2114 SRAM Search Results

Am91L24

Abstract: AM91L24B 91l24 2114 1k x 4 SRAM Am91L14 2114 1k x 16 RAM 2114 SRAM Am9124 Am9124/Am9114 am91l14 am91l24 AM9124B
Contextual Info: Am9114/9124 Am9114/9124 1024 x 4 Static RAM DISTINCTIVE CHARACTERISTICS • • • • Low operating and standby power Access times down to 200 ns Am9114 is a direct plug-in replacement for 2114 Am9124 pin and function compatible with Am9114 and 2114, plus 5 3 power-down feature

Contextual Info: SRAM MOTOROLA 4096-BIT STATIC RANDOM ACCESS MEMORY MOS The M C M 2114 is a 4096-bit random access m em o ry fabricated w ith h igh den sity, high reliability N -channel s<licon-gate tec h n o lo g y . For ease o f use, the device operates fro m a sin gle pow er supply, is d irectly

sram 2114

Abstract: 2114 static ram 2114 SRAM 2114 static ram ic 2114 "static RAM" 2114 Ram pinout 18 RAM 2114 3007a STATIC RAM 2114 2114 ram
Contextual Info: L C 351 4 3514L c -m o s # lsi CIRCUIT DRAWING NO.40D2 1 0 2 4 WORDS X A BITS HIGH-SPEED CMOS STATIC RAM ' General Description 3007A ' The LC 3514/LC3514L are nonclocked CMOS static RAM's organized as 1024 words x 4 bits They are compatible w ith worldwide standard N-channel 2114-type 4K SRAM's and have a complete CMOS circuit

LC3514A-15

Abstract: LC3514AL-15 LC3514AL-20 RAM 2114 2114 Ram pinout 18 LC3514A LC3514AL15K LC3514AL-20K ci 2114 LC3514A15K
Contextual Info: F N o. 2881 i L C 3514A - i 5K,2qk/L C 3514A L - i 5K,20K CMOS LSI 1024 Words X 4 Bits High-Speed CMOS Static RAM G e n e ra l D e sc rip tio n The LC3514A/LC3514AL are fully asynchronous CMOS static RAMs organized as 1024 wordsX 4 bits. They are compatible with worldwide standard N-channel 2114-type 4K SRAMs and have a full CMOS

information applikation

Abstract: U880D information applikation mikroelektronik Halbleiterbauelemente DDR "Mikroelektronik" Heft u880 mikroelektronik applikation VEB mikroelektronik mikroelektronik information applikation mikroelektronik DDR
Contextual Info: i« ¡ 2 Information Applikation t m f f i ^ o e l e k t s n o •/ Information Applikation n • Heft 30: HALBLEITERSPEICHER Teil 2 SRAM und DRAM v e b halbleiterw erk frankfurfc/odor KBD im veb Kombinat mikroelektronik KAMMER DER TECHNIK Bezirksverbond

2114 1k x 4 SRAM

Abstract: 2114 static ram 2114 ram 2114 SRAM sram 2114 OSC CMOS 32.768K ST2108 2063 static ram btm 330 LA 4440
Contextual Info: ST Sitronix PRELIMINARY ST2108 8 BIT Microcontroller with 1M bytes ROM Notice: This is not a final specification. Some parameters are subject to change. 1. FEATURES n n n n n n n n n n Totally static 65C02S CPU ROM: 1M x 8-bit RAM: 4K x 8-bit Stack: Up to 128-level deep

2114 static ram

Abstract: sram 2114 2114 ram RAM 2114 psg010 2114 1k x 4 SRAM 2114 SRAM 4 bit dac OSC CMOS 32.768K 2063 static ram
Contextual Info: ST ST2108 8 BIT Microcontroller with 1M bytes ROM Notice: Sitronix Technology Corp. reserves the right to change the contents in this document without prior notice. This is not a final specification. Some parameters are subject to change. 1. FEATURES Totally static RISC CPU

MCM2114

Abstract: MCM2114-30 MCM2114-20 wlc1 MCM2114-25 MCM2114-45 1023a
Contextual Info: <8 > m o t o r o l a « W - B . T S T A T IC « A * D 0 M A C C K S M £ m o r v T h e M C M 2 1 14 i<? s i 4nQfi k * • high density, high reliability mer710ry S e a t e d WJth ease o f use, the device operates fro m =, 1° ° '> 9 ate technolo gy. For com patible w ith TTL and ren

sram 2114

Abstract: ACTEL FUSION AFS1500 AC252 2114 SRAM actel smart fusion transistor AC252
Contextual Info: Application Note AC252 Configuring SRAM FPGAs Using Actel Fusion Introduction Due to the nature of SRAM technology, SRAM-based FPGAs are volatile. Therefore, SRAM-based FPGAs lose their configuration when powered off and need to be reconfigured at every power-up. Hence, almost

sRAM 2116

Abstract: DPS256P8-100C DPS256P8-120C DPS256P8-150C STATIC RAM 2114
Contextual Info: DENSE-PAC M I C ROS YS TE MS 07E D | S T S ^ I S Dense~Pac Microsystems, ine. DDDDlbM 2 |~~ DPS256P8 CMOS SRAM 25 6K X -PRELIMINARY- D E S C R IP T IO N : The DPS256P8 is a fully static asynchronous Random Access Memory SRAM and is organized as 128Kx 8.

STATIC RAM 2114

Abstract: RAM 2114 2114 static ram ic EDI8M32512CA RAM 2116
Contextual Info: EDI8M32512CA ^EtECTBOMC E D L DEStGNS WC. m 512Kx32 Static Ram 512Kx32 CMOS, High Speed Static RAM Features The EDI8M32512CA, a high speed, high performance, 16 512Kx32 bit CMOS Static megabit density Static RAM organized as 512Kx32 bits, contains four 512Kx8 SRAMs.

UM621024B

Abstract: UM621024 um621024bm-70l
Contextual Info: UM621024B Seríes 128K X 8 CMOS SRAM Features • Single +5V power supply ■ Access times: 55/70 ns max. ■ Current: Low power version: Operating: 70mA Standby: 100(iA Very low power version: Operating: 70mA Standby: 25 (¿A * Full static operation, no clock or refreshing

rs-flip-flop

Abstract: V40511D u555c V40098D UB855D UB8830D TC8066PB UB857D V4007D UB880D
Contextual Info: RFT Beschreibung Valvo RCA Zilog Intel Toshiba 4,19 MHz Uhrenchip für Analog-Uhren Uhrenchip für analoge Armbanduhren TC8066PB U118F U125D 32 kHz Uhrenschaltkreis analog T3648A U130X 32 kHz Uhrenchip für digitale LCD-Quarzuhren 32 kHz Uhrenchip für digitale

APA075

Abstract: CCGA FBGA-484 datasheet APA1000 APA150 APA300 APA450 APA600 APA750 FG256
Contextual Info: Product Brief TM ProASICPLUS Flash Family FPGAs Features and Benefits • High Capacity High Performance Routing Hierarchy Commercial and Industrial • • • • • • • 75,000 to 1 Million System Gates 27 k to 198 kbits of Two-Port SRAM 66 to 712 User I/Os

reloading

Abstract: AC258 memory 2114
Contextual Info: Application Note AC258 Context Save and Reload with Real-Timestamp Introduction To reduce power, many systems will store needed data, suspend operation, or turn off components and return power when needed. For this context saving and switching, designers must have nonvolatile

sram 2112

Abstract: 2114 static ram STATIC RAM 2114
Contextual Info: S-22S10R/I 64-word X4-bit parallel NON-VOLATILE RAM The S-22S10R/I is a non-volatile CM OS RAM, co m p o se d of a CM OS static RAM and a non-volatile e le ctrically erasable p ro gram m ab le m em ory E2PROM to backup the SRAM. The organization is 64-w ord x 4-bit (total 256 bits) and the

AC307

Abstract: SPARTAN 3E STARTER BOARD L262144 memory 2114 XILINX/SPARTAN 3E STARTER BOARD AFS090 generic SPI AFS-EVAL
Contextual Info: Application Note AC307 Configuring SRAM FPGAs Using Actel Fusion Introduction Due to the nature of SRAM technology, SRAM-based FPGAs are volatile and lose their configuration when powered off, so they must be reconfigured at every power-up. Hence, almost every system using SRAMbased FPGAs contains an additional nonvolatile memory, such as flash PROM or EEPROM, to store the

rtc circuit diagram

Abstract: AC261
Contextual Info: Application Note AC261 Real-Time Clock in Actel Fusion FPGAs Introduction Real-time clocks are used in a wide variety of applications. For example, a real-time clock can be used to timestamp particular transactions done by ATM machines or vending machines, such as data transfers.

RTAX1000S

Abstract: RTAX2000S CQFP352 RTAX-S jtag pull-up resistor 10K RTAX2000 RTAX-S library RAM EDAC SEU AC173 ACTEL
Contextual Info: Application Note AC173 Differences Between RTAX-S/SL and Axcelerator Introduction RTAX-S/SL is Actel's latest FPGA family designed for space applications and is a derivative of the Actel Axcelerator FPGA family. The RTAX-S/SL architecture is based on Actel's multi-featured, high-density AX

2102 SRAM

Abstract: 2112 sram seiko epson RAM IC MEMORY CARD
Contextual Info: STATIC RAM O U TLIN E The SRAM IC MEMORY CARD series is made up of Static RAM chips. Memory capacity is from 64K Bytes to 1M Bytes. HE series is 16 bit wide data bus. This series featuresa built-in exchangeable battery and a mechanical write protect switch to protect

airbag

Abstract: neuron user guide image sensor incoming inspection A3P1000 QN132 artificial intelligence system SRAM 2114 cortex 5 ProASIC3 AC290
Contextual Info: Application Note AC290 Trainable Image Recognition System Using Low Power Flash FPGAs Introduction Image recognition is a technology that can be used in a variety of applications. It is often used in medical imaging devices, security, defense video tracking, and factory automation. The typical image recognition

application of microprocessor in power system

Abstract: CORE8051 FUSION PWM code using fpga
Contextual Info: Application Note AC254 Microprocessor-Based Power Sequencing and Management Introduction Power sequencing and management is a targeted application space for Actel Fusion Programmable System Chip PSC , the world's first mixed-signal FPGA. As the ultimate PSC, Fusion integrates configurable

QQ1042A

Contextual Info: ADVANCE MT5LC256K16D4 256K X 16 SRAM M IC R O N SRAM 256Kx 16 SRAM 3.3V OPERATION WITH OUTPUT ENABLE • All I/O pins are 5V tolerant • High speed: 12,15,20, 25 and 35ns • Multiple center power and ground pins for improved noise immunity • Single +3.3V ±0.3V power supply

ix 2933

Abstract: sram 2112
Contextual Info: ADVANCE MT5LC256K16D4 256K X 16 SRAM M IC R O N 256Kx 16 SRAM SRAM 3.3V OPERATION WITH OUTPUT ENABLE • All I / O pins are 5V tolerant • High speed: 12,1 5 , 2 0 ,2 5 and 35ns • Multiple center power and ground pins for improved noise imm unity • Single +3.3V ±0.3V power supply