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    C388 REV. F Search Results

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    c-388 100 pair connector

    Abstract: 100-Pair A0344622 C-388 C388 A0344623
    Text: Features • Space-saving design - configuration increases pair density by up to 40 % when compared to older types of connector blocks 1 5 1 50 46 55 51 6 11 ■ Front-facing jumper field - reduced jumper installation time 16 ■ Industry-standard configuration accepts all standard 303-type protector modules and testing


    Original     		PDF 303-type C-388 100-Pair A0344680 A0344621 A0344622 A0344623 388-004H 388-004N c-388 100 pair connector A0344622 C388 A0344623

    Untitled

    Abstract: No abstract text available
    Text: Features • Space-saving design - configuration increases pair density by up to 40 % when compared to older types of connector blocks ■ Front-facing jumper field - reduced jumper installation time ■ Industry-standard configuration accepts all standard 303-type protector modules and testing


    Original     		PDF 303-type C-388 100-Pair A0344680 A0344621 A0344622 A0344623

    A0312982

    Abstract: NT8G99AA A0337661 A0310189 A0344 3031-200 A0321718 C-388 05220X A0350300
    Text: Features • Convenient test access ■ Rapid fault diagnosis ■ Industry-standard connectors ■ Rugged, long-lasting materials Central Office Connector Block Accessories Test Cords 303-1001 This test cord plugs into the test field of the C G -303, C(G)-310, C-377, C-388 and C(G)-390 CO Connectors and


    Original     		PDF C-377, C-388 NT8G99AA A0388387 A0359994 A0388388 A0388389 A0312982 NT8G99AA A0337661 A0310189 A0344 3031-200 A0321718 05220X A0350300

    time base reference

    Abstract: C004 C100 C104 C108 C10C MPC555
    Text: SECTION 5 UNIFIED SYSTEM INTERFACE UNIT The unified system interface unit USIU of the MPC555 controls system start-up, system initialization and operation, system protection, and the external system bus. The MPC555 USIU functions include the following: • System configuration and protection


    Original     		PDF MPC555 0x2C00 0x1880 0x1A80 0x3880 0x3A80 0x3B30 MPC555 time base reference C004 C100 C104 C108 C10C

    transistor c380

    Abstract: Motorola MPC556 transistor c388 c1781 DE C308 mpc556 transistor c114 diagram transistor c114 diagrams transistor c118 transistor c144
    Text: SECTION 5 UNIFIED SYSTEM INTERFACE UNIT The unified system interface unit USIU of the MPC555 / MPC556 controls system start-up, system initialization and operation, system protection, and the external system bus. The MPC555 / MPC556 USIU functions include the following:


    Original     		PDF MPC555 MPC556 0x2C00 0x1880 0x1A80 0x3880 0x3A80 0x3B30 transistor c380 Motorola MPC556 transistor c388 c1781 DE C308 transistor c114 diagram transistor c114 diagrams transistor c118 transistor c144

    MPC566

    Abstract: C100 C104 MPC565 C004 C1781 C344 c380
    Text: SECTION 5 UNIFIED SYSTEM INTERFACE UNIT USIU 5.1 USIU Introduction The unified system interface unit (USIU) of the MPC565 / MPC566 consists of several functional modules that control system start-up, system initialization and operation, system protection, and the external system bus. The MPC565 / MPC566 USIU functions include the following:


    Original     		PDF MPC565 MPC566 0x3B30 MPC565/MPC566 C100 C104 C004 C1781 C344 c380

    censor

    Abstract: C004 C100 C104 MPC561 MPC563
    Text: SECTION 5 UNIFIED SYSTEM INTERFACE UNIT USIU The unified system interface unit (USIU) of the MPC561 / MPC563 consists of several functional modules that control system start-up, system initialization and operation, system protection, and the external system bus. The MPC561 / MPC563 USIU functions include the following:


    Original     		PDF MPC561 MPC563 MPC561/MPC563 censor C004 C100 C104

    C004

    Abstract: MPC555 QADC64 417F
    Text: APPENDIX A MPC555 INTERNAL MEMORY MAP The tables below use the following notations. In the Access column: S = Supervisor Access Only U = User Access T = Test Access In the Reset column: S = SRESET H = HRESET M = Module Reset POR = Power On Reset U = Unchanged


    Original     		PDF MPC555 QADC64 MPC555 C004 QADC64 417F

    Map 6808

    Abstract: MAP 6810 motorola 6810 memory C004 MPC555 MPC556 QADC64 INSTRUCTION SET motorola 6800 6058 S 6C46
    Text: APPENDIX A MPC555 / MPC556 INTERNAL MEMORY MAP The tables below use the following notations. In the Access column: S = Supervisor Access Only U = User Access T = Test Access In the Reset column: S = SRESET H = HRESET M = Module Reset POR = Power-On Reset U = Unchanged


    Original     		PDF MPC555 MPC556 QADC64 MPC556 Map 6808 MAP 6810 motorola 6810 memory C004 QADC64 INSTRUCTION SET motorola 6800 6058 S 6C46

    MOTOROLA 824

    Abstract: C200 C204 C208 C300 C304 C308 C320 MPC555
    Text: SECTION 8 CLOCKS AND POWER CONTROL 8.1 Overview The main timing reference for the MPC555 can monitor any of the following: • A crystal with a frequency of 4 MHz, or 20 MHz • An external frequency source with a frequency of 4 MHz • An external frequency source at the system frequency


    Original     		PDF MPC555 MPC555 MOTOROLA 824 C200 C204 C208 C300 C304 C308 C320

    4802S

    Abstract: A-18 a038 CR 708A
    Text: APPENDIX A INTERNAL MEMORY MAP The tables below use the following notations. In the Access column: S = Supervisor Access Only, U = User Access, T = Test Access In the Reset column: S = SRESET, H = HRESET, M = Module Reset, POR = Power-On Reset, U = Unchanged, X = Unknown


    Original     		PDF MPC561 MPC563 4802S A-18 a038 CR 708A

    mv silicon c320

    Abstract: C200 C204 C300 C304 MPC561 MPC563
    Text: SECTION 8 CLOCKS AND POWER CONTROL The main timing reference for the MPC561 / MPC563 can monitor any of the following: • A crystal with a frequency of four MHz or 20 MHz • An external frequency source with a frequency of four MHz • An external frequency source at the system frequency


    Original     		PDF MPC561 MPC563 0K27S. 0K73X, 1K73X MPC561/MPC563 mv silicon c320 C200 C204 C300 C304

    MPC566

    Abstract: mv silicon c320 C200 C204 C300 MPC565
    Text: SECTION 8 CLOCKS AND POWER CONTROL 8.1 Overview The main timing reference for the MPC565 / MPC566 can monitor any of the following: • A crystal with a frequency of four MHz or 20 MHz • An external frequency source with a frequency of four MHz • An external frequency source at the system frequency


    Original     		PDF MPC565 MPC566 MPC565/MPC566 mv silicon c320 C200 C204 C300

    K83H

    Abstract: C200 C204 C300 C304 MPC500 MPC555 MPC556 U2829 mv silicon c320
    Text: SECTION 8 CLOCKS AND POWER CONTROL 8.1 Overview The main timing reference for the MPC555 / MPC556 can monitor any of the following: • A crystal with a frequency of four MHz or 20 MHz • An external frequency source with a frequency of 4 MHz • An external frequency source at the system frequency


    Original     		PDF MPC555 MPC556 MPC556 K83H C200 C204 C300 C304 MPC500 U2829 mv silicon c320

    8e1111

    Abstract: PWR1014A VITA-57 Vishay to277 ASP-134486-01 VITA57 PWR1014 TO277 16TQC100M TO-277
    Text:  LatticeECP3 AMC Evaluation Board – Revision B User’s Guide September 2010 Revision: EB56_01.0  LatticeECP3 AMC Evaluation Board – Revision B User’s Guide Lattice Semiconductor Introduction The LatticeECP3 AMC Evaluation Board allows designers to investigate and experiment with the features of the


    Original     		PDF R76C2D" R85C2D" R112C2D" R121C2D" R60C2D" 8e1111 PWR1014A VITA-57 Vishay to277 ASP-134486-01 VITA57 PWR1014 TO277 16TQC100M TO-277

    PR78A

    Abstract: pr77a 2n2222 sot23 PR85A PR80C PR81A PL80B 22HP037 fairchild aa11 47H16M16BG
    Text:  LatticeSC PCI Express x4 Evaluation Board User’s Guide September 2009 Revision: EB31_01.2  LatticeSC PCI Express x4 Evaluation Board User’s Guide Lattice Semiconductor Introduction This user’s guide describes the LatticeSC PCI Express x4 Evaluation Board featuring the LatticeSC


    Original     		PDF LFSCM3GA80EP1-6FC1152C 10NF-0603SMT 100NF-0603SMT 29CD032G PR78A pr77a 2n2222 sot23 PR85A PR80C PR81A PL80B 22HP037 fairchild aa11 47H16M16BG

    eeprom programmer schematic 24c08

    Abstract: motorola TP230 eeprom programmer schematic 24c02 transistor C458 C458 datasheet GMC21X7R104K50NT philips c399 RM10F1000CT IC 24c08 transistor c331
    Text: Preliminary ThunderSWITCH 8/3 Schematics Description and Schematics Reference Guide: SPWA023 Networking Business Unit Revision 0.2 April 1998 IMPORTANT NOTICE Texas Instruments and its subsidiaries TI reserve the right to make changes to their products or


    Original     		PDF SPWA023 1000PF DS0026-001 eeprom programmer schematic 24c08 motorola TP230 eeprom programmer schematic 24c02 transistor C458 C458 datasheet GMC21X7R104K50NT philips c399 RM10F1000CT IC 24c08 transistor c331

    ag20 taiyo

    Abstract: DB3 C432 rx7 ecu HDMP-1032 db3 c314 PMC HDMP-1034 PMC73 hdmp 1032 1034 PMC-981288 QSE Reference Design Issue 2 transistor C458
    Text: PM73488 QSE PRELIMINARY 10 GBIT/S ATM SWITCH FABRIC BUILDING BLOCK REFERENCE DESIGN PMC-981288 ISSUE 2 QSE REFERENCE DESIGN PM73488 QSE 10 GBIT/S ATM SWITCH FABRIC BUILDING BLOCK REFERENCE DESIGN PRELIMINARY ISSUE 2: JANUARY 1999 PROPRIETARY AND CONFIDENTIAL TO PMC-SIERRA, INC., AND FOR ITS CUSTOMERS’ INTERNAL USE


    Original     		PDF PM73488 PMC-981288 PM73488 PMC-981288 ag20 taiyo DB3 C432 rx7 ecu HDMP-1032 db3 c314 PMC HDMP-1034 PMC73 hdmp 1032 1034 PMC-981288 QSE Reference Design Issue 2 transistor C458

    transistor C458

    Abstract: C458 datasheet CONN PCB 17x2 TCSCN KM416S4030A motorola TP230 6-pin supply ic tp35 TP147 MC74HCT164 C458
    Text: Preliminary ThunderSWITCH 16/3 Schematic Description and Schematics REFERENCE GUIDE: SPWA022 Networking Business Unit Revision 0.2 Schematics April 1998 IMPORTANT NOTICE Texas Instruments and its subsidiaries TI reserve the right to make changes to their products or


    Original     		PDF SPWA022 1000PF DS0026-001 transistor C458 C458 datasheet CONN PCB 17x2 TCSCN KM416S4030A motorola TP230 6-pin supply ic tp35 TP147 MC74HCT164 C458

    transistor C458

    Abstract: C458 datasheet motorola TP230 tp394 transistor c331 TP182 C337 W 61 transistor C368 L934EB/2GD CC0805HX7R104K
    Text: Preliminary ThunderSWITCH 12/3 Schematics Description and Schematics REFERENCE GUIDE: SPWA021 Networking Business Unit Revision 0.2 April 1998 IMPORTANT NOTICE Texas Instruments and its subsidiaries TI reserve the right to make changes to their products or


    Original     		PDF SPWA021 1000PF DS0026-001 transistor C458 C458 datasheet motorola TP230 tp394 transistor c331 TP182 C337 W 61 transistor C368 L934EB/2GD CC0805HX7R104K

    B30 C350

    Abstract: No abstract text available
    Text: IDT® 89EBPES48H12G2 Evaluation Board Manual Eval Board: 18-677-000 May 2009 6024 Silver Creek Valley Road, San Jose, California 95138 Telephone: (800) 345-7015 • (408) 284-8200 • FAX: (408) 284-2775 Printed in U.S.A. 2009 Integrated Device Technology, Inc.


    Original     		PDF 89EBPES48H12G2 330UF MIC49500WR 89HPES48H12G2 SCH-00172 B30 C350

    XC95144XLTQ100

    Abstract: XC95144XL-TQ100 PAD336 ctcb1210 CTCB1210-600S Video-Encoders C491 b30 c300 NTE0505M PAD102
    Text: 5 4 3 2 1 AUDIO_5V C1 C2 0.1uF C3 0.1uF + C4 0.1uF 10uF @ 16V U26 27 D VDD VDD AUDIO_GND VDD 6 16 D A R2 C484 19 LM4835 AUDIO AMP R2 R3 C5 20K 5% BEEP A R1 18 13 A_FB - OUT A 17 20K 5% L_SPKR_NEG + OUT A 15 L_SPKR_POS 12 A IN HP_IN 21 20K 5% + 20K 5% 0.33uF @ 35V


    Original     		PDF LM4835 XC95144XLTQ100 XC95144XL-TQ100 PAD336 ctcb1210 CTCB1210-600S Video-Encoders C491 b30 c300 NTE0505M PAD102

    2n2222 sot23

    Abstract: g28 SOT23 j141c W17 sot23 j167 blm41pg471sn1l Transistor J182 J119 c495 C538
    Text: LatticeSC Communications Platform Evaluation Board: LFSC25E-H-EV User’s Guide April 2007 Revision: ebug16_01.3 Lattice Semiconductor LatticeSC Communications Platform Evaluation Board: LFSC25E-H-EV User’s Guide Introduction This user’s guide describes the LatticeSC Communications Platform Evaluation Board featuring the LatticeSC 900fpBGA FPGA device. The stand-alone evaluation PCB provides a functional platform for development and rapid


    Original     		PDF LFSC25E-H-EV ebug16 LFSC25E-H-EV 900fpBGA 100R05W102FV4 100NF/SMT0603 1000PF-0402SMT-Johanson SC-900fpBGA 2n2222 sot23 g28 SOT23 j141c W17 sot23 j167 blm41pg471sn1l Transistor J182 J119 c495 C538

    marvel phy 88e1111 reference design

    Abstract: Marvell 88E1111 layout guide SMD SOT23 transistor MARK Y2 88E1111 AN8077 smd k24 CW-P423-156.25MHZ C4161 BLM41PG600SN1L smd diode u1j
    Text:  LatticeECP3 Serial Protocol Board – Revision D User’s Guide July 2010 Revision: EB44_01.3  Lattice Semiconductor LatticeECP3 Serial Protocol Board – Revision D User’s Guide Introduction The LatticeECP3 Serial Protocol Board referred to in this document as “SPB” allows designers to investigate and


    Original     		PDF thCJ-1VF1C104Z 50R-0402SMT FC0402E50R0BTBST1 6R-0603SMT 1/10W 133MHZ CCLD-033-50-133 10K-0402SMT marvel phy 88e1111 reference design Marvell 88E1111 layout guide SMD SOT23 transistor MARK Y2 88E1111 AN8077 smd k24 CW-P423-156.25MHZ C4161 BLM41PG600SN1L smd diode u1j