1179Q Search Results

Contextual Info: SONY CORP/COMPONENT PRODS 5BE D SONY* • fl3 ô 2 3 fl3 Ü Ü D 4 1 cî 7 TE? MSONY C XD 1179Q I Preliminary 8-bit 35MSPS Video A/D converter with Clamp Function Description The 1179Q is an 8-bit CMOS A/D converter for video use that features a sync clamp function. The

Contextual Info: SONY, C XD 1179Q Preliminary 8-bit 35MSPS Video A/D converter with Clamp Function D escription T h e C X D 1 1 7 9 Q is an 8-bit C M O S A /D c onverter for v ideo use th a t fe a tu re s a sync clam p function. T h e adoption of a 2 -s te p parallel m ethod rea lize s low pow er

Contextual Info: CY7C1388 ADVANCED INFORMATION CYPRESS SEMICONDUCTOR Features • Single 3 3 ± 0.3V power supply • High speed — 20 ns • Low active power — 235 m W • Low standby power — 90 mW • 2.0V data retention — 100 iW • Ideal for low-voltage cache memory

EQUIVALENT cd 1031 cs

Abstract: 7C1031
Contextual Info: CY7C1031 CY7C1032 PRELIM INARY 64K x 18 Synchronous Cache RAM • Direct interface with the processor and external cache controller • Asynchronous output enable • VOs capable of 33V operation • JEDEC-standard pinout • 52-pin PLCC and PQFP packaging

ADVM

Abstract: cy7c379 CY7C178 CY7C179 RD7I141
Contextual Info: PRELIMINARY CYPRESS Features • Supports 66-MHzPentium micro­ processor cache systems with zero wait states • 32K by 18 common I/O • Fast clock-to-output times — 8.5 ns • Itoo-bit wraparound counter support­ ing Pentium and 486 burst sequence

Contextual Info: 7c1399: Monday, November 16,1992 Revision: Wednesday, January 6,1993 CY7C1399 ADVANCED INFORMATION CYPRESS t SEMICONDUCTOR = ' 3.3V 32Kx 8 Static RAM • Automatic power-down when deselected Features • Single 3 3 ± 0.3V power supply • H ighspeed — 15 ns

hi1179jcq

Abstract: H1179
Contextual Info: HARRIS S E M I C O N D U C T O R HI1179, CXD1179 8-Bit, 35 MSPS Video A/D Converter February 1996 Description Features The HI1179, CXD1179 is an 8-bit CMOS analog-to-digital converter for video use that features a sync clamp function. The adoption of a 2-step parallel method realizes low power

Contextual Info: ^ ADVANCED INFORMATION CYPRESS SEMICONDUCTOR Features • Single 3.3 ± 0.3V power supply • High speed — 20 ns • Low active power — 235 mW • Low standby power — 90 mW • 2.0V data retention — 100 |iW • Ideal for low-voltage cache memory applications

Contextual Info: PRELIM IN ARY V CYPRESS Features • S u p p o r ts 6 6 -M H z P e n tiu m u m ic r o ­ p r o c e s s o r c a c h e s y s te m s w ith z ero w a it s ta te s CY7C178 CY7C179 32K x 18 Synchronous Cache RAM • D ir e c t in te r fa c e w ith th e p r o c e s s o r

Contextual Info: CY7C1331 CY7C1332 ADVANCED INFORMATION CYPRESS SEMICONDUCTOR Features • Direct interface with the processor and external cache controller • Supports 50-M Hz Pentium processor cache systems with zero wait states • Asynchronous output enable T h e CY7C1331 is designed fo r Intel Pen­

32PIN

Abstract: CX20202A-1 CXD1179Q QFP032-P-0707
Contextual Info: 1179Q 8-bit 35MSPS Video A/D Converter with Clamp Function Description The 1179Q is an 8-bit CMOS A/D converter for video with synchronizing clamp function. The adoption of 2 step-parallel method achieves ultra-low power consumption and a maximum conversion

32PIN

Abstract: CX20202A-1 CXD1179Q sony digital cxd
Contextual Info: 1179Q 8-bit 35MSPS Video A/D Converter with Clamp Function Description The 1179Q is an 8-bit CMOS A/D converter for video with synchronizing clamp function. The adoption of 2 step-parallel method achieves ultra-low power consumption and a maximum conversion

Contextual Info: CY7C1399 PRELIMINARY r CYPRESS SEMICONDUCTOR Features • Single 3.3 ± 0.3V power supply • High speed — 15 ns • Low active power — 255 mW • Low standby power — 90 mW • 2.0V data retention — 100 yW • Ideal for low-voltage cache memory applications

CXD1179Q

Abstract: 32PIN CX20202A-1 QFP032-P-0707-A sony digital cxd
Contextual Info: 1179Q 8-bit 35MSPS Video A/D Converter with Clamp Function Description The 1179Q is an 8-bit CMOS A/D converter for video with synchronizing clamp function. The adoption of 2 step-parallel method achieves ultra-low power consumption and a maximum conversion