EE-25 TRANSFORMER Search Results

BS2779 BSP THREAD

Abstract: IEC60079-14 EX-35-B-1-0-20-M20 M32 nylon cable gland 602 GB Series AMPHENOL dts01 galvanised conduit hazardous area ZP-C-2520-12 Radsok Amphenol Radsok
Contextual Info: Amphenol Cable Glands and Cord Grips 12-055 Amphenol Table of Contents Introduction Amphenol® Cable Glands Page Number 1 2-3 ATEX Approved Glands Featuring Elastometric Seals EX-20 4-5 EX-25 6-7 EE-30 8-9 EX-35 10-11 EX-40 12-13 EX-45 14-15 EE-RG 16-17

TOP224y

Abstract: top223y TOP224Y equivalent TOP223P 74032 VIPER50 application note myrra TOP223 TOP223* TOP223p equivalent
Contextual Info: FLYBACK TRANSFORMERS EE 25 15 to 30 W • Ambient Temperature ≤ 50°C • Primary Reflected Voltage = 90 to 120V • Dielectric Strength ≥ 3750Vac • Creepage Distances ≥ 6mm • Construction conforms to CEI950, CEI335, CEI61558 for reinforced insulation

EE 19 transformer

Abstract: EE FERRITE transformer L-31101 EE 28 transformer
Contextual Info: Schematic "D" EE Style Low Profile Surface Mount Inductors These products should be considered in any situation which calls for low profile surface mount inductors. Applications include notebook computers, pagers, GPS etc. Electrical Specifications at 25°C

TOP244

Abstract: TOP224Y TOP223Y construction of ic 7805 IC 74032 myrra KA1H0265R TOP223P top224
Contextual Info: Edited by Foxit Reader Copyright C by Foxit Software Company,2005-2008 For Evaluation Only. FLYBACK TRANSFORMERS EE 25 15 to 30 W • Ambient Temperature ≤ 50°C • Primary Reflected Voltage = 90 to 120V • Dielectric Strength ≥ 3750Vac • Creepage Distances ≥ 6mm

tps51620

Abstract: fds8884 tps51125 Inventec MPLC0730 AM4825P r5c804 TP889 hp d530 crb tps51125 kbc
Contextual Info: www.laptop-schematics.com INVENTEC Preliminary Test 2008/03/25 EE DATE POWER DATE DRAWER DESIGN CHECK RESPONSIBLE DATE CHANGE NO. REV 3 SIZE = FILE NAME : XXXX-XXXXXX-XX P/N XXXXXXXXXXXX INVENTEC TITLE VER : Preliminary Test SIZE CODE A3 CS DOC. NUMBER REV

tps51620

Abstract: pt10s TPS51620RHAR W775L fds8884 INVENTEC R5C804 tps51125 63A43 Sil1392
Contextual Info: INVENTEC Preliminary Test 2008/03/25 EE DRAWER DESIGN CHECK RESPONSIBLE SIZE = 3 XXXX-XXXXXX-XX P/N NAME XXXXXXXXXXXX FILE : DATE CHANGE NO. REV DATE DATE POWER INVENTEC TITLE VER : PT10SC DOC. NUMBER A3 CODE SIZE CS Model_No SHEET OF 1 63 REV X01 TABLE OF CONTENTS

Contextual Info: SOLDER SUFFIX CUSTOMER TERMINAL RoHS LEA D P b -F R EE Sn 9 6 % , A g 4 % Yes No Sn 9 6 % , A g 4 % Yes No LF1 TERM. NO.’s FOR REF. ONLY i -A - 0 .004[.10] T" .020 X .010(16) [.51 X .25] ELECTRICAL SPECIFICATIONS 25°C u n le s s o th e rw ise n o te d :

WE-MIDCOM

Contextual Info: SOLDER SUFFIX CUSTOMER TERMINAL RoHS LEA D P b -FR EE LF1 Sn96%, Ag4% Yes Yes Ï compliant WE—MIDCOM ELECTRICAL SPECIFICATIONS 25°C u n less otherw ise noted: PA RAM ETER TERM . N O .’s FOR REF. ONLY • .500 MAX. ' [12.70] 0.70 ohms ±10% D.C. RESISTANCE

we-midcom

Abstract: PKG03 37uH
Contextual Info: CUSTOMER TERMINAL RoHS LEA D Pb -FR EE S n 9 6 % , A g4 % Yes Yes Ï compliant WE—MIDCOM ELECTRICAL SPECIFICATIONS 25°C u n le ss oth erw ise noted : cx s cx IT cx ~7~ cx T 1 •f PA RAM ETER / ~2 -N D.C. RESISTANCE D.C. RESISTANCE D.C. RESISTANCE

T-60-018A

Contextual Info: Current Sense Transformers M ec h a n ic a l HIPOT: 3750 Vrm s be tw ee n Pri & Sec E poxy E n ca p su la te d C o nstructio n F requ en cy range 20K H z plus S tan dard & C enter T apped E le ctrical S p e cifica tio n s JBM Part Number % 25 C Secondary Secondary

Contextual Info: CUSTOMER TERMINAL RoHS L E A D P b —F R EE S n 9 6 % , Ag4% Yes Yes B ivjii inj v. W U R T H E L E K T R O N IK ELECTRICAL SPECIFICATIONS @ 25°C unless otherwise noted: .450 MAX. [11.43] TERM. NO.’s FOR REF. ONLY I ~6~ 3 7 ~2 ~ FT I X TEST CONDITIONS

Contextual Info: CUSTOMER TERMINAL RoHS L EA D P b —FR EE Sn 9 6 % , Ag4% Yes Yes DOT LOCATES - - I IVidcom .395 MAX. [10.05] - A - I o | .004[.1 0] TERM. NO.’s FOR REF. ONLY WF more than you e xpect .165 MAX. [4.19] \ r ELECTRICAL SPECIFICATIONS @ 25°C u n le s s o th e rw ise n o te d :

1054M

Abstract: WE MIDCOM
Contextual Info: SOLDER SUFFIX LEA D P b -F R EE CUSTOMER TERMINAL RoHS Sn 6 3 % , P b 3 7 X No No Sn 9 6 % , A g 4 % Yes No LF1 I /¿compliant L ä J we ^ midcom ELECTRICAL SPECIFICATIONS 25°C u n less o th erw ise n o te d : INSERTION LOSS: - l .l d B m ax., 300k -

7499110210

Contextual Info: C U ST O M ER TERMINAL RoH S LE A D P b — FR EE Sn100% Ye s No P IS »0"1 fcíjW E-M lD C O M ELECTRICAL SPECIFICATIONS 25°C u n less otherw ise noted: PARAMETER GREEN YELLOW C i4 U 1 V .135(14) [3.43] .625 [15.88] ' TEST CONDITIONS J1-J2 100kHz, lOOmVAC, BmADC, Lp

Er 38 transformer

Contextual Info: C U ST O M ER TERMINAL RoH S LE A D P b — FR EE Sn96% , A g4% Ye s No r e c o m p ila ") k O w E - M ID C O M ELECTRICAL SPECIFICATIONS 25°C u n less otherw ise noted: DOT LOCATES TERM. #1 TERM. NO.'s FOR REF. ONLY .479 . 4 / » REF. K L I- . i [12.16]

7499021220

Contextual Info: C U ST O M ER TERMINAL RoH S LE A D P b — FR EE Sn100% Ye s Ye s _n n r7 Æ p"°nt f c O w E - M ID C O M n_ ELECTRICAL SPECIFICATIONS <D 25°C u n less otherw ise noted: PARAMETER .140(24) [3.56] .551 MAX. [14.00] 1.230 L31.24J .850 MAX. [21.59] « I W E— M IDCOM

7499010214

Contextual Info: C U ST O M ER TERMINAL RoH S LE A D P b — FR EE Sn100% Ye s Ye s GREEN r7cyllqni f c O w E - M ID C O M ELECTRICAL SPECIFICATIONS <D 25°C u n le s s o th erw ise n o te d : YELLOW PARAM ETER L_J i g .531 [13.50] <B- a_ o VALUE J1 - J 2 100kHz, lOOmVAC, SmADC, Ls

000-7090-37R-LF1

Abstract: 000709037RLF1 000-7090-37R
Contextual Info: C U ST O M ER TERMINAL RoH S LE A D P b — FR EE Sn96% , A g4% Ye s No w r^com p H G H t f c O w E - M ID C O M \ = = j_ "Z ELECTRICAL SPECIFICATIONS <D 25°C u n le s s o th erw ise n o ted : DOT LOCATES TERM. #1 TERM. NO.'s FOR REF. ONLY .280 REF. [7.11]

EE-19 n transformer

Abstract: EE-19 transformer EE 19 transformer Power Transformer EE-19 frc 34 pin EE-25 transformer UC1727
Contextual Info: [ I ! INTEGRATED CIRCUITS UC1727 UC2727 UC3727 UNITRODE Isolated High Side IGBT Driver FEATURES Receives Power and Signal from Single Isolation Transformer Generates Split Rail for 4A Peak Bipolar Gate Drive 16V High Level Gate Drive Low Level Gate Drive more Negative

EE 19 transformer

Abstract: EE - 19 TRANSFORMER EE 28 transformer EE-19 n transformer UC1727
Contextual Info: UC1727 UC2727 UC3727 U IM IT R O D E Isolated High Side IGBT Driver FEATURES Receives Power and Signal from Single Isolation Transformer Generates Split Rail for 4A Peak Bipolar Gate Drive 16V High Level Gate Drive Low Level Gate Drive more Negative than -5V

309KC

Abstract: EE 28 transformer UC1727
Contextual Info: application H U IM IT R O O E 1 INFO • available j UC1727 UC2727 UC3727 Isolated High Side IGBT Driver FEATURES Receives Power and Signal from Single Isolation Transformer Generates Split Rail for 4A Peak Bipolar Gate Drive 16V High Level Gate Drive Low Level Gate Drive more Negative

3940s

Abstract: 3942S EE5747S EER 2828s 2219S EE1614S EI2218S ei2218 EER3032S ee 2020
Contextual Info: POWER TRANSFORMER CORES A p p licatio n s Features • oil S S g E a jjx ^1^01E 30ISA , § • Switching mode power supply transformer D^ I M ) , :a^t(fiS88$)§ o\%mm 0| * a 5,^01 § 0 |e f £ ^ C \°g[ igMjq. ^X l0 | e 5J £ am * i§ m M aterials • T h e core for the pow er tran sfo rm er is

EE 1605

Abstract: EE CORES EE-25 transformer EE 25 transformer 42x15 Transformer EE-25 EE 1605 inductor 34x9 ee power transformer 80X20
Contextual Info: EE Cores EE Cores 2 A Shapes Driver transformer. Power Inductor. Power transformer. Wideband transformer. G z z z z H Application D Dimensions and Characteristics EE 13x3 13x6 13x6.1 16x4.9 19x5 19x7 19x9 20x5 A 9.0±0.4 12.7±0.25 12.7±0.25 13.0±0.45 16.0±0.5

XD 102 94V-0

Abstract: TDK Ferrite Core PC40 EE-25 200 6 transformer HT EE 19 transformer TDK H5C2 material TDK, TRANSFORMER, EPC19, pc40 core EE 25 transformer TDK Ferrite Core PC40 ei EE - 16 TRANSFORMER FEPC-17-A
Contextual Info: Ferrite Cores For Transformers/Inductors EE, ER, EPC, EEM and T4 Series T h ese are the series of low profile miniature surface mount type ferrite core for transform ers and inductors which improves the efficiency of high density mounting. M aterials em ployed include