F 407 Diode
Abstract: DIODE FS 607
Text: URD26P82E5 Eqqn"OQUª Rqygt"Vtcpukuvqt Hgcvwtg VDS"B"Tjmax 872 X TFU*qp+ 20;7 Ω KF 607 C • Pgy"tgxqnwvkqpct{"jkij"xqnvcig"vgejpqnqi{ •"Wnvtc"nqy"icvg"ejctig • Rgtkqfke"cxcncpejg"tcvgf RG/VQ485 •"Gzvtgog"fx1fv"tcvgf • Jkij"rgcm"ewttgpv"ecrcdknkv{
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URD26P82E5
RG/VQ485
S89262/U6629
26P82E5
F 407 Diode
DIODE FS 607
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DD 607 B
Abstract: F 407 Diode
Text: URS26P82E5 Eqqn"OQUª Rqygt"Vtcpukuvqt Hgcvwtg • Pgy"tgxqnwvkqpct{"jkij"xqnvcig"vgejpqnqi{ VDS"B"Tjmax 872 X TFU*qp+ 20;7 Ω KF 607 C •"Wnvtc"nqy"icvg"ejctig RG/VQ473-3-11 • Rgtkqfke"cxcncpejg"tcvgf •"Gzvtgog"fx1fv"tcvgf • Jkij"rgcm"ewttgpv"ecrcdknkv{
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URS26P82E5
RG/VQ473-3-11
RG/VQ471-3-11
26P82E5
RG/VQ471/5/31
SPS04N60C3
DD 607 B
F 407 Diode
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Untitled
Abstract: No abstract text available
Text: URR26P82E5 URC26P82E5 Eqqn"OQUª Rqygt"Vtcpukuvqt Hgcvwtg VDS"B"Tjmax 872 X TFU*qp+ 20;7 Ω KF 607 C • Pgy"tgxqnwvkqpct{"jkij"xqnvcig"vgejpqnqi{ •"Wnvtc"nqy"icvg"ejctig • Rgtkqfke"cxcncpejg"tcvgf RG/VQ442FP RG/VQ442 •"Gzvtgog"fx1fv"tcvgf • Jkij"rgcm"ewttgpv"ecrcdknkv{
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URR26P82E5
URC26P82E5
RG/VQ442FP
RG/VQ442
P-TO220-3-31
RG/VQ/442/5/53
S89262/U6588
26P82E5
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Untitled
Abstract: No abstract text available
Text: URD26P72E5 Eqqn"OQUª Rqygt"Vtcpukuvqt Hgcvwtg VDS"B"Tjmax 782 X TFU*qp+ 20;7 Ω KF 607 C • Pgy"tgxqnwvkqpct{"jkij"xqnvcig"vgejpqnqi{ •"Wnvtc"nqy"icvg"ejctig • Rgtkqfke"cxcncpejg"tcvgf RG/VQ463 •"Gzvtgog"fx1fv"tcvgf • Wnvtc"nqy"ghhgevkxg"ecrcekvcpegu
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URD26P72E5
RG/VQ463
RG/VQ485
S89262/U6795
26P72E5
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Untitled
Abstract: No abstract text available
Text: URR26P72E5 URC26P72E5 Eqqn"OQUª Rqygt"Vtcpukuvqt Hgcvwtg VDS"B"Tjmax 782 X TFU*qp+ 20;7 Ω KF 607 C • Pgy"tgxqnwvkqpct{"jkij"xqnvcig"vgejpqnqi{ •"Wnvtc"nqy"icvg"ejctig • Rgtkqfke"cxcncpejg"tcvgf RG/VQ442/5/51 RG/VQ442 •"Gzvtgog"fx1fv"tcvgf • Wnvtc"nqy"ghhgevkxg"ecrcekvcpegu
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URR26P72E5
URC26P72E5
RG/VQ442/5/51
RG/VQ442
P-TO220-3-31
RG/VQ/442/5/53<
S89262/U6797
26P72E5
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RCM 2027
Abstract: No abstract text available
Text: URF24P72E5 Eqqn"OQUª Rqygt"Vtcpukuvqt Hgcvwtg VDS"B"Tjmax 782 X TFU*qp+ 5 Ω KF 30: C • Pgy"tgxqnwvkqpct{"jkij"xqnvcig"vgejpqnqi{ •"Wnvtc"nqy"icvg"ejctig RG/VQ472 • Rgtkqfke"cxcncpejg"tcvgf •"Gzvtgog"fx1fv"tcvgf • Wnvtc"nqy"ghhgevkxg"ecrcekvcpegu
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URF24P72E5
RG/VQ472
RG/VQ474
S89262/U6792
24P72E5
RG/VQ474/5/3,
PG-TO252-3-11,
RCM 2027
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Untitled
Abstract: No abstract text available
Text: OQUHGV Ogvcn"Qzkfg"Ugokeqpfwevqt"Hkgnf"Ghhgev"Vtcpukuvqt QrvkOQUVO QrvkOQUVO"Rqygt/OQUHGV."62X DU¥245P26NU Fcvc"Ujggv Tgx0"402 Hkpcn Rqygt"Ocpcigogpv" "Ownvkoctmgv QrvkOQUVO"Rqygt/OQUHGV 62X DU¥245P26NU 3"""""Fguetkrvkqp VUFUQP/:"HN
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245P26NU
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Untitled
Abstract: No abstract text available
Text: URS24P82E5 Eqqn"OQUª Rqygt"Vtcpukuvqt Hgcvwtg VDS"B"Tjmax 872 X TFU*qp+ 5 Ω KF 30: C • Pgy"tgxqnwvkqpct{"jkij"xqnvcig"vgejpqnqi{ •"Wnvtc"nqy"icvg"ejctig RG/VQ471-3-11 • Rgtkqfke"cxcncpejg"tcvgf •"Gzvtgog"fx1fv"tcvgf • Wnvtc"nqy"ghhgevkxg"ecrcekvcpegu
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URS24P82E5
RG/VQ471-3-11
RG/VQ473-3-11
24P82E5
SPS02N60C3
PG-TO-251-3-11
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DD-57
Abstract: No abstract text available
Text: URD24P82E5 Eqqn"OQUª Rqygt"Vtcpukuvqt Hgcvwtg VDS"B"Tjmax 872 X TFU*qp+ 5 Ω KF 30: C • Pgy"tgxqnwvkqpct{"jkij"xqnvcig"vgejpqnqi{ •"Wnvtc"nqy"icvg"ejctig RG/VQ485 • Rgtkqfke"cxcncpejg"tcvgf •"Gzvtgog"fx1fv"tcvgf • Wnvtc"nqy"ghhgevkxg"ecrcekvcpegu
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URD24P82E5
RG/VQ485
S89262/U65
24P82E5
DD-57
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DD-57
Abstract: No abstract text available
Text: URF24P82E5 URW24P82E5 Eqqn"OQUª Rqygt"Vtcpukuvqt Hgcvwtg VDS"B"Tjmax 872 X TFU*qp+ 5 Ω KF 30: C • Pgy"tgxqnwvkqpct{"jkij"xqnvcig"vgejpqnqi{ •"Wnvtc"nqy"icvg"ejctig RG/VQ473 • Rgtkqfke"cxcncpejg"tcvgf RG/VQ474 •"Gzvtgog"fx1fv"tcvgf • Wnvtc"nqy"ghhgevkxg"ecrcekvcpegu
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URF24P82E5
URW24P82E5
RG/VQ473
RG/VQ474
S89262/U6642
24P82E5
DD-57
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Untitled
Abstract: No abstract text available
Text: URP24P82E5 Eqqn"OQUª Rqygt"Vtcpukuvqt Hgcvwtg VDS"B"Tjmax 872 X TFU*qp+ 5 Ω KF 30: C • Pgy"tgxqnwvkqpct{"jkij"xqnvcig"vgejpqnqi{ •"Wnvtc"nqy"icvg"ejctig RG/VQ442 • Rgtkqfke"cxcncpejg"tcvgf •"Gzvtgog"fx1fv"tcvgf • Wnvtc"nqy"ghhgevkxg"ecrcekvcpegu
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URP24P82E5
RG/VQ442
URR24P82E5
S89262/U65
24P82E5
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Untitled
Abstract: No abstract text available
Text: URY42P82E5 Eqqn"OQUª Rqygt"Vtcpukuvqt Hgcvwtg VDS"B"Tjmax 872 X TFU*qp+ 203; Ω KF 4209 C • Pgy"tgxqnwvkqpct{"jkij"xqnvcig"vgejpqnqi{ •"Wnvtc"nqy"icvg"ejctig RG/VQ469 • Rgtkqfke"cxcncpejg"tcvgf •"Gzvtgog"fx1fv"tcvgf • Jkij"rgcm"ewttgpv"ecrcdknkv{
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URY42P82E5
RG/VQ469
RG-TO247
S89262/U6628
42P82E5
21-35X.
4209C
009-134-A
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GH 905
Abstract: No abstract text available
Text: URF29P82E5 URW29P82E5 Eqqn"OQUª Rqygt"Vtcpukuvqt Hgcvwtg VDS"B"Tjmax 872 X TFU*qp+ 208 Ω KF 905 C • Pgy"tgxqnwvkqpct{"jkij"xqnvcig"vgejpqnqi{ • Yqtnfykfg"dguv"TFU*qp+"kp"VQ/473"cpf"VQ/474 RG/VQ473 •"Wnvtc"nqy"icvg"ejctig RG/VQ474 • Rgtkqfke"cxcncpejg"tcvgf
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URF29P82E5
URW29P82E5
VQ/473
VQ/474
RG/VQ473
RG/VQ474
S89262/U6645
29P82E5
GH 905
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Untitled
Abstract: No abstract text available
Text: URY43P72E5 Eqqn"OQUª Rqygt"Vtcpukuvqt Hgcvwtg VDS"B"Tjmax 782 X TFU*qp+ 203; Ω KF 43 C • Pgy"tgxqnwvkqpct{"jkij"xqnvcig"vgejpqnqi{ •"Wnvtc"nqy"icvg"ejctig RG/VQ469 • Rgtkqfke"cxcncpejg"tcvgf •"Gzvtgog"fx1fv"tcvgf • Wnvtc"nqy"ghhgevkxg"ecrcekvcpegu
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URY43P72E5
RG/VQ469
S89262/U67
43P72E5
009-134-A
O-247
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Untitled
Abstract: No abstract text available
Text: URY33P82E5 Eqqn"OQUª Rqygt"Vtcpukuvqt Hgcvwtg VDS"B"Tjmax 872 X TFU*qp+ 205: Ω KF 33 C • Pgy"tgxqnwvkqpct{"jkij"xqnvcig"vgejpqnqi{ •"Wnvtc"nqy"icvg"ejctig RG/VQ469 • Rgtkqfke"cxcncpejg"tcvgf •"Gzvtgog"fx1fv"tcvgf • Jkij"rgcm"ewttgpv"ecrcdknkv{
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URY33P82E5
RG/VQ469
S89262/U663:
33P82E5
009-134-A
URY31P62E5
RG/VQ/469/5/3
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sensefet
Abstract: FET 4953 NILMS4501N Current Mirror FET 4953 FET a 1712 mosfet current mirror
Text: AND8210/D Current Sensing Power MOSFET Use in DC−DC Converters Prepared by: Hal Massie ON Semiconductor http://onsemi.com APPLICATION NOTE Vboot +V Vpwr +V D1 Diode Bootstrap Q1 VCC +V U1 Controller/ FET Driver C2 L1 Vo Drain Phase Q2 UG BG Vid’s C1 +
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AND8210/D
sensefet
FET 4953
NILMS4501N
Current Mirror FET
4953 FET
a 1712 mosfet
current mirror
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eft 317 transistor
Abstract: NUP4201 NUP4201DR2 STF202 MUN5212 13926 SMDA05-6R2 DARLINGTON TRANSISTOR ARRAY
Text: BRD8020/D Rev. 1, May-2002 MicroIntegration The Next Step in Simplicity and Miniaturization ON Semiconductor MicroIntegrationE The Next Step in Simplicity and Miniaturization BRD8020/D Rev. 1, May–2002 SCILLC, 2002 Previous Edition 2001 “All Rights Reserved”
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BRD8020/D
May-2002
r14525
eft 317 transistor
NUP4201
NUP4201DR2
STF202
MUN5212
13926
SMDA05-6R2
DARLINGTON TRANSISTOR ARRAY
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Transistor KU 607 VC
Abstract: KU 607 VC BA9702FS
Text: BA9702FS Regulator, switching, 3 channel The BA9702FS is a switching regulator that uses a pulse width modulated system for a very stable output. Dimensions Units : mm BA9702FS (SSOP-A24) It contains three sets of error amplifiers, protectors, and pulse mode modulated
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BA9702FS
BA9702FS
SSOP-A24
SSOP-A24)
RCR-110D
Transistor KU 607 VC
KU 607 VC
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2N3055 TO-220
Abstract: 2N3055, TO5 complementary-pair 2N3055 TO-3 40250 BUX66C 2N3054 2N5293 BFT19B 2N5495
Text: COMPLEMENTARY-PAIR POWER TYPES Hometaxial-Base/Epitaxial-Base 1.5 o 2 A \r = 2 .5 A U P-N-P N-P-N l„ 3 t o 3.5 A N-P-N P-N-P N-P-N P-N-P N-P-N L 4 to 6 A w L 121 o 17 A N-P-N * P-N-P P-N-P 2N5293 2N5294 2N6106 2N6107 2N5786 2N 5783 2N3054 2N5955 2N5495 2N 5494
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2N5293
2N5294
ITO-2201
2N6106
2N6107
O-220)
2N5786
2N5783
2N3054
2N5955
2N3055 TO-220
2N3055, TO5
complementary-pair
2N3055 TO-3
40250
BUX66C
BFT19B
2N5495
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yx 861
Abstract: yx 801 BUH 508 VAUC GT 1083 NE76084-T1 NE76083A NE76084S L to Ku Band Low Noise GaAs MESFET x band GaAs MESFET 261
Text: LOW NOISE L TO Ku BAND GaAs MESFET NE76084S NOISE FIGURE ANO ASSOCIATED GAIN vs FREQUENCY Vos = 3 V, Id s • 10 mA FEATURES LOW NOISE FIGURE NF * 1,6 d8 TYP a! f = 12 GHz HIGH ASSOCIATED GAIN G a = 9 0 0 TYP at f • 12 GHz LG • 0.3 ¿im. W g = 280 S LOW COST METAL/CERAMIC PACKAGE
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NE76084S
NE76064S
NE76084S
test1342
NE76084-T1
yx 861
yx 801
BUH 508
VAUC
GT 1083
NE76083A
L to Ku Band Low Noise GaAs MESFET
x band GaAs MESFET 261
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2N6181
Abstract: 2N3055 2n3055 complement 40852 2N3054 2N5293 2N5294 2N5495 2N5783 2N5786
Text: COMPLEMENTARY-PAIR POWER TYPES Hometaxial-Base/Epitaxial-Base 1.5 o 2 A \r = 2 .5 A U P-N-P N-P-N l„ 3 t o 3.5 A N-P-N P-N-P N-P-N P-N-P N-P-N L 4 to 6 A w L 121 o 17 A N-P-N * P-N-P P-N-P 2N5293 2N5294 2N6106 2N6107 2N5786 2N5783 2N3054 2N5955 2N5495 2N5494
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2N5293
2N5294
ITO-2201
2N6106
2N6107
O-220)
2N5786
2N5783
2N3054
2N5955
2N6181
2N3055
2n3055 complement
40852
2N5495
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"FRC"
Abstract: No abstract text available
Text: I O ffering number:EN*5076A _CMOS 1C LC11012-141 Computer Image Signal Processing Full-Color Gray-Scale Processor ISAgiYOl Preliminary Overview Package Dimensions The L C 11012-141 is a pseudo gray-scale processor for
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LC11012-141
3159-QFP64E
1LC11012-141)
256-level
LC11012-141
0Q53flDb
"FRC"
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HC3-55564-9
Abstract: CVSD demodulator hp 3582a 55564-2 55564
Text: HC-55564 33 Continuously Variable Slope Delta-Modulator CVSD January 1997 Features Description • All Digital The HC-55564 is a half duplex modulator/demodulator CMOS intergrated circuit used to convert voice signals into serial NRZ digital data and to reconvert that data into voice. The conver
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HC-55564
HC-55564
HC3-55564-9
CVSD demodulator
hp 3582a
55564-2
55564
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MP21E
Abstract: sowjetische transistoren MP21D UdSSR KT904 ASZ16 KT315 OC1072 Transistoren DDR asz1015
Text: electronic Sowjetische Transistoren I n h a l t s v e r z e i c h n i s V o rw o rt K u rz c h a ra lc te rls tlk - G e rm a n iu n tra n s is to re n - S illz lu m tra n s ito re n S t a a t l i c h e r S ta n d a r d d e s S y ste m s f ü r d i e B e z e ic h n u n g d e r H a l b l e i t e r b a u e l e u e n t e d e r UdSSR
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