asymmetric thyristor
Abstract: 15 kV thyristor Emitter Turn-Off thyristor asymmetric thyristor datasheet 6" thyristor for HVDC "kv diode" Keller AG asymmetric fast turn-off thyristor The field stop IGBT FS IGBT Infineon power diffusion process
Text: 13-kV Rectifiers: Studies on Diodes and Asymmetric Thyristors F.-J. Niedernostheidea , H.-J. Schulze a),U. Kellner-Werdehausenb), R. Barthelmessb), J. Przybillab), R. Keller b), H. Schoof b), D. Pikorz b) a) Infineon AG, Balanstr. 59, D-81541 Munich, Germany,
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13-kV
D-81541
D-59581
13-kV
asymmetric thyristor
15 kV thyristor
Emitter Turn-Off thyristor
asymmetric thyristor datasheet
6" thyristor for HVDC
"kv diode"
Keller AG
asymmetric fast turn-off thyristor
The field stop IGBT FS IGBT
Infineon power diffusion process
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smd code marking v2T
Abstract: PN3904 CS5157HGD16G CS5157HGDR16 CS5157HGDR16G IRL3103 CS5157H CS5157HGD16 CS5157HG marking codes transistors soic-16
Text: CS5157H CPU 5−Bit Synchronous Buck Controller The CS5157H is a 5−bit synchronous dual N−Channel buck controller. It is designed to provide unprecedented transient response for today’s demanding high−density, high−speed logic. The regulator operates using a proprietary control method, which allows a 100 ns
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CS5157H
CS5157H
CS5157H/D
smd code marking v2T
PN3904
CS5157HGD16G
CS5157HGDR16
CS5157HGDR16G
IRL3103
CS5157HGD16
CS5157HG
marking codes transistors soic-16
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Untitled
Abstract: No abstract text available
Text: CS5157H CPU 5−Bit Synchronous Buck Controller The CS5157H is a 5−bit synchronous dual N−Channel buck controller. It is designed to provide unprecedented transient response for today’s demanding high−density, high−speed logic. The regulator operates using a proprietary control method, which allows a 100 ns
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CS5157H
CS5157H
CS5157H/D
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smd code marking v2T
Abstract: CS5165AGDW16G CS5165A CS5165AGDW16 CS5165AGDWR16 CS5165AGDWR16G IRL3103 marking codes transistors soic-16
Text: CS5165A 5−Bit Synchronous CPU Buck Controller The CS5165A synchronous 5−bit NFET buck controller is optimized to manage the power of the next generation Pentium II processors. It’s V2t control architecture delivers the fastest transient response 100 ns , and best overall voltage regulation in the industry
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CS5165A
CS5165A
CS5165A/D
smd code marking v2T
CS5165AGDW16G
CS5165AGDW16
CS5165AGDWR16
CS5165AGDWR16G
IRL3103
marking codes transistors soic-16
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Untitled
Abstract: No abstract text available
Text: CS5165A 5−Bit Synchronous CPU Buck Controller The CS5165A synchronous 5−bit NFET buck controller is optimized to manage the power of the next generation Pentium II processors. It’s V2t control architecture delivers the fastest transient response 100 ns , and best overall voltage regulation in the industry
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CS5165A
CS5165A
CS5165A/D
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CS5165A
Abstract: CS5165AGDW16 CS5165AGDWR16 IRL3103 SMD MARKING CODE A20
Text: CS5165A 5-Bit Synchronous CPU Buck Controller The CS5165A synchronous 5–bit NFET buck controller is optimized to manage the power of the next generation Pentium II processors. It’s V2 control architecture delivers the fastest transient response 100 ns ,
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CS5165A
CS5165A
r14525
CS5165A/D
CS5165AGDW16
CS5165AGDWR16
IRL3103
SMD MARKING CODE A20
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smd 1226
Abstract: No abstract text available
Text: CS5165 5-Bit Synchronous CPU Buck Controller The CS5165 synchronous 5–bit NFET buck controller is optimized to manage the power of the next generation Pentium II processors. It’s V2 control architecture delivers the fastest transient response 100 ns ,
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CS5165
r14525
CS5165/D
smd 1226
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mosfet k 2698
Abstract: soft start circuit 555 timer 2n3904 smd transistor SMD 2n3904 ARCHITECTURE OF pentium 2 ic 741 comparator pdf working OF IC 723 FET Spec sheet DATASHEET OF IC 741 ideal value smd transistor marking 327
Text: CS5165H 5−Bit Synchronous CPU Buck Controller The CS5165H synchronous 5−bit NFET buck controller is optimized to manage the power of the next generation Pentium II processors. It’s V2 control architecture delivers the fastest transient response 100 ns ,
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CS5165H
CS5165H
CS5165H/D
mosfet k 2698
soft start circuit 555 timer
2n3904 smd
transistor SMD 2n3904
ARCHITECTURE OF pentium 2
ic 741 comparator
pdf working OF IC 723
FET Spec sheet
DATASHEET OF IC 741 ideal value
smd transistor marking 327
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2N3906
Abstract: CS5165 CS5165GDW16 CS5165GDWR16 IRL3103
Text: CS5165 5-Bit Synchronous CPU Buck Controller The CS5165 synchronous 5–bit NFET buck controller is optimized to manage the power of the next generation Pentium II processors. It’s V2 control architecture delivers the fastest transient response 100 ns ,
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CS5165
CS5165
r14525
CS5165/D
2N3906
CS5165GDW16
CS5165GDWR16
IRL3103
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Untitled
Abstract: No abstract text available
Text: CS5165 5−Bit Synchronous CPU Buck Controller The CS5165 synchronous 5−bit NFET buck controller is optimized to manage the power of the next generation Pentium II processors. It’s V2 control architecture delivers the fastest transient response 100 ns ,
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CS5165
CS5165
CS5165/D
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2N3906
Abstract: CS5165H CS5165HGDW16 CS5165HGDWR16 IRL3103 SMD 2N3906 mosfet k 2698
Text: CS5165H 5-Bit Synchronous CPU Buck Controller The CS5165H synchronous 5–bit NFET buck controller is optimized to manage the power of the next generation Pentium II processors. It’s V2 control architecture delivers the fastest transient response 100 ns ,
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CS5165H
CS5165H
r14525
CS5165H/D
2N3906
CS5165HGDW16
CS5165HGDWR16
IRL3103
SMD 2N3906
mosfet k 2698
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IC 723 voltage regulator
Abstract: DATASHEET OF IC 741 high voltage regulator using ic 723 2n3904 smd code 565-1 capacitor 723 ic internal diagram PF4060 2n3904 smd pdf data application note 300 V 2 A mosfet datasheet 723 voltage regulator internal diagram
Text: CS5165 5−Bit Synchronous CPU Buck Controller The CS5165 synchronous 5−bit NFET buck controller is optimized to manage the power of the next generation Pentium II processors. It’s V2 control architecture delivers the fastest transient response 100 ns ,
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CS5165
CS5165
CS5165/D
IC 723 voltage regulator
DATASHEET OF IC 741
high voltage regulator using ic 723
2n3904 smd code
565-1 capacitor
723 ic internal diagram
PF4060
2n3904 smd pdf data application note
300 V 2 A mosfet datasheet
723 voltage regulator internal diagram
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smd diode UF 3010
Abstract: Intel Server Board
Text: Back CS5165H 5-Bit Synchronous CPU Buck Controller The CS5165H synchronous 5–bit NFET buck controller is optimized to manage the power of the next generation Pentium II processors. It’s V2 control architecture delivers the fastest transient response 100 ns ,
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CS5165H
r14525
CS5165H/D
smd diode UF 3010
Intel Server Board
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Untitled
Abstract: No abstract text available
Text: CS5165H 5−Bit Synchronous CPU Buck Controller The CS5165H synchronous 5−bit NFET buck controller is optimized to manage the power of the next generation Pentium II processors. It’s V2 control architecture delivers the fastest transient response 100 ns ,
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ICL 2025 SCHEMATIC DIAGRAM
Abstract: 1994-V0 ICL 2025 2N3904 2N3906 CS5166H CS5166HGDW16 CS5166HGDWR16 Aaa SMD MARKING SMD INDUCTOR marking code UM
Text: CS5166H 5-Bit Synchronous CPU Controller with Power Good and Current Limit The CS5166H is a synchronous dual NFET buck controller. It is designed to power the core logic of the latest high performance CPUs. It uses V2 control method to achieve the fastest possible transient
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CS5166H
CS5166H
r14525
CS5166H/D
ICL 2025 SCHEMATIC DIAGRAM
1994-V0
ICL 2025
2N3904
2N3906
CS5166HGDW16
CS5166HGDWR16
Aaa SMD MARKING
SMD INDUCTOR marking code UM
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SMD mosfet MARKING code TC
Abstract: 1994-V0 pc 817 mosfet gate drive nf 739 mosfet SMD MARKING CODE 518 2n3904 smd pin configuration 2N3904 SOT-23 MARKING CODE ICL 2025 in4148 smd 2N3904 SOT-23
Text: CS5166 5−Bit Synchronous CPU Controller with Power Good and Current Limit The CS5166 is a synchronous dual NFET buck controller. It is designed to power the core logic of the latest high performance CPUs. It uses V2 control method to achieve the fastest possible transient
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CS5166
CS5166
CS5166/D
SMD mosfet MARKING code TC
1994-V0
pc 817 mosfet gate drive
nf 739 mosfet
SMD MARKING CODE 518
2n3904 smd pin configuration
2N3904 SOT-23 MARKING CODE
ICL 2025
in4148 smd
2N3904 SOT-23
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Untitled
Abstract: No abstract text available
Text: CS5166 5−Bit Synchronous CPU Controller with Power Good and Current Limit The CS5166 is a synchronous dual NFET buck controller. It is designed to power the core logic of the latest high performance CPUs. It uses V2 control method to achieve the fastest possible transient
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CS5166
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MOSFET Transistors IRL
Abstract: ICL 2025 SCHEMATIC DIAGRAM diode 1n5818
Text: CS5166H 5-Bit Synchronous CPU Controller with Power Good and Current Limit The CS5166H is a synchronous dual NFET buck controller. It is designed to power the core logic of the latest high performance CPUs. It uses V2 control method to achieve the fastest possible transient
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CS5166H
r14525
CS5166H/D
MOSFET Transistors IRL
ICL 2025 SCHEMATIC DIAGRAM
diode 1n5818
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3055 smd
Abstract: No abstract text available
Text: Back CS5166H 5-Bit Synchronous CPU Controller with Power Good and Current Limit The CS5166H is a synchronous dual NFET buck controller. It is designed to power the core logic of the latest high performance CPUs. It uses V2 control method to achieve the fastest possible transient
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CS5166H
r14525
CS5166H/D
3055 smd
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ICL 2025
Abstract: ICL 2025 SCHEMATIC DIAGRAM CS5166 CS5166GDW16 CS5166GDWR16 3525 PWM smd 3276 3103s
Text: CS5166 5-Bit Synchronous CPU Controller with Power Good and Current Limit The CS5166 is a synchronous dual NFET buck controller. It is designed to power the core logic of the latest high performance CPUs. It uses V2 control method to achieve the fastest possible transient
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CS5166
CS5166
r14525
CS5166/D
ICL 2025
ICL 2025 SCHEMATIC DIAGRAM
CS5166GDW16
CS5166GDWR16
3525 PWM
smd 3276
3103s
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ICL 2025 SCHEMATIC DIAGRAM
Abstract: ICL 2025 smd 3276 3052 mosfet 3103S
Text: CS5166H 5−Bit Synchronous CPU Controller with Power Good and Current Limit The CS5166H is a synchronous dual NFET buck controller. It is designed to power the core logic of the latest high performance CPUs. It uses V2 control method to achieve the fastest possible transient
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CS5166H/D
ICL 2025 SCHEMATIC DIAGRAM
ICL 2025
smd 3276
3052 mosfet
3103S
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l296 circuit diagram
Abstract: 12v 6A variable power supply diagram Thomson GUP 20x16x7 vogt V5 L296 scr variable frequency drive circuit diagram siemens regulator power supply dc volt output Capacitor ec-35 12 volt 25 amp scr power supply VOGT r8
Text: MM U 9 C Q U 0 LIN EA R IN TEG R ATED CIRCUITS L296 HIGH CURRENT SWITCHING REGULATOR • 4A O U T P U T C U R R E N T • 5 .1 V T O 4 0 V O U T P U T V O L T A G E R A N G E • O T O 100% D U T Y C Y C L E R A N G E • P R E C IS E ± 2 % O N -C H IP R E F E R E N C E
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OCR Scan
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V/15V/24V
L296s.
L29EI
l296 circuit diagram
12v 6A variable power supply diagram
Thomson GUP 20x16x7
vogt V5
L296
scr variable frequency drive circuit diagram
siemens regulator power supply dc volt output
Capacitor ec-35
12 volt 25 amp scr power supply
VOGT r8
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COP884CGMHD-X
Abstract: COP888CG COP888CGMH COP888CGMHD-X COP888CGMHEL-X COP888CG-XXX 104256 DD1042
Text: . ï'i \ 53 National-M J M Semiconductor PRELIMINARY April 1991 COP888CGMH microCMOS Microcontroller Emulator General Description The COP888CGMH hybrid emulator is a member of the COPS microcontroller family. The device is a two chip system in a dual cavity package. Within the package is the
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OCR Scan
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COP888CGMH
COP888CGMH
COP888CG
44-pin
40-pin
28-pin
seria13,
COP884CGMHD-X
COP888CGMHD-X
COP888CGMHEL-X
COP888CG-XXX
104256
DD1042
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diode smd ED 68A
Abstract: AL 2425 dv AVX AT
Text: Dual Output CPU Buck Controller Description The CS5132 is a d u a l o u tp u t CPU p ow er su p p ly controller. It con tains a synchronous dual NFET buck controller utilizing the V2 control m ethod to achieve the fastest possible transient response a n d best overall regulation. The
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CS5132
MS-013
CS5132GDW24
CS5132GDWR24
diode smd ED 68A
AL 2425 dv
AVX AT
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