1.5ke360
Abstract: TRANSIL transistor Ip
Text: APPLICATION NOTE TRANSISTOR PROTECTION BY TRANSIL B. Rivet 1 - INTRODUCTION In a large number of applications, we find the circuit in FIG.1 where a TRANSIL is used to protect a switch which controls an inductive load. The switch can be a bipolar or a MOS transistor.
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1.5ke transil
Abstract: TRANSIL 5KE36
Text: APPLICATION NOTE CALCULATION OF TRANSIL APPARENT DYNAMIC RESISTANCE B. Rivet For tp between 20 µs and 1ms we can calculate rd tp as 1 - INTRODUCTION To estimate the clamping voltage VCL and the dissipated power in a TRANSIL we need the apparent dynamic resistance of the device, rd.
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TRANSIL
Abstract: 1.5KE36P rIP TRANSISTOR AN444 Kd600ky.342 transistor
Text: AN444 APPLICATION NOTE TRANSISTOR PROTECTION BY TRANSIL: DISSIPATION POWER AND SURGE CURRENT DURATION INTRODUCTION In a great number of applications, we find the diagram in Figure 1 where a Transil is used to protect a switch which controls an inductive load.
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AN444
TRANSIL
1.5KE36P
rIP TRANSISTOR
AN444
Kd600ky.342 transistor
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1.5KE36P
Abstract: TRANSIL rIP TRANSISTOR transistor equivalent formula
Text: APPLICATION NOTE TRANSISTOR PROTECTION BY TRANSIL : DISSIPATION POWER AND SURGE CURRENT DURATION B. RIVET I - INTRODUCTION In a great number of applications, we find the diagram FIG.1 where a TRANSIL is used to protect a switch which controls an inductive load.
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1.5KE100P
Abstract: 1.5KE30P 1.5KE51P 1.5KE160P 1.5KE110P 1.5KE400P 5KE150A 5KE400 1.5KE200P 1.5KE39P
Text: CHENMKO ENTERPRISE CO.,LTD 1.5KE GLASS PASSIVATED JUNCTION TRANSIENT VOLTAGE SUPPRESSOR VOLTAGE-6.8 TO 400 VOLTS 1500 WATTS PEAK POWER 6.5 WATTS STEADY STATE SERIES FEATURES * * * * * * Plastic package 1500W surge capability at 1ms Glass passivated chip junction in DO-201 Package
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DO-201
C/10seconds/
length/51
DO-201
10X1000
5KE200
5KE130
5KE75
5KE39
1.5KE100P
1.5KE30P
1.5KE51P
1.5KE160P
1.5KE110P
1.5KE400P
5KE150A
5KE400
1.5KE200P
1.5KE39P
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1.5ke360
Abstract: Transil 3br0 SO 342
Text: APPLICATION NOTE TRANSISTOR PROTECTION BY TRANSIL B. Rivet 1 - INTRODUCTION clamping voltage breakdown voltage equivalent resistance In a large number of applications, we find the circuit in FIG.1 where a TRANSIL is used to protect a switch which controls an inductive load.
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1.5ke360
Abstract: 1.5KE36P TRANSIL 15KE360 transistor equivalent formula 3br0
Text: APPLICATION NOTE TRANSISTOR PROTECTION BY TRANSIL B. Rivet 1 - INTRODUCTION clamping voltage breakdown voltage equivalent resistance In a large number of applications, we find the circuit in FIG.1 where a TRANSIL is used to protect a switch which controls an inductive load.
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1.5KE47CP
Abstract: 1.5KE400P 1.5KE39P 1.5KE220CP 1.5KE440p 1.5KE36CP 1.5KE33CP 1.5KE68CP 1.5ke33p 1.5KE27P
Text: 1.5KE6V8P,A/440P,A 1.5KE6V8CP,CA/440CP,CA TRANSILTM FEATURES PEAK PULSE POWER= 1500 W @ 1ms BREAKDOWN VOLTAGE RANGE : From 6V8 to 440 V UNI AND BIDIRECTIONAL TYPES LOW CLAMPING FACTOR FAST RESPONSE TIME UL RECOGNIZED DESCRIPTION Transil diodes provide high overvoltage protection by clamping action. Their instantaneous response to transients makes them particularly
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/440P
CA/440CP
CB429
1.5KE47CP
1.5KE400P
1.5KE39P
1.5KE220CP
1.5KE440p
1.5KE36CP
1.5KE33CP
1.5KE68CP
1.5ke33p
1.5KE27P
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BTA136
Abstract: ft0818mw SM4007 Panjit BY288 FT2516NH FS0802NH FT0817MH ft1208MW ft0618mh equivalent components of diode her207
Text: 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
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05NH45
05NH46
05NU41
05NU42
0R8GU41
5KA10
5KA10A
5KA11
5KA11A
5KA12
BTA136
ft0818mw
SM4007 Panjit
BY288
FT2516NH
FS0802NH
FT0817MH
ft1208MW
ft0618mh
equivalent components of diode her207
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SM4T39CA
Abstract: BEX C 436 bfx transil P6KE400CP p6ke18CA GW gk 27b 1.5KE150P 1.5KE47CP BDP 548 bdx 44b
Text: PROTECTION CIRCUITS TRANSILTM SMB SMC 400W SMD TRANSIL Marking Type UL Unidirect. VBR* @ (V) IRM @ VRM VCL @ IPP 1 ms expo max max Bidirect. Unidir. Bidir. (µA) (V) min nom max (mA) 400 W/1 ms expo. SM4T6V8A SM4T7V5A SM4T10A SM4T12A SM4T15A SM4T18A SM4T22A
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SM4T10A
SM4T12A
SM4T15A
SM4T18A
SM4T22A
SM4T24A
SM4T27A
SM4T30A
SM4T33A
SM4T39CA
BEX C 436
bfx transil
P6KE400CP
p6ke18CA GW
gk 27b
1.5KE150P
1.5KE47CP
BDP 548
bdx 44b
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UJT-2N2646 PIN DIAGRAM DETAILS
Abstract: UJT-2N2646 1N5844 transistor GDV 64A motorola diode marking 925b Zener Diode SOT-23 929b 1N4042A Motorola 1n4504 1N5856B 1n5844 diode
Text: Motorola TVS/Zener Device Data Alphanumeric Index of Part Numbers 1 Cross Reference and Index 2 Selector Guide for Transient Voltage Suppressors and Zener Diodes 3 Transient Voltage Suppressors Axial Leaded Data Sheets 4 Transient Voltage Suppressors Surface Mounted Data Sheets
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TRANSIL
Abstract: 5KE36 1.5ke transil Calculation of Transil apparent dynamic resistance
Text: APPLICATION NOTE CALCULATION OF TRANSIL APPARENT DYNAMIC RESISTANCE B. Rivet For tp between 20 µs and 1ms we can calculate rd tp as 1 - INTRODUCTION To estimate the clamping voltage VCL and the dissipated power in a TRANSIL we need the apparent dynamic resistance of the device, rd.
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TRANSIL
Abstract: 1.5KE36P Transil diodes rIP TRANSISTOR
Text: APPLICATION NOTE TRANSISTOR PROTECTION BY TRANSIL : DISSIPATION POWER AND SURGE CURRENT DURATION B. RIVET I - INTRODUCTION In a great number of applications, we find the diagram FIG.1 where a TRANSIL is used to protect a switch which controls an inductive load.
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1.5ke transil
Abstract: Calculation of Transil apparent dynamic resistance TRANSIL 1.5KE36P AN575 5KE36 BZW04 BZW06 BZW50 CB429
Text: AN575 APPLICATION NOTE CALCULATION OF TRANSIL APPARENT DYNAMIC RESISTANCE INTRODUCTION To estimate the clamping voltage VCL and the dissipated power in a TRANSIL we need the apparent dynamic resistance of the device, rd. This value depends on: – The thermal impedance and therefore the package
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AN575
1.5ke transil
Calculation of Transil apparent dynamic resistance
TRANSIL
1.5KE36P
AN575
5KE36
BZW04
BZW06
BZW50
CB429
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1.5ke220cp
Abstract: No abstract text available
Text: r Ä = 7 7 # @ S G S - T H O M S O N [R íO D [^ C s [l[L [IO I[ r ¡ ^ 0 í D D © S 1 .5 K E 6 V 8 P ,A /4 4 0 P ,A 1 .5 K E 6 V 8 C P ,C A /4 4 0 C P ,C A TRANSIL TM FEATURES • PEAK PULSE POWER= 1500 W @ 1ms ■ BREAKDOWN VOLTAGE RANGE : From 6V8 to 440 V
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Q0bS737
1.5ke220cp
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1.5KE400P
Abstract: No abstract text available
Text: SGS-THOMSON IM £ M iL i l ( g i r [ t l © S i . 5 k e 6 V 8 p , a / 4 4 o p , a 1 . 5 K E 6 V 8 C P , C A / 4 4 0 C P , C A TRANSIL FEATURES • PEAK PULSE POWEFU 1500 W @ 1ms. ■ BREAKDOWN VOLTAGE RANGE : From 6V8 to 440 V. ■ UNI AND BIDIRECTIONAL TYPES.
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GD41b73
CB429
1.5KE400P
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1.5KE68CP
Abstract: 1.5KE33cp 1.5KE39P 1.5KE36CP 1.5KE220CP 1.5KE15P 1.5KE400P 1.5KE15CP 1.5KE350CP 1.5KE100CP
Text: rZ 7 ^ 7 # SGS-THOMSON R L IG T T iM IC l 1 .5 K E 6 V 8 P ,A /4 4 0 P ,A 1 .5 K E 6 V 8 C P ,C A /4 4 0 C P ,C A T R A N S IL FEATURES • PEAK PULSE POWER= 1500W @ 1ms ■ BREAKDOWN VOLTAGE RANGE : From 6V8 to 440 V ■ UNI AND BIDIRECTIONAL TYPES
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CB429
1.5KE68CP
1.5KE33cp
1.5KE39P
1.5KE36CP
1.5KE220CP
1.5KE15P
1.5KE400P
1.5KE15CP
1.5KE350CP
1.5KE100CP
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M3561B
Abstract: saa1094 LS1240A equivalent relay oub 12v LM358 wheatstone bridge LH105
Text: TELEPHONE SET ICs DATABOOK 1st EDITION JULY 1989 USE IN LIFE SUPPORT MUST BE EXPRESSLY AUTHORIZED SGS-THOMSON’ PRODUCTS ARE NOT AUTHORIZED FOR USE AS CRITICAL COMPONENTS IN LIFE SUPPORT DEVICES OR SYSTEMS WITHOUT THE EXPRESS WRITTEN APPROVAL OF THE PRESIDENT OF SGS-THOMSON
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IN5363B
Abstract: IN5361B P6KEI5CA IN5956B TFK S 417 T IM200Z in5349b IN5384B in5366b P6KEI5A
Text: Cross Reference Every care has b een taken in compiling this cross referen ce list which is published in good faith to assist engineers, Readers are rem inded that this list is intended for guidance only FAGOR ELECTRÓNICA can not be held responsible for any
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03NH45
05NH46
05NU41
05NU42
0R8GU41
5KE10
5KE10Û
5KE100A
5KE100CA
5KE10CCF
IN5363B
IN5361B
P6KEI5CA
IN5956B
TFK S 417 T
IM200Z
in5349b
IN5384B
in5366b
P6KEI5A
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