FPR 73 Search Results

Contextual Info: IL-FPR SERIES CONNECTORS 0.5m m .0 2 0 " Pitch, Z IF Type Connectors for FPC/FFC IL-FPR Series SMT connectors meet today's requirements for smaller size and lighter weight. These connectors have ex­ tremely high contact density and low profiles: 0.5mm (.020")

Contextual Info: f i - û IL-FPR SERIES CONNECTORS 0.5mm (.020" Pitch; ZIF Type Connectors for FPC/FFC IL-FPR Series SM T connectors meet today's requirements for smaller size and lighter weight. These connectors have ex­ tremely high contact density and low profiles. The connectors have 0.5mm (.020") centers and a 2.0mm (.079")

IL-FPR

Abstract: IL-FPR-40S-HF IL-FPR-U22S-HF-E3000 IL-FPR-40S-VF-E1500 IL-FPR-40s U14S IL-FPR-12S-HF-E3000 IL-FPR-U20S-HF IL-FPR-50S-HF-E3000 IL-FPR-27S-VF-E1500
Contextual Info: IL-FPR SERIES CONNECTORS 0.5mm .020" Pitch, ZIF Type Connectors for FPC/FFC • • • • • • • • • • • • • • IL-FPR Series SMT connectors meet today's requirements for smaller size and lighter weight. These connectors have extremely high contact density and low profiles: 0.5mm (.020")

IL-FPR-U10S-HF

Abstract: IL-FPR 0.5mm ffc IL-FPR-50S-HF
Contextual Info: IL-FPR SERIES CONNECTORS 0.5mm .020" Pitch, ZIF Type Connectors for FPC/FFC • • • • • • • • • • • • • • IL-FPR Series SMT connectors meet today's requirements for smaller size and lighter weight. These connectors have extremely high contact density and low profiles: 0.5mm (.020")

Contextual Info: IL-FPR SERIES CONNECTORS 0.5mm .020" Pitch, ZIF Type Connectors for FPC/FFC • • • • • • • • • • • • • • IL-FPR Series SMT connectors meet today's requirements for smaller size and lighter weight. These connectors have extremely high contact density and low profiles: 0.5mm (.020")

Contextual Info: IL-FPR SERIES CONNECTORS 0.5mm .0 20 " Pitch, I l f Type Connectors for FPC/FFC IL-FPR S eries SM T c o n n e c to rs m eet to d a y 's re quirem en ts fo r sm alle r size and lig h te r w e ig h t. These c o n n e c to rs have e x­ tre m e ly high c o n ta c t d ensity and lo w profiles: 0.5mm (.020")

IL-FPR

Abstract: IL-FPR-U35S-HF-E3000 ILFPR40S IL-FPR-50S-HF IL-FPR-32S-VF IL-FPR-U38S-HF-E3000
Contextual Info: l ~*~*o* IL-FPR Series SMT connectors meet todays requirements for smaller size and lighter weight. These connectors have extremely high contact density and low profiles. The connectors have 0.5mm .020” centers and a 2.0mm (.079”) mounted height (right-angle type).

conexant cx20468

Abstract: ATI M26P ISL6248 an24 m1 100v 27p 20493-21 SKS30 PC97551 SKS30-04AT quanta foxconn
Contextual Info: 1 2 3 4 5 6 7 8 PA2-Block Diagram AC/BATT CONNECTOR A BATT CHARGER MAX1772 PG 29 PG 29 VGA CPU CHANNEL A GMCH VGA Memory 2.1 GB/s up to 2.7GB/s PG 23 FPR X1 MINIPCLK_33M ICS954101 ICHPCLK_33M 591PCLK_33M USB48M&1394_48M SATACLK_100M ICH14M_14.318M B IDE PATA

IL-FPR-40S-HF

Contextual Info: IL-FPR SERIES CONNECTORS 0.5mm .020" Pitch, Z IF Type Connectors for FPC/FFC IL -F P R S e rie s S M T c o n n e c to rs m e e t t o d a y 's re q u ire m e n ts for sm a lle r size and lighter w eight. T h e s e c o n n e c to rs h a ve ex­ trem ely high c o n ta ct d e n sity and lo w profiles: 0.5mm (.020 ")

API 676 2ED

Abstract: FRB 749 130-082 3D1 951 PowerPC 970 118.076 addco 722 BA 59 04A FP grx 938 CA64
Contextual Info: Book E: Enhanced PowerPC Architecture Version 1.0 May 7, 2002 Third Edition Dec 2001 The following paragraph does not apply to the United Kingdom or any country where such provisions are inconsistent with local law: INTERNATIONAL BUSINESS MACHINES CORPORATION PROVIDES THIS DOCUMENT “AS IS”

mips r4000

Abstract: mips r4000 block diagram NGT 03 tag 9022 U12754E bc 339 MIPS R4000 1st generation mips R5000 nec MIPS Technologies R4400 instruction set
Contextual Info: User’s Manual VR5000 , VR10000™ 64-BIT MICROPROCESSOR INSTRUCTION µPD30500 µPD30700 Document No. U12754EJ1V0UMJ1 1st edition Date Published August 2000 N CP(K) 1995, 1997 © MIPS Technologies, Inc. 1994 Printed in Japan [MEMO] NOTES FOR CMOS DEVICES

Contextual Info: * 4 A M A A PaceMipsR3010 32-Bit, 25 MHz RISC Floating Point Accelerator a P E fíF O R M 4N C E fa fS fM C O /V D i/C rO /f CORPOfíAT/O/V Means Quality, Service and Speed 1989 Performance Semiconductor Corporation 7$ — — TABLE OF CONTENTS Features and Description. 6-109

R3010

Abstract: fpa g12 burndy C1989 PR3000 R2010 R3000 R2010 mips processor mips r3010
Contextual Info: P ñ E L m m & w ? A PaceM ipsR3010 A 32-Bit, 25 MHz RISC A *4 Floating Point A Accelerator E PERFORM4/VCE Means Quality, Service and Speed S£M /C O A/D U C rO ft C O ftP O ffA n O A f 6-107 This Material Copyrighted By Its Respective Manufacturer 01969 Perfor manes Semiconductor Corporation

Contextual Info: CXD2208Q 1/5 IL08D C-MOS Y/C SEPARATOR/CLOCK GENERATOR GND D-VDD A-VDD A-GND D-GND D-VDD A-GND A-VDD D-VDD D-GND A-GND A-VDD 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 25 26 27 28 29 30 81 82 83 84 85 86 87 88 89 90 91 92 93 94 95 96

Dale RS-1A fusible resistor

Abstract: RCL 7010 WWA-38 wwa-23 KRL Bantry Components WWA38 dale WWA-26 Dale Resistor RH50 K447 Dale Resistor metal oxide cw-2b
Contextual Info: KRL is dedicated to being the worldwide leader in the design, manufacture, and sales of resistive components to the commercial and industrial markets via a process driven by A Snapshot of What We Do Best being "Fast-ToMarket" coupled with KRL participates in partnership and

mpc7455

Abstract: MPC7441 MPC7445 MPC7451 powerpc dhrystone mips
Contextual Info: Fact Sheet MPC7455 MPC7445 HOST PROCESSORS MPC7455 and MPC7445 host processors are highperformance, low-power, 32-bit implementations of the PowerPC RISC architecture with a full 128-bit implementation of Motorola’s AltiVec technology. These microprocessors are ideal for leading-edge

sherman trap

Abstract: lr2000
Contextual Info: LSI LOGIC LR 2 0 10 Floating-Point Accelerator Preliminary Description Fea ture s The LR2010 Floating-Point Accelerator FPA pro­ vides high-speed, floating-point capability for sys­ tems based on the LR2000 CPU. The organization of FPA architecture is similar to that of the CPU,

Contextual Info: RISC FLOATING-POINT ACCELERATOR FPA IDT79R3010 • Pin, function and software compatible with the IDT79R2010A RISC FPA • Military product compliant to MIL-STD-883, Class B • 32-bit status/control register providing access to all IEEEStandard exception handling

SAB-R3010

Contextual Info: il* e 23 SIEMENS High-Performance Floating-Point Coprocessor SAB-R3010A based on Advanced RISC Architecture with four Independent Arithmetic Functional Units Advance Inform ation Fully conform s to ANSI/IEEE standard 754-1985 tor binary floating-point arithmetic

Centronics connector footprint

Contextual Info: DSub & Centronics DSub Cables.62 DSub Connectors.70 DSub Gender Changers.80 DSub Adapters.81 DSub Hoods.82 Centronics Connectors.86 DSub Cables USB & IEEE Printer Cable - Parallel, DSub 25-pin male to Centronics 36-pin male

79r3010

Abstract: IDT79R3000 79R301 ieee floating point MIPS FPA R3000 fpu coprocessor FGR31 GNP1 FLOATING POINT Co Processor
Contextual Info: RISC FLOATING-POINT ACCELERATOR FPA IDT79R3010 • Pin, function and software compatible with the IDT79R2010A RISC FPA • Military product compliant to MIL-STD-883, Class B • 32-bit status/control register providing access to all IEEEStandard exception handling

79R3010A

Abstract: MIPS R3000A 79R3010 FLOATING POINT Co Processor
Contextual Info: RISC FLOATING POINT ACCELERATOR FPA IDT79R3010A IDT79R3010AE Integrated D evice T ech n o lo gy, In c. FEATURES: • • • • • • • • • H a rd w a re S u p p o rt o f S in g le a n d D o u b le -P re c is io n O perations: — F loating-P oint A dd

Contextual Info: O K I Semiconductor MSC5301B-01 CO M M O N /SEG M EN T DRIVER WITH RAM G E N E R A L D E S C R IP T IO N The MSC5301B-01 is an LCD driver LSI w ith a built-in RAM. This allows greater flexibility by bit m apping this on board RAM to control individual sections on the LCD panel. It can form the

BD 100 V LIST

Abstract: 000000000000000D C 5229
Contextual Info: MEASUM/D REV 1 JANUARY 1997 MOTOROLA EMBEDDED ASSEMBLER MEAS Version 2.0 USER’S MANUAL MOTOROLA Inc., 1994, 1997; All Rights Reserved Important Notice to Users While every effort has been made to ensure the accuracy of all information in this document, Motorola