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Part Manufacturer Description PDF & SAMPLES
PLCC-044-F-N Samtec Inc IC Socket, PLCC44, 44 Contact(s), Surface Mount, ROHS COMPLIANT
PLCC-084-T-N Samtec Inc IC Socket, PLCC84, 84 Contact(s), Surface Mount, ROHS COMPLIANT
PLCC-028-T-N-TR Samtec Inc IC Socket, PLCC28, 28 Contact(s), Surface Mount, ROHS COMPLIANT
PLCC-032-T-N-TR Samtec Inc IC Socket, PLCC32, 32 Contact(s), Surface Mount, ROHS COMPLIANT
PLCC-052-T-N Samtec Inc IC Socket, PLCC52, 52 Contact(s), ROHS COMPLIANT
PLCC-044-T-N Samtec Inc IC Socket, PLCC44, 44 Contact(s), Surface Mount, ROHS COMPLIANT

"32K x 8" dual port SRAM PLCC

Catalog Datasheet MFG & Type PDF Document Tags
Abstract: printers, fax machines, LANs, video frame buffers, disk and tape controllers. DUAL PORT Presently, MOSEL offers one Dual Port SRAM in the 1K x 8 size. However, we plan on offering further extensions to the product line later this year starting with an 8K x 8. Dual Ports provide two independent ports with , , including second sources of popular architectures of FIFOs, Dual Port SRAMs, and Video Color Palette , on-chip circuitry of each port to enter a very low standby power mode. The 1K x 8 is offered in a 48 -
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imsg176 inmos IMSG176 Signal Path Designer MS72105 MS72115 MS64100 MS64101
Abstract: Memory (Kbytes) 4K SRAM 4K SRAM 8K SRAM 512 Bytes SRAM Process MCF5407 MCF5307 MCF5206E 162 66, 90 , -Bit Data 512 Bytes/ - 512 Bytes SRAM 0.65 TLM MCF5202 16, 25, 33 5V 27 32 , / 3232+6464 323264/ 3232+6464 323264/ 3232+6464 323264/ 3232+6464 BSC SRAM/ DRAM SRAM/ DRAM SRAM/ DRAM SRAM/ DRAM SRAM/ DRAM SRAM/ DRAM SRAM/ DRAM SRAM/ DRAM SRAM SRAM/ DRAM SRAM/ DRAM SRAM/ DRAM SRAM/ DRAM Timer , ) Package SH7041 HD6437041 64k 4k (2k) 1k 323264/ 3232+6464 SRAM/ DRAM 7 4 2 -
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HD6417709A pic16f877 sine pwm hd64f7044 GC80503CSM66266 GC80503CS166EXT lcd interface with at89c2051 RSC-300
Abstract: I DS2016 DS2064 DS2229 DS1380 F IF O M E M O R IE S DUAL PORT SRAM | D S1213B D , Time 35: 35ns 50: 50ns 65: 65ns 80: 80ns 120: 120ns D S I 6 0 9 P -S S S DUAL PORT SRAM n , Number DS1213B DS1213C DS1213D DS1613C DS1613D Lockable Partitions Supports 2K X 8 SRAM Supports 8K X 8 SRAM X X X X X X X X* Supports 32K X 8 SRAM Supports 128K X 8 SRAM Supports 512K X 8 SRAM DIP Pin Count , Book. Low-Power SRAM Density 2K X 8 C N C N 00 2K X 8 00 00 X X 00 X Temperature -40°C -40°C -40°C -
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stopwatch using 8051 microcontroller S1249 DS201 ds9100-a .max Kappa Technologies DDU laser alarm by 8051 microcontroller DS1705 DS1706 DS1707 DS1708 DS1305 DS1021
Abstract: AL5DAxxxx 3.3V, 5V Asynchronous Dual-Port SRAM 1k/2k/4K/8K/16K/32K x 8/9/16/18-bit Features True dual port memory cells up to 256/288Kb Fully asynchronous dual-port SRAM aimed at communications , , Interrupt and Semaphore - Busy scheme circuit arbitrate between 2 ports - interrupt mechanism allow port to port communication - Full hardware support of semaphore to permit software handshaking between , equivalent to IDT or Cypress Available in 52-PLCC, 68-PLCC, 84-PLCC, 64-TQFP/STQFP, 80-TQFP, 100 AverLogic Technologies
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256/288K 52-PLCC 68-PLCC 84-PLCC 100-TQFP
Abstract: . 8 DS1609 Dual Port S R A M . 9 DS2016/DS2064 Low Power SRAM s , input pin he DS1380 RAMport is a 2K x 8 SRAM designed to connect directly to the port pins of a , Corrupting It Designing a Nonvolatile 2M x 16 Memory Subsystem RAMport Dual Port RAM Using Nonvolatile Static , A12 B 4 A7 05 A6 1 w Product Selector 2K X 8 NV SRAM 32 g Vcc 31 B A15 30 B A17/NC 29 B , ) 70, 85, 150, 170 or 200 ns access (DS1225) A5 B 7 A4 B 8 A1 B9 g io B" H 8K X 8 NV SRAM -
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DS1213 dallas ds1213c dallas DS2010 sram book
Abstract: , ADC, MCCI, GPT, TPU2, 3 x 32K FLASH 4K TPUFLASH CPU16, SCIM2, 4K SRAM, ADC, MCCI, GPT, TPU2, 3 x 32K MRM CPU16, SCIM, 2K SRAM, ADC, 2K TPURAM, MCCI, GPT, TPU, 48K FLASH CPU16 , -Lead PLCC/CLCC FN/FS FN/FS 50 mil (1.27 mm) Pitch 1.15 in x 1.15 in Body 160-Lead QFP 52 , ) 10 x 10 mm Quad Flat Pack (QFP) CQFP (windowed) - Samples Only Plastic Quad (PLCC) CLCC (windowed , - DW 40 DIP - P 44 PLCC - FN 44 QFP - FB 42 SDIP - B 40 DIP - P 44 PLCC - FN 44 QFP - FB -
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M68HC12 M68HC16 XC68HC908AZ60 M68HC705KJ1 L 3055 motorola 68LK332 xc68hc908gp20 68HC12A 68HC05 68HC08 M68HC11/M68L11 M68300
Abstract: 2 x 35 30 A 5 uA S/C, I, T // 1 St/Chnl Now MC33288 Flasher - dual high , // - Now MC33389 System basis chip Dual Vreg + LS CAN + Wdg + 3 wakeup inputs HSOP20 , 8SO - - - - - - - - Now MC33287 Contact monitor - dual LSS , dual 500 mA low - SO20 2 L 3200 SO24WB - - - 0, 5 A 1100 uA - - , Dual high side switch 2 times 1A, at Tamb = 125°C SOW24 2 H 380 S/C, I, T // 2 Motorola
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XC68HC912BD32 xc68hc805p18 HC912BE32 chrysler ecu diagrams Common rail injector driver XC68HC912BC32 SG187/D 68HC11 68HC12 68HC16 683XX XC68HC08AS32A
Abstract: Memory Flash, EEPROM, SRAM, ROM, Dual Port SRAM, FIFO and CAM Now I/O Interfaces CMOS, TTL , Programming Flash Memory, 512 Bytes EEPROM, 1K Bytes SRAM, Dual UART, Hardware Multiplier, 40-pin PDIP, 44 , 16K Byte In-System and Self Programming Flash Memory, 512 Bytes EEPROM, 1K Bytes SRAM, Dual UART , , 1K Bytes SRAM, UART, 8 Channel, 10-bit ADC, Hardware Multiplier, 40-pin PDIP, 44-pin PLCC and 44 , AT88RF8714 2K x 8 Contactless Card IC with AVR Microprocessor, 8K Bytes ROM, 256 Bytes SRAM AT24RF08 Atmel
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8 bit sequential multiplier VERILOG ATMEGA 32 AVR DATASHEET 8 bit microprocessor using vhdl interface bluetooth with AVR ATMEGA 16 interface bluetooth with AVR 84 pin plcc ic base AT90S1200 AT90S2313 AT90S2323 AT90LS2323 AT90S2343 AT90LS2343
Abstract: Port E) I/O PORT I/O PORT SCRATCH PAD SRAM Memory, PLD, & Configuration SIMPLE PLD , 256Kb (32K x 8) total PG0-PG7 SECURITY FEATURE I/O PORT SECTOR SELECTS PROGRAMMABLE 66 CLKIN/PD1 I/O PORT EIGHT SECTORS 4Mb (512K x 8) total PROGRAMMABLE Command , Increases Flash to 4Megabit PMU Four Sectors 256Kb (32K x 8) total CLKIN/PD1 ISP (On Port E) I/O PORT I/O PORT SIMPLE PLD PF0-PF7 66 PG0-PG7 SRAM Memory, PLD, & WaferScale Integration
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Z280 MPU 28C64 EPROM programmer 82C55 NEC D935G free circuit Dvd eprom programmer 80C198 1-877-WSI-PSDS
Abstract: Doc ID Avail Synchronous Dual Port RAMs 70908 70927 7099 64K X 8 Synchronous Dual-Port SRAM , SRAM (Slave) x 8 Dual Port Rams 7005 7006 7007 7008 7130 7132 71321 71342 7140 7142 71421 , SRAM (Slave) w/ INT x 9 Dual Port RAMs 70121 70125 7014 7015 7016 2K x 9 Dual-Port SRAM , SRAM w/INT Dual port modules 7M1001 7M1002 7M1003 7M1014 7M1024 7MP1015 128K x 8 Dual-Port , , Busy, Sem., Int., Busy, Int., Busy Four port RAMs 7052 7054 x 16 Dual Port RAMs 7024 7025 Integrated Device Technology
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79S381 Sw 2604 16kx8 static ram ttl 79r4600 4Kx8 Dual-Port Static RAM 49c402 4Kx4 SRAM 79R3715 160PQFP R3041 R3081 R3052E 79S341
Abstract: port "A". 6 IDT70V07S/L High-Speed 32K x 8 Dual-Port Static RAM Industrial and Commercial , on port "A". 6. 'X' in part numbers indicates power rating (S or L). Timing Waveform of Write , opposite from port "A". 11 2943 drw 13 IDT70V07S/L High-Speed 32K x 8 Dual-Port Static RAM , Interrupt Flag(1) Left Port CEL R/WL L OEL L X X 7FFF X X X X X OER , A14L-A0L X X X Right Port L 7FFE H 2943 tbl 15 NOTES: 1. Assumes BUSYL = BUSYR Integrated Device Technology
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IDT70V07S IDT70V07L IDT70V07 A12L A13L A14L
Abstract: . "This is the first time a dual port SRAM of this density has been available," said Carl May, IDT , and increased bandwidth of a true dual port while bringing their cost per bit of shared memory down , IDT INTRODUCES THE WORLDS LARGEST MONOLITHIC DUAL-PORT SRAM SANTA CLARA, Calif., October 31, 1994 , IDT7007, the worlds largest true dual-port SRAM, in a small 14mm square, 80-pin, TQFP package. This new , SRAM in the smallest physical area possible and is excellent for use in high density, high throughput Integrated Device Technology
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Abstract: interface CAN low-speed fault tolerant physical interface MC33389 System base chip Dual Vreg+LS , Features SO14 CAN low-speed, dual wires Fault tolerant 5V & 12V battery 25uA Wake up input pin, fault tolerant physical interface // Now HSOP20/ SO28 CAN low-speed, dual wires Fault tolerant 12V battery 150uA Dual voltage regulator, watchdog, wake up input , -channel DSI physical interface for bus masters Main Characteristics Dual current-limited waveshaped Motorola
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XC68HC705JJ7 SC510727 PPAP MANUAL TPM relay NOx sensor HC912D60 MPXAZ4100 MPXAZ4115 PC68HC12BC32 XC68HC812A4 MC68HC05J1A
Abstract: x x Interrupt Flag On-chip port arbitration logic Full on-chip hardware support of semaphore , Standby Current (One Port CMOS Level Inputs) Test Condi ti on 7 0V 07 X 35 Com 'l Onl y 7 0V 07 , "B" after contention on port "A". 6. 'X' in part numbers indicates power rating (S or L). 7 , slave. MASTER Dual Port RAM BUSYL BUSYL MASTER Dual Port RAM BUSYL CE BUSYR CE BUSYR SLAVE Dual Port RAM BUSYL SLAVE Dual Port RAM BUSYL CE BUSYR DECODER If the Integrated Device Technology
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256K- PN80-1 G68-1 J68-1 70V07
Abstract: operation from either port TTL-compatible, single 3.3V (±0.3V) power supply Available in 68-pin PGA and PLCC , port. Port "B" is the opposite from port "A". 2943 tbl 09 6 IDT70V07S/L High-Speed 32K x 8 , Industrial and Commercial Temperature Ranges Truth Table III - Interrupt Flag(1) Left Port R/WL L X X X CEL L X X L OEL X X X L A14L-A0L 7FFF X X 7FFE INTL X X L (3) (2) Right Port R/ WR X X L X CER X L , to Truth Table III for the interrupt operation. DECODER Interrupts MASTER Dual Port RAM BUSYL Integrated Device Technology
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70V07X35
Abstract: ensure that a write cycle is completed on port "B" after contention on port "A". 6. "X" in part numbers , opposite from port "A". 6.31 10 IDT70V07S/L HIGH-SPEED 32K x 8 DUAL-PORT STATIC RAM INDUSTRIAL , . Refer to Truth Table III for the Interrupt operation. MASTER CE Dual Port RAM _ BUSY (L) BUSY (R) 1 BUSY (L) 1= MASTER CE Dual Port RAM BUSY (L) BUSY (R) -C P CE SLAVE Dual Port RAM bUSY (L) BUSY (R) SLAVE CE Dual Port RAM BUSY (L) BUSY (R) 1 BUSY (R) = -
OCR Scan
Abstract: "A". 5. To ensure that a write cycle is completed on port "B" after contention on port "A". 6. 'X' in , corrupted data in the slave. MASTER Dual Port RAM BUSYL BUSYL MASTER Dual Port RAM BUSYL CE BUSYR CE BUSYR SLAVE Dual Port RAM BUSYL SLAVE Dual Port RAM BUSYL CE BUSYR , resource markers for the IDT70V07s Dual-Port SRAM. Say the 32K x 8 SRAM was to be divided into two 16K x 8 , example the lower 16K of Dual-Port SRAM, the processor on the left port could write and then read a zero Integrated Device Technology
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Abstract: operation from either port TTL-compatible, single 3.3V (±0.3V) power supply Available in 68-pin PGA and PLCC , on port "B" after contention on port "A". 6. 'X' in part numbers indicates power rating (S or L). , Port R/WL L X X X CEL L X X L OEL X X X L A14L-A0L 7FFF X X 7FFE INTL X X L (3) Right Port R/ WR X , internal write inhibit signal and corrupted data in the slave. MASTER Dual Port RAM BUSYL CE BUSYR SLAVE Dual Port RAM BUSYL CE BUSYR BUSYL MASTER Dual Port RAM BUSYL CE BUSYR SLAVE Dual Integrated Device Technology
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Abstract: port TTL-compatible, single 3.3V (±0.3V) power supply Available in 68-pin PGA and PLCC, and a 80 , "B" is the opposite from port "A". 6 IDT70V07S/L High-Speed 32K x 8 Dual-Port Static RAM , completed on port "B" after contention on port "A". 6. 'X' in part numbers indicates power rating (S or L). , h Ta ble I I I â'" I nt e rr upt Fla g (1 ) Left Port CEL R/WL L OEL L X X 7FFF , (3) X X L INTL A14L-A0L X X X Right Port L 7FFE H 2943 tbl 15 Integrated Device Technology
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Abstract: Available in 68-pin PGA and PLCC, and a 80-pin TQFP DESCRIPTION: The IDT70V07 is a high-speed 32K x 8 , opposite from port "A". 6.31 10 IDT70V07S/L HIGH-SPEED 32K x 8 DUAL-PORT STATIC RAM INDUSTRIAL , Right Port X R/WR INTL A14L-A0L 7FF F X CER CE X X OER OE A14R-A0R X , an external AND gate. INTERRUPTS MASTER Dual Port RAM BUSY (L) BUSY (L) MASTER Dual Port RAM BUSY (L) CE BUSY (R) CE BUSY (R) SLAVE Dual Port RAM BUSY (L) SLAVE Dual Integrated Device Technology
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