380LQ Search Results

380LQ123M050A022

Abstract: 380LQ 380LQ123M016H012 380LQ153M016H022 380LQ183M016H032 380LQ183M016J012 380LQ223M016H042 380LQ223M016J022 380LQ273M016H452 380LQ273M016J032
Contextual Info: Type 380LQ 85 °C Compact, High Capacitance, Snap-In Aluminum Higher Capacitance per Case Size Type 380LQ is on average 27% smaller and more than 10 mm shorter than Type 380LX. This is achieved with a new can-closure method that permits installing capacitor elements into smaller cans. Approaching

Contextual Info: Type 380LQ, 85 °C Compact, High-Capacitance Snap-in 27% Smaller for Same Capacitance Type 380LQ is on average 27% smaller and more than 10 mm shorter than Type 380L. This is achieved with a new can-closure method that permits installing capacitor elements into smaller cans. Approaching the capability of the

Contextual Info: Type 380LQ 85 ºC Compact, High-Capacitance Snap-in 27% Smaller for Same Capacitance Type 380LQ is on average 27% smaller and more than 10 mm shorter than Type 380LX. This is achieved with a new can-closure method that permits installing capacitor elements into smaller cans. Approaching the capability of

CDM TYPE 291

Abstract: X5063
Contextual Info: Type 380LQ 85 ºC Compact, High-Capacitance Snap-in 27% Smaller for Same Capacitance Type 380LQ is on average 27% smaller and more than 10 mm shorter than Type 380LX. This is achieved with a new can-closure method that permits installing capacitor elements into smaller cans. Approaching the capability of

Contextual Info: Type 380LQ 85 °C Compact, High Capacitance, Snap-In Aluminum Higher Capacitance per Case Size Type 380LQ is on average 27% smaller and more than 10 mm shorter than Type 380LX. This is achieved with a new can-closure method that permits installing capacitor elements into smaller cans. Approaching

380LQ

Abstract: 380LQ123M016H012 380LQ153M016H022 380LQ183M016H032 380LQ183M016J012 380LQ223M016H042 380LQ223M016J022
Contextual Info: Type 380LQ 85 ºC Compact, High-Capacitance Snap-in 27% Smaller for Same Capacitance Type 380LQ is on average 27% smaller and more than 10 mm shorter than Type 380LX. This is achieved with a new can-closure method that permits installing capacitor elements into smaller cans. Approaching the capability of

Contextual Info: Type 380LQ 85 °C Compact, High Capacitance, Snap-In Aluminum Higher Capacitance per Case Size Type 380LQ is on average 27% smaller and more than 10 mm shorter than Type 380LX. This is achieved with a new can-closure method that permits installing capacitor elements into smaller cans. Approaching

Contextual Info: Type 380LQ 85 ºC Compact, High-Capacitance Snap-in 27% Smaller for Same Capacitance Type 380LQ is on average 27% smaller and more than 10 mm shorter than Type 380LX. This is achieved with a new can-closure method that permits installing capacitor elements into smaller cans. Approaching the capability of

Contextual Info: Type 380LQ 85 ºC Compact, High-Capacitance Snap-in 27% Smaller for Same Capacitance Type 380LQ is on average 27% smaller and more than 10 mm shorter than Type 380LX. This is achieved with a new can-closure method that permits installing capacitor elements into smaller cans. Approaching the capability of

380LQ

Abstract: 380LQ123M016H012 380LQ153M016H022 380LQ183M016H032 380LQ183M016J012 380LQ223M016H042
Contextual Info: Type 380LQ 85 ºC Compact, High-Capacitance Snap-in 27% Smaller for Same Capacitance Type 380LQ is on average 27% smaller and more than 10 mm shorter than Type 380LX. This is achieved with a new can-closure method that permits installing capacitor elements into smaller cans. Approaching the capability of

Contextual Info: Type 380LQ 85 °C Compact, High Capacitance, Snap-In Aluminum Higher Capacitance per Case Size Type 380LQ is on average 27% smaller and more than 10 mm shorter than Type 380LX. This is achieved with a new can-closure method that permits installing capacitor elements into smaller cans. Approaching

Contextual Info: Type 380LQ 85 °C Compact, High Capacitance, Snap-In Aluminum Higher Capacitance per Case Size Type 380LQ is on average 27% smaller and more than 10 mm shorter than Type 380LX. This is achieved with a new can-closure method that permits installing capacitor elements into smaller cans. Approaching

380LQ682M063K012

Abstract: 25X300
Contextual Info: Type 380LQ, 85 °C Compact, High-Capacitance Snap-in 27% Smaller for Same Capacitance Type 380LQ is on average 27% smaller and more than 10 mm shorter than Type 380L. This is achieved with a new can-closure method that permits installing capacitor elements into smaller cans. Approaching the capability of the

Contextual Info: Type 380LQ, 85 °C Compact, High-Capacitance Snap-in 27% Smaller for Same Capacitance Type 380LQ is on average 27% smaller and more than 10 mm shorter than Type 380L. This is achieved with a new can-closure method that permits installing capacitor elements into smaller cans. Approaching the capability of the

380LQ

Abstract: 381L 381LQ 381LQ471M160H012 381LQ561M160H022 381LQ681M160H022 381LQ681M160J012 381LR 381LX
Contextual Info: Type 381LQ, 105 °C Compact, High-Ripple Snap-in 23% Smaller for Same Capacitance Type 381LQ is on average 23% smaller and more than 5 mm shorter than Type 381L. This is achieved with a new can-closure method that permits installing capacitor elements into

1000 micro farad aluminum electrolytic capacitor

Abstract: 100 micro farad electrolytic capacitor Penetrox A Electric Joint Compound capacitor electrolytic BC 1000 micro farad electrolytic capacitor Aluminum Electrolytic Capacitor, Surface Mount Type aluminum marking code capacitors military BC CAPACITOR 3186 Electrolytic Capacitors Product safety Penetrox E Electric Joint Compound
Contextual Info: Application Guide Aluminum Electrolytic Capacitors This Application Guide This guide is a full handbook on aluminum electrolytic capacitors, of course with emphasis on Cornell Dubilier’s types. It covers construction in depth and discloses the latest information on performance and

panasonic inverter dv 707 manual

Abstract: 018T A423 Mosfet FTR 03-E Arcotronics 1.27.6 nsl 7053 mkp DX 3500 manual Honeywell DBM 01A Polyester capacitors 823k 250V SPRAGUE powerlytic 36Dx sprague 68D
Contextual Info: PASSIVE COMPONENTS Resistors Networks and Arrays Bourns. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 590, 591, 592 Caddock . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 593 CTS. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 594

382LX272M200

Contextual Info: Types 380L, 382L, 380LX & 382LX, 85 ЊC High-Capacitance Snap-In Types 380L/LX & 4-pin Mount 382LX 85 °C The excellent value of Type 380L/LX capacitors finds application in switching power supply input and output circuits and even motor drives where the high surface area

sh 2089

Abstract: LM3661TL-1.40
Contextual Info: 7\SH/4ƒ&&RPSDFW+LJK5LSSOH6QDSLQ 6PDOOHUIRU6DPH&DSDFLWDQFH 

LM3661TL-1.40

Contextual Info: 6PDOOHUIRU6DPH&DSDFLWDQFH 7\SH /4 LV RQ DYHUDJH  VPDOOHU DQG PRUH WKDQ   

Cornell Dubilier

Contextual Info: 4YPES, , ,8,8Ž# IGH 2IPPLE3NAP N  PIN4YPES,AND,8 PINOR PIN4YPES,AND,8 !DDINGLONGER UEOF4YPE,,8CAPACITORS THE,,8READILYHANDLESTOUGH

RLTI-1108

Abstract: UCC29950 CCM
Contextual Info: Using the UCC29950EVM-631 User's Guide Literature Number: SLUUB69A March 2015 – Revised March 2015 User's Guide SLUUB69A – March 2015 – Revised March 2015 Using the UCC29950EVM-631 300-W PFC/LLC Off-Line PSU Module 1 Introduction The UCC29950EVM-631 evaluation module is a 300-W nominal, two-stage off-line converter. The EVM

381LX103M035J052

Abstract: 381LX
Contextual Info: 1773-2012.qxp:QuarkCatalogTempNew 9/17/12 6:02 PM Page 1773 21 Aluminum Electrolytic Capacitors — Snap-In 63 VDC 79 VDC Surge RoHS L L + 2 max. 6.3±1 381LX103M035J052 381LX472M035J012 381LX223M035A052 10000 4700 22000 20 kHz 120 Hz 0.033 0.085 0.018 0.025

381LQ103M063

Contextual Info: Type 381LQ, 105 °C Compact, High-Ripple Snap-in 23% Smaller for Same Capacitance Type 381LQ is on average 23% smaller and more than 5 mm shorter than Type 381L. This is achieved with a new can-closure method that permits installing capacitor elements into