MHz, TA =25°C Symbol C ADD a s 7S32K32 32K X 32 SRAM Parameter A0-A14 Capactiance , . . 1.5V Output load. .See Figures 1 and 2 AS7S32K32 32K X 32 SRAM , C T O R , INC. AS7S32K32 32K X 32 SRAM READ CYCLE NO. I 89 ADDRESS | ' VALID X -
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EI20 I/EI30 I/EI19 I/EI21 I/EI20 DS000064 AS7S32K
Abstract: AUSTIN SEMICONDUCTOR, INC. AS7S32K32 32K x 32 SRAM SRAM MODULE FEATURES · · · · · · · · , , loading, ambient temperature and airflow. AS7S32K32 32K x 32 SRAM ELECTRICAL CHARACTERISTICS AND , SEMICONDUCTOR, INC. AS7S32K32 32K x 32 SRAM ELECTRICAL CHARACTERISTICS AND RECOMMENDED AC OPERATING , .1.5V Output load.See Figures 1 and 2 AS7S32K32 32K x 32 SRAM +5V 480 +5V , . AS7S32K32 32K x 32 SRAM READ CYCLE NO. 1 8, 9 tRC ADDR tAA tOH Q PREVIOUS DATA VALID READ CYCLE Austin Semiconductor
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I/O15 I/O14 1/O24 I/O31 I/O25 I/O30
Abstract: 128 69 0 2 EOS CY7C1335-AC 97227 619702650 SYNCHR 32K x 32 SRAM/LOGIC-R33 CMOS MN TQFP CSPI-R 100 128 43 0 619702652 SYNCHR 32K x 32 SRAM/LOGIC-R33 CMOS MN TQFP CSPI-R 100 128 44 0 , INDNS-O 28 336 48 0 1000 48 0 CY7C1335-AC 97227 619702650 SYNCHR 32K x 32 SRAM/LOGIC-R33 CMOS , CSPI-R 32 100 45 0 200 45 0 CY7C1335-AC 97227 619702650 SYNCHR 32K x 32 SRAM/LOGIC-R33 CMOS , CY7C1335-AC 97227 619702650 SYNCHR 32K x 32 SRAM/LOGIC-R33 CMOS MN TQFP CSPI-R 100 300 45 0 619702651 Cypress Semiconductor
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M71079 VIC068A-BC CY62256-VC m71070 m7101 LOGIC-R31 121C/100 M71089 M71080 CY7C375U-AC M71091
Abstract: Replacement IDT7006 IDT7006 IDT7006 IDT7006 IDT7006 7M4003 32K X 32 SRAM MODULE IDT7M4003S30CHB IDT7M4003S35CHB None None 7M4048 512K X 8 SRAM MODULE IDT7M4048L100N IDT7M4048L70N IDT7M4048L85N None None None 7M4084 2M X 8 SRAM MODULE IDT7M4084L70N None 7MB4048 512K X 8 SRAM MODULE , IDT7MMV4103S15BG8 None None None None None None 7MP1015 32K x 32 SRAM MODULE IDT7MP1015S25M , None 7MBV4150 128K X 64 SRAM MODULE IDT7MBV4150S66 None 7MMV4103 64k X 16 X 2 SRAM MULTI CHIP Integrated Device Technology
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7MPV6189 7MPV6202 7MPV6274 7MPV6283 8M612 8M624 IDT7M144S90 IDT8M624 8M824 S-001 V4135S15M IDT7MPV4135S20M 7MPV4145 IDT7MPV4145S15M IDT7MPV4145S20M
Abstract: molaic S em iconductor Inc. 32K X 32 SRAM PUMA 2S1010-030/35/45/55/70 Issue 2.0 : May 1992 PRELIMINARY 1,048,576 bit CMOS High Speed Static RAM Features Ultra Fast access times of 30/35/45/55/70 ns , Blank -= Standard Power Part L =Low Power Part S1010 « =32K x 32 SRAM (Configurable as 64Kx 16and , Write 1 = V ^, CS 1 0 0 0 OE X 0 1 0 WE X 1 0 0 Current ^sa'Wi ^ c c Icc *cc X = D on't C , 92121 Tel: (619) 271 4 5 6 5 FA X : (e,9) 271 6058 -
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D24D31 D0-D31 D8-D15D16-D23 D24-D31 75755T
Abstract: JUN 10 1982 32K x 32 SRAM moìaic PUMA 2S1010-030/35/45/55/70 Issue 2.0 : May 1992 , Part L - Low Power Part Memory Organization S1010 = 32K x 32 SRAM (Configurable as 64K x 16 and 128K x 8) - Commercial Temperature « Industrial Temperature = = Military Temperature -Processed , Current I/O Pin Not Selected 1 X X WWi HighZ Read 0 0 1 'cc ^U OT , â'˜cc D* Write Cycle 2 Mode 1 = VH, 0 = Vt , Reference Cycle - X - Don't Care -
OCR Scan
DO-D31 D8-D15 D16-D23 2S1010LMB-030 T160S8
Abstract: Applications The 3.3-volt CY7C1335 is a standard configuration 32K x 32 SRAM. It offers speeds of up to 100 , mobile PCs. Cypress is also delivering the 32K x 8 CY7C1399 SRAM (also a RAM3 product) as a cache tag , x 32 configuration popular for Level 2 cache applications in personal computers. The CY7C1335 and CY7C1337 are manufactured with Cypress's six-transistor SRAM cell in Cypress's RAM3TM process. These , replacement of other 32K x 32 SRAMs. CY7C1337 for Mobile, Next-Generation Server Applications The Cypress Semiconductor
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Abstract: buffering PHY Device(s) 64 32k x 32 SRAM downstream buffering Figure 1. ASPEN Port Expander , following subsections. 32k x 32 SRAM Multicast Session Table ADCLK AUCLK Port ID SRAM , Multi-Service Access Multiplexers ATM LAN Switch VoIP/VoATM Voice Gateways Frame Relay Switch 32k x 32 , ports on the UTOPIA Level 2 interface. The ASPEN-PX requires the use of a single bank of 32k x 32 , mm x 17 mm · · · · · · AUCLK ADCLK PRELIMINARY information documents contain TranSwitch
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JESD22-A112-A TXC-05811AIOG TXC-05811 TXC-05810B TXC-05811-MA
Abstract: MIC L/R Line out L/R Phones L/R 32K x 32 SRAM 0 wait-s tate Test bus controller , , 40, 50, and 60 MHz-Up to 512-kbytes SRAM and 512-kbytes boot Flash EPROM-Standalone capability , - Dimensions 85 mm × 63 mm · miniKit-320C50: TMS320C50 with 40 and 57 MHz-Up to 256-kbytes SRAM and , : · PC plug-in board with TMS320C32, 40 MHz, 128-kbyte SRAM, zero-wait state · Stereo codec, 16 Texas Instruments
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EVM32 XDS510 TMS320C31 TMS320C44 miniKit-320C31 XDS510 jtag tms320c50 Bosch jtag TMS320C3 EVM30 EVM50
Abstract: PRELIMINARY M I I^ S Q N 32K 32K x 32 SRAM +3.3V SUPPLY WITH CLOCKED, REGISTERED INPUTS, BURST COUNTER NW E SYNCHRONOUS SRAM MT58LC32K32B2 32 SYNCBURST SRAM X FEATURES , technology. The MT58LC32K32B2 SRAM integrates a 32K x 32 SRAM core with advanced synchronous peripheral , SYNCHRONOUS SRAM â'¢ â'¢ â'¢ â'¢ â'¢ â'¢ â'¢ PRELIMINARY MT58LC32K32B2 32K x 32 SYNCBURST SRAM ,   PRELIMINARY MT58LC32K32B2 32K x 32 SYNCBURST SRAM l^ iic n o N PIN DESCRIPTIONS TYPE A0-A14 -
OCR Scan
100-P MT58LC32K32B2LG-12 MT58LC32K32B2LG-9
Abstract: 1 Megabit High Speed SRAM dps32KX32Y5 PRELIMINARY DESCRIPTION: The DPS32KX32Y5 a 32K x 32 SRAM module the utilize the new and innovative space saving TSOP stacking technology. The module is constructed of four 32K x 8 SRAM's that are configured as 32K x 32. The DPS32KX32Y5 provides for , FEATURES: â'¢ Organizations Available: 32K x 32, 64K x 16 or 1 2 8 K x 8 â'¢ Access Times: 1 2 ,1 5 ,   â  â  I /O 0-I/O 7 ,r7 S ir-< x )L n ^i-tn c n c n < s J 3 T n o O O O W W in < ^ |C o -
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32KX32Y5 30A192-06
Abstract: 1 Megabit High Speed SRAM DPS32KX32Y5 D ESCR IPTIO N : The DPS32KX32Y5 a 32K x 32 SRAM module the , 32K x 8 SRAM's that are configured as 32 K x 32. The DPS32KX32Y5 provides for a compatible upgrade , inputs and outputs. PIN NAMES FEATURES: · Organizations Available: 32K x 32, 64K x 16 or 128Kx& · Access , 14 1/013 15 1/014 16 1/015 17 A10 18 |0 0 000000(/1LO< lo X . ' v W > > > 30A192 06 REV. ß , 2.2 Vdq +0.5 V V 0.8 -0.52 +25 0 + 70 °c -40 +25 + 85 CE H L L L WE X H H L L - LOW OE X H -
OCR Scan
AO-A13
Abstract: access time DIMMs also available 32K x 32 SRAM +3.3V SUPPLY WITH CLOCKED, REGISTERED INPUTS, BURST , 32K x 32 SRAM core with advanced synchronous peripheral circuitry and a 2-bit burst counter. All , PRELIMINARY M I C R O N 32K X M T58LC 32K 32B 2 32 S Y N C B U R S T SRAM SYNCHRONOUS , , 95, 96 SYMBOL A0-A14 TYPE M T58LC 32K 32B 2 32K x 32 S Y N C B U R S T SRAM DESCRIPTION N E , (continued) TQFP PIN NUMBERS 87 SYMBOL BWE TYPE M T 58LC 32K 32B 2 32K X 3 2 S Y N C B U R S T SRAM -
OCR Scan
MT58LC32K32B2LG9 MT58L C32K32B2 MT58LC32K3202 MTS8LC32K32B2
Abstract: DENSE-PAC MICROSYSTEMS /Pl-Densus High Density Memory Device 1 Megabit High Speed SRAM DPS32KX32Y5 PRELIMINARY DESCRIPTION: The DPS32KX32Y5 a 32K x 32 SRAM module the utilize the new and innovative space saving TSOP stacking technology. The module is constructed of four 32K x 8 SRAM's that are configured as 32K x 32. The DPS32KX32Y5 provides for a compatible upgrade path to lower density compatible , '¢ Organizations Available: 32K x 32, 64K x 16 or 128Kx8 â'¢ Access Times: 12,15,20ns â'¢ Fully Static Operation -
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I/024 I/027
Abstract: loading High 30pF output drive capability at rated access time DIMMs also available 32K x 32 SRAM , . The MT58LC32K32C4 SRAM integrates a 32K x 32 SRAM core with advanced synchronous peripheral circuitry , PRELIMINARY I^ICRDN 32K X M T 58LC 32K 32C 4 32 S Y N C B U R S T SRAM SYNCHRONOUS , system performance. M T 58LC 32K 32C 4 32K x 32 S Y N C B U R S T SRAM The " L " version of this , (continued) TQFP PIN NUMBERS 87 SYMBOL BWE TYPE Input M T58LC 32K 32C 4 3 2 K x 32 S Y N C B U R S T SRAM -
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MT58LC32K32C4LG-7
Abstract: , Inc. 1996 MPC2104P BLOCK DIAGRAM 32K X 32 SRAM MCM63P531 A28 A27 A 1 4 -A 2 6 ADSO CNTENO VSS , Vdd Vq q VSS via 1 0 0 ÌÌ 32K X 32 SRAM MCM63PS31 SAO SA1 SA ADSC ADV SE1 G CLK1 VDD K vdd SBa , BurstRAMs. The module is configured as 32K x 64 bits in a 178 (89 x 2) pin DIMM format. The MPC2104P uses two of the 3.3 V 32K x 32 data RAMs. For tag bits, a 5 V cache tag RAM configured as 8K x 14 for tag field plus 8K x 2 for valid and dirty status bits is used. Bursts can be initiated with the ADS signal -
OCR Scan
Nippon capacitors MPC2104P/D 256KB 1ATX35434-0
Abstract: shipping or about to start: The CY7C1335, a 32K x 32 SRAM for use with the PentiumTM computer. The CY7C1337, a 32K x 32 SRAM for use with the Pentium-ProTM computer. (Cypress was among the first to sample this new product.) · The CY7C1009, a 128K x 8 SRAM intended for very-high-speed (10 nanosecond) and military use. · The CY7C1512, a 64K x 8 SRAM, our first for specialized disk-drive applications. · The , complete computer system with cache. · The CY7C62256, an ultra-low-cost 32K x 8 SRAM with very low power Cypress Semiconductor
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CY7C201
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