Line Receivers
Abstract: 8T24 8T13 8T14 8T23 9636 LINE DRIVER
Text: interface interface im c c mfcrface PRODUCT INFORMATION 9612 • 9 6 1 2E Dual Differential Line Drivers 9613 Dual Differential Line Receiver 9614 Dual Differential Line Driver 9615 Dual Differential Line Receiver 9616 Triple EIA R S -232-C /M IL-STD -188C Line Driver
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-232-C
-188C
RS-232-C
5107A
5108A
5108A
Line Receivers
8T24
8T13
8T14
8T23
9636 LINE DRIVER
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9614
Abstract: f 9614 LINE DRIVER 9614 9614 line driver f9614 DS26F31 DS26F31C DS26F31CJ DS26F31M DS26F31MJ
Text: DS26F31C DS26F31M Quad High Speed Differential Line Driver General Description Features The DS26F31 is a quad differential line driver designed for digital data transmission over balanced lines The DS26F31 meets all the requirements of EIA Standard RS-422 and
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DS26F31C
DS26F31M
DS26F31
DS26F31
RS-422
9614
f 9614
LINE DRIVER 9614
9614 line driver
f9614
DS26F31CJ
DS26F31M
DS26F31MJ
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Untitled
Abstract: No abstract text available
Text: DS26F31C/DS26F31M National Semiconductor DS26F31C/DS26F31M Quad High Speed Differential Line Driver General Description Features The DS26F31 is a quad differential line driver designed for digital data transmission over balanced lines. The DS26F31 meets all the requirements of EIA Standard RS-422 and
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DS26F31C/DS26F31M
DS26F31C/DS26F31M
DS26F31
RS-422
16-lead
100fi
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9614PC
Abstract: 9614DM 9614DC Fairchild 9614 A 9614PC 9614C 9614 line driver LINE DRIVER 9614 9614 ts 9614
Text: 9614 DUAL DIFFERENTIAL LINE DRIVER F A IR C H IL D LINEAR-INTEGRATED CIRCUIT G ENERAL DESCRIPTION — The 9614 is a T T L com patible Dual D iffere n tial Line Driver. It is designed to drive transmission lines either d iffe re n tia lly or single-ended, back-matched or term inated.
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9614DC
Abstract: 9614DM 9614C 9614 line driver LINE DRIVER 9614 f 9614 lt 613 9614 9614 n 9614f
Text: 9614 DUAL DIFFERENTIAL LINE DRIVER F A IR C H I L D LIN EA R INTEGRATED CIRCU IT G E N E R A L D E S C R IP T IO N — The 9614 is a T T L compatible Dual Differential Line Driver. It is designed to drive transmission lines either differentially or single-ended, back-matched or terminated.
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Fairchild 9614
Abstract: B503 F 30 DS7S114
Text: DS75114 Semiconductor National DS75114 Dual Differential Line Drivers General Description Features The DS75114 dual differential line driver is designed to pro vide differential output signals with high current capability for driving balanced lines, such as twisted pair at normal line
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DS75114
DS75114
DS7S114
TL/F/5786-3
b5Q112b
Fairchild 9614
B503 F 30
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Fairchild 9614
Abstract: No abstract text available
Text: National DS75114 ß Semiconductor DS75114 Dual Differential Line Drivers General Description Features The DS75114 dual differential line driver is designed to pro vide differential output signals with high current capability for driving balanced lines, such as twisted pair at normal line
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DS75114
DS75114
DS55114
Fairchild 9614
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Fairchild 9614
Abstract: LINE DRIVER 9614 f 9614 DS75114N C1996 DS75114 N16A 9614 line driver
Text: DS75114 Dual Differential Line Drivers General Description Features The DS75114 dual differential line driver is designed to provide differential output signals with high current capability for driving balanced lines such as twisted pair at normal line impedances without high power dissipation The output
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DS75114
Fairchild 9614
LINE DRIVER 9614
f 9614
DS75114N
C1996
N16A
9614 line driver
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AM9614
Abstract: 9614D 9614DM 9614X 1n3h
Text: Am9614 Dual Differential Line Driver Distinctive Characteristics • Dual d iffe re n tia l line driver w ith com plem entary o u t puts • Single 5-vo lt supply • D T L, T T L com patible • S ho rt-circuit protected outputs • Able to drive 50f2 term inated transmission lines
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Am9614
AM9614
9614D
9614DM
9614X
1n3h
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Fairchild 9614
Abstract: 6681 DS75114 DS75114N N16A
Text: General Description The DS75114 dual differential line driver is designed to provide differential output signals with high current capability for driving balanced lines, such as twisted pair at normal line impedances, without high power dissipation. The output stages
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DS75114
ds005786
Fairchild 9614
6681
DS75114N
N16A
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DS75114
Abstract: DS75114N N16A Fairchild 9614
Text: General Description Features The DS75114 dual differential line driver is designed to provide differential output signals with high current capability for driving balanced lines, such as twisted pair at normal line impedances, without high power dissipation. The output stages
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DS75114
ds005786
DS75114N
N16A
Fairchild 9614
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MA9614
Abstract: ma9614pc
Text: juA9614 Dual Differential Line Driver FA IRCHILD A Schlum berger C om pany lin e a r Division Interface Products Description Connection Diagram 16-Lead DIP Top View The ;j A 9614 is a TTL com patible dual differential line driv er. It is designed to drive transm ission lines either differen
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juA9614
CR00601F
iA9615
PC02332F
MA9614
ma9614pc
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ua9614
Abstract: Fairchild 9615
Text: ju A 9 6 1 4 FAIRCHILD Dual Differential Line Driver A S chlum berger C om pany Linear Division Interface Products Description Connection Diagram 16-Lead DIP Top View The ¿¿A9614 is a TTL com patible dual differential line driv er. It is designed to drive transm ission lines either differen
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jA9614
OF9615
fiA9615
A9615
hA9621
ua9614
Fairchild 9615
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75327C
Abstract: SN7401 transistor bf 175 75S208 26S10M SN75129 SN75107 SN55109A
Text: m - The Line Driver and Line Receiver Data Book for Design Engineers 1977 T exas In s t r u m e n t s INCORPORATED LC C 4290 741 0 5 - 2 7 - E C P rin te d in U .S .A . IM PO R TA N T NOTICES Texas Instruments reserves the right to make changes at any time in
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CC-415.
S-104
75327C
SN7401
transistor bf 175
75S208
26S10M
SN75129
SN75107
SN55109A
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ECL Handbook
Abstract: mode 5 IFF 9N38 9582 Fairchild
Text: 9 61 2 9614 9616 9621 5 5 /7 5 1 0 9 5 5 /7 5 1 1 0 5 5 /7 5 1 2 1 75123 FAIRCHILD 9613 75122 INTEGRATED Diff or S in g le I Ended S ing le or Ended Diff Ended S ing le back Lim . 250 Fold- Ended back Lim 250 FoldEnded back Lim . 250 back Lim . 250 FoldEnded
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Untitled
Abstract: No abstract text available
Text: PD - 96141B IRFR540ZPbF IRFU540ZPbF Features l l l l l l l Advanced Process Technology Ultra Low On-Resistance 175°C Operating Temperature Fast Switching Repetitive Avalanche Allowed up to Tjmax Lead-Free Halogen-Free HEXFET Power MOSFET D VDSS = 100V RDS on = 28.5mΩ
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96141B
IRFR540ZPbF
IRFU540ZPbF
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Untitled
Abstract: No abstract text available
Text: PD - 96141B IRFR540ZPbF IRFU540ZPbF Features l l l l l l l Advanced Process Technology Ultra Low On-Resistance 175°C Operating Temperature Fast Switching Repetitive Avalanche Allowed up to Tjmax Lead-Free Halogen-Free HEXFET Power MOSFET D VDSS = 100V RDS on = 28.5mΩ
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96141B
IRFR540ZPbF
IRFU540ZPbF
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7404 TTL CMOS
Abstract: TTL 7400 fairchild TTL 74h04 7404 ttl inverter TTL 7404 fairchild 9016 CI 74LS00 TTL 7404 fairchild 74H00 TTL TTL 9016 fairchild TTL 7401
Text: FAIRCHILD LOGIC/CONNECTION DIAGRAMS DIGITAL-TTL D1 9016, 9S04, 54/7404, 54H/74H04, 54S/74S04, 54LS/74LS04, 9017, 9S05A, 54/7405, 54H/74H05, 54S/74S05, 54L8/74LS05, 54/7406, 54/7414, 54LS/74LS14, 54/7416 D2 9002, 54/7400, 54H/74H00, 54S/74S00, 54LS/74LS00, 9012,
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54H/74H04,
54S/74S04,
54LS/74LS04,
9S05A,
54H/74H05,
54S/74S05,
54L8/74LS05,
54LS/74LS14,
54H/74H00,
54S/74S00,
7404 TTL CMOS
TTL 7400 fairchild
TTL 74h04
7404 ttl inverter
TTL 7404 fairchild 9016
CI 74LS00
TTL 7404 fairchild
74H00 TTL
TTL 9016 fairchild
TTL 7401
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C107X
Abstract: AN-806 bi-phase-s duobinary AN-807 AN-808 C1996 CT-20 Fairchild 9614 an8081
Text: National Semiconductor Application Note 808 Kenneth M True March 1992 OVERVIEW This application note explores another important transmission line characteristic the reflection coefficient This concept is combined with the material in AN-806 to present graphical and analytical methods for determining the voltages and currents at any point on a line with respect to
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AN-806
AN-807)
C107X
bi-phase-s
duobinary
AN-807
AN-808
C1996
CT-20
Fairchild 9614
an8081
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duobinary
Abstract: telephone* -"transmission lines" awg attenuation AN-806 AN-807 AN-808 CT-20 power semiconductor 1973
Text: National Semiconductor Application Note 808 Kenneth M. True March 1992 Overview references at the end of this application note provide a starting point to generate and evalute analytical expressions for a given cable. The effects on the LRCG line parameters, the variations in
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igbt gate driver circuit schematic hcpl-3120
Abstract: HP 2200 optocoupler 2200 OPTOCOUPLER inverter IGBT driver hcpl3120 IGBT motor DRIVER SCHEMATIC hcpl reference SCHEMATIC igbt dimmer IGBT DRIVER SCHEMATIC hcpl 4503 OPTOCOUPLER hp 2631 LC full-bridge INVERTER TRANSFORMERS design HP 2630 optocoupler
Text: Designer’s Guide to Isolation Circuits About This Designer’s Guide Hewlett-Packard optocouplers can be used in an array of isolation applications ranging from power supply and motor control circuits to data communication and digital logic interface circuits.
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the-32
igbt gate driver circuit schematic hcpl-3120
HP 2200 optocoupler
2200 OPTOCOUPLER
inverter IGBT driver hcpl3120
IGBT motor DRIVER SCHEMATIC hcpl
reference SCHEMATIC igbt dimmer
IGBT DRIVER SCHEMATIC hcpl 4503
OPTOCOUPLER hp 2631
LC full-bridge INVERTER TRANSFORMERS design
HP 2630 optocoupler
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AN-806
Abstract: AN-807 AN-808
Text: OVERVIEW This application note explores another important transmission line characteristic, the reflection coefficient. This concept is combined with the material in AN-806 to present graphical and analytical methods for determining the voltages and currents at any point on a line with respect to distance and time. The effects of various source resistances
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AN-806
AN-807)
an011338
AN-807
AN-808
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FZK101
Abstract: FZK105 upd101 SNF10 SN76131 TAA700 FZH111 FZJ101 MFC8010 MFC8001
Text: HANDBOOK OF INTESBATEI CIRCUITS in EQUIVALENTS AND SUBSTITUTES A lthough every care is taken with the preparation of this book, the publishers will not be responsible for any errors that might occur. I.S.B.N. 0 900162 35 X 1974 by Bernard B. Babani First Published 1974
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Grou19
CN127-128-638
ZN220-320.
CN131-132-642.
ZN221-321.
CN133-134-644.
ZN248-348.
CN135-136-646
ZN222-322.
CN121-122-682.
FZK101
FZK105
upd101
SNF10
SN76131
TAA700
FZH111
FZJ101
MFC8010
MFC8001
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HP 450 darlington optocoupler
Abstract: HP 2200 optocoupler schematic diagram igbt inverter welding machine HP 316J IGBT DRIVER SCHEMATIC hcpl 4503 igbt welding machine scheme dse130-12a igbt gate driver circuit schematic hcpl-3120 2200 OPTOCOUPLER HP 2200 ic inverter circuit
Text: Designer’s Guide Insulation and Regulation of Optically Coupled Isolation Devices The primary purpose of optocoupler devices is to provide both electrical insulation and signal isolation. The popularity of Hewlett-Packard's product offering can be accredited to cost-effective
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HCPL-7600
SO-16:
HP 450 darlington optocoupler
HP 2200 optocoupler
schematic diagram igbt inverter welding machine
HP 316J
IGBT DRIVER SCHEMATIC hcpl 4503
igbt welding machine scheme
dse130-12a
igbt gate driver circuit schematic hcpl-3120
2200 OPTOCOUPLER
HP 2200 ic inverter circuit
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