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    C15T

    Abstract: DSP96002
    Text: MOTOROLA SEMICONDUCTOR TECHNICAL DATA DSP96002 Addendum to the DSP96002 Digital Signal Processor Instruction Set found in the DSP96002 Digital Signal Processor User’s Manual and the DSP96002 CLAS Documentation FOREWORD The following ten instructions have been added to the DSP96002 instruction set. These instructions are available only on versions of the DSP96002 that have an instruction cache. The silicon


    Original     		PDF DSP96002 DSP96002 DSP96002s C15T

    DSP56000

    Abstract: DSP56300 DSP56301 DSP56302 DSP56303 DSP56303PV80 102AAA 5782.00 DSP56000 APR
    Text: MOTOROLA Order by APR 26/D Motorola Order Number Rev. 0 , 4/05/99 Semiconductor Application Note by Phil Brewer 1 Introduction This application note describes how to interface Flash memory to Motorola’s DSP56300 family of digital signal processors (DSPs). This document is a supplement to the


    Original     		PDF DSP56300 24-Bit Office141 DSP56000 DSP56301 DSP56302 DSP56303 DSP56303PV80 102AAA 5782.00 DSP56000 APR

    motorola linear databook

    Abstract: small signal transistor MOTOROLA DATABOOK BCR 133 Motorola DSP56300 16 bit processor schematic motorola cmos databook motorola handbook transistor DA3 309 DSP56000 DSP56301
    Text: Freescale Semiconductor, Inc. MOTOROLA Order by APR 26/D Motorola Order Number Rev. 0 , 4/05/99 Semiconductor Application Note Freescale Semiconductor, Inc. by Phil Brewer 1 Introduction This application note describes how to interface Flash memory to Motorola’s DSP56300 family of digital signal


    Original     		PDF DSP56300 24-Bit Office141 motorola linear databook small signal transistor MOTOROLA DATABOOK BCR 133 Motorola 16 bit processor schematic motorola cmos databook motorola handbook transistor DA3 309 DSP56000 DSP56301

    abb inverter manual

    Abstract: BA20 BA23 BA25 BA27 BA29 DSP96002 TS-016
    Text: MOTOROLA SEMICONDUCTOR TECHNICAL DATA Order this document by DSP96002UMAD/AD DSP96002 Addendum to DSP96002 Digital Signal Processor User Manual THE DSP96002 INSTRUCTION CACHE and 32-BIT TIMER/EVENT COUNTER FOREWORD This document is an addendum to the DSP96002 IEEE Floating-Point Dual-Port Processor User’s Manual DSP96002UM/AD . It describes significant new features added to the


    Original     		PDF DSP96002UMAD/AD DSP96002 DSP96002 32-BIT DSP96002UM/AD) abb inverter manual BA20 BA23 BA25 BA27 BA29 TS-016

    DSP563xx

    Abstract: 0x00000200 DSP56300 DSP56301 DSP56305 0x00000010 Vireo Software
    Text: MOTOROLA Order by AN1788/D Rev. 0 , 4/99 Semiconductor Application Note Ilan Naslavsky Leonid Smolyansky This document describes the DSP563xx_HI32_PCI framework, a set of functions in C that enable the user to operate any DSP56300 device with an HI32 interface for example,


    Original     		PDF AN1788/D DSP563xx DSP56300 DSP56301, DSP56305) AN1780/D, 0x00000200 DSP56301 DSP56305 0x00000010 Vireo Software

    TAG 9101

    Abstract: R/TRIAC tag 9101 MPC860 stream register cache coherency (1/TAG 9101
    Text: SECTION 9 INSTRUCTION CACHE 9.1 OVERVIEW The MPC860 instruction cache I-cache is a 4 kbyte two-way set associative cache. The cache organization is 128 sets, two lines per set, and four words per line. Cache lines are aligned on 4-word boundaries in memory. The cache access cycle begins with an instruction


    Original     		PDF MPC860 TAG 9101 R/TRIAC tag 9101 stream register cache coherency (1/TAG 9101

    R/TRIAC tag 9101

    Abstract: MPC821 TAG 9101
    Text: SECTION 9 INSTRUCTION CACHE 9.1 OVERVIEW The MPC821 instruction cache I-cache is a 4 kbyte two-way set associative cache. The cache organization is 128 sets, two lines per set, and four words per line. Cache lines are aligned on 4-word boundaries in memory. The cache access cycle begins with an instruction


    Original     		PDF MPC821 R/TRIAC tag 9101 TAG 9101

    CACHE

    Abstract: No abstract text available
    Text: SECTION 5 INSTRUCTION CACHE The instruction cache I-cache is a 4-Kbyte, 2-way set associative cache. The cache is organized into 128 sets, with two lines per set and four words per line. Cache lines are aligned on 4-word boundaries in memory. A cache access cycle begins with an instruction request from the CPU instruction


    Original     		PDF

    MPC106

    Abstract: MPC107 MPC8240 0xFF800000-0xFFFFFFFF
    Text: AN1806/D Motorola Order Number 7/1999 REV. 0 Application Note Initializing Blank Flash Devices on the PowerPC ™ System Bus by Gary Milliorn Motorola RISC Applications risc10@email.sps.mot.com This document describes the steps required for an embedded controller or computer system


    Original     		PDF AN1806/D risc10 MPC107 MPC8240 MPC106 0xFF800000-0xFFFFFFFF

    Untitled

    Abstract: No abstract text available
    Text: CS2300-CP Fractional-N Clock Multiplier with Internal LCO Features General Description  Clock Multiplier / Jitter Reduction The CS2300-CP is an extremely versatile system clocking device that utilizes a programmable phase lock loop. The CS2300-CP is based on a hybrid analog-digital PLL architecture comprised of a unique


    Original     		PDF CS2300-CP CS2300-CP DS843F2

    CS2300CP-CZZR

    Abstract: CS2000 AES-12id-2006 CS2300-CP CS2300CP-CZZ MO-187 cs2300-cp-czzr
    Text: CS2300-CP Fractional-N Clock Multiplier with Internal LCO Features General Description  Clock Multiplier / Jitter Reduction The CS2300-CP is an extremely versatile system clocking device that utilizes a programmable phase lock loop. The CS2300-CP is based on a hybrid analog-digital PLL architecture comprised of a unique


    Original     		PDF CS2300-CP CS2300-CP DS843F1 CS2300CP-CZZR CS2000 AES-12id-2006 CS2300CP-CZZ MO-187 cs2300-cp-czzr

    Untitled

    Abstract: No abstract text available
    Text: CS2300-CP Fractional-N Clock Multiplier with Internal LCO Features General Description  Clock Multiplier / Jitter Reduction The CS2300-CP is an extremely versatile system clocking device that utilizes a programmable phase lock loop. The CS2300-CP is based on a hybrid analog-digital PLL architecture comprised of a unique


    Original     		PDF CS2300-CP CS2300-CP 10-pin DS843F2

    AN1780

    Abstract: DSP56300 DSP56301 DSP56305 Vireo Software
    Text: Freescale Semiconductor, Inc. MOTOROLA Order by AN1788/D Rev. 0 , 4/99 Semiconductor Application Note Freescale Semiconductor, Inc. Ilan Naslavsky Leonid Smolyansky This document describes the DSP563xx_HI32_PCI framework, a set of functions in C that enable the user to operate


    Original     		PDF AN1788/D DSP563xx DSP56300 DSP56301, DSP56305) AN1780/D, AN1780 DSP56301 DSP56305 Vireo Software

    AES-12id-2006

    Abstract: No abstract text available
    Text: CS2100-CP Fractional-N Clock Multiplier Features General Description  Clock Multiplier / Jitter Reduction The CS2100-CP is an extremely versatile system clocking device that utilizes a programmable phase lock loop. The CS2100-CP is based on a hybrid analog-digital PLL architecture comprised of a unique


    Original     		PDF CS2100-CP CS2100-CP 10-pin DS840F2 AES-12id-2006

    Untitled

    Abstract: No abstract text available
    Text: CS2100-CP Fractional-N Clock Multiplier Features General Description  Clock Multiplier / Jitter Reduction The CS2100-CP is an extremely versatile system clocking device that utilizes a programmable phase lock loop. The CS2100-CP is based on a hybrid analog-digital PLL architecture comprised of a unique


    Original     		PDF CS2100-CP CS2100-CP DS840F2

    CS2000

    Abstract: MO-187
    Text: CS2100-CP Fractional-N Clock Multiplier Features General Description  Clock Multiplier / Jitter Reduction The CS2100-CP is an extremely versatile system clocking device that utilizes a programmable phase lock loop. The CS2100-CP is based on a hybrid analog-digital PLL architecture comprised of a unique


    Original     		PDF CS2100-CP CS2100-CP DS840F1 CS2000 MO-187

    Untitled

    Abstract: No abstract text available
    Text: Confidential Draft 3/18/09 CS2300-CP Fractional-N Clock Multiplier with Internal LCO Features General Description  Clock Multiplier / Jitter Reduction The CS2300-CP is an extremely versatile system clocking device that utilizes a programmable phase lock loop. The CS2300-CP is based on a hybrid analog-digital PLL architecture comprised of a unique


    Original     		PDF CS2300-CP CS2300-CP 10-pin DS843PP2

    CS2000

    Abstract: MO-187
    Text: CS2100-CP Fractional-N Clock Multiplier Features General Description  Clock Multiplier / Jitter Reduction The CS2100-CP is an extremely versatile system clocking device that utilizes a programmable phase lock loop. The CS2100-CP is based on a hybrid analog-digital PLL architecture comprised of a unique


    Original     		PDF CS2100-CP CS2100-CP DS840PP1 CS2000 MO-187

    Untitled

    Abstract: No abstract text available
    Text: Confidential Draft 3/21/08 CS2300-CP Fractional-N Clock Multiplier with Internal LCO Features  Clock Multiplier / Jitter Reduction – Generates a Low Jitter 6 - 75 MHz Clock from a Jittery or Intermittent 50 Hz to 30 MHz Clock Source  Internal LC Oscillator for Timing Reference


    Original     		PDF CS2300-CP CS2300-CP 10-pin DS843A1

    CS2000

    Abstract: CS2300-cp cs2300cp-czzr circuit diagram digital clocks digital PLL MO-187 cs2300cpczz cs2300cp
    Text: CS2300-CP Fractional-N Clock Multiplier with Internal LCO Features General Description  Clock Multiplier / Jitter Reduction The CS2300-CP is an extremely versatile system clocking device that utilizes a programmable phase lock loop. The CS2300-CP is based on a hybrid analog-digital PLL architecture comprised of a unique


    Original     		PDF CS2300-CP CS2300-CP DS843PP1 CS2000 cs2300cp-czzr circuit diagram digital clocks digital PLL MO-187 cs2300cpczz cs2300cp

    Phase Lock Oscillator

    Abstract: No abstract text available
    Text: Confidential Draft 3/17/08 CS2100-CP Fractional-N Clock Multiplier Features General Description  Clock Multiplier / Jitter Reduction The CS2100-CP is an extremely versatile system clocking device that utilizes a programmable phase lock loop. The CS2100-CP is based on a hybrid analog-digital PLL architecture comprised of a unique


    Original     		PDF CS2100-CP CS2100-CP 10-pin DS840A1 Phase Lock Oscillator

    fractional N PLL

    Abstract: CS2000 MO-187
    Text: CS2000-CP Fractional-N Clock Synthesizer & Clock Multiplier Features General Description  Delta-Sigma Fractional-N Frequency Synthesis The CS2000-CP is an extremely versatile system clocking device that utilizes a programmable phase lock loop. The CS2000-CP is based on a hybrid analog-digital PLL architecture comprised of a unique


    Original     		PDF CS2000-CP CS2000-CP DS761F1 fractional N PLL CS2000 MO-187

    CS2000

    Abstract: CS2100CP-CZZ CS2100CP-CZZR MO-187
    Text: Confidential Draft 3/18/09 CS2100-CP Fractional-N Clock Multiplier Features General Description  Clock Multiplier / Jitter Reduction The CS2100-CP is an extremely versatile system clocking device that utilizes a programmable phase lock loop. The CS2100-CP is based on a hybrid analog-digital PLL architecture comprised of a unique


    Original     		PDF CS2100-CP CS2100-CP DS840PP2 CS2000 CS2100CP-CZZ CS2100CP-CZZR MO-187

    Untitled

    Abstract: No abstract text available
    Text: CS2000-CP Fractional-N Clock Synthesizer & Clock Multiplier Features General Description  Delta-Sigma Fractional-N Frequency Synthesis The CS2000-CP is an extremely versatile system clocking device that utilizes a programmable phase lock loop. The CS2000-CP is based on a hybrid analog-digital PLL architecture comprised of a unique


    Original     		PDF CS2000-CP CS2000-CP DS761F2