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Part ECAD Model Manufacturer Description Datasheet Download Buy Part
BCR8CS-12LAT11#B00 BCR8CS-12LAT11#B00 ECAD Model Renesas Electronics Corporation Triacs
BCR20KM-12LA#B00 BCR20KM-12LA#B00 ECAD Model Renesas Electronics Corporation Triacs
BCR5PM-12LG-AS#B00 BCR5PM-12LG-AS#B00 ECAD Model Renesas Electronics Corporation Triacs
BCR08AS-14AT14#B12 BCR08AS-14AT14#B12 ECAD Model Renesas Electronics Corporation Triacs
BCR10LM-12LBAS#B00 BCR10LM-12LBAS#B00 ECAD Model Renesas Electronics Corporation Triacs
BCR8LM-12LB1AS#B00 BCR8LM-12LB1AS#B00 ECAD Model Renesas Electronics Corporation Triacs

BT 804 triac Datasheets Context Search

Catalog Datasheet MFG & Type PDF Document Tags
2008 - triacs BTA

Abstract: SM1L43 triac snubber ac motor BC557 in smd package triacs bt 12 Triac ACS108 controlling heater with triac ac motor control with triac universal motor speed control wash washing machine drain valve types
Text: can pose a particular challenge. NXP's BTA208X-1000C triac offers best-in-class performance in this , the AC mains supply. Each triac 's operation has to be mutually exclusive, to avoid uncontrolled , sinusoidal voltage (higher than the mains supply voltage), and the triac needs to be able to block the , inductor is not necessary The NXP BTA208X-1000C is the only three-quadrant Hi-Com triac to guarantee a , , motor speed varies widely. A triac is typically used to control the speed, via phase-control of the


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2007 - 1M preset

Abstract: triac bt 13 h preset variable resistor 1m triac analog control for inductive loads 1M preset, horizontal L56R BT139 motor speed control induction heater microcontroller washing machine drain valve types 100n N 250v X2
Text: and surface-mount options G+ The simple, reliable and inexpensive triac is used to control , Eliminates need for snubber circuit High dVD/dt Triac voltage Inductive load Three-quadrant triac 100 carbon composition resistor 100nF 250V AC SNUBBER NOT REQUIRED Ñ igher dVcom/dt , commutation - Eliminates need for snubber circuit Triac voltage High dVCOM/dt Inductive load Three-quadrant triac 100 carbon composition resistor 100nF 250V AC Load Current SNUBBER NOT


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PDF BTA225 BTA225B 1M preset triac bt 13 h preset variable resistor 1m triac analog control for inductive loads 1M preset, horizontal L56R BT139 motor speed control induction heater microcontroller washing machine drain valve types 100n N 250v X2
triac BT 24

Abstract: triacs bt 138 TRIAC 138 BT 138 triac BT 138 bt138 BT138-500 triac BT 4 400 TRIAC TAG 90 triac BT 24 600
Text: N AMFR PHILIPS/DISCRETE b«ÌE T> bbsg'oi DD272n no hapx BT 138 SERIES X TRIACS , Respective Manufacturer I I N AMER PHILIPS/DISCRETE BT 138 SLKItb b^E T> bbSB^l 0D27HH0 'iOH MAPXl A , VDSM VDRM VDWM 'T(RMS) max-'TRM max- ■tsm 'tsm l2t BT 138- -500 600 700 800 max. 500* 600* 700 , , but the triac may switch into the on-state. The rate of rise of on-state current should not exceed 15 , Respective Manufacturer N AMER PHILIPS/DISCRETE BT 138 SLKItb blE » (^53^31 DD27252 70S «APX JL vT


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PDF DD272n bt138-500 220AB BT138 BT138F triac BT 24 triacs bt 138 TRIAC 138 BT 138 triac BT 138 triac BT 4 400 TRIAC TAG 90 triac BT 24 600
BTi36

Abstract: TRIAC BT 136 triac BT 06 400 triac BT 06 600 BT 136 TRIAC TRIAC BY 136 BT136 triac BT 06 700 PH 600D B 134 bt 136
Text: ) max- BT 136- -500 600 700 800 max. 500 600 700 800 'tsm 'tsm max. max. 25 30 V A A MECHANICAL DATA Fig , . ^Although not recommended, off-state voltages up to 800 V may be applied without damage, but the triac may , will not trigger any device; Tj = 120 °C; gate open circuit BT 136 series dVD/dt < 100 V/fis BT 136 series G dVD/dt < 200 V/jis BT 136 series F dVD/dt < 50 V/m s BT136 series E dVD/dt typ. 50 V , current {!(.) Latching current (![_); Vq = 12 V T2+ G+ BT136 series BT 136 series G BT136 series F BT136


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PDF 00bE23a BT136 BT136F d8573 BTi36 TRIAC BT 136 triac BT 06 400 triac BT 06 600 BT 136 TRIAC TRIAC BY 136 triac BT 06 700 PH 600D B 134 bt 136
triac BT 317

Abstract: BT 317 triac triac BT 06 600 triac BT 24 BT134 BT134-500D triac BT 06 400 triac BT 06 700 triac BT 134 triacs BT 134 w
Text: N AMER PHILIPS/DISCRETE b^E T> m bbSa^Bl 002715b 1Ô7 HIAPX BT 134 SERIES y v. TRIACS , damage, but the triac may switch into the on-state. The rate of rise of on-state current should not , 1.8 A/ms; ¡T BT 134 series dVcom/dt typ. 10 V/fis BT 134 series G dVcom/dt < 10 V/jus BT 134 series F dVCom/dt typ. 10 V/a-s Off-state , the terminals does not exceed 125 °C. During these overload conditions the triac may lose control


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PDF 002715b bt134-500 BT134G BT134 00271b5 BT134F triac BT 317 BT 317 triac triac BT 06 600 triac BT 24 BT134-500D triac BT 06 400 triac BT 06 700 triac BT 134 triacs BT 134 w
triac BT 137

Abstract: triac BT 137 800 philips d8614 BT 137 triac triac bt 135 bt 137 BT137 triac BT 137 600 triac BT 06 600 TRIAC TAG 91
Text: PHILIPS INTERNATIONAL bSE D 711GÖ2L, D0b2Ebl 27b HIPHIN BT 137 SERIES s V TRIACS Glass-passivated , BT 137 -500 600 700 800 max. 500 600 700 800 max. max. max. 55 60 V A A MECHANICAL DATA Fig.1 TOâ , either direction) BT 137-500 600 700 800 Non-repetitive peak off-state voltage (t < 10 ms)t VDSM max , without damage, but the triac may switch into the on-state. The rate of rise of on-state current should , the terminals does not exceed 125 °C. During these overload conditions the triac may lose control


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PDF 00b2271 BT137 M1Q41 BT137F D8573 M81-1647/1 triac BT 137 triac BT 137 800 philips d8614 BT 137 triac triac bt 135 bt 137 triac BT 137 600 triac BT 06 600 TRIAC TAG 91
1997 - triac BT 140

Abstract: 2kw TRIAC control triac burst control ic TRIAC BT 139 TRIAC 226 a triac burst firing circuit triac 226 triac applications circuit diagram BT 140 triac triac switch circuits
Text: requirement the value of tp can be calculated. eg. for triac BT 139 (data sheet 2488) worst case holding , number 307-985 A zero voltage switch IC offering symmetrical burst control of an external triac , triac firing under noisy mains conditions q Low external component count q Symmetrical burst control , °C unless otherwise stated Parameter Pin 3 voltage Supply current, I2 Rp resistance range Triac gate , Total power dissipation Conditions I = 16mA Excluding triac trigger pulse and pin 5 output total


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triac tag 87

Abstract: TRIAC BT 136 BT136 working triac bt136 triac bt 135 BT 136 TRIAC TRIAC BT 136-500D TO220 bt136 triac D8384 triac BT 06 400
Text: - *Although not recommended, off-state voltages up to 800 V may be applied without damage, but the triac may , current (l|_j) Latching current (l[_); Vq = 12 V T2+ G+ BT136 series BT 136 series G BT136 series F BT 136 series E BT 136—500D/600D GT > 35 H < 15 L <20 GT > 50 H < 30 L <30 GT H L > 25 < 15 < 20 GT H L > 10 , temperature of the terminals does not exceed 125 °C. During these overload conditions the triac may lose , based on sinusoidal currents (f = 50 Hz); Tj = 120 °C prior to surge. The triac may temporarily lose


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PDF 711Da2b 0Db523Ã BT136 BT136-500 M1625 BT136G 711002b 00b224Ã M1644 triac tag 87 TRIAC BT 136 working triac bt136 triac bt 135 BT 136 TRIAC TRIAC BT 136-500D TO220 bt136 triac D8384 triac BT 06 400
TRIAC BT 136

Abstract: BT 136 TRIAC BT136 working triac bt136 temperature control by triac BT136 triac bt 135 bt136 triac TRIAC TAG 90 BT136 motor BT136 application note
Text: - *Although not recommended, off-state voltages up to 800 V may be applied without damage, but the triac may , V T2+ G+ BT136 series BT 136 series G BT136 series F BT 136 series E BT 136—500D/600D GT , the temperature of the terminals does not exceed 125 °C. During these overload conditions the triac , . on-state current based on sinusoidal currents (f = 50 Hz); Tj = 120 °C prior to surge. The triac may , IPHIN M 1 643 Fig.8 Typical commutation dV/dt for BT136 series versus Tj. The triac should commutate


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PDF 711Da2b 00bS23Ã BT136 BT136-500 711005b 00b224Ã M1644 BT136F D8573 TRIAC BT 136 BT 136 TRIAC working triac bt136 temperature control by triac BT136 triac bt 135 bt136 triac TRIAC TAG 90 BT136 motor BT136 application note
2013 - 1 kilo ohm resistor specifications

Abstract: RESISTOR 50 KILO OHM 2.2 kilo ohm resistor specifications
Text: GuardSwitch Series 300 Switches 301- BT and 303- BT Installation Sheet Figure 1: Dimensions Description The 301- BT Series 300 DPST safety interlock switch is designed for use with safety monitored relays or monitored circuits. To achieve the optimum Series 300 defeat resistant feature of the 301- BT , The housing of the 300- BT must be connected to the PE (Primary Earth) ground circuit via a lock , or nuts. See ordering information for details. Set range at 20 mega ohms (switches with triac


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PDF 301-BT 303-BT 301-BT, 73/23/EEC) EN60204-1 EN292 EN954-1 EN55081-2 EN50082-2 1 kilo ohm resistor specifications RESISTOR 50 KILO OHM 2.2 kilo ohm resistor specifications
triac bt 135

Abstract: triac BT 140 TAG 84 triac BT 139 F applications note TRIAC BT 139 bt 139 BT 140 triac BT139 triac BT 147 triac BT 24
Text: current 'T(RMS) Non-repetitive peak on-state current at 50 Hz ITS(V] at 60 Hz lTSM BT 139- -500 600 700 , (in either direction) BT 139- -500 600 700 800 Non-repetitive peak off-state voltage (t< 10 ms) VDSM , recommended, off-state voltages up to 800 V may be applied without damage, but the triac may switch into the , ; = 120 °C; gate open circuit 1.6 bt 139 series dVD/dt < 100 V/MS bt139 series G dVD/dt < 200 V/MS , temperature of the terminals does not exceed 125 °C. During these overload conditions the triac may lose


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PDF 711002b 00L23Q7 BT139 220AB triac bt 135 triac BT 140 TAG 84 triac BT 139 F applications note TRIAC BT 139 bt 139 BT 140 triac triac BT 147 triac BT 24
1995 - triac BT 140

Abstract: triac burst control ic 2kw TRIAC control ac voltage stabiliser circuit diagram ramp generator triac BT 139 TRIAC 226 a stabiliser circuit diagram 443A triac applications circuit diagram
Text: requirement the value of tp can be calculated. eg. for triac BT 139 (data sheet 2488) worst case holding , number 307-985 A zero voltage switch IC offering symmetrical burst control of an external triac , triac firing under noisy mains conditions q Low external component count q Symmetrical burst control , °C unless otherwise stated Parameter Pin 3 voltage Supply current, I2 Rp resistance range Triac gate , Total power dissipation Conditions I = 16mA Excluding triac trigger pulse and pin 5 output total


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Not Available

Abstract: No abstract text available
Text: /DISCRETE BT136F SERIES b'lE D bt >S3^31 0027165 T l l ff J v. RATINGS Limiting values in , recommended, off-state voltages up to 800 V may be applied w ithout damage, but the triac may switch into the , 15 20 10 15 15 25 15 20 mA mA mA BT 136F — 500D/600D 82 'g t lH !g t , J MOUNTING INSTRUCTIONS 1. The triac may be soldered directly into the circuit, but the maximum , terminals does not exceed 125 °C. During these overload conditions the triac may lose control. Therefore


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PDF D0271fl4 BT136F OT-186 BT136Fâ 10Typical
triac BT 137

Abstract: TRIAC TAG 137 Triacs bt 137 TRIAC TAG 91 BT137 application note BT137-500 TRIAC TAG 90 triac BT 41 triac BT 16 rating BT137
Text: PHILIPS INTERNATIONAL bSE D B TllOûSfci DOLEEtil 27b HIPHIN BT 137 SERIES y v. TRIACS , damage, but the triac may switch into the on-state. The rate of rise of on-state current should not , 30 45 piA !GT > 10 10 10 25 mA BT 137 series E l|H < 20 20 20 20 mA ' L < 25 35 25 35 mA , does not exceed 125 °C. During these overload conditions the triac may lose control. Therefore the , based on sinusoidal currents (f = 50 Hz); Tj = 120 °C prior to surge. The triac may temporarily lose


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PDF BT137â triac BT 137 TRIAC TAG 137 Triacs bt 137 TRIAC TAG 91 BT137 application note BT137-500 TRIAC TAG 90 triac BT 41 triac BT 16 rating BT137
1984 - 2kw TRIAC control

Abstract: TRIAC 226 d triac burst firing circuit triac BT 140 Automatic Voltage stabilizer 5 kw J7770 zero detector ic of ac mains triac BT 139 Peak level meter ic triac burst control ic
Text: can be calculated. p eg. for triac BT 139 (see data sheet 2488) worst case holding current I = 30mA , . offering symmetrical burst Features control of an external triac . Ideal for power control in l High immunity against spurious triac firing many heating applications. under noisy mains conditions l Low , triac trigger pulse and pin 5 output - -7.2 mA R resistance range total 18 -140 kW p Triac gate drive , to the 7.0V tive or low power resistive, the triac load current series stabilizer which feeds the


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PDF J7770 2kw TRIAC control TRIAC 226 d triac burst firing circuit triac BT 140 Automatic Voltage stabilizer 5 kw J7770 zero detector ic of ac mains triac BT 139 Peak level meter ic triac burst control ic
M1641 TRIAC

Abstract: BT137 CIRCUITS M1641 TRIAC TAG 91 BT137 TRIAC TAG 626 400 bt137* soldering iron temperature control triac BT 137 BT137-500D TRIAC TAG 97
Text: PHILIPS INTERNATIONAL bSE D B 711002t. DDtiEEbl 27b HIPHIN BT 137 SERIES y v. TRIACS , recommended, off-state voltages up to 800 V may be applied without damage, but the triac may switch into the , BT137 series F lH < 20 20 20 20 mA ' L < 30 45 30 45 piA !GT > 10 10 10 25 mA BT 137 series E l|H , temperature of the terminals does not exceed 125 °C. During these overload conditions the triac may lose , on sinusoidal currents (f = 50 Hz); Tj = 120 °C prior to surge. The triac may temporarily lose


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PDF 711002t. BT137- BT137G 711002b 00bS271 BT137 M1641 BT137F D8573 M1641 TRIAC BT137 CIRCUITS TRIAC TAG 91 TRIAC TAG 626 400 bt137* soldering iron temperature control triac BT 137 BT137-500D TRIAC TAG 97
1995 - BT 130 triac

Abstract: triac BT 16 rating BTA16-600b application motor control BTA26-600B diagram BTa16-600bw application motor control ac motor triac bta12 circuit diagram triac BT 130 BTA16-600B heating control diagram ac motor triac bta16 circuit diagram microwave oven transformer
Text: operation we recommend : BZW04376B or BT . for a 400 V triac (110 VAC mains) we propose a BZW04188B , obtained with a 50/60 Hz transformer. The power supplied to the oven is controlled by a triac in series with the primary (fig.1). Figure 1 : Magnetron power supply controlled by a triac . HV AC 1 , state ! To reduce the stresses at every switching on the circuit and particularly on the triac it is , (continous rating) B Saturation induction BS Bmax = 2 Bn - Br. In the circuits controlled by a triac


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triac BT 137

Abstract: BT137 BT137 application note BT137 Series E BT 137 triac triac BT137 btb 137 BT137-500D TRIAC TAG 137 triac BT 137 800
Text: , industrial and domestic heating control and static switching systems. QUICK REFERENCE DATA BT 137-500 600 , Non-repetitive peak on-state current; BT 137 -500 600 700 800 VDSM max. 500* 600* 700* 800 V VDRM max. 500 , . "Although not recommended, off-state voltages up to 800 V may be applied without damage, but the triac may , temperature of the terminals does not exceed 125 °C. During these overload conditions the triac may lose , sinusoidal currents (f = 50 Hz); Tj = 120 °C prior to surge. The triac may temporarily lose control


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PDF BT137 triac BT 137 BT137 application note BT137 Series E BT 137 triac triac BT137 btb 137 BT137-500D TRIAC TAG 137 triac BT 137 800
working triac bt136

Abstract: BT136 temperature control by triac BT136 triac bt136 TRIAC bt136 500d of TRIAC BT136 triac BT 136 triac bt136 characteristics lighting control by triac BT136 bt136 triac
Text: System (IEC 134). Voltages (in either direction) BT 136-5 00 600 700 800 Non-repetitive peak , triac may switch into the on-state. The rate of rise of on-state current should not exceed 3 A//vs , T2+ G+ BT136 series bt 136 series G BT136 series F BT136 series E BT136—500D/600D GT H L , the triac may lose control. Therefore the overload should be terminated by a separate protection , triac may temporarily lose control following the surge


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PDF D027173 BT136 BT136-500 D0E71Ã BT136F d8673 working triac bt136 temperature control by triac BT136 triac bt136 TRIAC bt136 500d of TRIAC BT136 triac BT 136 triac bt136 characteristics lighting control by triac BT136 bt136 triac
TAG 84 triac

Abstract: triac BT 140 TRIAC BT 139 TRIAC TAG 90 bt139 BT139G TRIAC TAG 96 bt139 Application BT139 Series E M1646
Text: ) BT 139- -500 600 700 800 Non-repetitive peak off-state voltage (t< 10 ms) VDSM max. 500* 600* 700 , *Although not recommended, off-state voltages up to 800 V may be applied without damage, but the triac may , open circuit 1.6 bt 139 series dVD/dt < 100 V/MS bt139 series G dVD/dt < 200 V/MS bt139 series F , the triac may lose control. Therefore the overload should be terminated by a separate protection , \ / \ """ \ / \ / t'me s the triac may temporarily lose


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PDF 711002b BT139 220AB BT139- TAG 84 triac triac BT 140 TRIAC BT 139 TRIAC TAG 90 BT139G TRIAC TAG 96 bt139 Application BT139 Series E M1646
triac bt 12

Abstract: bt136 TAG 69 triac BT136 AN triac bt 135 BT13 ON triac BT 06 700 TRIAC TAG 64 BT13 s41h
Text: , off-state voltages up to 800 V may be applied w ith ou t damage, but the triac may switch into the on-state , -d lcom/d t = 1,8A/ms; 'T(RM S) = 4 a ; T mb = 85 °C ; gate open c irc u it; V q = v DWMmax BT 136 , 10 10 15 BT136 series G BT136 series F BT136 series E BT 136-500D/600D , conditions the triac may lose control. Therefore the overload should be terminated by a separate protection , rior to surge. The triac may tem porarily lose control follow ing the surge. *TSM Fig,7 O n-state


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PDF 711062b QGbE236 BT136 524fl BT136F D8573 triac bt 12 TAG 69 triac BT136 AN triac bt 135 BT13 ON triac BT 06 700 TRIAC TAG 64 BT13 s41h
BT137-500

Abstract: triac BT 137 8T137 BT137 LT12A bt 137 BT137 application note Triacs bt 137 triac bt 135 TRIAC TAG 137
Text: voltages up to 800 V may be applied without damage, but the triac may switch into the on-state. The rate of , - G- G+ Latching current (l|_); Vq = 12 V 'gt > 35 35 35 70 mA BT 137 series Ih < 20 , 45 fnA 'GT > 10 10 10 25 mA BT 137 series E Ih < 20 20 20 20 mA ' L < 25 35 25 35 mA 'gt , overload conditions the triac may lose control. Therefore the overload should be terminated by a separate , currents (f = 50 Hz); Tj = 120 °C prior to surge. The triac may temporarily lose control following the


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PDF BT137-500 M162G BT137G BT137 BT137F D8573 triac BT 137 8T137 LT12A bt 137 BT137 application note Triacs bt 137 triac bt 135 TRIAC TAG 137
BT138

Abstract: triacs bt 138 triac bt 135 philips triac TAG BT138G TRIAC TAG e3 BT 138 M1647 triac BT 138 TRIAC TAG 90
Text: either direction) BT 138- -500 600 700 800 Non-repetitive peak off-state voltage (t< 10 ms) VDSM max , recommended, off-state voltages up to 800 V may be applied without damage, but the triac may switch into the , 711Dö2Eq 0Db52äfi HIB «PHIN BT 138 SERIES J MOUNTING INSTRUCTIONS 1. The device may be soldered directly , exceed 125 °C. During these overload conditions the triac may lose control. Therefore the overload , the triac may temporarily lose control following the surge T; = 120°C prior to surge I


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PDF 0Db22Ã BT138 BT138- 220AB 711002t 0b22cm BT138F triacs bt 138 triac bt 135 philips triac TAG BT138G TRIAC TAG e3 BT 138 M1647 triac BT 138 TRIAC TAG 90
2004 - triacs bt 16 600v

Abstract: BTA16-600b application motor control BTa16-600bw application motor control BTA26-600B diagram triacs bt 12 600v ac motor triac bta12 circuit diagram BTA16-600B heating control diagram triac RC snubber circuit diagram induction heating ac motor triac bta16 circuit diagram
Text: : BZW04376B or BT . for a 400V triac (110 VAC mains) we propose a BZW04188B. SUMMARY Transformer control , power supplied to the oven is controlled by a triac in series with the primary (see Figure 1). Current , stresses at every switching on the circuit and particularly on the triac it is important to limit the , . Magnetron power supply controlled by a triac AC HV REV. 2 May 2004 1/12 AN441 APPLICATION , P In the circuits controlled by a triac , switching OFF occurs when the current is at zero. Thus


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PDF AN441 triacs bt 16 600v BTA16-600b application motor control BTa16-600bw application motor control BTA26-600B diagram triacs bt 12 600v ac motor triac bta12 circuit diagram BTA16-600B heating control diagram triac RC snubber circuit diagram induction heating ac motor triac bta16 circuit diagram
UB22L

Abstract: BT138 Series E bt138 AX05 triacs BT 134 w
Text: A BT 138-5 00 max. max. max. 500* 500 400 600 600* 600 400 700 800 V DSM Vdrm V DWM 700* 800 , damage, but the triac may switch into the on-state. The rate of rise of on-state current should not , BT138 series BT138 series G BT 138 series F BT138 series E VT d V D/dt d V ß /d t d V D/dt dV^ /dt , the triac may lose control. Therefore the overload should be terminated by a separate protection , SERIES Fig.10 T ypical commutation dV /d t for BT138 series versus Tj. The triac should commutate when


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PDF 711Gfl2b GDb52fi4 BT138 --220AB BT138G 711002b UB22L BT138 Series E AX05 triacs BT 134 w
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