93056 Search Results

382e

Contextual Info: STK10C68-M SimTEH CMOS nvSRAM High Performance 8K x 8 Nonvolatile Static RAM MIL-STD-833/SMD 5962 - 93056 FEATURES 30,35, 45 and 55ns Access Times 15,20 and 25ns Output Enable Access Unlimited Read and Write to SRAM Hardware STORE Initiation Automatic STORE Timing

STK10C68

Abstract: STK10C68-M qa1 smd
Contextual Info: STK10C68-M CMOS nvSRAM High Performance 8K x 8 Nonvolatile Static RAM MIL-STD-833/SMD 5962 - 93056 SlfTÌTEH DESCRIPTION FEATURES 35, 45 and 55ns Access Times 15, 20 and 25ns Output Enable Access Unlimited Read and W rite to SRAM Hardware STORE Initiation

smd NE

Abstract: STK10C68 STK10C68-M 93056
Contextual Info: STK10C68-M STK10C68-M CMOS nvSRAM High Performance 8K x 8 Nonvolatile Static RAM MIL-STD-833/SMD 5962 - 93056 FEATURES DESCRIPTION • 35, 45 and 55ns Access Times • 20 and 25ns Output Enable Access The Simtek STK10C68-M is a fast static RAM 35, 45 and 55ns , with a nonvolatile electrically-erasable PROM

Contextual Info: STK10C68 STK10C68-M SMD#5962-93056 8K x 8 nvSRAM QuantumTrap CMOS Nonvolatile Static RAM FEATURES DESCRIPTION • 25ns, 35ns, 45ns and 55ns Access Times • STORE to Nonvolatile Elements Initiated by Hardware • RECALL to SRAM Initiated by Hardware or

Contextual Info: STK10C68-M CMOS nvSRAM High Performance 8K x 8 Nonvolatile Static RAM MIL-STD-833/SMD 5962 - 93056 SimTEH FEATURES DESCRIPTION • 35, 45 and 55ns Access Times The Simtek STK10C68-M is a fast static RAM 35, 45 and 55ns , with a nonvolatile electrically-erasable p r o m

Contextual Info: STK10C68-M STK10C68-M CMOS nvSRAM High Performance 8K x 8 Nonvolatile Static RAM MIL-STD-833/SMD 5962 - 93056 FEATURES DESCRIPTION • 35, 45 and 55ns Access Times • 20 and 25ns Output Enable Access The Simtek STK10C68-M is a fast static RAM 35, 45 and 55ns , with a nonvolatile electrically-erasable PROM

Contextual Info: böE D SINTEK CORP • ÖE74flfl7 00D03S0 33Ö H S I K STK10C68-M CMOS nvSRAM High Performance 8K x 8 Nonvolatile Static RAM MIL-STD-833/SMD 5962 - 93056 SIIÏITEK FEATURES DESCRIPTION 3 0 ,3 5 ,4 5 and 55ns A c c e s s Tim es 1 5 ,2 0 and 25ns O u tp u t E nable A cce ss

Contextual Info: STK10C68-M CMOS nvSRAM High Performance 8K x 8 Nonvolatile Static RAM MIL-STD-833/SMD 5962 - 93056 SlfTÌTEH DESCRIPTION FEATURES 35, 45 and 55ns Access Times 15, 20 and 25ns Output Enable Access Unlimited Read and W rite to SRAM Hardware STORE Initiation

Contextual Info: STK10C68-M CMOS nvSRAM High Performance 8K x 8 Nonvolatile Static RAM MIL-STD-833/SMD 5962 - 93056 SimTEH FEATURES DESCRIPTION 3 0,3 5,45 and 55ns Access Times 15,20 and 25ns Output Enable Access Unlimited Read and Write to SRAM Hardware STORE Initiation Automatic STORE Timing

Contextual Info: STK10C68-M CMOS nvSRAM High Performance 8K x 8 Nonvolatile Static RAM Ml L-STD-833/SMD 5962 - 93056 SimTEH FEATURES DESCRIPTION 30, 35, 45 and 55ns Access Times 15, 20 and 25ns Output Enable Access Unlimited Read and Write to SRAM Hardware STORE Initiation

Contextual Info: STK10C68-M CMOS nvSRAM High Performance 8K x 8 Nonvolatile Static RAM MIL-STD-833/SMD 5962 - 93056 SimTEH FEATURES DESCRIPTION • 35,45 and 55ns Access Times • 20 and 25ns Output Enable Access The Simtek STK10C68-M is a fast static RAM 35, 45 and S5ns , with a nonvolatile electr'cally-erasable PROM

STK10C68

Abstract: STK10C68-M Plastic 28-pin 300 mil SOIC SIMTEK
Contextual Info: STK10C68 STK10C68-M SMD#5962-93056 8K x 8 nvSRAM QuantumTrap CMOS Nonvolatile Static RAM FEATURES DESCRIPTION • 25ns, 35ns, 45ns and 55ns Access Times • STORE to Nonvolatile Elements Initiated by Hardware • RECALL to SRAM Initiated by Hardware or

STK10C68

Abstract: STK10C68-M
Contextual Info: STK10C68 STK10C68-M SMD#5962-93056 8K x 8 nvSRAM QuantumTrap CMOS Nonvolatile Static RAM Obsolete - Not Recommend for new Designs FEATURES DESCRIPTION • 25ns, 35ns, 45ns and 55ns Access Times • STORE to Nonvolatile Elements Initiated by Hardware • RECALL to SRAM Initiated by Hardware or

stk 412 -420

Abstract: STK 419 - 150 STK 419 150 ic stk 412 -420 stk 412 420 STK 412 150 M STK 419- 150 20 pins ic stk 412 -420 m STK 412 150 M function stk 412 150
Contextual Info: STK10C68-M SlfïlTEH CMOS nvSRAM High Performance 8K x 8 Nonvolatile Static RAM MIL-STD-833/SMD 5962 - 93056 FEATURES 35,45 and 55ns Access Times 20 and 25ns Output Enable Access Unlimited Read and Write to SRAM Hardware STORE Initiation Automatic STORE Timing

thermistor 4k7

Abstract: washing machine sensors ptc thermistor 2k NTC 4k7 thermistor NTC 2k2 thermistor 307C 1170 2322 156 vishay thermistor 1k5 ptc s 1380 thermistor 240 thermistor ntc 100k
Contextual Info: NTC Thermistors Vishay FEATURES • Custom designed executions • Application specific leads, housings, and connectors PRODUCT DESCRIPTION TOLERANCE AT R25°C RESISTANCE RANGE OPERATING TEMPERATURE RANGE APPLICATIONS 2322 640 73… 5% 100 to 470k -25 to +100˚C

thermistor 2322 662 98

Abstract: IEC60286-2 telephone main distribution frame
Contextual Info: 2381 66. 9. Vishay BCcomponents PTC Thermistors, Overload Protection For Telecommunication FEATURES PRIMARY PROTECTION OPTIONAL • • • • SECONDARY PROTECTION +θ PTC subscriber lines +θ PTC SUBSCRIBER LOOP INTERFACE CIRCUIT (SLIC) OR TRANSFORMER

main distribution frame

Abstract: XGPU2 PTCTL7 PTC 09 ptc application note PTCTL4MR500SBE IEC60286-2 PTCTL6MR250STE ptc resistor 300 to 500 e ptc thermistor for overcurrent protection
Contextual Info: 2381 66. 9./PTCTL.R.E Vishay BCcomponents PTC Thermistors, Overload Protection For Telecommunication FEATURES PRIMARY PROTECTION OPTIONAL +θ PTC subscriber lines SECONDARY PROTECTION +θ PTC voltage clamp +θ +θ SUBSCRIBER LOOP INTERFACE CIRCUIT

philips ptc thermistors

Abstract: philips thermistor 2322 662 PTC thermistor PTC thermistor PHILIPS philips thermistor characteristic PTC PHILIPS 2322 PTC PHILIPS 2322 661 PTC PHILIPS thermistor philips philips thermistor 2322 661
Contextual Info: TELECOMMUNICATIONS Advanced developments in telephony equipment in recent years have radically altered the protection requirements for both exchange and subscriber equipments. The Philips Components range of PTC thermistors includes devices specifically designed to

k20 250

Abstract: 2322 662 93066 2322 661 93135 130K20
Contextual Info: PTC Thermistors application specific types, leaded Telecommunications, PTCs for secondary overcurrent protection Catalogue number 2322 . . . . . . . . Resistance Vmax V Non-trip current R25 (Ω) TOL (%) lnt (mA) Trip current Max. trip current at T (°C)

ptc 2322 662 93131

Abstract: PTC THERMISTOR thermistor 2322 662 98 ptc thermistor for overcurrent protection XGPU2 main distribution frame PTC lead disc thermistor 661 93139 thermistor ptc 18 telephone main distribution frame
Contextual Info: BCcomponents DATA SHEET Overload protection for telecommunication PTC thermistors 2000 Oct 10 Supersedes data of 17th May 1999 File under BCcomponents, BC02 BCcomponents Overload protection for telecommunication PTC thermistors FEATURES • Wide resistance range in telecom

h2181

Contextual Info: 2381 66. 9./PTCTL.R.E Vishay BCcomponents PTC Thermistors, Overload Protection For Telecommunication FEATURES PRIMARY PROTECTION OPTIONAL • • • • SECONDARY PROTECTION +θ +θ PTC PTC subscriber lines SUBSCRIBER LOOP INTERFACE CIRCUIT (SLIC)

93146

Abstract: main distribution frame telephone main distribution frame
Contextual Info: 2381 66. 9. / PTCTL.R.E Vishay BCcomponents PTC Thermistors, Overload Protection For Telecommunication FEATURES PRIMARY PROTECTION OPTIONAL • • • • SECONDARY PROTECTION +θ +θ PTC PTC subscriber lines SUBSCRIBER LOOP INTERFACE CIRCUIT (SLIC)

main distribution frame

Contextual Info: 2381 66. 9./PTCTL.R.E Vishay BCcomponents PTC Thermistors, Overload Protection For Telecommunication FEATURES PRIMARY PROTECTION OPTIONAL +θ PTC subscriber lines +θ PTC voltage clamp +θ • • • • SECONDARY PROTECTION +θ SUBSCRIBER LOOP

IEC60286-2

Abstract: 93146
Contextual Info: 2381 66. 9. Vishay BCcomponents PTC Thermistors, Overload Protection For Telecommunication FEATURES PRIMARY PROTECTION OPTIONAL • • • • SECONDARY PROTECTION +θ PTC subscriber lines +θ PTC SUBSCRIBER LOOP INTERFACE CIRCUIT (SLIC) OR TRANSFORMER