AI00768 Search Results

1N914

Abstract: M27256 LABLES INFORMATION
Contextual Info: M27256 NMOS 256K 32K x 8 UV EPROM FAST ACCESS TIME: 170ns EXTENDED TEMPERATURE RANGE SINGLE 5V SUPPLY VOLTAGE LOW STANDBY CURRENT: 40mA max TTL COMPATIBLE DURING READ and PROGRAM 28 FAST PROGRAMMING ALGORITHM 1 ELECTRONIC SIGNATURE FDIP28W (F) PROGRAMMING VOLTAGE: 12V

1N914

Abstract: M27256 Electrolytic Capacitors - Quality flowchart
Contextual Info: M27256 NMOS 256K 32K x 8 UV EPROM FAST ACCESS TIME: 170ns EXTENDED TEMPERATURE RANGE SINGLE 5V SUPPLY VOLTAGE LOW STANDBY CURRENT: 40mA max TTL COMPATIBLE DURING READ and PROGRAM 28 FAST PROGRAMMING ALGORITHM 1 ELECTRONIC SIGNATURE FDIP28W (F) PROGRAMMING VOLTAGE: 12V

1N914

Abstract: M27256 LABLES INFORMATION
Contextual Info: M27256 NMOS 256 Kbit 32Kb x 8 UV EPROM NOT FOR NEW DESIGN FAST ACCESS TIME: 170ns EXTENDED TEMPERATURE RANGE SINGLE 5V SUPPLY VOLTAGE LOW STANDBY CURRENT: 40mA max TTL COMPATIBLE DURING READ and PROGRAM FAST PROGRAMMING ALGORITHM 28 ELECTRONIC SIGNATURE

M27256A

Contextual Info: 5 7 . SGS-THOMSON M27256 •LI NMOS 256K 32K x 8 UV EPROM FAST ACCESS TIME: 170ns EXTENDED TEMPERATURE RANGE SINGLE 5V SUPPLY VOLTAGE LOW STANDBY CURRENT: 40mA max TTL COMPATIBLE DURING READ and PROGRAM FAST PROGRAMMING ALGORITHM ELECTRONIC SIGNATURE PROGRAMMING VOLTAGE: 12V

1N914

Abstract: M27256 thomson 7895
Contextual Info: M27256 NMOS 256K 32K x 8 UV EPROM FAST ACCESS TIME: 170ns EXTENDED TEMPERATURE RANGE SINGLE 5V SUPPLY VOLTAGE LOW STANDBY CURRENT: 40mA max TTL COMPATIBLE DURING READ and PROGRAM 28 FAST PROGRAMMING ALGORITHM 1 ELECTRONIC SIGNATURE FDIP28W (F) PROGRAMMING VOLTAGE: 12V

M27256

Contextual Info: M27256 NMOS 256K 32K x 8 UV EPROM DATA BRIEFING FAST ACCESS TIME: 170ns EXTENDED TEMPERATURE RANGE SINGLE 5V SUPPLY VOLTAGE LOW STANDBY CURRENT: 40mA max TTL COMPATIBLE DURING READ and PROGRAM FAST PROGRAMMING ALGORITHM ELECTRONIC SIGNATURE PROGRAMMING VOLTAGE: 12V

170NS

Contextual Info: M27256 NMOS 256K 32K x 8 UV EPROM DATA BRIEFING FAST ACCESS TIME: 170ns EXTENDED TEMPERATURE RANGE SINGLE 5V SUPPLY VOLTAGE LOW STANDBY CURRENT: 40mA max TTL COMPATIBLE DURING READ and PROGRAM FAST PROGRAMMING ALGORITHM ELECTRONIC SIGNATURE PROGRAMMING VOLTAGE: 12V

1N914

Abstract: M27256 M27256A
Contextual Info: M27256 NMOS 256 Kbit 32Kb x 8 UV EPROM NOT FOR NEW DESIGN • FAST ACCESS TIME: 170ns ■ EXTENDED TEMPERATURE RANGE ■ SINGLE 5V SUPPLY VOLTAGE ■ LOW STANDBY CURRENT: 40mA max ■ TTL COMPATIBLE DURING READ and PROGRAM ■ FAST PROGRAMMING ALGORITHM

c1237 ha

Abstract: mm27256
Contextual Info: rZ J SGS-THOMSON ^ 7m * HO lS s [ilLi(gî[àl(MD(gS M 27256 NMOS 256K (32K x 8) UV EPROM • FAST ACCESS TIME: 170ns ■ EXTENDED TEMPERATURE RANGE ■ SINGLE 5V SUPPLY VOLTAGE - LOW STANDBY CURRENT: 40mA max - TTL COMPATIBLE DURING READ and PROGRAM ■ FAST PROGRAMMING ALGORITHM

M27256

Abstract: A0-A14 FDIP28Wf
Contextual Info: M27256 256 Kbit 32Kb x 8 NMOS UV EPROM DATA BRIEFING FAST ACCESS TIME: 170ns EXTENDED TEMPERATURE RANGE SINGLE 5V SUPPLY VOLTAGE LOW STANDBY CURRENT: 40mA max TTL COMPATIBLE DURING READ and PROGRAM FAST PROGRAMMING ALGORITHM ELECTRONIC SIGNATURE PROGRAMMING VOLTAGE: 12V

Contextual Info: rz 7 S G S'TH O M SO N * 7 / HD gœilLI(gî[f3 lfflO(gi ST24C02, ST25C02 ST24W02, ST25W02 SERIAL ACCESS 2K (256 x 8 EEPROM 1 1 PSDIP8 (B) 0.25mm Frame S08 (M) Figure 1. Logic Diagram < o o • 1 MILLION ERASE/WRITE CYCLES with 10 YEARS DATA RETENTION ■ SINGLE SUPPLY VOLTAGE:

25C02

Abstract: memory chip st24c02 ST24C02 ST24W02 ST25C02 ST25W02 st24W02 st
Contextual Info: 5 Ï. SGS-THOMSON IM lD g (Ô IlL I(g ra R !lD (g S ST24C02, ST25C02 ST24W02, ST25W02 SERIAL A CC ESS 2K (256 x 8) EEPROM 1 MILLION ERASE/WRITE CYCLES with 10 YEARS DATA RETENTION SINGLE SUPPLY VOLTAGE: - 3V to 5.5V for ST24x02 versions - 2.5V to 5.5V for ST25x02 versions

M27256

Abstract: 1N914
Contextual Info: M27256 NMOS 256 Kbit 32Kb x 8 UV EPROM NOT FOR NEW DESIGN • FAST ACCESS TIME: 170ns ■ EXTENDED TEMPERATURE RANGE ■ SINGLE 5V SUPPLY VOLTAGE ■ LOW STANDBY CURRENT: 40mA max ■ TTL COMPATIBLE DURING READ and PROGRAM ■ FAST PROGRAMMING ALGORITHM