8R86
Abstract: MBG6 KZL 99 PED relay
Text: @>K8 :JIECEIAK= G=B:M >QN]^[Q\ - ?8C lpbm\abg` \ZiZ[bebmr - Gqm^g]^] m^fi^kZmnk^ kZg`^ ni mh 9:= - Wbma mkZglb^gm lniik^llbhg k^lblmhk - EhgmZ\m `ZiB 86>ff - 9 Hhkf C \hgmZ\m ZkkZg`^f^gm IaZUONV :ZZVUON]UYX\ - WZla mb`am Zg] ]nlm ikhm^\m^] mri^l ZoZbeZ[e^
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B56B
Abstract: No abstract text available
Text: ;AH,-07,/ =:>:2DEB6 9:89 @?G6B B6<2I 7LJVWTLU w>@: *Cdpvgijkgm S if r FJ>G8=>B< 86D67>@>G>:F S /,/0 6B9 u,/0 8CB;><HE6G>CBF S j|2 9>:@:8GE>8 FGE:B<G= 8C>@ GC 8CBG68GF w>@: *Cdp.kffigfnl S y:6IL @C69 HD GC mkff2r S t@6FF w >BFH@6G>CB w>@: *Cdpt-tfhffgffgojk
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86D67>
8CBG68GF
8CBG68G
tCBG68G
tCBG68G
06qhi
06qmf
B56B
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Untitled
Abstract: No abstract text available
Text: ?8A=3G@M< :FLGH8A :8C ?@>? ;@<A<:HF@: GHF<C>H? ?<FB<H@:8AAL G<8A<; F<A8L ?=6544 EZVijgZh / C^ZaZXig^X higZc\i] XVc WZ 5644 Rg2b2h / IdVY XVc WZ 9@ 6<RY2X2 / G^\] VbW^Zci Veea^XVW^a^in / @aa bZiVa lZaYZY XdchigjXi^dc / GZgbZi^XVaan lZaYZY VcY bVg`ZY Wn aVhZg
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8EH89
b3h6/63Go
5429bVm
7m924<
79bVm
5529bVm
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sh3g
Abstract: No abstract text available
Text: .{BNHXK EYKUUOSM ?TYTW aAWJKWOSM OSLTWRHYOTS y3z 5TZSYKW b=aa][USe[`_ ^`VW] < LZSXe ejaW. D`]]`h dZSXe ejaW. LZSXe ejaW->cS\W Tf[]e/[_ ejaW = 3 E . - +o, > LeS_VScV ejaW >cS\W Tf[]e/[_ ejaW L LeS_VScV h[c[_Y+Iae[`_, P[cW U`_WUe[`_ JW_eSY`_ h[c[_Y +o, G`e`c dZSXe
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7/DB36.
403\aad
sh3g
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3DA8
Abstract: A4027
Text: 643- 6756 <;B3= 8/?167:5 =38/C 4GDRSPGQ S w0C278=6 A4;0H S dbbn BF8C278=6 20?018;8CH S ~CA>=6 A4B8BC0=24 018;8CH C> B7>2: Z E81A0C8>= S u40EH ;>03 D? C> gg`f:,n S f:, 384;42CA82 BCA4=6C7 [14CF44= 2>8; 0=3 2>=C02CB\ S r=E8A>=<4=C0; 5A84=3;H ?A>3D2C [}>u~ 2><?;80=C\
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w0C278
BF8C278
E81A0C8>
u40EH
42CA82
14CF44=
C02CB\
0C278
0C4A80;
3DA8
A4027
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Untitled
Abstract: No abstract text available
Text: * +, (-./ 0 !& ( 1- 234 0 & 5 + 1-67 0 8 5 9 : 5 * 8 < % < > * * : 8 %* (-.?@A 8 : 8 8 %* 8 5 ;B C 8D8 8 8 # 9 8 *< %9 # * 8 E ?AF 0 &&G; I 8) ; 1J! I 8) 9 1 * 8 K <( 5; I L # M 8 < : B # ; :N ; 5 % ( * ; = # 9 (-.?@A : 8 = 5 ;B , ; %H * &&G; , < * 9 8; 1J!
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A4027
Abstract: B834 C4278 B834A E81A 20B45 42C8 NA4B D314 U40E
Text: 643- 6756 <;B3= 8/?167:5 =38/C 4GDRSPGQ S w0C278=6 A4;0H S dbbn BF8C278=6 20?018;8CH S ~CA>=6 A4B8BC0=24 018;8CH C> B7>2: Z E81A0C8>= S u40EH ;>03 D? C> gg`f:,n S f:, 384;42CA82 BCA4=6C7 [14CF44= 2>8; 0=3 2>=C02CB\ S r=E8A>=<4=C0; 5A84=3;H ?A>3D2C [}>u~ 2><?;80=C\
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w0C278
BF8C278
E81A0C8>
u40EH
42CA82
14CF44=
C02CB\
0C278
0C4A80;
A4027
B834
C4278
B834A
E81A
20B45
42C8
NA4B
D314
U40E
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Untitled
Abstract: No abstract text available
Text: 1234 689A 9 A9C C96 BC9D6DC 1!"#$%&$5# &$$'986789ABCCD9A 68679AC6CA986D97CC6 EA8CC 1DFA69 9 F6*C 1!"#$%&$5# 56789ABCCD9A 68679AC6CA986D97CC6
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56789ABCCD9EF
986789ABCCD9A
56789ABCCD9A
DC9999999
C94567
BCA96
98FCA
76CA90
76CA9
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R4553
Abstract: No abstract text available
Text: 1234 689A 9 A9C C96 BC9D6DC 1!"#$%#5& %##'986789ABCCD9A 68679AC6CA986D97CC6 EA8CC 1DFA69 9 F6*C 1!"#$%#5& 56789ABCCD9A 68679AC6CA986D97CC6
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56789ABCCD9EF
986789ABCCD9A
56789ABCCD9A
56789ABCCD9123496
C93456-9
ABBCDE45DF
986789A
BCA96
97FCA
76CA9/
R4553
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f2jgl
Abstract: LM 238 Y 398Z ZCA7
Text: LcW`QVW[U I\cS^ La]]Ye LcW`QVW[U I\cS^ La]]Ye cW`V ZW[WZWfSR [\W_S O[R ^W]]YS .:/ <\a[`S^ g?SO`a^S_ Wp8-6?./= 9@/<-?<</8> :<9>/->398X 9?>:?> =29<>Y-3<-?3> :<9>/->398X 9@/<2/+>381 +8. 9@/<@96>+1/ :<9>/->398 -3<-?3>=UwuhY\ca[]\\V Ww>+8.+<. 98 =+0/>C plj b\ea\X plj a\]cd
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95/8Z
f2jgl
LM 238 Y
398Z
ZCA7
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Untitled
Abstract: No abstract text available
Text: SK50GD126T =' T BS UIA -%2&'' ,.8& */'& '5& /E/&1 Absolute Maximum Ratings Symbol Conditions IGBT QI:9 =V T BS UI <I =V T @SX UI <I[; SEMITOP 4 IGBT Module .5'( @BXX Q YO J =' T ZX UI SB J @XX J ¥ BX Q =V T @BS UI @X `' =' T BS UI YB J =' T ZX UI aY J @XX
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SK50GD126T
b9-00&
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Untitled
Abstract: No abstract text available
Text: 234567489AB6CDEF87D6 E7F32 1 123456789ABCDEAF 3A488FD3BDED ABDED BBBDEB 1B B DEA3B 224A !AFA3D4B8F723DE82F "ED #$B723B%D3826$B8F%A3EA3BD48 DE82F&B"A8 2F6 E23$ B'ADEB$8F#$ B38%A3$BDFB$AF$23$B8F 46A& 'A$ABD3AB2F4BEA 'F8 D4BDED
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234567489AB6CDEF8
123456789ABCDEAF
AFA3D4B8F723
DE82F
B723B
D3826
DE82F
D3A7644
AFEDE82FBDF
89FBAF
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Untitled
Abstract: No abstract text available
Text: MITSUBISHI MICROCOMPUTERS M37754M8C-XXXGP, M37754M8C-XXXHP M37754S4CGP, M37754S4CHP \v«*s ^ e V a<a< SINGLE-CHIP 16-BIT CMOS MICROCOMPUTER • Instruction execution tim e DESCRIPTION The M 37754M 8C -XXXG P is a single-chip m icrocom puter designed The fastest instruction at 40 MHz fre q u e n c y . 100 ns
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M37754M8C-XXXGP,
M37754M8C-XXXHP
M37754S4CGP,
M37754S4CHP
16-BIT
37754M
100-pin
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MBB1416
Abstract: MB81416-12 MBB1416-15 81416 MB81416 MB81416-10 MB81416-15 MB81416-16 MB8141612
Text: FUJITSU MICROELECTRONICS 7fl 3749762 FUJITSU MICROELECTRONICS M O S M M e m DE 3 7 4 T 7 b 5 ODDEfibS 1 | . M 8C 0 2 6 6 5 DJ-'Y¿-2.3-/y FU JITSU o r ie s B 8 1 4 1 6 - 1 0 , M B 8 1 4 1 6 - 1 2 , M B 8 1 4 1 6 - 1 5 NMOS 65,536-Bit Dynamic Random Access Memory
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374T7b5
MB81416-10,
MB81416-12,
MB81416-15
536-Bit
MB81416
18-pln
18-Laad
DIP-18P-M01
MBB1416
MB81416-12
MBB1416-15
81416
MB81416-10
MB81416-15
MB81416-16
MB8141612
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MAA436
Abstract: schemat maa436 HAM36 tyrystor schemat rezystor TERMISTOR NAA436 ntc schema
Text: Regulacja fazowa mocy z ukladem MAA436 Sygnat steruj^cy koricowka 12 przez w tom ik T il, T12 taduje wst?pnie kondensator C9 (0,01 —0,1 /iF) do poziom u napifcia piedestahi, ktory zalezy od wartosci elementow dzielnika zewn?trznego RA i RB (R A+ R B= 10 — 100 kfi). Pr^d tadowania jest ograniczony rezystoreni R6. Kondensator C9 jest
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MAA436
MAA436
schemat maa436
HAM36
tyrystor
schemat
rezystor
TERMISTOR
NAA436
ntc schema
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AD2004
Abstract: No abstract text available
Text: D1RFKD0Q6 REVISIO N REV ECO RECORD DESCRIP TION DRFT *32.0 _ > • — A A * 14. fin 1n.so A L J — - DHKD cr AOO P / M . m /a tj/a s m o 1D /H /O H A ADD P / N . HW1 1 1 /3 /0 6 ADD P / N . L 1 M IIUIL 1 8 I E 1llll 1 A * 3 0 .0 NOTES: SECTION A - A ELE C TR IC A L:
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309SGF
AD2004
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2SK19GR
Abstract: X70a 2SK19Y DFNA3-100 K1201 BFS28 DG-34 transistor fet 2sk19gr A641 NPN transistor k1001
Text: SYMBOLS & CODES EXPLAINED 7. "N ” Channel - SILICON FIELD EFFECT TRANSISTORS 8. GERMANIUM P N P 19 GERMANIUM NPN110. SILICON PNP 11. SILICON NPN High Power Transistors k I B LINE No. H H TYPE No. ABSOiLOTE M A X . RATIING S Ä 2 5 C I I M IN . M A X Pc T 6 T T
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NPN110.
FT4020
FT4021
FT4022
BVCEO-45V
ICBO-10nA
BVCEO-60V
2SK19GR
X70a
2SK19Y
DFNA3-100
K1201
BFS28
DG-34 transistor
fet 2sk19gr
A641 NPN transistor
k1001
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tomtom one xl
Abstract: tomtom xl
Text: L8C201/202/203/204 512/1K/2K/4K x 9-bit A s y n c h ro n o u s FIFO FEATURES □ First-In/First-Out FIFO using Dual-Port Memory □ Advanced CMOS Technology □ High Speed — to 10 ns Access Time □ Asynchronous and Simultaneous Read and Write □ Fully Expandable by both Word
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L8C201/202/203/204
512/1K/2K/4K
IDT720x,
KM75C0x
L8C202
28-pin
32-pin
L8C201,
L8C202,
L8C203,
tomtom one xl
tomtom xl
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K2134
Abstract: IN3344 IN3324 1N4564 1N3305 E5450 1N2804 4556 AD 8 PIN
Text: 1N2804 thru 1N2846 1N3305thru 1N3350 1N4549thru 1N4556 1N4557thru 1N4564 6.8V thru 200V C a se 54 (^ ) M O T O R O L A 6.8V thru 200V (C a s e 58) 3.9V thru 7.5V (C a se 58) ZENER DIODES 3.9V thru 7.5V (C a s e 54) U n its are a v a ila b le w ith an od e-to *case and cath o d e -to -case
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1N2804
1N2846
1N3305thru
1N3350
1N4549thru
1N4556
1N4557thru
1N4564
K2134
IN3344
IN3324
1N4564
1N3305
E5450
4556 AD 8 PIN
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106V
Abstract: AN6869 5C316
Text: AN6869 A /D and D/A CONVERTERS AN6869 H igh-Speed 10-bit D /A C onverter • Outline Unit : mm T h e A N 6869 is a high-speed and low p o w er d issip atio n 10-bit ‘ b ip o lar IC su ita b le fo r D /A co n v ersio n up to video signal band. ■ Features
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AN6869
10-bit
AN6869
35MSPS
260mW
20-Lead
106V
5C316
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WM-52
Abstract: No abstract text available
Text: MITSUBISHI THYRISTOR MODULES TM55DZ/CZ-M,-H MEDIUM POWER GENERAL USE INSULATED TYPE TM55DZ/CZ-M,-H Average on-state current 55A V r r m Repetitive peak reverse voltage 400/800V V d rm Repetitive peak off-state voltage 400/800V DOUBLEARMS Insulated Type UL Recognized
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TM55DZ/CZ-M
400/800V
E80276
E80271
WM-52
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L3003
Abstract: 1E49 BD 3445 E CD108 U701 CD335 CD4411 14A2 36B1 CE144
Text: UNCONTROLLED DOCUMENT PART NUMBER REV. LCD — U701 M52TF— 1 REV, 1ÛD 10.Q3Ï1 MAX. E.C.N. D NUMBER AND REVISION COMMENTS DATE A E.C.N, # 1 1 1 3 3 . 6.1 0 .0 4 B E.C.N. # 1 1 1 4 0 . 6 .2 4 .0 4 C E.C.N. # 1 1 2 0 3 . 12 .2 B .0 4 D E.C.N. # 1 1 1 4 8 .
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M52TFâ
L3003
B0DB7-B976
L3003
1E49
BD 3445 E
CD108
U701
CD335
CD4411
14A2
36B1
CE144
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IC 7447
Abstract: "halbleiterwerk frankfurt" IC 7495 dioda by 238 SYk 04 vergleichsliste BY 235 D147d IC 7474 ic 74193
Text: eiecrronic Halbleiter-Bauelemente Vergleichsliste Hersteller Bi BA Bi Bi Bi Bi Bi Bi 100 103 106 116 127 147/25 147/50 152 i E S 8 Ti 8 T. T Se B i 152 Hl B i 170 B i 177 B i 178 B i 1«B BA 187 B i 204 B i 216 B i 217 B i 216 B i 219 B i 220 BA 221 B i 222
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CX20052A
Abstract: CX20052 P-24P-0 MC10116 application MC10116 CXA1008P CXA1009P cxa1006p mm5870 application notes mc10116
Text: CXA1008P/1009P SONY. High-speed Sample and Hold Amplifiers Description CXA1008P/1009P are bipolar IC’s developed for the purpose of sample holding video signals and other signals at high-speed. Features •Maximum sampling frequency CXA1008P CXA1009P •Linearity
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CXA1008P/1009P
CXA1008P/1009P
CXA1008P
CXA1009P
CX20052A
CX20052
P-24P-0
MC10116 application
MC10116
cxa1006p
mm5870
application notes mc10116
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