TFK 447
Abstract: tfk 170 TFK ad 164 tfk u 111 TFK 4 232 TFK 505 TFK 450 chip TFK u 116 tfk a tfk by 204
Text: 19-0625; Rev 1; 1/07 KIT ATION EVALU E L B A IL AVA EEPROM-Programmable, High-Voltage, 350mA LED Drivers with LED Current Foldback The MAX16805/MAX16806 LED drivers eliminate the need for microcontrollers or switch-mode converters for automotive interior dome, map, and courtesy light
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350mA
MAX16805/MAX16806
200Hz
TFK 447
tfk 170
TFK ad 164
tfk u 111
TFK 4 232
TFK 505
TFK 450 chip
TFK u 116
tfk a
tfk by 204
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ADC7802
Abstract: ADS7803 ADS7803B 1304D-1
Text: - 138- 12 tf-y h A - D 3 ADS7803 • m ttm m iw vi-m VS=VREFH=+5V±5* i ;b X +1 •d -f Vh-A* iM 'W -h- X •8 b ' • A7 D m •ftA 5Efê -r> í clk=2MHzW8l5?D7» TA=TAmin~TAmax y ? r/i\ i f h nmms. # ¥ A * ± 7f lì/ A y j MiîX Ü f P â J t ïË H
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ADS7803
875mW
ADS7803B
ADC7802Â
10jjF
10VAilffiffl
ADC7802
ADS7803
ADS7803B
1304D-1
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TFK U 111 B
Abstract: tfk 114 L200C XL-2000 xl2000 XL200 V/TFK U 111 B
Text: M o n ta ge a n w e isu n g Installation Instructions N o tico d e m o n tage Istruzioni per il montaggio tnstrucck>ne* d e m ontaje tlHCTpyKiiM fi n o M O tfraxy 02/98 AWA 121-1651 _ XL200ÍM 02/98 A W A 121-1651 Lebenegefahr durch «tektrlschen Strom!
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OCR Scan
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XL200
XL2000-1
XL2000-1
-NH111
NH111
TFK U 111 B
tfk 114
L200C
XL-2000
xl2000
V/TFK U 111 B
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triac ansteuerung
Abstract: U106BS triac 206 u106 syn pulse generator nullspannungsschalter 1N4004 BC237 BC308 ZERO VOLTAGE SWITCH
Text: U 106 BS Monolithisch integrierter Nullspannungsschalter Monolithic integrated zero voltage switch Anwendungen: Thyristor- und Triac-Ansteuerung im Nulldurchgang für statische Schalter, Periodengruppensteuerung, Zweipunktregler, Proportionalregler, Leistungszeitgeber
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BC308
BC237
triac ansteuerung
U106BS
triac 206
u106
syn pulse generator
nullspannungsschalter
1N4004
BC237
ZERO VOLTAGE SWITCH
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MZMA
Abstract: DBC10G DBF10E DBF20B DBF20C DBF20E DBF20G DBF20TC DBF20TE DBF20TG
Text: DBC10G DBF10B DBF10C DBF10E DBF10G DBF20B DBF20C DBF20E DBF20G DBF20TC DBF20TE DBF20TG DBF40B DBF40C DBF40E DBF40G DBF40TC DBF40TE DBF40TG DBF60B : nÉra âm i 1 n* DBF60C DBF60E DBF60G DBF60TC DBF60TE mmSSimm » , J m in im u m DBF60TG DCA25B DCA25C DCA25E
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OCR Scan
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DBC10G
DBF10E
DBF20B
DBF20C
DBF20E
DD25F-20
DD25F-40
DD25F-60
DD25F-80
DD30GB-40
MZMA
DBF10E
DBF20B
DBF20G
DBF20TC
DBF20TE
DBF20TG
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MZMA
Abstract: OC 170 DBC10G DBF10E DBF20B DBF20C DBF20E DBF20G DBF20TC DBF20TE
Text: DBC10G DBF10B DBF10C DBF10E DBF10G DBF20B DBF20C DBF20E DBF20G DBF20TC DBF20TE DBF20TG DBF40B DBF40C DBF40E DBF40G DBF40TC DBF40TE DBF40TG DBF60B : nÉra âm i 1 n* DBF60C DBF60E DBF60G DBF60TC DBF60TE mmSSimm » , J m in im u m DBF60TG DCA25B DCA25C DCA25E
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OCR Scan
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PDF
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DBC10G
DBF10E
DBF20B
DBF20C
DBF20E
DD25F-20
DD25F-40
DD25F-60
DD25F-80
DD30GB-40
MZMA
OC 170
DBF10E
DBF20B
DBF20G
DBF20TC
DBF20TE
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MZMA
Abstract: DBC10G DBF10E DBF20B DBF20C DBF20E DBF20G DBF20TC DBF20TE DBF20TG
Text: DBC10G DBF10B DBF10C DBF10E DBF10G DBF20B DBF20C DBF20E DBF20G DBF20TC DBF20TE DBF20TG DBF40B DBF40C DBF40E DBF40G DBF40TC DBF40TE DBF40TG DBF60B : nÉra âm i 1 n* DBF60C DBF60E DBF60G DBF60TC DBF60TE mmSSimm » , J m in im u m DBF60TG DCA25B DCA25C DCA25E
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OCR Scan
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PDF
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DBC10G
DBF10E
DBF20B
DBF20C
DBF20E
DD25F-20
DD25F-40
DD25F-60
DD25F-80
DD30GB-40
MZMA
DBF10E
DBF20B
DBF20G
DBF20TC
DBF20TE
DBF20TG
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EFT 373
Abstract: D25F10 DBF20E dbf40b DBF40TC DBC10G DBF10E DBF20B DBF20C DBF20G
Text: DBC10G DBF10B DBF10C DBF10E DBF10G DBF20B DBF20C DBF20E DBF20G DBF20TC DBF20TE DBF20TG DBF40B DBF40C DBF40E DBF40G DBF40TC DBF40TE DBF40TG DBF60B : nÉra âm i 1 n* DBF60C DBF60E DBF60G DBF60TC DBF60TE mmSSimm » , J m in im u m DBF60TG DCA25B DCA25C DCA25E
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OCR Scan
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PDF
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DBC10G
DBF10E
DBF20B
DBF20C
DBF20E
DD25F-60
DD25F-80
DD30GB-40
DD30GB-80
DD30HB-120
EFT 373
D25F10
dbf40b
DBF40TC
DBF10E
DBF20B
DBF20G
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MZMA
Abstract: DD25F EFT 308 STM-231 DBC10G DBF10E DBF20B DBF20C DBF20E DBF20G
Text: DBC10G DBF10B DBF10C DBF10E DBF10G DBF20B DBF20C DBF20E DBF20G DBF20TC DBF20TE DBF20TG DBF40B DBF40C DBF40E DBF40G DBF40TC DBF40TE DBF40TG DBF60B : nÉra âm i 1 n* DBF60C DBF60E DBF60G DBF60TC DBF60TE mmSSimm » , J m in im u m DBF60TG DCA25B DCA25C DCA25E
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OCR Scan
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DBC10G
DBF10E
DBF20B
DBF20C
DBF20E
23D30GB-40
DD30GB-80
DD30HB-120
DD30HB-160
DD40F-100
MZMA
DD25F
EFT 308
STM-231
DBF10E
DBF20B
DBF20G
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tfk 136
Abstract: No abstract text available
Text: TOSHIBA THMY6416C1BEG-80L TENTATIVE TOSHIBA HYBRID DIGITAL INTEGRATED CIRCUIT 16,777,216-WORD BY 64-BIT SYNCHRONOUS DRAM MODULE DESCRIPTION The THMY6416C1BEG is a 16,777,216-word by 64-bit synchronous dynamic RAM module consisting of 16 TC59S6408BFT DRAMs and an unbuffer on a printed circuit board.
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THMY6416C1BEG-80L
216-WORD
64-BIT
THMY6416C1BEG
TC59S6408BFT
64-bit
THMY6416C1BEG)
tfk 136
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4N 26 TFK
Abstract: No abstract text available
Text: T O S H IB A TH MY7216E1 BEG-80 TENTATIVE TOSHIBA HYBRID DIGITAL INTEGRATED CIRCUIT 16,777,216-WORD BY 72-BIT SYNCHRONOUS DRAM MODULE DESCRIPTION The THMY7216E1BEG is a 16,777,216-word by 72-bit synchronous dynamic RAM module consisting of 18 TC59S6408BFT DRAMs and an unbuffer on a printed circuit board.
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MY7216E1
BEG-80
216-WORD
72-BIT
THMY7216E1BEG
TC59S6408BFT
72-bit
4N 26 TFK
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TFK U 3212 M
Abstract: No abstract text available
Text: HM5118165 Series 1048576-word x 16-bit Dynamic RAM HITACHI ADE-203-636C Z Rev. 3.0 Feb.24,1997 Description The Hitachi HM5118165 is a CMOS dynamic RAM organized as 1,048,576-word x 16-bit. It employs the most advanced 0.5 (im CMOS technology for high performance and low power. The HM5118165 offers
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HM5118165
1048576-word
16-bit
ADE-203-636C
576-word
16-bit.
42-pin
50-pin
TFK U 3212 M
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om 8370
Abstract: IC-8370 jft 1411 ir2144 P80GF-80-3L9-1 MPD16310 ST4-60 JUPD16310 uPD16310 X3U2
Text: - }— 5 * • 2 / — h M o s & æ m fê MO S Integrated Circuit uPD16310 40 \£ -y hiüfiJBECMOS K 7 </^ jiPD16310 i, PDP, EL, F lP ir ¿ ' 0 7 7 7 h • M*^ffia>ffl tëECMOS K ^ ^ T ' T o fS ]v 7 h U y ^ i f , £ 7 l' 7 7 f , l l i E C M O S K 7 < / ^ ' i M
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uPD16310
jiPD16310li,
6310GF-3L9
om 8370
IC-8370
jft 1411
ir2144
P80GF-80-3L9-1
MPD16310
ST4-60
JUPD16310
X3U2
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tfk td 119
Abstract: 6 TFK 106 tfk 138 TFK u 116
Text: DATA SHEET NEC MOS INTEGRATED CIRCUIT LOCAL ATM SONET FRAMER The /¿PD98402A is one of the ATM-LAN LSIs and incorporates the TC sublayer function in the SONET/SDHbased physical layer of the ATM protocol. The main functions of the /iPD98402A include a transmit function for
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uPD98402A
/iPD98402A
PD98402A
tfk td 119
6 TFK 106
tfk 138
TFK u 116
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Untitled
Abstract: No abstract text available
Text: DATA SHEET NEC MOS INTEGRATED CIRCUIT ¿ iP D 9 8 4 1 1 ATM QUAD SONET FRAMER T h e ^¡P D 98411 N E A S C O T -P 4 0 is one o f A T M -LA N LSIs and provides the fu n ctio n s o f the T C sub la yer o f the S O N E T /S D H -b a se physical layer o f the ATM protocol spe cifie d by the ATM Forum .
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IR35-363-1
S12953EJ4V0DS00
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Untitled
Abstract: No abstract text available
Text: PRELIMINARY A A |^ C a r ~ |l\J I MT2LSYT3272T1/T2, MT4LSY6472T1/T2 32K, 64K x 72 SYNCHRONOUS SRAM MODULE SYNCHRONOUS SRAM MODULE 32K, 64K x 72 SRAM +3.3V SUPPLY WITH CLOCKED, REGISTERED INPUTS AND BURST COUNTER FEATURES PIN ASSIGNMENT Top View • 80 p o sitio n d u al read -o u t d u al in -lin e m em o ry m o d u le
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MT2LSYT3272T1/T2,
MT4LSY6472T1/T2
D0-D63
Q0-Q63
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TFK 843
Abstract: tfk u 843 tfk - 843 ADS67 AD567JD Amplifier ADS AD567 AD167 cxel
Text: ANALOG DEVICES Microprocessor-Compatible 12-Bit D/A Converter AD567 FEATURES. Single Chip Construction Doubit-Buffarad Latch fo r 8-Bit pP-Compatibility Fast Settling Time: SOOnt max to H/2LSB High Stability Buried Zener Reference on Chip Monotonicity Guarantied Over Temperature
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OCR Scan
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300mW
12-Bit
AD567
AD567
16-Bit
TFK 843
tfk u 843
tfk - 843
ADS67
AD567JD
Amplifier ADS
AD167
cxel
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rgn 1064
Abstract: RGN2004 RGN1503 UY1N rgn1064 TFK 19 018 rgn 1883 RGN504 TFK 036 GN2004
Text: Type y erw. ff V AB 1 i/ fM AX 1 A X 50 , 298 (A 1 /7 7 (V) AB 1 D+D 0.65 200 2 x 0.8 AB 2 D-D 0.65 200 2 x 0 .8 AX 1 ZW A X 50 ZW 3,75 2x500 AZ 1 ZW 1.1 2x500 2x300 AZ 2 ZW 2 2 X 300 AZ 3 ZW 2 2x350 AZ 4 ZW 2,2 8^500 A Z 11 ZW 1.1 2 a 500 2x300 A Z 12 ZW
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2x500
2x500
2x300
2x350
2x300
rgn 1064
RGN2004
RGN1503
UY1N
rgn1064
TFK 19 018
rgn 1883
RGN504
TFK 036
GN2004
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cd 3313 eo
Abstract: SIS630 sis 630 TFK U 111 B TFK U 4311 B 340S2 tfk 014 TFK S 153 P 101 SIS-630 PPCV
Text: 13/ SlEYiCTRL Q RTTCTWL 340S2 REV: 05 PN:37-38016U -50 -JiliSMCEIHERMON ,AU1 Afc£2ac 23 23 23 .AN31 A i 23. . AL», _AM2Zc A U JC JiMaiL HR&oy? HREQfi H V 33 HREOfO •> wtj5 1 W H - » fVMUJ ~FTOT "hOTT H HA«? u* vu tu a or oc m i* W M IP M '* a et ec S k t e v tr
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OCR Scan
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340S2
37-38016U
AN29C
BLM1MZ71S
W11A231S
cd 3313 eo
SIS630
sis 630
TFK U 111 B
TFK U 4311 B
340S2
tfk 014
TFK S 153 P 101
SIS-630
PPCV
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OZ890
Abstract: No abstract text available
Text: r BU9500K o m m m IC /IC s for OA Applications ROHM CO LTD 40E ,!# • ^ i D 7 f l 2 f i ci cì c] FD D J£=1> h d - - 7 0 0 0 4 0 h 4 □ E 3 R H Ì1 T-Z2-2Z-C.I FD D Controller • W K 'tfjill./D im en sio n Unit mm BU 9500K(i, 5 V m - 1 T 'li) iio lH g 4 'F D D ff lz i> h P 7 l C T 't o
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BU9500K
9500K
BA6580DK
BU9500K
/100m
OZ890
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rcl 3702
Abstract: B14L ICL 3057 IR LFN LM 3323 10HS NJU6576 NJU6576CH C0M30 434t
Text: NJU6576 3 4Z3*>X I • « i 1 O > h tb * í l t í ' y h T ' y ^ L C D s « n MJU6576 M m 3 , 4 3 4 f 9 M > « * f * -»RAM. C P U W - 7 i « S I ¡ » , H > /W * x j ^ ff* î h W L C D K 7<A* - e , w - n W Mn* * T ? |c ñ * x v > - 7 i ^ B i k i = r . c p u » 6 a 6 « i
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OCR Scan
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NJU6576
NJU6576
NJU6576Â
NJU6576CH
C0M33
17U-J
-C0M16
NJU657flÂ
rcl 3702
B14L
ICL 3057
IR LFN
LM 3323
10HS
NJU6576CH
C0M30
434t
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vlt 2900
Abstract: uPD78P334 UPD78P334LQ 78p334 78P334LQ IC-8075 s13s3 T02I TFK 082 MPD78P334
Text: • 5/— h M osm m m s& M O S Integrated Circuit /¿PD78P334 1 6 / 8 tf "y V • > > //PD 78P334 It, "y~? • v> f ^ □ ¿«PD 78334C Q rtg|$v*;? ROM •7> • i '- f A P R O M S S . B , —J tf c 'I t fc, EPROM S n M i, b° zl — 9 • ? -f A PROM i f c t i EPROM U S # f t x . / c n nn 'C f „
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uPD78P334
78P334
78334C
PD78334
32768X8
J2T43Bt\
24-i-
vlt 2900
UPD78P334LQ
78p334
78P334LQ
IC-8075
s13s3
T02I
TFK 082
MPD78P334
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Untitled
Abstract: No abstract text available
Text: CHAPTER 1 OUTLINE The ¿iPD98402A is one of the ATM-LAN LSIs and incorporates the TC sublayer function in the SONET/SDH-based physical layer of the ATM protocol. The main functions of the ¿iPD98402A include a transm it function for mapping ATM cells received from the ATM layer onto the payload block of the SONET STS-3c/SDH STM-1 frame and sending
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iPD98402A
BIP24)
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thermik sensor
Abstract: a17s JC814 MS-1036 C94S TFK U108 aks ti 79 JC878 TFK 148 RB551
Text: A » 1 0 3 6 V e r : 0 A ÙÙ B 3 3 3 /4 0 0 AMÒ K8 Socket 754 Clock Generator 6ÙÙR3 8MX32bit*8PCS 1 5 -1 6 H T D Ù R S O Ù IM M *2 \7 P C IE NEW CARO PCI-E/USB PCI-E 26 North Bridge A JIR X 480 LAN ET13Î0 p c ie 30 9~11 OZ7ÎÎMP CARÙBUS CARÙREAÙER
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OCR Scan
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8MX32bit
1394a
LM4871
MS-1036
r2E6d110
r256d110
r256d110
Bj256d110
56d110
or256d110
thermik sensor
a17s
JC814
MS-1036
C94S
TFK U108
aks ti 79
JC878
TFK 148
RB551
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