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    powerpc dhrystone

    Abstract: powerpc dhrystone mips MPC7445 MPC7447 MPC7447A MPC7455 MPC7457
    Text: High-Performance Processors MPC7457 and MPC7447 PowerPC Processors The MPC7457 and MPC7447 PowerPC processors offer high performance, including the full 128-bit implementation of Freescale's AltiVec technology, for applications with lower power budgets. For example, these processors


    Original     		PDF MPC7457 MPC7447 MPC7447 128-bit MPC7455 MPC7445 MPC7447A MPC7457FS powerpc dhrystone powerpc dhrystone mips MPC7447A

    mpc7455

    Abstract: MPC7441 MPC7445 MPC7451 powerpc dhrystone mips
    Text: 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


    Original     		PDF MPC7455 MPC7445 MPC7455 MPC7445 32-bit 128-bit MPC7451 MPC7441 60x/MPX MPC7441 powerpc dhrystone mips

    stream register cache coherency snoop filter

    Abstract: RISCwatch PPC750GX 750FXTM 750FX 750GX PPC750GXFX The PowerPC Microprocessor Family 750GX-750FX PowerPC 750gx
    Text: Application Note PowerPC 750GX/FX Cache Programming Abstract The IBM PowerPC 750GX processor contains separate instruction and data caches, along with a unified L2 cache. In order to use the caches efficiently, system software must properly initialize,


    Original     		PDF 750GX/FX 750GXTM 750GX 750FXTM 750CXeTM 750FX stream register cache coherency snoop filter RISCwatch PPC750GX PPC750GXFX The PowerPC Microprocessor Family 750GX-750FX PowerPC 750gx

    MPC7457

    Abstract: MPC7455
    Text: High-Performance Processors MPC7457 Host Processor Built on Power Architecture Technology The MPC7457 host processor built on Power MPC7457 BLOCK DIAGRAM Architecture™ technology is a high-performance, low-power 32-bit implementation of the RISC architecture with a full 128-bit implementation


    Original     		PDF MPC7457 MPC7457 32-bit 128-bit MPC7457FS MPC7455

    PowerPC-620

    Abstract: powerPC 620 MPC620 powerpc 620 advanced information ppc620 00A00-00BFF L2 ecc
    Text: SA14-2069-01 IBM Order Number MPC620/D (Motorola Order Number) 7/96 REV 1 Advance Information PowerPC 620 ™ RISC Microprocessor Technical Summary • Part 1, “PowerPC 620 Microprocessor Overview,” provides a summary of 620 features. • Part 2, “PowerPC 620 Microprocessor Hardware Implementation,” provides


    Original     		PDF SA14-2069-01 MPC620/D PowerPC-620 powerPC 620 MPC620 powerpc 620 advanced information ppc620 00A00-00BFF L2 ecc

    MPC7441

    Abstract: No abstract text available
    Text: Fact Sheet MPC7441 HIGH PERFORMANCE, LOW-POWER HOST MICROPROCESSOR The MPC7441 microprocessor is a high-performance, lowpower, 32-bit implementation of the PowerPC RISC architecture with a full 128-bit implementation of Motorola’s AltiVec technology. This microprocessor is


    Original     		PDF MPC7441 MPC7441 32-bit 128-bit 256-bit MPC7441fact/rev

    MPC7450

    Abstract: No abstract text available
    Text: Freescale Semiconductor, Inc. Fact Sheet MPC7450/MPC7451 The MPC7450/MPC7451 host processor is a highperformance, low-power, 32-bit implementation of the PowerPC RISC architecture with a full 128-bit implementation of Motorola’s AltiVec technology. This


    Original     		PDF MPC7450/MPC7451 MPC7450/MPC7451 32-bit 128-bit 64-bit MPC7450/MPC7451fact/rev MPC7450

    powerPC 620

    Abstract: No abstract text available
    Text: MPR620TSU-01 IBM Order Number MPC620/D (Motorola Order Number) 10/94 Advance Information PowerPC 620 ™ RISC Microprocessor Technical Summary • Part 1, “Overview,” provides a summary of 620 features. • Part 2, “PowerPC 620 Microprocessor Hardware Implementation,” provides


    Original     		PDF MPR620TSU-01 MPC620/D A25/862-1, R0260, powerPC 620

    PowerPC 7450

    Abstract: MPC7440 MOTOROLA 175W Motorola PowerPC 7410
    Text: M P C 74 4 0 High Performance, Low-Power 32-Bit PowerPC RISC Microprocessor The MPC7440 PowerPC microproces- MPC7440 is software-compatible with sor is a high-performance, low-power, existing PowerPC 603e, 750, 7400, 7410 32-bit implementation of the PowerPC


    Original     		PDF 32-Bit MPC7440 128-bit MPC7440FACT/D PowerPC 7450 MOTOROLA 175W Motorola PowerPC 7410

    MPC7450

    Abstract: drystone Motorola PowerPC 7410
    Text: M P C 74 5 0 High Performance, Low-Power 32-Bit PowerPC RISC Microprocessor The MPC7450 PowerPC microprocessor MPC7450 is software-compatible with is a high-performance, low-power, 32-bit existing PowerPC 603e, 750, 7400 and implementation of the PowerPC RISC


    Original     		PDF 32-Bit MPC7450 32-bit 128-bit MPC7450FACT/D drystone Motorola PowerPC 7410

    MPC7448

    Abstract: MPC7447 MPC7448 MPC7447 MPC7447A sfx2
    Text: High-Performance Processors MPC7448 Host Processor Built on Power Architecture Technology The MPC7448 is the first discrete MPC7448 Block Diagram high-performance processor, built on Power Architecture™ technology, manufactured on 90 nanometer silicon-on-insulator SOI


    Original     		PDF MPC7448 MPC7448 MPC7448FS MPC7447 MPC7448 MPC7447 MPC7447A sfx2

    250 mhz IBM PowerPC Processor

    Abstract: IBM powerpc
    Text: High performance, low power consumption PowerPC 750 Microprocessors Highlights IBM Microelectronics’ family of highperformance PowerPC 750 microprocessors now includes new copper-based 300 MHz-500 MHz processors that deliver significantly higher clock speeds and lower power


    Original     		PDF 750TM Hz-500 32-bit 250 mhz IBM PowerPC Processor IBM powerpc

    AMD 705

    Abstract: RISC86 CGF321 AMD Processor Power and Thermal x86-to-RISC86 AMD Socket 754 processor
    Text: AMD-K6 E High-Performance, AMD-K6 Embedded Processor DISTINCTIVE CHARACTERISTICS • Advanced 6-Issue RISC86 Superscalar Microarchitecture – Seven parallel specialized execution units – Multiple sophisticated x86-to-RISC86 instruction decoders ® – Advanced two-level branch prediction


    Original     		PDF RISC86® x86-to-RISC86 RISC86 754-Compatible 854-Compatible 64-Kbyte 32-Kbyte AMD 705 CGF321 AMD Processor Power and Thermal x86-to-RISC86 AMD Socket 754 processor

    AN2203

    Abstract: MPC740 MPC7400 MPC7410 MPC7441 MPC745 MPC7450 MPC7451 MPC750 MPC755
    Text: Freescale Semiconductor Application Note Document Number: AN2203 Rev. 2, 06/2007 MPC7450 RISC Microprocessor Family Software Optimization Guide This document provides information to programmers to write optimal code for the MPC750, MPC7400, and MPC7450 microprocessors that implement the PowerPC


    Original     		PDF AN2203 MPC7450 MPC750, MPC7400, MPC7450, AN2203 MPC740 MPC7400 MPC7410 MPC7441 MPC745 MPC7451 MPC750 MPC755

    Untitled

    Abstract: No abstract text available
    Text: Advance Information MPC7455EC/D Rev. 3, 8/2003 MPC7455 RISC Microprocessor Hardware Specifications This document is primarily concerned with the PowerPC MPC7455; however, unless otherwise noted, all information here also applies to the MPC7445. The MPC7455 and


    Original     		PDF MPC7455EC/D MPC7455 MPC7455; MPC7445. MPC7445 MPC7455. MPC7450 MPC7400, MPC7455EC/D

    7447

    Abstract: No abstract text available
    Text: Advance Information MPC7457EC/D Rev. 2, 7/2003 MPC7457 RISC Microprocessor Hardware Specifications This document is primarily concerned with the PowerPC MPC7457; however, unless otherwise noted, all information here also applies to the MPC7447. The MPC7457 and


    Original     		PDF MPC7457EC/D MPC7457 MPC7457; MPC7447. MPC7447 MPC7457. MPC7450 MPC7455, MPC7445, 7447

    Untitled

    Abstract: No abstract text available
    Text: REV. C UNLESS OTHERWISE NOTED PLOT SCALE: . 1 6 5 / DIMSCALE: .125 TOLERANCES ARE: ONE PLACE DECIMALS ± ,1 [2 .5 ] THREE PLACE DECIMALS ± TWO PLACE DECIMALS ± .0 1 [.3 ] FOUR PLACE DECIMALS ± . 0 0 1 5 [ . 0 3 B ] /C \ -N o OF POSITIONS x .1 0 0 [ 2 . 5 4 ] ± q


    OCR Scan     		PDF

    PowerPC-620

    Abstract: ppc620 powerPC 620
    Text: S A14-2069-01 IBM Order Number MPC620/D (Motorola Order Number) 7/96 REV 1 Advance Information PowerPC 620 RISC Microprocessor Technical Summary • Part 1, “PowerPC 620 Microprocessor Overview,” provides a summary of 620 features. • Part 2, “PowerPC 620 Microprocessor Hardware Implementation,” provides


    OCR Scan     		PDF A14-2069-01 MPC620/D 620TM b3b724fi PowerPC-620 ppc620 powerPC 620

    Untitled

    Abstract: No abstract text available
    Text: m /V E R E X PM200DSA120 Powerex, Inc., 200 Hillis Street, Youngwood, Pennsylvania 15697-1800 724 925-7272 IntG llifTIOd M odulG Single Phase IGBT Inverter Output 200 Amperes/1200 Volts ^ N 1. 2. 3. 4. 5. " DIA. V iZ y (4 TYP.) SIDE VN1 SNR CN1 VNC


    OCR Scan     		PDF PM200DSA120 Amperes/1200 20kHz.

    150-12SE

    Abstract: VIE150-12S FIB5 IXYS IGBT 3kv igbt inverter circuit for induction heating Induction Heating Resonant Inverter
    Text: Mfc.fit.22b 0001027 3bS IX Y ISOSMART IG B T M o d u le s \ 1 nixYS 19 93IXYS Corporation IXYS Corporation iibflb22b 0DDlfl2B ST1 • IXY VIE 150-12SE ISOSMART™ Module Description of the ISOSMART™ Module The VIE150-12SE module, shown diagrammatically in Figure 1, is a 1200V, 150A, IGBT


    OCR Scan     		PDF 93IXYS iibflb22b 150-12SE VIE150-12SE POB1180; D68619 VIE150-12S FIB5 IXYS IGBT 3kv igbt inverter circuit for induction heating Induction Heating Resonant Inverter

    Untitled

    Abstract: No abstract text available
    Text: MATING INTERFACE - REFERENCE ONLY J • - E to \ — j-m a b i« r x -14X0.501 I6ID15TOPBPat tp WH.WBPBCATBASE ■ \ % llll X |894 14X040 ffi6B igj|ClAT TIP t HW010IOH L d f e r r Q u , im “ to I SECTBN X-X \n H 1 1 in in f r j m \\\ 1 xsi!I ! j j j


    OCR Scan     		PDF 74-BA NAX-12S 474-BA RUSTRM74-M MINI50

    Untitled

    Abstract: No abstract text available
    Text: A I R C H I L D Revised March 1999 S E M I C D N D U C T D R tm NC7S08 TinyLogic HS 2-Input AND Gate Features • S pace saving SO T23 o rS C 7 0 5-lead package AND Gate. Advanced Silicon Gate C M OS fabrication assures high speed and low pow er circuit operation over a


    OCR Scan     		PDF NC7S08

    Untitled

    Abstract: No abstract text available
    Text: A I R C H I L D Revised April 1999 S E M IC D N D U C T O R tm NC7SZ86 TinyLogic UHS 2-Input Exclusive-OR Gate Features • S pace saving SO T23 or SC70 5-lead package operating range. T h e device is specified to operate over the 1.8V to 5.5V V qq range. The inputs and output are high


    OCR Scan     		PDF NC7SZ86

    7S08

    Abstract: NC7S08M5 MA05B MO-178 NC7S08 NC7S08M5X NC7S08P5 NC7S08P5X jedec MO-178 AB
    Text: S E M I C O N D U C T O R O ctober 1995 Revised M arch 1999 TM NC7S08 TinyLogic HS 2-Input AND Gate Features • S pace saving SO T23 or SC 70 5-lead package ■ High Speed; tpQ 3.5 ns typ ■ Low Q uiescent Power; Iqq < 1 ^A both inputs and output with respect to th e V qq and GND


    OCR Scan     		PDF NC7S08 NC7S08 7S08 NC7S08M5 MA05B MO-178 NC7S08M5X NC7S08P5 NC7S08P5X jedec MO-178 AB