ST BTB16 Search Results

BTB04-600SAP

Abstract: S0817MH S1217NH BTA12-700BW BTB04 600SAP BTB04-600SAP equivalent BTB06-700SW btb04600sap s1217mh BTA06-400GP
Contextual Info: Thyristors 4-Quadrant Triacs - continued 4-Quadrant Triacs - continued Thyristors ST Microelectronics Cross Reference Guide Silicon Controlled Rectifiers SCRs - continued VDRM (V) IGT (mA) Package ST Part NXP Part 800 35/35/35/70 SOT78 / TO220AB Z0109NN

smps 1000W

Abstract: PFC BALLAST CONTROL IC l6562 3000w smps flyback 1000w 1000w buck boost converter 220v DC MOTOR SPEED CONTROLLER smps design 1000w l6562 1000w PFC design l6562 flyback led design 3 phase pfc controller
Contextual Info: Evaluation boards & reference designs Application concepts to go! November 2006 www.st.com/evalboards If you want to evaluate ST's Microcontrollers, Power and Analog product families for use in your new design, check out ST’s new selection of evaluation boards. These tested and qualified application boards are ready-to-go solutions

BTA 50 800

Abstract: ac motor triac bta16 triac bta16 applications TRIAC BTA 28 TRIAC BTA-SERIES TRIAC BTB 16 600 BW TRIAC BTB16 specifications triac btb16 bta16 TRIAC BTB 16 600 tube
Contextual Info: BTA16, BTB16 T1610, T1635 16 A Snubberless , logic level and standard Triacs Features A2 • Medium current Triac ■ Low thermal resistance with clip bonding ■ Low thermal resistance insulation ceramic for insulated BTA ■ High commutation 4Q or very high

circuit triac btb16

Abstract: ST BTB16-800 BW ST BTB16
Contextual Info: BTA16, BTB16 T1610, T1635 16 A Snubberless , logic level and standard Triacs Features A2 • Medium current Triac ■ Low thermal resistance with clip bonding ■ Low thermal resistance insulation ceramic for insulated BTA ■ High commutation 4Q or very high

ac motor triac bta16

Abstract: BTA16 Application note triac BT 16 rating TRIAC BTB16 specifications T1610G triac BTa 40 ST BTB16 TRIAC BTB 16 600 BW TRIAC BTA 28 TRIAC BTA-SERIES
Contextual Info: BTA16, BTB16 T1610, T1635 16 A Snubberless , logic level and standard Triacs Features A2 • Medium current Triac ■ Low thermal resistance with clip bonding ■ Low thermal resistance insulation ceramic for insulated BTA ■ High commutation 4Q or very high

ac motor triac bta16

Abstract: bta16 circuit triac btb16 TRIAC BTA 28 TRIAC BTA-SERIES TRIAC BTB 16 600 tube T1635 BTB16 T1610 BTA16 3000 w
Contextual Info: BTA16, BTB16 T1610, T1635 16 A Snubberless , logic level and standard TRIACs Features A2 • Medium current TRIACs ■ Low thermal resistance with clip bonding ■ Low thermal resistance insulation ceramic for insulated BTA ■ High commutation 4Q or very high

Contextual Info: UNISONICTECHNOLOGIESCO., LTD BTB16 Preliminary TRIAC 1 6 A T RI ACS  DESCRI PT I ON The UTC BTB16 is a 16A triacs, it uses UTC’s advanced technology to provide customers with high commutation performances and voltage insulated tab, etc. The UTC BTB16 is suitable for inductive loads, general purpose

triacs bt 16 600v

Abstract: ac motor triac bta16 triac bt 160 600v triacs bt 16a 600v TRIAC BTB16 600 BTB16-XXXBW TRIAC BTB16 specifications BTA16 motor control circuit triac btb16 triacs bt 12 600v
Contextual Info: BTA16, BTB16 and T16 Series 16A TRIACS SNUBBERLESS , LOGIC LEVEL & STANDARD Table 1: Main Features A2 Symbol Value Unit IT RMS 16 A VDRM/VRRM 600, 700 and 800 V IGT (Q1) 10 to 50 mA G A1 A2 A1 A2 G DESCRIPTION Available either in through-hole or surface-mount

Contextual Info: r Z J S G S TH O M S O N BTA1 6 B BTB1 6 B STANDARD TRIACS FEATURES • HIGH SURGE CURRENT CAPABILITY ■ COMMUTATION : dV/cft c > 10V/|is ■ BTA Family : INSULATING VOLTAGE = 2500V(r MS) (UL RECOGNIZED : E81734) DESCRIPTION The BTA/BTB16 B triac family are high perfor­

BT136-600E equivalent

Abstract: D2499 equivalent D1878 equivalent BT139-600 equivalent C4927 d1577 d1554 C5386 c5129 e13005 equivalent
Contextual Info: “Philips Type” refers to closest Philips alternative or equivalent if available. Always consider the application and compare data specifications before recommending the suitable Philips type. Notes: 1 - dual device. 2 - competitor RDS on falls between two Philips types, hence either stated device may be suitable.

BTA136

Abstract: ft0818mw SM4007 Panjit BY288 FT2516NH FS0802NH FT0817MH ft1208MW ft0618mh equivalent components of diode her207
Contextual Info: Cross Reference Cross Reference Every care has been taken in compiling this cross reference list which is published in good faith to assist engineers. Readers are reminded that list is intended for guidance only. FAGOR ELECTRÓNICA can not be held responsible for any

BU4508DX equivalent

Abstract: BUT11APX equivalent S0806MH P0201MA TO92 BT136 application note diode cross reference BYW96E ct 2A05 diode BU2508Dx equivalent ST2001HI equivalent BU2508DF equivalent
Contextual Info: 6535 07-03-2001 06:32 Pagina 1 Philips Semiconductors – a worldwide company Argentina: see South America Australia: 3 Figtree Drive, HOMEBUSH, NSW 2140, Tel. +61 2 9704 8141, Fax. +61 2 9704 8139 Austria: Computerstr. 6, A-1101 WIEN, P.O. Box 213, Tel. +43 1 60 101 1248, Fax. +43 1 60 101 1210

ap BTA 600 triac

Abstract: TRIAC BTA 16 -600 ac motor triac bta16 BTA16-XXXSW TRIAC BTB16 600 TRIAC BTB triacs bt 12 btb16600sw BTA16
Contextual Info: BTA16-xxxSW BTB16-XXXSW HIGH PERFORMANCE LOGIC LEVEL TRIACS FEATURES = 16A • LOGIC LEVEL TRIGGERING: ■ HIGH SURGE CAPABILITY ■ It rm s Ig t < 10mA DESCRIPTION The BTA/BTB16-xxxSW triacs are using a high performance glass passivated technology. These

BUT11APX equivalent

Abstract: BU4508DX equivalent 2SD1876 2Sd1651 equivalent BYS21-45 smd zener diode color band 2SD1878 data sheet 2SC5296 equivalent BT151-600R BUK98150 spice
Contextual Info: Philips Semiconductors – a worldwide company Argentina: see South America Australia: 3 Figtree Drive, HOMEBUSH, NSW 2140, Tel. +61 2 9704 8141, Fax. +61 2 9704 8139 Austria: Computerstr. 6, A-1101 WIEN, P.O. Box 213, Tel. +43 1 60 101 1248, Fax. +43 1 60 101 1210

BC548 TRANSISTOR REPLACEMENT

Abstract: TYN612 pin diagram 1n4007 smd, toshiba S0817MH TYN604 scr pin diagram kmz51 compass TRANSISTOR S1A 64 smd toshiba l 300 laptop motherboard circuit diagram JFET TRANSISTOR REPLACEMENT GUIDE j201 replacements for transistor NEC D 587
Contextual Info: 5.2 5.4 5.46 5.124 5.130 5.130 5.140 5.180 Introduction Diodes & Rectifiers Transistors Triacs,Thyristors and Diacs Sensors Cross Reference General Application discretes Cross Reference Power discretes Cross Reference RF discretes Discrete Components 5.1 Introduction

D4007

Abstract: btb16 varistor 20k ACST67S STEVAL-ILL004V2 STEVALILL004V2 ac load dimmer with microcontroller Triac ACST67S SCHEMATIC simple dimmer Phase control dimmer
Contextual Info: STEVAL-ILL004V2 Phase control dimmer board based on Ultralite Micro with 8 pins Data Brief Features • Power setting via potentiometer or button ■ Three different load connections ■ New family of TRIACs can be used ■ Low current consumption < 5 mA

STEVAL-ILL004V2

Abstract: SCHEMATIC simple dimmer ACST67S D4007 triac phase control motor
Contextual Info: STEVAL-ILL004V2 Phase control dimmer board based on Ultralite Micro with 8 pins Data Brief Features • Power setting via potentiometer or button ■ Three different load connections ■ New family of TRIACs can be used ■ Low current consumption < 5 mA

triac BTA 140

Abstract: bta 28 Triac BTB TRIAC BTA 137 ac motor triac bta16 triac BTb16-700sw BTA16-600SW TRIAC BTB 12 600 B btb16-700sw bta 137
Contextual Info: BTA16-xxxSW BTB16-xxxSW HIGH PERFORMANCE LOGIC LEVEL TRIACS FEATURES IT RMS = 16A LOGIC LEVEL TRIGGERING: IGT ≤ 10mA HIGH SURGE CAPABILITY DESCRIPTION The BTA/BTB16-xxxSW triacs are using a high performance glass passivated technology. These triacs are designed for applications requiring high

triac BTA 140

Abstract: TRIAC BTA 16 -600 ac motor triac bta16 bta16 Triac BTB triacs btb 15 700 BTA 600 12 triac BTB16 BTA16-600SW triacs BTA 15 700
Contextual Info: BTA16-xxxSW BTB16-xxxSW HIGH PERFORMANCE LOGIC LEVEL TRIACS FEATURES IT RMS = 16A LOGIC LEVEL TRIGGERING: IGT ≤ 10mA HIGH SURGE CAPABILITY DESCRIPTION The BTA/BTB16-xxxSW triacs are using a high performance glass passivated technology. These triacs are designed for applications requiring high

triac overvoltage protection

Abstract: 1.5ke transil triac snubber calculation triac snubber varistor parallel triac AN1172 acs 12 triac 225 triac AN1966 TRIAc
Contextual Info: AN1966 Application note TRIAC overvoltage protection using a Transil Introduction In most of their applications, TRIACs are directly exposed to overvoltages coming from the mains, as described in IEC 61000-4-5 or IEC 61000-4-4 standards. When TRIACs are used

irfb4115

Abstract: BTY79 equivalent diode skn 21-04 marking CODE W04 sot-23 bbc 598 479 DIODE mw 137 600g TFK 401 S 673 Vishay Telefunken tfk transistor INFINEON transistor marking W31 JYs marking transistor
Contextual Info: 573 Technical portal and online community for Design Engineers - www.element-14.com Discrete & Power Devices Page 700 Bridge Rectifiers . . . . . . . . . . . . . . . . . . . . . . . . Diodes Schottky . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .

Contextual Info: BTA16-xxxSW BTB16-xxxSW HIGH PERFORMANCE LOGIC LEVEL TRIACS FEATURES = 16 A • LOGIC LEVEL TRIGGERING: ■ HIGH SURGE CAPABILITY ■ It rm s Ig t< 10mA DESCRIPTION The BTA/BTB16-xxxSW triacs are using a high performance glass passivated technology. These

welding transformer SCR

Abstract: scr arc welding control schematic ac motor triac bta12 circuit diagram triac applications circuit diagram triac bta12 triggering triac arc control triac arc welding triac RC snubber power variation circuit for arc welding triac z01
Contextual Info: AN303 Application note Thyristors and TRIACs: latching current Introduction The purpose of this note is to familiarize TRIAC or thyristor SCR users with the latching current IL. The importance of this parameter is illustrated with some typical examples. Procedures are

RD91 triac heat sink

Abstract: BTA08-600SW BTA16-600C Triac Heat Sink assembly bta16-600 BTA16 rd91 grease AN533 BTB16-600C RD91
Contextual Info: AN533 Application note SCRs, TRIACs, and AC switches, thermal management precautions for handling and mounting Introduction The behavior of a semiconductor device depends on the temperature of its silicon chip. This is why electrical parameters are given at a specified temperature.