NEW DATABASE - 350 MILLION DATASHEETS FROM 8500 MANUFACTURERS
NEW DATABASE - 350 MILLION DATASHEETS FROM 8500 MANUFACTURERS
| Catalog Datasheet Results | Type | Document Tags |
| Abstract: TRIAC pulse train output will turn on 2 seconds once detecting an active motion Figure 1. Quick Check , Turn on 25% during night without motion voltage variation conforms to the criteria (refer to the , for triac drive and level for relay CDS to enable/disable output Adjustable output on time duration , disabled during this period, meanwhile, TRIAC and RELAY output will hold on in order to indicator system , control by switching the ZC signal. Open AUTO TRIAC output can soft start when activated by a ... | Original |
12 pages, |
dimmer 1-10V design 230v light dimmer AUTOMATIC LIGHT transfer function triac 220v light dimmer Triac based Lamp Dimmer power control 220v dimmer RE200B sensor four pin PIR sensor PIR D 203 S PIR SENSOR IS MOTION SENSOR re200b amplifier PIR with CDS PT8A2612 PT8A2612 abstract |
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| Abstract: Pin Description Pin No. Symbol Description 1 LOW Soft wind output (driving TRIAC). 2 HEAD Swing head control output (driving TRIAC). 3 BD Buzzer output. 4 OSCI 455k Hz crystal oscillator input. 5 , Condition Operating Voltage Vdd 4.0V 4.5V 6.0V Current On TRIAC Driver Pin Itriac - 10mA - Vout = 3V , wind modes : Constant wind. Rhythmical wind. Sleep wind. . Three wind grades : Soft wind. Medium wind , supply. 20 LIGHT Lamp control output (driving TRIAC). 21 HIGH Strong wind output (driving TRIAC). 22 ... | OCR Scan |
7 pages, |
455k d 1667 SD308 SD308-B SD308-C SD308-D SD308-E SD308-F SD7017-455 TRIAC Soft start circuit SD308-A Temperature Base Fan Speed controller triac arc control Triac soft turn on SD308 abstract |
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| Abstract: Condition Operating Voltage Vdd 4.0V 4.5V 6.0V Current On TRIAC Driver Pin Itriac - 10mA - Vout = 3V , wind modes : Constant wind. Rhythmical wind. Sleep wind. . Three wind grades : Soft wind, Medium wind. , , 1997 E? Super Device SD307 SD307 Pin Description Pin No. Symbol Description 1 LOW Soft wind output (driving TRIAC). 2 HEAD Swing head control output (driving TRIAC). 3 BD Buzzer output. 4 OSCI 455k Hz , LED pattern common pin 2. 17 vss Negative power supply. 18 LIGHT Lamp control output (driving TRIAC ... | OCR Scan |
7 pages, |
SD7017-455 SD307-F SD307-E SD307-C SD307-B SD307-A SD307 d 1667 SD307-D SD307 abstract |
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| Abstract: Device SD306 SD306 Pin Description Pin No. Symbol Description i LOW Soft wind output (driving TRIAC). 2 HEAD Swing head control output (driving TRIAC). 3 BD Buzzer output. 4 OSCI 455k Hz crystal oscillator , Condition Operating Voltage Vdd 4.0V 4.5V 6.0V Current On TRIAC Driver Pin Itriac - 10mA - Vout = 3V , wind modes : Constant wind. Rhythmical wind. Sleep wind. . Three wind grades : Soft wind. Medium wind , pin. 17 HIGH Strong wind output (driving TRIAC). 18 MID Medium wind output (driving TRIAC). F-9 SS ... | OCR Scan |
7 pages, |
455k d 1667 fan triac SD306 SD306-A SD306-B SD306-C SD306-D SD306-E SD306-F triac arc control Triac soft turn on SD306 abstract |
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| Abstract: SD7oo5 Pin Description Pin No. Symbol Description 1 LOW Soft wind output (driving TRIAC). 2 HEAD Swing head control output (driving TRIAC). 3 BD Buzzer output. 4 OSCI 32768 Hz crystal oscillator , 5.0V Current On TRIAC Driver Pin Itriac - 10mA . Vout=3V Current On LED Driver Pin Idriving - 6mA , wind modes : Constant wind, Rhythmical wind, Sleep wind. . Three wind grades . Soft wind. Medium wind. , (driving TRIAC). 18 MID Medium wind output (driving TRIAC). F-2 Super Device SD7oo5 Absolute Maximum ... | OCR Scan |
7 pages, |
SD7005-D SD7005-C SD7005 SD7005 abstract |
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| Abstract: an on/off switch The triac fires at each zero crossing Soft start to lengthen bulb life by reducing , once your hand fully leaves the sense field. On/Off Modes: The device will turn the lamp full on or , not turn the lamp on or off; your hand must be first removed for a second, then placed firmly over , sensitive (a common problem) then it can be very hard to turn the lamp full on/off by a large hand touch on , OFF MODE TWO Standard ON/OFF Soft start ON/OFF Dimmer Memory Dimmer No Mem ... | Original |
5 pages, |
QPROX dimmer light dimmer soft start QUANTUM CAPACITIVE dimmer switch lamp dimmer with switch dimmer diagrams switch mode lamp dimmer touch dimmer IC Quantum QT116 240VAC touch dimmer qt116 zero crossing dimmer QT116 240VAC QT116 abstract |
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| Abstract: current at Triac turn on for universal motor 80 I(A) With soft start 60 Without soft start , turn on due to too short gate pulse width and Diagram b in Figure 5 shows a good Triac turn on. The , peak current at turn on as shown in Figure 8 can damage an 8 A Triac as it is close to ITSM value (max , reduction Triac turn on at peak mains voltage allows the reduction of the peak inrush current by 75% , show an example of Triac switching on a 2200 W universal motor with or without soft start. The ... | Original |
16 pages, |
electronic transformer halogen gate pulse transformer high current smps circuit diagram fridge triac control microwave oven transformer TRIAC control circuit microwave oven schematic Halogen lighting transformer Triac soft turn on universal AC Motor soft start triac drive circuit AN441 AN441 abstract |
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| Abstract: result. Since it is not possible to turn the triac off during a cycle, the triac and motor should be , controlled acceleration. I Negative triac firing pulses 100mA guaranteed minimum. I Warning LED drive , voltage = 13.5V including triac gate drive current -16 -11 -14.75 -13.5 -9 V V -5.35 , operation Load current inhibit in operation 5V on ramp C V uA mV 60 10 1mA external load V , ) (0.3 Vreg) ABSOLUTE MAXIMUM RATINGS ELECTRICAL Value Units Triac gate voltage pin 2 ... | Original |
6 pages, |
Triac stabilizer application note tacho-generator tachogenerator and universal motor Triac soft start ic triac drive circuit drill motor speed control circuit washing machine motor tacho power generator control circuit 220v DC MOTOR SPEED CONTROL USING triac ac tacho 220v ac voltage stabilizer circuit TDA2086 TDA2086 TDA2086 abstract |
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| Abstract: an opto-isolator, which in turn fires the triac. An opto-isolator allows the application to switch , to the Triac to implement power control. This design is based on the fact that a Triac conducts , to turn Ă'ONĂ" for the next cycle of the waveform. This cycle repeats on each waveform. The scankey , interrupt. The Triac firing * is pulse controlled on the AC waveform high side and low * side. The triac , p20-p27 outputs p3 analog / p2 push pull outputs turn off triac ... | Original |
21 pages, |
TRIAC power control circuit TRIAC MODULE 60watt bulbs zero crossing resistive power control triac app. notes 1N4001 ignition with triac kyro TRIAC Soft start circuit DC MOTOR SPEED CONTROL USING triac 120 volt dimmer circuit with triac zero crossing dimmer AN004501-Z8X1199 AN004501-Z8X1199 abstract |
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| Abstract: Phase Controller and Triac Triggering IC 6.2 Power On Reset The reset circuit ensures that , Phase Controller with Soft Start. 10mA Igt Triac, 230Vac, 90uS gate pulse width. 2009 Nov 02 , application in figures 5 and 6. The suggested gate resistor (Rg) is based on the triac minimum IGT and , on determined by temperature 9.8 0 to 60 Phase Controller - Soft Start, Feedback Control L1 , IES5528 IES5528 Phase Controller and Triac Triggering IC 1 The IES5528 IES5528 is mains powered, not requiring ... | Original |
14 pages, |
230v dc motor drive circuit diagram Triac soft turn on triac light switch OM5428 HVDC plus zero crossing detector triac burst control ic TRIAC mw 134 600E DIODE IN4007 zero crossing detector 50Hz 230v IC 4N25 triac phase controller trigger ic IES5528 IES5528 IES5528 abstract |
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| Switching behaviour MILLER effect limits dV/dt and dI/dt during turn-on and turn-off dependingon R 1 - R 2 turn-on and turn-off V L = L dI/dt _ ~ 15V - V th at turn-on _ ~ V th at turn-off Vc Ic t dI/dt OFF d ] - Microcontrollers and Triacs on the 110/240V 110/240V 110/240V 110/240V Mains AN 392 - Ph. RABIER and L. PERIER (SGS-THOMSON Microelectronics AC current mode and are controlled by means of TRIACS. This widespread solution leads to a cheap for motor operation in AC and DC mode, based on phase control. Motor current and motor efficiency are www.datasheetarchive.com/files/stmicroelectronics/stonline/books/ascii/docs/2477.htm |
STMicroelectronics | 02/04/1999 | 12.84 Kb | HTM | 2477.htm |
| V/dt and dI/dt during turn-on and turn-off dependingon R 1 - R 2 and R1 Crss Ic R2 Vc Vg Figure 7b. Control of IGBT Switching behaviour Inductance L limits dI/dt at turn-on and turn-off V L = L dI/dt _ ~ 15V - V th at turn-on _ ~ V th at turn-off Vc Ic t dI/dt OFF dI/dt ON R1 R2 ] - Microcontrollers and Triacs on the 110/240V 110/240V 110/240V 110/240V Mains AN 392 - Ph. RABIER and L. PERIER (SGS-THOMSON Microelectronics INTRODUCTION Universal motors are mostly operated in AC current mode and are controlled by means of TRIACS www.datasheetarchive.com/files/stmicroelectronics/stonline/books/ascii/docs/2477-v1.htm |
STMicroelectronics | 20/10/2000 | 15 Kb | HTM | 2477-v1.htm |
| dI/dt during turn-on and turn-off dependingon R 1 - R 2 and R1 Crss Ic R2 Vc Vg Figure 7b. Control of IGBT Switching behaviour Inductance L limits dI/dt at turn-on and turn-off V L = L dI/dt _ ~ 15V - V th at turn-on _ ~ V th at turn-off Vc Ic t d motor drives, directly suited for each application. References [1] - Microcontrollers and Triacs on and are controlled by means of TRIACS. This widespread solution leads to a cheap electronic www.datasheetarchive.com/files/stmicroelectronics/stonline/books/ascii/docs/2477-v3.htm |
STMicroelectronics | 25/05/2000 | 14.56 Kb | HTM | 2477-v3.htm |
| Switching behaviour MILLER effect limits dV/dt and dI/dt during turn-on and turn-off dependingon R 1 - R 2 turn-on and turn-off V L = L dI/dt _ ~ 15V - V th at turn-on _ ~ V th at turn-off Vc Ic t dI/dt OFF d ] - Microcontrollers and Triacs on the 110/240V 110/240V 110/240V 110/240V Mains AN 392 - Ph. RABIER and L. PERIER (SGS-THOMSON Microelectronics AC current mode and are controlled by means of TRIACS. This widespread solution leads to a cheap for motor operation in AC and DC mode, based on phase control. Motor current and motor efficiency are www.datasheetarchive.com/files/stmicroelectronics/stonline/books/ascii/docs/2477-v2.htm |
STMicroelectronics | 14/06/1999 | 12.8 Kb | HTM | 2477-v2.htm |
| limits dV/dt and dI/dt during turn-on and turn-off dependingon R 1 - R 2 and R1 Crss Ic R2 Vc Vg Figure 7b. Control of IGBT Switching behaviour Inductance L limits dI/dt at turn-on and turn-off V L = L dI/dt _ ~ 15V - V th at turn-on _ ~ V th at turn-off Vc Ic t dI/dt OFF dI/dt ON . References [1] - Microcontrollers and Triacs on the 110/240V 110/240V 110/240V 110/240V Mains AN 392 - Ph. RABIER and L. PERIER (SGS by means of TRIACS. This widespread solution leads to a cheap electronic controller board but has www.datasheetarchive.com/files/stmicroelectronics/stonline/books/ascii/docs/2477-v4.htm |
STMicroelectronics | 16/01/2001 | 14.86 Kb | HTM | 2477-v4.htm |
| Switching behaviour MILLER effect limits dV/dt and dI/dt during turn-on and turn-off dependingon R 1 - R 2 turn-on and turn-off V L = L dI/dt _ ~ 15V - V th at turn-on _ ~ V th at turn-off Vc Ic t dI/dt OFF d ] - Microcontrollers and Triacs on the 110/240V 110/240V 110/240V 110/240V Mains AN 392 - Ph. RABIER and L. PERIER (SGS-THOMSON Microelectronics INTRODUCTION Universal motors are mostly operated in AC current mode and are controlled by means of TRIACS technical note presents three solutions for motor operation in AC and DC mode, based on phase control. Motor www.datasheetarchive.com/files/stmicroelectronics/stonline/books/ascii/an/2477.htm |
STMicroelectronics | 17/09/1999 | 14.67 Kb | HTM | 2477.htm |
| ST | ST6 - MICROCONTROLLER (MCU) AND TRIACS ON THE MAINS (110/220V 110/220V 110/220V 110/220V) Application Note ST6 - MICROCONTROLLER (MCU) AND TRIACS ON THE MAINS (110/220V 110/220V 110/220V 110/220V) AN392 AN392 AN392 AN392 MICROCONTROLLER AND TRIACS ON THE 110/240V 110/240V 110/240V 110/240V MAINS by P. Rabier/L. Perier INTRODUCTION Today, electronics is applications operating on-line. The LOGIC LEVEL or SNUBBERLESS triacs are a complement to the ST6210 ST6210 ST6210 ST6210 MCU for TRIAC ON THE MAINS UNIVERSAL MOTOR DRIVE Basic function Universal motor drives with DIAC or analog www.datasheetarchive.com/files/stmicroelectronics/stonline/books/ascii/docs/1863-v4.htm |
STMicroelectronics | 16/01/2001 | 9.95 Kb | HTM | 1863-v4.htm |
| is between 0.4 and 6.5 ms * ;* - triac gate drive on PA1, PA2 with boost on PA0 ; b2 indicates timer operation on ; triac triggering CURRENT and wait at triac ; latching ( PA0 turns off ) ldi AN416 AN416 AN416 AN416.txt Sensorless Motor Drive with the ST62 MCU + TRIAC * ;* - hardware watchdog device is implemented * ;* - line zero crossing detection on www.datasheetarchive.com/files/stmicroelectronics/st62oncd/an/an416.txt |
STMicroelectronics | 02/09/1997 | 19.83 Kb | TXT | an416.txt |
| . The IGBT switching behaviour can be slowed down at turn-on and turn-off, hence a series V/dt. dI/dt can be slowed down both at turn-on and turn-off by placing a small inductor in the emitter dependent on the type of power switch and the conduction time, - by slowing down the turn-off switching Table 1. Evaluation of the losses showed: - turning on at zero crossing voltage eliminates turn-on )for Turn-on Short Circuit 9mJ 6mW 0.2J 2.9W ranging from 0% to 90%. Hence the power supplied to the www.datasheetarchive.com/files/stmicroelectronics/stonline/books/ascii/docs/3735.htm |
STMicroelectronics | 20/10/2000 | 13.8 Kb | HTM | 3735.htm |
| turn-on and turn-off, hence a series inductance need not be used. An additional feature is dV/dt. dI/dt can be slowed down both at turn-on and turn-off by placing a small inductor in losses showed: - turning on at zero crossing voltage eliminates turn-on losses APPLICATION (100Hz)for Turn-on Short Circuit 9mJ 6mW 0.2J 2.9W ranging from 0% to 90%. Hence the power prevent parasitic turn-on of the power switch due to the voltage oscillations that can occur www.datasheetarchive.com/files/stmicroelectronics/stonline/books/ascii/docs/3735-v1.htm |
STMicroelectronics | 25/05/2000 | 13.43 Kb | HTM | 3735-v1.htm |