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Part Manufacturer Description Datasheet BUY
929505-6 TE Connectivity Ltd FF FLA-STE-GEH2X9P visit Digikey
2-967630-1 TE Connectivity Ltd FLA-STE-GEH2,8MM21P visit Digikey
929505-2 TE Connectivity Ltd FF FLA-STE-GEG2X3P visit Digikey
1-1394765-1 TE Connectivity Ltd 2.8FLA-STE-GEH 21P visit Digikey
929505-7 TE Connectivity Ltd FF FA-STE-GEH2X11P visit Digikey
929505-3 TE Connectivity Ltd FF FLA-STE-GEH2X4P visit Digikey

pace ste

Catalog Datasheet MFG & Type PDF Document Tags

DP8205

Abstract: DP8302 DP8302, DP8305 1/WX National Jl â Semiconductor Microprocessor Support Circuits DP8302, DP8305 PACE System Timing Element (PACE STE) General Description The P A C E S T E provides an oscillator, CPU clock driver, and T T L system clocks in a single 16-pin DIP. The S T E is intended specifically for application in P A C E microprocessor-based systems. An external crystal provides frequency control. True and complemented non-overlapping clock outputs are generated at one-half the oscillator
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DP8205 capacitor nck pace ste CE013 X2 mos P8305 OP8302

STK and STR integrated circuits

Abstract: dm8136 .1-2 1 - 3 Dynamics of Utilization of STE , signals such as those produced by a System Timing Element (STE). PACE uses the external clock signals to , Publication Number 4200078A Integrated Microprocessor IPC -16 PACE lechnical Description June 1975 , and software items that comprise and support the single-chip PACE (Processing and Control Element). , contacted for the latest information pertaining to PACE. CONTENTS Chapter Page 1 INTRODUCTION TO PACE 1.1
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STK and STR integrated circuits dm8136 ipc-16a class b viking b2 ipc16a viking b-2 class b

6d40 Wiring diagram

Abstract: DP8302 (STE) DP8302 produces the MOS nonoverlapping clock signals required by PACE and also supplies two TTL , 1-2 illustrates the relationship of the STE and BTE to PACE. The STE requires application of +5 and , bidirectionally to buffer the 16-bit, time-multiplexed Address/Data Bus. Use of the STE and BTEs with PACE is , the System Timing Element (STE) that is described in chapter 3 (3.1). PACE uses the external clock , PACE Microprocessor System Design Manual jrm! National Semiconductor Publication Number
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6d40 Wiring diagram IC TTL 7400 diagram and truth table DM9318 MM5214 69C0 DP8300 IPC-16A/928 IPC-16A/927 IPC-16S/969Y J28592

AK495

Abstract: , sav ving signific cant board sp pace compar red to existin ng solutions that require e two or thre ee , K4950 featu ures an outst tanding perf formance to o power con nsumption ra atio. The ste ereo ADC an nd , amplifier a eli iminates larg ge AC-coup pling capacit tors, reducin ng cost and d meeting sp pace saving , in a sp pace saving small 32-pi in QFN pac ckage (4.0mm mx 4.0mm) ). Evaluation boards and
Asahi Kasei Microdevices
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AK495 AK4950 AK4646
Abstract: rapid pace). Under Development Features Compact shape: maximum mounting area 7.40 x 4.10 mm2 , Boulder, CO 3100 Arapahoe Avenue, Ste. 500, Boulder, CO 80303, U.S.A. Tel: (303)442-3801 Fax: (303 , (Orlando) 11924 W. Forest Hill Blvd., Ste. 22-337, Boynton Beach, FL 33414, U.S.A. Tel: (561)374-6193 Fax , ) 3700 Crestwood Parkway, Ste. 460, Duluth, GA 30096, U.S.A. Tel: (770)931-3363 Fax: (770)931-7602 , Edison, NJ 2035 Lincoln Hwy. Ste. #3000, Edison NJ 08817, U.S.A. Tel: (732)248-8070 Fax: (732)248-8030 Toshiba
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TLP3113 TLP3114 TLP3115 TLP3116
Abstract: Significantly Improved Noise Characteristics â  Manufactured in 0.7 micron PACE Technology7 1 2$ DESCRIPTION The 'FC T161T and 'FC T163T are m anufactured using PACE Technologyâ"¢ w hich is Perform ance , * internal gate delays. PACE Technology includes tw o-level m etal and epitaxial substrates. In addition to , dge) M R (â'˜ 161T) A syn ch ro n o u s M a ste r R ese t Input (A ctive LO W ) S R (â'™163T ) S y , o u s B ina ry C o u n te r with A sy n c h ro n o u s M a ste r R eset 163T S yn c h ro n o u s -
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P54/74FCT161T/AT/CT-P54/74FCT163T/AT/CT P54/74FCT161T/AT/CT P54/74FCT163T/AT/CT AE1573-7
Abstract: Output Levels PGïlIUlIlOQNlÂiaV T-'të'-ZSror Produced with PACE Technology1 1 Compact Pinout - , of the clock. The P54/74PCT161/A and P54/74PCT163/A is manufactured using PACE TechnologyTM which is , * internal gate delays. PACE Technology includes two-level metal and epitaxial substrates. In addition to , arrier Synchronous Binary C ounter with Asynchronous M a ste r R eset Synchronous Binary C ounter with -
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P54/74PCT161/A-P54/74PCT163/A P54/74PCT161 P54/74PCT161A P54/74PCT163 P54/74PCT163A

0640C

Abstract: RAM Air COAXIAL depar t ment .324 CB.23) TECHNICAL DATA R 121 ; 0640C 630 003 Page 1 / 2 I ssue HERMETICALLY SEALED RECEPTACLE SOLDER IN TYPE Shear-ed Pace .012 DIA r C 0O.3) S E R IE S , SSMA < 145 DIA F Û33.7) (MOUNTING HOLE) .197_ ' C5.0) .400 CIO. 15) ,116 (2.95? See page 2 (WEIGTH oz C q) CHARACTERISTICS NOMINAL IMPEDANCE FREÛUENCY , i r s o L d e r in g sy ste m . rssuE REVISION No 064U DESCRIPTION solder process t
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1 gate toshiba logic

Abstract: TC260 pace by using xDSL, wireless and optical fiber technologies. The TC280 family is meant to be used as , : (949)859-3963 Boulder, CO 3100 Arapahoe Avenue, Ste. 500, Boulder, CO 80303, U.S.A. Tel: (303)442-3801 Fax: (303)442-7216 Boynton Beach, FL(Orlando) 11924 W. Forest Hill Blvd., Ste. 22-337 , (Atlanta) 3700 Crestwood Parkway, Ste. 460, Duluth, GA 30096, U.S.A. Tel: (770)931-3363 Fax: (770)931-7602 Edison, NJ 2035 Lincoln Hwy. Ste. #3000, Edison NJ 08817, U.S.A. Tel: (732)248-8070 Fax
Toshiba
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TC260 1 gate toshiba logic 0.13um standard cell library
Abstract: in 0.7 micron PACE Technology7 & DESCRIPTION The â'˜FCT399T is manufactured using PACE Techno , giving 400 picoseconds loaded* internal gate delays. PACE Technology includes two-level metal and , e rfo rm e d last. 3. T h is p a ra m e te r is g u a ra n te e d b u t n o t te ste d . 7 -1 -
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P54/74FCT399T/AT/CT FCT399AT FCT399CT MIL-STD-883 399AT 399CT

MQ 5 SENSOR pin diagram

Abstract: MQ 6 SENSOR pin diagram details ( 32.768 kHz to 1/30 Hz ) -6 Built-in 30 second adjustment function, digital pace adjustment function (max , . Furthermore, it has a digital pace adjustment function for adjusting the accuracy of the clock and a , 4 to 5 as RAM. (Total 8 bits) 9) When not using digital pace adjustment, Bank 2 registers 0 to 1 can , link the digital pace adjustment function (called digital offset below) with the logic status of each , bit 2 DT2 DT6 bit 1 DT1 DT5 bit 0 DT0 DT4 · When DT_ON="1", the digital pace adjustment function is
Seiko Epson
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MQ 5 SENSOR pin diagram MQ 6 SENSOR pin diagram details MQ332-03 RTC-7301SF/DG RTC-7301SF RTC-7301DG Q4273018 Q4273011

MQ 6 SENSOR pin diagram details

Abstract: 14MQ kHz to 1/30 Hz ) -6 Built-in 30 second adjustment function, digital pace adjustment function (max , . Furthermore, it has a digital pace adjustment function for adjusting the accuracy of the clock and a , 4 to 5 as RAM. (Total 8 bits) 9) When not using digital pace adjustment, Bank 2 registers 0 to 1 can , pace adjustment function (called digital offset below) with the logic status of each CS1 pin. ·CTEMP , DT6 bit 1 DT1 DT5 bit 0 DT0 DT4 · When DT_ON="1", the digital pace adjustment function is enabled
Seiko Epson
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14MQ MQ 131 digital calendar clock ic

ms 7301

Abstract: kHz to 1/30 Hz ) -6 Built-in 30 second adjustment function, digital pace adjustment function (max , . Furthermore, it has a digital pace adjustment function for adjusting the accuracy of the clock and a , 4 to 5 as RAM. (Total 8 bits) 9) When not using digital pace adjustment, Bank 2 registers 0 to 1 can , pace adjustment function (called digital offset below) with the logic status of each CS1 pin. ·CTEMP , DT6 bit 1 DT1 DT5 bit 0 DT0 DT4 · When DT_ON="1", the digital pace adjustment function is enabled
Seiko Epson
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ms 7301 MQ332-02 Q42730180000200 Q42730110000200
Abstract: ( 32.768 kHz to 1/30 Hz ) -6 Built-in 30 second adjustment function, digital pace adjustment function (max , . Furthermore, it has a digital pace adjustment function for adjusting the accuracy of the clock and a , registers 4 to 5 as RAM. (Total 8 bits) 9) When not using digital pace adjustment, Bank 2 registers 0 to 1 , link the digital pace adjustment function (called digital offset below) with the logic status of each , bit 2 DT2 DT6 bit 1 DT1 DT5 bit 0 DT0 DT4 · When DT_ON="1", the digital pace adjustment function is Seiko Epson
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MQ332-05 Q42730181000200 Q42730111000200

311P407-2P-B-15

Abstract: STE D CONTACTS, P E R G E N E R A L E L E C T R I C D O C U ME N T 2 0 0 2 5 7 2 0 , -.994 i' n , ° C 0 2 6 -MATING TYP. PACE C â 1 . 3 1 2- â 1 . 5 4 1 + . 0 1 5 SHELL
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311P407-2P-B-15 R4383 S-311-P-4 D5927 311P407-2P-B-12 20025720P2026P R4383P26P

KD12 freq KULDUCKIE

Abstract: Uniden Electronics Products Pace/Pathcom , most Portamobiles, and other equipm ent requiring PL 259 K D I, KD11 BNC MALE for , a te d h ig h s tr e n g th ste e l p r o v id e s a h ig h c o n d u c ti v it y s u rf a c e f o r , d steel c o n ta c t - ste e l f o r s t r e n g th , silv e r fo r h ig h c o n d u c ti v it y - , H Q helical 1/4 wave Stout helical PL 259 male Pace/Pathcom, m ost Portamobiles and other , male Pace/Pathcom, most Portamobiles and other equipm ent requiring PL 259. K D 20FR E Q 406-5.12
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KD12 freq KULDUCKIE Uniden Electronics Products PVC PLASTISOL LARSEN KD19 LRSND001 TK430
Abstract: operations some 20 tim es fa ste r than an equivalent com piled program running on a 80386-based system, the , guru status among researchers. The reason for the stepped-up pace is simple to fathom , he says, since , arket share," he says. Some U. S. com panies have projects looking at fuzzy log ic, though a t a pace -
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MARKING CODE SMD IC R7301

Abstract: ETM15E-01 ( 32.768 kHz to 1/30 Hz ) -6 Built-in 30 second adjustment function, digital pace adjustment function (max , . Furthermore, it has a digital pace adjustment function for adjusting the accuracy of the clock and a , possible to use BANK 2 registers 4 to 5 as RAM. (Total 8 bits) 9) When not using digital pace adjustment , pin. The CDT_ON bit selects whether or not to link the digital pace adjustment function (called , DT_ON="1", the digital pace adjustment function is enabled. When pace adjustment is enabled, the digital
Epson Toyocom
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MARKING CODE SMD IC R7301 ETM15E-01 R7301 epson RTC7301 RM9902-E02

ETM15E-01

Abstract: MARKING Dt3 diode ( 32.768 kHz to 1/30 Hz ) -6 Built-in 30 second adjustment function, digital pace adjustment function (max , . Furthermore, it has a digital pace adjustment function for adjusting the accuracy of the clock and a , possible to use BANK 2 registers 4 to 5 as RAM. (Total 8 bits) 9) When not using digital pace adjustment , pin. The CDT_ON bit selects whether or not to link the digital pace adjustment function (called , DT_ON="1", the digital pace adjustment function is enabled. When pace adjustment is enabled, the digital
Epson Toyocom
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MARKING Dt3 diode RTC-7301
Abstract: MG1200V1US51/ MG1800V1US51 NEW PRODUCT GUIDE Outline High-capacity, high-breakdown-voltage IGBT (Insulated-Gate Bipolar Transistor) power devices for power transformers and variable-speed motor control inverters are crucial components in many contemporary dayto-day applications. As such they must feature increasingly high breakdown voltages in order to keep pace with commercial AC power supply , : (303)220-9856 Edison, NJ 2035 Lincoln Hwy. Ste. #3000, Edison NJ 08817, U.S.A. Tel: (908)248-8070 Toshiba
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