3AW SERIES Search Results

motor milliohm

Abstract: Power supply pc
Contextual Info: Low Ohm Metal plate Current Sensing Milliohm Chip TLRH STRUCTURE IDENTIFICATION MARKING TLRH 3AW Black protective top coating 4 digits TYPE DESIGNATION HOW TO ORDER TLRH 3AW T PRODUCT CODE POWER RATING TERMINAL MATERIAL Contact our sales representatives before you use our products for applications including

3AW-03

Abstract: 3aw14 3AW-11 3AW-01 3AW-02 3AW-05 3AW-06 3AW-07 3AW-12 3AW-13
Contextual Info: BTCPower TM Broadband TelCom Power, Inc. Redefining “Current” Limits In Power Conversion 3AW Series 3W DC-DC Converters Features • • • • • • • 3W Isolated Output 24-Pin DIP Package Efficiency to 80% 4:1 Input Range Regulated Outputs Pi Input Filter

LOW RESISTANCE RESISTOR TLR

Abstract: TLR3AW
Contextual Info: LOW Ohm Metal plate Current Sensing Milliohm Chip TLR ⑤ STRUCTURE L 1 2 3 4 5 W ② ④ t Low Ohm d ① d ③ Protective bottom coating Electrode Resistive Element Solder Protective top coating 3A, 3AW (1mΩ only IDENTIFICATION PRODUCT CODE COATING TLR3AD,

RC-2134B

Abstract: 22 Ohm resistor 2W 2512 65170
Contextual Info: Low Ohm TLRH2H TLRH3AW Current Sensing Milliohm ChipConstruction and specification TLRH Ｌ STRUCTURE 1 2 3 4 5 6 7 8 8 TLRH2A Ｗ 4 ｔ 1 Bottom protective coating Resistive element Insulation Inner electrode Nickel plating Solder Plating Metal plate carrier

TLR3AW

Abstract: TLR2HD TLR3AD 5L00 TCR50 TCR75
Contextual Info: LOW Ohm Metal plate Current Sensing Milliohm Chip TLR STRUCTURE Low Ohm 1 2 3 4 5 Bottom protective coating: Epoxy resin see "Identification" Resistive element: Metal alloy Solder electrode Marking (see "Identification") Top protective coating (see "Identification")

TLR3AW

Contextual Info: POWER TYPE RESISTORS TECHNOLOGY OF TOMORROW METAL PLATE MILLIOHM TLR STRUCTURE 1 2 3 4 5 6 POWER TYPE RESISTORS W NE Heat resistant protective coating Resistive element: Metal alloy Termination: Cu metal Solder Marking Underline IDENTIFICATION PRODUCT CODE

5L00

Abstract: TLR3AW TCR75
Contextual Info: LOW Ohm Metal plate Current Sensing Milliohm Chip TLR W STRUCTURE 1 2 3 4 5 6 Low Ohm NE Heat resistant protective coating Resistive element: Metal alloy Termination: Cu metal Solder Marking Underline IDENTIFICATION PRODUCT CODE COATING COLOR MARKING TLR TCR 75

Contextual Info: Low Ohm TLRH2H TLRH3AW Current Sensing Construction and specification Milliohm Chip TLRH Ｌ STRUCTURE 1 2 3 4 5 6 7 8 8 TLRH2A Ｗ 4 ｔ 1 Bottom protective coating Resistive element Insulation Inner electrode Nickel plating Solder Plating Metal plate carrier

TLR3AW

Contextual Info: LOW Ohm Metal plate Current Sensing Milliohm Chip TLR STRUCTURE Low Ohm 1 2 3 4 5 Bottom protective coating: Epoxy resin see "Identification" Resistive element: Metal alloy Solder electrode Marking (see "Identification") Top protective coating (see "Identification")

Contextual Info: Barrier Blocks Marker Strips Series 142 .563" 14.30m m Density Screw Terminal Features • Interposing barriers between terminals yield higher electrical ratings and provide additional protection against frayed wire shorting • All barrier terminal blocks can be

E61245

Contextual Info: Barrier Blocks Marker Strips Series 140 CINCH .375" 9.53mm Density Screw Terminal Features Screw Material: Steel • Interposing barriers between terminals yield higher electrical ratings and provide additional protection against frayed wire shorting • All barrier terminal blocks can be

3aw series

Contextual Info: 3 AW 3 WATT WIDE INPUT DC-DC CONVERTERS Features: • • • • 3W Isolated Output 24-Pin DIP Package Efficiency to 80% Continuous Short Circuit Protection MODEL NUMBER INPUT VOLTAGE OUTPUT VOLTAGE OUTPUT CURRENT • 4:1 Input Range • Regulated Outputs

smd w2h

Abstract: SLF0905 KOA RK73H KOA RK73 RK73 RK73G tdb 158 KOA RK73B smd code W2H HV73
Contextual Info: PACKAGING SMD TAPE AND REEL Standard packagings are shown in ”bold” letters. RN73-series is available on 7“ ø 178 mm and 10“ (ø 255 mm) reels. EUROPE GmbH • Kaddenbusch 6 • D-25578 Dägeling / ITZEHOE • PHONE: +49 (0) 48 21 / 89 89-0 • FAX: +49 (0) 48 21/ 89 89 89 • Internet: www.koaeurope.de

33pins

Abstract: 35SP08
Contextual Info: HIS FX6 SERIES 0.8mm PITCH STACKING CONNECTORS General / : W ith the trend in recent years tow ard increasingly high-speed LSI and high integration, there is a move to higher density m ounting and lighter w eight designs for the internal m ounting o f electronic components. Existing half pitch connectors can

marking code 1AW

Abstract: tme57 E221SD1CGE h032
Contextual Info: Sealed* Snap-Acting Momentary Pushbutton Switches E020 Series •process sealed-withstands soldering and cleaning processes. SWITCHES WITH STANDARD OPTIONS C8K MARKING ON THIS SIDE EPOXY SEAL .030 TYP. 76 3 NC 2 NO “ 1 .1 8 5 TYP. T 4 , ?0) COMM. -^ .2 6 0 k (6,6 0)

Contextual Info: • T i 75,00500 00003*44 Sfi^ ■ M i CRo V e RTER DC-DC Converters, 200-250 Watt Family W o rld 's M o s t A d v a n c e d U ltra H ig h Evaluation Boards and Triple Output Modules Available D ensity S in g le a n d T riple O u tp u t D C -D C C o n ve rte rs

RK73-RT

Abstract: RK73G-RT WK73-RT hr r 681k- 1kv A/SG73P1E WK73S2 SG73S2E sec 472m sf MOS2CT52 RK73H-RT
Contextual Info: KOA SPEER ELECTRONICS, INC. passive components 199 Bolivar Drive Bradford, PA 16701 Phone: 814-362-5536 Fax: 814-362-8883 www.koaspeer.com KOA SPEER ELECTRONICS, INC. AHA 12/14 2.5M KOA Speer Electronics, Inc. Printed in U.S.A. passive components KOA Speer’s

B12 GDM

Abstract: BYS045 GENERAL SEMICONDUCTOR MARKING SJ SMA s104 68A BYS-045 kvp 62a GENERAL SEMICONDUCTOR MARKING mJ SMA ED BYS209 S4 68A S104 8a
Contextual Info: PDD Marking Vishay General Semiconductor PDD Marking AXIAL MARKING Cathode Band Polarity GP15M 0621X Cathode Band Part Number Logo/Date Code Polarity SB340 0621X Part Number/ Date Code/Logo DATE CODE DATE CODE 06 21 X 06 21 X Factory Designator DO-204AC/ DO-204AL

wp 7 v

Abstract: ICL76S0 icl7650 ICL 7650
Contextual Info: A1/IXIA1 19-0360; Rev 1. 8/96 C f io p f M r S ta M b K f Operational AmpHHar _ Om m iv I Description f —t o w The Maxim ICL7&50 is a chopper-stabilized amplifier, ideal for low-level signal processing applications. Featuring high performance and versatility, this device combines low input

SSI201

Abstract: CRC17 POTENTIOMETERS PP17
Contextual Info: CRC17 MRC17 y V MODULAR CARBON AND CERMET POTENTIOMETERS The PP17 series indudes resistance elements [Smear and loga-itbm icb batiery switches* drive units, m ounting brackets, detents, shielding, cover, and! heatsink, w b b h c a n be efficie n tly assembled to

L493

Abstract: T9249
Contextual Info: r-l This is to certify that the evaluation described herein was designed and executed by personnel of Contech Research, Inc. It was performed with the concurrence of Sarntec Corp. who was the test sponsor. All equipment and measuring instruments used during testing were

K740

Contextual Info: QUALIFICATION TESTING SAMTEC CORPORATION - : - I _ .:., . . ‘: ‘_ :. i. . . ‘.’ : , . ‘. ,I / . . “C L, .I - IL’;., L. This is to certify that the evaluation described herein was designed and executed by personnel of Contech Research, Inc. It

ic moc 3021

Abstract: transistor W2W RC snubber for 3 phase rectifier bridge optotriac moc3021 MOC3011 optocoupler 2N390 TRANSISTOR T50 thyristor MAC15 triac thyristor firing method for soft start "OPTIMUM SNUBBERS FOR POWER SEMICONDUCTORS"
Contextual Info: AN1048/D RC Snubber Networks For Thyristor Power Control and Transient Suppression http://onsemi.com By George Templeton Thyristor Applications Engineer APPLICATION NOTE INTRODUCTION Edited and Updated ǒǓ RC networks are used to control voltage transients that

Optocoupler MOC 3020

Abstract: optotriac moc3021 MOC3011 optocoupler triac MAC 120 G motorola 5A optocoupler MOC ic moc 3021 "OPTIMUM SNUBBERS FOR POWER SEMICONDUCTORS" moc3062 inductive triac MAC 120 thyristor firing method for soft start
Contextual Info: MOTOROLA SEMICONDUCTOR TECHNICAL DATA AN1048 RC Snubber Networks For Thyristor Power Control and Transient Suppression By George Templeton Thyristor Applications Engineer INTRODUCTION RC networks are used to control voltage transients that could falsely turn-on a thyristor. These networks are called