F407
Abstract: No abstract text available
Text: kmsjl.jnl }rxn- ~{pwr* pun}np*r}v~*vp~ =ZRXU[` `UZ]U^Q`a^U < /62 KQ`UT b\Y`QVU < 472O=? `\ 92 KQ`UT Sa^^U[` < 32= ,]U^ ]\YU- @XUYUS`^XS _`^U[V`W ZX[0 < 4222O=? ,RU`cUU[ X[]a` + \a`]a`- L`UUY ^U`QX[U^ `e]U< 3:BB/D3 =]]YXSQRYU ^UYQe `e]U< DB35B ,4 ]\YU_- BXYU G\0<A3556:3
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4222O=
DB35B
A3556
/f407
4707ZQd
BB/D3520:
4/K405
ELH1ML38
ELH36223.
F407
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2801
Abstract: l21 diode 8f diode
Text: kmssjl.jnl }rxn- ~{pwr* pun}np*r}v~*vp~ =ZRXU[` `UZ]U^Q`a^U < /62 KQ`UT b\Y`QVU< 472O=? `\ 92 KQ`UT Sa^^U[` < 9= ,]U^ ]\YU- @XUYUS`^XS _`^U[V`W ZX[0 < 4222O=? ,RU`cUU[ X[]a` + \a`]a`- L`UUY ^U`QX[U^ `e]U< 3:BB/D3 =]]YXSQRYU ^UYQe `e]U< DB3:BB ,4 ]\YU_- BXYU G\0<A475592
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4222O=
A475592
4707ZQd
38ZQd
BB/D3520:
4/K405
ELH1ML38
ELH36223.
2801
l21 diode
8f diode
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A805
Abstract: U 806
Text: knttjm/jol ~syo. *|qxs+ qvo~oq+s~w*+wq* =ZRXU[` `UZ]U^Q`a^U < KQ`UT b\Y`QVU< KQ`UT Sa^^U[` < /62 `\ 92 472O=? 9= ,]U^ ]\YU- @XUYUS`^XS _`^U[V`W ZX[0 < 4222O=? ,RU`cUU[ X[]a` + \a`]a`- L`UUY ^U`QX[U^ `e]U< 3:BB/D3 =]]YXSQRYU ^UYQe `e]U< DB3:BB ,5 ]\YU_- BXYU G\0<A475592
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4222O=
A475592
4707ZQd
38ZQd
BB/D3520:
4/K405
ELH1ML38
ELH36223.
A805
U 806
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transistor J9
Abstract: K-405 K405
Text: knttj m/j ol ~syo. *|qxs+ qvo~oq+s~w*+wq* =ZRXU[` `UZ]U^Q`a^U < /62 KQ`UT b\Y`QVU< 472O=? `\ 92 KQ`UT Sa^^U[` < 9= ,]U^ ]\YU- @XUYUS`^XS _`^U[V`W ZX[0 < 4222O=? ,RU`cUU[ X[]a` + \a`]a`- L`UUY ^U`QX[U^ `e]U< 3:BB/D3 =]]YXSQRYU ^UYQe `e]U< DB3:BB ,6 ]\YU_- BXYU G\0<A475592
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4222O=
A475592
39ZQd
4707ZQd
36/f305
BB/D3520:
4/K405
ELH1ML38
ELH362
transistor J9
K-405
K405
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baa9
Abstract: ba9u Z407 a9u 1u AAGZ ABAA 32ET ci cef AAEZ
Text: +-}zxzw+-}zx{w+-}zx| fbfrZdr]X yv~/.w *0 l c p s X c ^ j X yxx,*0 k Yt Y` m n o e [ q ^ [ L L L L L L L L L L L L L L v T /MX;TY30;SO1 ET ,322QET/5;NY4?aN 5R> ,raVC_hDUPY322GET /p`Y| 3GET kv_O M :2P? l>O}jWxssM= l2k6m ?}c}jK4Wuqx= e tuqy= bcRFK45pG,}c}j -e-b2yV
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322QET/5;
hDUPY322GET
bcRFK45pG,
Tb2S02k1jW
75789R
baa9
ba9u
Z407
a9u 1u
AAGZ
ABAA
32ET
ci cef
AAEZ
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763J
Abstract: .5E8 3bna 0iah
Text: >@ABDI5-"@4,J K,3@D<@*-L//L !"#$%&!'' *+,-./ ,@ ./-23% ./-23% )@<?6+A?B,@ )@<?6+A?B,@ • H.'-%(?./D,:./-&(E$*8&$%($"&#"& ■ H.'-%(&-E#-%.&"%-(E$*8&$%@.).%E($"&#"&( ■
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-C345676-CDE54
HDE54
C12MY
gQ765\
JK35IQ76\
XX11A
763J
.5E8
3bna
0iah
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Untitled
Abstract: No abstract text available
Text: LEGA Series Low-Depth, Hydraulic-Magnetic Circuit Breakers Introduction • 123 Configurations • 124 Delay Curves • 127 Operating Characteristics • 128 Decision Tables • 129 LEGA Series Low-Depth, Hydraulic-Magnetic Circuit Breakers INTRODUCTION Developed to meet the evolving demand for low-profile datacenter rack power distribution units, the Airpax LEGA series circuit
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UL-489
EN60947-2
UL-60950
EN60950
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permittivity
Abstract: IEC60825-1 16195B E4491A 16453A E4991A-002 EC1002
Text: Agilent E4991A RF Impedance/Material Analyzer Data Sheet Definitions Measurement Parameters and Range All specifications apply over a 5 °C to 40 °C range unless otherwise stated and 30 minutes after the instrument has been turned on. Measurement parameters
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E4991A
5980-1233E
permittivity
IEC60825-1
16195B
E4491A
16453A
E4991A-002
EC1002
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Untitled
Abstract: No abstract text available
Text: Agilent E4991A RF Impedance/Material Analyzer Data Sheet Definitions Measurement Parameters and Range All specifications apply over a 5 °C to 40 °C range unless otherwise stated and 30 minutes after the instrument has been turned on. Measurement parameters
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E4991A
5980-1233E
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Untitled
Abstract: No abstract text available
Text: IAL/CEL/LEL Series Magnetic Circuit Protectors Introduction • 133 Poles • 134 Handles • 136 Configurations • 140 Operating Characteristics • 143 Delay Curves • 145 Specifications • 149 Decision Tables • 151 IAL/CEL/LEL Series Hydraulic Magnetic Circuit Protectors
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f422
Abstract: No abstract text available
Text: SKM 75GD123D L3 Q RS TI9 * /2; .+824=';2 ; 23'F'25 Absolute Maximum Ratings Symbol Conditions IGBT >IU& LV Q RS TI DI LV Q NSX TI DI[$ NRXX > YS P L30;2 Q ZX TI SX P NXX P ] RX > LV Q NRS TI NX a; L30;2 Q RS TI YS P L30;2 Q ZX TI SX P NXX P SSX P NXX P E cX bbbd NSX
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75GD123D
75GD123DL
75GDL123D
f422
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Untitled
Abstract: No abstract text available
Text: IAL/CEL/LEL Series Magnetic Circuit Protectors Introduction • 133 Poles • 134 Handles • 136 Configurations • 140 Operating Characteristics • 143 Delay Curves • 145 Specifications • 149 Decision Tables • 151 IAL/CEL/LEL Series Hydraulic Magnetic Circuit Protectors
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AIRPAX IEG
Abstract: ROCKER SWITCH BREAKER airpax legbx Airpax IPA airpax DC Motor iug airpax airpax legbx iugn airpax airpax circuit breaker IPA 11 Airpax airpax step motor
Text: IAG/IUG/IEG/CEG/LEG IAG/IUG/IEG/CEG/LEG Magnetic Circuit Protectors Introduction | 96 Single & Multi-Pole | 97 Rocker, Sealed Toggle | 100 Configurations | 105 Operating Characteristics | 107 Delay Curves | 108 Specifications | 112 Decision Tables | 114 IAG/IUG/IEG/CEG/LEG Series
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Untitled
Abstract: No abstract text available
Text: IAG/IUG/IEG/CEG/LEG Series Magnetic Circuit Protectors Introduction • 99 Poles • 100 Handles • 103 Configurations • 108 Operating Characteristics • 110 Delay Curves • 111 Specifications • 115 Decision Tables • 117 IAG/IUG/IEG/CEG/LEG Series
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ROCKER SWITCH BREAKER airpax legbx
Abstract: military relay iugn airpax push switch 6 leg Airpax circuit breakers APG
Text: IAG/IUG/IEG/CEG/LEG IAG/IUG/IEG/CEG/LEG Magnetic Circuit Protectors Introduction | 105 Single & Multi-Pole | 106 Rocker, Sealed Toggle | 109 Configurations | 114 Operating Characteristics | 116 Delay Curves | 117 Specifications | 121 Decision Tables | 123
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AIRPAX IEG
Abstract: klixon Airpax circuit breakers APG
Text: IAG/IUG/IEG/CEG/LEG IAG/IUG/IEG/CEG/LEG Magnetic Circuit Protectors Introduction | 105 Single & Multi-Pole | 106 Rocker, Sealed Toggle | 109 Configurations | 114 Operating Characteristics | 116 Delay Curves | 117 Specifications | 121 Decision Tables | 123
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GP1U271R
Abstract: sharp gp burglar alarm project GP1U272R GP1U273R GP1U277R GP1U27R PD49PI S300 PHOTODIODE S27
Text: PREPARED BY: DATE: R,kwJ mw]~i7y] u DATE: APPROVED BY: l<. && Ha/ /7s /9?t s~ . PAGE ELECTRONIC COMPONENTS GROUP SHARP CORPORATION “ REPRESENTATIVE&@ \ “ ’ ‘.F PA / ’ OPTO-ELECTRWC DEVICES DIV. SPECIFICATION DEVICE SPECIFICATION FOR Itiared Detectig unit
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1U27R
GP1U271R
sharp gp
burglar alarm project
GP1U272R
GP1U273R
GP1U277R
GP1U27R
PD49PI
S300
PHOTODIODE S27
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AB-194
Abstract: OPA685 THS4011 THS4151 transistor zx series
Text: Signal Conditioning: High-Speed Op Amps Texas Instruments Incorporated Designing for low distortion with high-speed op amps By James L. Karki Member, Group Technical Staff, High-Performance Linear Introduction The output of any amplifier contains the desired signal
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SLYT133
AB-194
OPA685
THS4011
THS4151
transistor zx series
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Y515
Abstract: Airpax L0 LELBX
Text: IAL/IUL/IEL/LEL IAL/IUL/IEL/LEL Series Magnetic Circuit Protectors Introduction | 129 Single & Multi-Pole | 130 Rocker, Sealed Toggle | 132 Configurations | 136 Operating Characteristics | 140 Delay Curves | 141 Specifications | 145 Decision Tables | 147 IAL/IUL/IEL/LEL Series
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BZX 48c 6v8
Abstract: PT2369 code Cj5 CMXZ11VTO 7006S
Text: M arking Codes Marking Code Part Number 04 04D 04A 04C 04S 040 1A 1A8 1AC 1B 1B8 1C8 1D8 1E 1E8 1F 1F8 1FF 1G 1G8 1H8 1J 1J8 1K 1K8 1L 1L8 1M8 1P 1PC 1QC 1RC 2AC 2B 2C 2C A 2F 2FC 2G 2 PC 2Q C 2P 3A 3AE 3B 3CE 3E 3F 3G 3J 3K 3L 3P 3SE 4A 4B 4C 4E 4F 4G 4P
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2004C
2004S
2004D
Z5250B
T3904
Z5251B
Z5252B
Z5253B
Z5254B
Z5255B
BZX 48c 6v8
PT2369
code Cj5
CMXZ11VTO
7006S
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Untitled
Abstract: No abstract text available
Text: EP1810 EPLD Features □ Ü □ J General Description The EP1810 Erasable Programmable Logic Device E P L D offers L S I density, TTL-equivalent speed, and low power consumption. It is available in 68-pin w ind ow ed ceramic and O T P plastic j-lead chip carrier and w indow ed
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EP1810
48-macrocell
EP1810T
EP1830
68-pin
EP1810-20
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Delphi 3a pa66
Abstract: No abstract text available
Text: DO NOT SCALE CED 4X 7 . 7 5 + 0.15 n Q C\J CXJ nn DUE TO BOW p nn 60IIH i in Ir ' 1 < Q. —j > 99Vd< GEE 4X 44 ±0.15 — 2X QFTT) 2X MISSING NUMBERS DATE SYM REVISION RECORD AUTH DR CK 1 2 J L 9 9 K 3 CLEARED REV COLUMN & TOTAL NO. OF SYMBOLS ON DRAWING
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60IIH
29UA97
05FE97
R0071769
Delphi 3a pa66
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hep 154 silicon diode
Abstract: zy 406 transistor motorola HEP 801 hep 154 diode hep R1751 triac zd 607 2sb337 RS5743.3 F82Z hep 230 pnp
Text: SEMICONDUCTOR This guide has been prepared by the Motorola HEP technical staff to provide a cross-reference for the Hobbyist, Experimenter, and Profes sional service technician. The information contained herein is based on an analysis of the published specifications of each device listed. This
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MY110B
Z0206
Z0208
Z0210
Z0211
Z0212
Z0214
Z0215
Z0217
Z0219
hep 154 silicon diode
zy 406 transistor
motorola HEP 801
hep 154 diode
hep R1751
triac zd 607
2sb337
RS5743.3
F82Z
hep 230 pnp
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ALTERA EP
Abstract: I7232 MIL-STD-883-compliant
Text: EP1810 EPLD Features • High-performance, 48-macrocell Classic EPLD Combinatorial speeds with tPD as low as 20 ns Counter frequencies of up to 50 MHz Pipelined data rates of up to 62.5 MHz Programmable I/O architecture with up to 64 inputs or 48 outputs The following devices are pin-, function-, and programming filecompatible: EP1810, EP1810T, and EP1810 MIL-STD-883-compliant
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EP1810
48-macrocell
EP1810,
EP1810T,
MIL-STD-883-compliant
68-pin
ALTERA EP
I7232
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