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
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303-type
C-388
100-Pair
A0344680
A0344621
A0344622
A0344623
388-004H
388-004N
c-388 100 pair connector
A0344622
C388
A0344623
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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
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303-type
C-388
100-Pair
A0344680
A0344621
A0344622
A0344623
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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
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C-377,
C-388
NT8G99AA
A0388387
A0359994
A0388388
A0388389
A0312982
NT8G99AA
A0337661
A0310189
A0344
3031-200
A0321718
05220X
A0350300
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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
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MPC555
0x2C00
0x1880
0x1A80
0x3880
0x3A80
0x3B30
MPC555
time base reference
C004
C100
C104
C108
C10C
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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:
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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
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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:
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MPC565
MPC566
0x3B30
MPC565/MPC566
C100
C104
C004
C1781
C344
c380
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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:
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MPC561
MPC563
MPC561/MPC563
censor
C004
C100
C104
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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
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MPC555
QADC64
MPC555
C004
QADC64
417F
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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
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MPC555
MPC556
QADC64
MPC556
Map 6808
MAP 6810
motorola 6810 memory
C004
QADC64
INSTRUCTION SET motorola 6800
6058 S
6C46
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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
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MPC555
MPC555
MOTOROLA 824
C200
C204
C208
C300
C304
C308
C320
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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
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MPC561
MPC563
4802S
A-18
a038
CR 708A
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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
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MPC561
MPC563
0K27S.
0K73X,
1K73X
MPC561/MPC563
mv silicon c320
C200
C204
C300
C304
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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
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MPC565
MPC566
MPC565/MPC566
mv silicon c320
C200
C204
C300
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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
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MPC555
MPC556
MPC556
K83H
C200
C204
C300
C304
MPC500
U2829
mv silicon c320
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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
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R76C2D"
R85C2D"
R112C2D"
R121C2D"
R60C2D"
8e1111
PWR1014A
VITA-57
Vishay to277
ASP-134486-01
VITA57
PWR1014
TO277
16TQC100M
TO-277
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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
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LFSCM3GA80EP1-6FC1152C
10NF-0603SMT
100NF-0603SMT
29CD032G
PR78A
pr77a
2n2222 sot23
PR85A
PR80C
PR81A
PL80B
22HP037
fairchild aa11
47H16M16BG
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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
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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
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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
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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
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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
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SPWA022
1000PF
DS0026-001
transistor C458
C458 datasheet
CONN PCB 17x2
TCSCN
KM416S4030A
motorola TP230
6-pin supply ic tp35
TP147
MC74HCT164
C458
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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
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SPWA021
1000PF
DS0026-001
transistor C458
C458 datasheet
motorola TP230
tp394
transistor c331
TP182
C337 W 61
transistor C368
L934EB/2GD
CC0805HX7R104K
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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.
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89EBPES48H12G2
330UF
MIC49500WR
89HPES48H12G2
SCH-00172
B30 C350
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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
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LM4835
XC95144XLTQ100
XC95144XL-TQ100
PAD336
ctcb1210
CTCB1210-600S
Video-Encoders
C491
b30 c300
NTE0505M
PAD102
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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
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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
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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
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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
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