GA22V10 Search Results

Contextual Info: G A 2 2 V P 10 High-Perform ance Logic Device G allium Arsenide g a z e lle Features G eneral Description Gazelle’s GA22VP10 is a TTL-compatible, high-performance logic device HPLD . The GA22VP10 is functionally equivalent to the popular GA22V10, but with the improved Output Logic Macrocells (OLMs) offering

GA22V10

Abstract: Federal fuse switch Gazelle Gazelle Microcircuits 80386 microprocessor pin out diagram hpld
Contextual Info: GA22VP10 H ig h -P erfo rm an ce Logic D evice G allium A rsen id e gazelle F e a tu re s G en e ra l D esc rip tio n Gazelle’s GA22VP10 is a TTL-compatible, high-performance logic device HPLD . TheGA22VP10 is functionally equivalentto the popular GA22V10,

GA22V10

Contextual Info: VSS I I I I I I I I I I GA22V10 GA22VP10 CLK/I High-Performance Logic Device Features TriQuint’s GA22V10/VP10 is a TTL-compatible, high-performance logic device HPLD |. For existing users of PLDs, it provides a pincompatible path to upgrade system performance. For designers who have been

Contextual Info: G A 22VP10-10 H igh*Perform ance Logic Device G allium Arsenide g a z e l l e - Features G eneral Description Gazelle’s GA22VP10 is a TTL-compatible, high-performance logic device HPLD . The GA22VP10 is functionally equivalent to the popular GA22V10,

GA22V10

Contextual Info: G A22V10 g a ze lle High-Perform ance Logic Device Gallium Arsenide _ G eneral Description Features Gazelle’s GA22V10 is a TTL-compatible, high-performance logic device HPLD . For existing users of PLDs, it provides a pincompatible path to upgrade system performance. For designers

GA22V10

Abstract: A22V10
Contextual Info: >r i 992 T R I Q C O M P U T I N G VSS U A N D I I l ‘ N T S E M I C O N D U C T O R , I N C N E T W O R K I N G I I I I I I I I GA22V10 GA22VP10 CLK/I High-Performance Logic Device Features TriQuint's GA22V10/VP10 is a TTL-com patible, high-perform ance logic device HPLD ).

Contextual Info: G azelle M icrocircuits, Inc. PLD Product Sum m ary gazelle SPEED GA22V10 GA22VP10 GA23S8 GA23SV8 Notes: * MHz (ns) PART NUMBER (mA) 'cc PRODUCT TERMS REGISTERS DEDICATED INPUTS I/O PIN COUNT 200 220 124 10 12 10 24/28 DIP/CLCC 111 200 220 124 10 12 10 24/28

Contextual Info: G A 22VP10-7 High*Perform ance Logic Device Gallium Arsenide gazelle - Features G eneral Description Gazelle’s GA22VP10 is a TTL-compatible, high-performance logic device HPLD . TheGA22VP10 isf unctionally equivalent to the popular GA22V10,

a9011

Abstract: A9012 11ga9 ga9011
Contextual Info: T R DATA / 0 U I N T S E M I C O N D U C T O R , I N C C 0 M M U N ! C A 1 ¡0 N S G A 9 0 1 1/G A 9 0 1 2 STROBE STROBE COAXIAL CABLE OR HOST 40 BITS DATA IN HOT ROD TX GA9011 FIBER-OPTIC CABLE USER OR LED PHOTO DETECTOR DESTI­ NATION HOT ROD RX GA9012 —N

Contextual Info: H ot Rod T riQ u in t SEMICONDUCTOR High-Speed Serial Link G eneral Description Features The Hot Rod transmitter and receiver pair from TriQuint is a 200 Mbit/sec to 800 Mbit/sec point-to-point data communications chipset. It is ideal for use in high-performance systems where data

ga22vp10-7 gazelle

Abstract: 80386 80386 microprocessor pin out diagram Federal fuse switch GA22V10
Contextual Info: GA22VP10-10 H ig h -P e rfo rm a n c e Lo gic D e v ic e G a lliu m A rsen id e g a z e l l e ,— -F e a tu re s G en eral D e s c rip tio n Gazelle’s GA22VP10 is a TTL-compatible, high-performance logic device HPLD .

GA9012

Abstract: GA22V10
Contextual Info: GA9011/GA9012 Hoi Rod Update The following changes have been made to the Hot Rod data sheet, dated July, 1991: Figure I.Chip Set Data Flow Communications Protocol Unidirectional Link HOT ROD TRANSMITTER 40 • The maximum transmit strobe interval requirement for guaranteed data integrity

GA22V10

Abstract: ga22vp10-7 gazelle
Contextual Info: lTM HOT ROD ;y MD im High-Speed S erial Link G allium A rsenide g azelle G eneral D escription Features The HOT ROD transmitter and receiver pair from Gazelle is a 100 Mbit/sec to 1 Gbit/sec point-to-point data communications chipset. It is ideal for use in high-performance systems where data