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EL5193CW-T7 Intersil Corporation VIDEO AMPLIFIER, PDSO5, SOT-23, 5 PIN visit Intersil
EL6204CW-T7A Intersil Corporation SPECIALTY INTERFACE CIRCUIT, PDSO6, SOT-23, 6 PIN visit Intersil
HA2-5002-2ZR5254 Intersil Corporation BUFFER AMPLIFIER, MBCY8, GREEN, METAL CAN, 8 PIN visit Intersil
EL5144CW Intersil Corporation VIDEO AMPLIFIER, PDSO5, SOT-23, 5 PIN visit Intersil
EL5192CW-T7 Intersil Corporation VIDEO AMPLIFIER, PDSO5, SOT-23, 5 PIN visit Intersil
EL6204CW-T7 Intersil Corporation SPECIALTY INTERFACE CIRCUIT, PDSO6, SOT-23, 6 PIN visit Intersil

pin diagram of diac

Catalog Datasheet MFG & Type PDF Document Tags

diac 400V

Abstract: 23w cfl circuit , the diac pin must be connected to source pin. Both diac functionality and discharge circuit for , sec osc diac Source SO-8 PIN FUNCTIONS Pin Name Collector Source diac sec osc Pin Function , in the cascode configuration and GROUND reference. Input of the diac block to start the system up at , start-up the system. In the high side device the diac pin must be connected to the midpoint. R1 is the , diac midpoint From figure 4 it can be observed that the value of secondary voltage decreases when
STMicroelectronics
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5w R12K

Abstract: diac 30v DIAGRAM Collector Collector Collector Collector 5 4 8 1 sec osc diac Source SO-8 PIN FUNCTIONS Pin Name Collector Source diac sec osc 2/14 Pin Function Collector of the , pin must be connected to source pin. Both diac functionality and discharge circuit for external diac , without influence on the ignition one. BLOCK DIAGRAM Collector diac Diac sec - osc , cascode configuration and GROUND reference. Input of the diac block to start the system up at the
STMicroelectronics
Original

diac 30v

Abstract: diac 400V on a standard single-sided FR-4 board with 100mm2 of Cu (at least 35µm thick). CONNECTION DIAGRAM Collector Collector Collector Collector 5 4 8 1 sec osc diac Source SO-8 PIN FUNCTIONS Pin Name Collector Source diac sec osc 2/14 Pin Function Collector of the NPN high , pin must be connected to source pin. Both diac functionality and discharge circuit for external diac , without influence on the ignition one. BLOCK DIAGRAM Collector diac Diac sec - osc +
STMicroelectronics
Original

pin diagram of diac

Abstract: 23w cfl circuit DIAGRAM Collector Collector Collector Collector 5 4 8 1 sec osc diac Source SO-8 PIN FUNCTIONS Pin Name Collector Source diac sec osc 2/14 Pin Function Collector of the , pin must be connected to source pin. Both diac functionality and discharge circuit for external diac , without influence on the ignition one. BLOCK DIAGRAM Collector diac Diac sec - osc , cascode configuration and GROUND reference. Input of the diac block to start the system up at the
STMicroelectronics
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TRANSISTOR SMD 58W

Abstract: BYV228 ( Vdd 4.2V CAP2 CAP1 Cfst Cfpreh bs O 1.3 DIAC (Figure 4) Through the DIAC pin two , AN1902 - APPLICATION NOTE pin is activated when the voltage across DIAC pin overcomes ~12V. On the other , the first time, while in the high side device the DIAC pin, clamped by Dz2, is used only to reset the , voltage value (~6.8V). Figure 10: Typical start-up operation uc d LS DIAC pin voltage (s) ct , complete discharge of C9 when the low side diac strikes the converter. The zener diode Dz2 (~18V) clamps
STMicroelectronics
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TRANSISTOR SMD 58W BYV228 r2f smd transistor zener diode 4.2V 0.25W smd 58w pin diagram of 40v diac VK06TL SO-16

TRANSISTOR SMD 58W

Abstract: smd 58w ) Through the DIAC pin two functions are achieved: start of oscillations and reset of the preheating capacitor CapPREH. 1) Start of oscillation: in OFF condition (voltage on the SEC pin lower than 2.2V) the , DIAC pin overcomes ~12V. On the other side the diac can activate the circuit only when the voltage on , the first time, while in the high side device the DIAC pin, clamped by Dz2, is used only to reset the , voltage value (~6.8V). Figure 10: Typical start-up operation LS DIAC pin voltage LS VCC pin voltage
STMicroelectronics
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SMD TRANSISTOR FL vogt m3 58W smd SMD r2f diac 400V pin diagram of diac

diac 400V 10A

Abstract: on a standard single-sided FR-4 board with 100mm2 of Cu (at least 35µm thick). CONNECTION DIAGRAM Collector Collector Collector Collector 5 4 8 1 sec osc diac Source SO-8 PIN FUNCTIONS Pin Name Collector Source diac sec osc 2/14 Pin Function Collector of the NPN high , pin must be connected to source pin. Both diac functionality and discharge circuit for external diac , without influence on the ignition one. BLOCK DIAGRAM Collector diac Diac sec - osc +
STMicroelectronics
Original
diac 400V 10A VK05CFL

cfl Self-Oscillating

Abstract: 23w cfl circuit , the diac pin must be connected to source pin. Both diac functionality and discharge circuit for , sec osc diac Source SO-8 PIN FUNCTIONS Pin Name Collector Source diac sec osc Pin Function , in the cascode configuration and GROUND reference. Input of the diac block to start the system up at , start-up the system. In the high side device the diac pin must be connected to the midpoint. R1 is the , and the devices, it is possible to guarantee a higher voltage on the input pin of the devices for
STMicroelectronics
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cfl Self-Oscillating 23w cfl circuit schematic diagram of cfl 5w lamps DIAC application cfl lamp 15w 15w ELECTRONIC BALLAST circuit diagram VK05CFLTR-E VK05CFL-E

DIAC 250v

Abstract: diac 400V ) s ( ct Unit °C/W °C/W sec osc diac Source SO-8 Pin Function Collector of the NPN high , -8 configuration, the diac pin must be connected to source pin. Both diac functionality and discharge circuit for , a standard single-sided FR-4 board with 100mm2 of Cu (at least 35µm thick). CONNECTION DIAGRAM PIN FUNCTIONS O bs Pin Name Collector Source diac sec osc t e l o r P e u d o s , configuration and GROUND reference. Input of the diac block to start the system up at the beginning. Connection
STMicroelectronics
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DIAC 250v diac BIPOLAR

pin diagram of diac db3

Abstract: DB3 ST DB3 DB4 SMDB3 ® DIAC FEATURES s s VBO : 32V and 40V LOW BREAKOVER CURRENT DO , SOT-23 (SMDB3)* Pin 1 and 3 must be shorted together ABSOLUTE MAXIMUM RATINGS (limiting values , * see diagram 2 (R=20) MIN. 10 5 V IBO Breakover current * C = 22nF * MAX. 10 50 µA see diagram 3 MAX. 0.50 2 µs VR = 0.5 VBO max MAX. 1 10 µA see diagram 2 (Gate) MIN. 0.50 0.30 A tr Rise time * IR Leakage current
STMicroelectronics
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pin diagram of diac db3 DB3 ST 40v diac DIAC DB3 specifications db3 diac diode db3 st DO-35

diac db3 specifications

Abstract: pin diagram of diac db3 DB3 DB4 SMDB3 ® DIAC FEATURES s s VBO : 32V and 40V LOW BREAKOVER CURRENT DO , SOT-23 (SMDB3)* Pin 1 and 3 must be shorted together ABSOLUTE MAXIMUM RATINGS (limiting values , * see diagram 2 (R=20) MIN. 10 5 V IBO Breakover current * C = 22nF * MAX. 10 50 µA see diagram 3 MAX. 0.50 2 µs VR = 0.5 VBO max MAX. 1 10 µA see diagram 2 (Gate) MIN. 1 0.30 A tr Rise time * IR Leakage current
STMicroelectronics
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ST E DB3 2A DB3 diac 083 DIAC DB3 EQUIVALENT NO. OF DB3 DIAC DB-3 DIAC specifications

diac db3 specifications

Abstract: pin diagram of 40v diac DB3 DB4 SMDB3 ® DIAC FEATURES s s VBO : 32V and 40V LOW BREAKOVER CURRENT DO , SOT-23 (SMDB3)* Pin 1 and 3 must be shorted together ABSOLUTE MAXIMUM RATINGS (limiting values , * see diagram 2 (R=20) MIN. 10 5 V IBO Breakover current * C = 22nF * MAX. 10 50 µA see diagram 3 MAX. 0.50 2 µs VR = 0.5 VBO max MAX. 1 10 µA see diagram 2 (Gate) MIN. 0.50 0.30 A tr Rise time * IR Leakage current
STMicroelectronics
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MARKING DB4 diac marking T410

BY206 diode

Abstract: mosfet triggering circuit for inverter -3 Design Note 31 Issue 2 November 1995 of pin 6 goes high, the transistor Tr9 turns-off and Tr10 , across RV1 reaches the breakover voltage of the diac, it starts to conduct. This provides sufficient , the tube discharges, the output voltage drops, taking the diac and the thyristor out of the , to be dumped into the tube, giving an intense pulse of light. The circuit diagram is shown in , of pin 6 goes high, the transistor Tr9 turns-off and Tr10 turns-on. The capacitor C7 is charged up
Zetex Semiconductors
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BY206 FX1589 BY206 diode mosfet triggering circuit for inverter 12V ENERGY LIGHT CIRCUIT DIAGRAM thyristor capacitive discharge ignition xenon tube DIAC 502 DN31-4 1N4148 1N4000 BYV96E 1000V1

DB3 DB4

Abstract: EQUIVALENT NO. OF DB3 DIAC DB3 DB4 SMDB3 ® DIAC FEATURES s s VBO : 32V and 40V LOW BREAKOVER CURRENT DO , SOT-23 (SMDB3)* Pin 1 and 3 must be shorted together ABSOLUTE MAXIMUM RATINGS (limiting values , * see diagram 2 (R=20) MIN. 10 5 V IBO Breakover current * C = 22nF * MAX. 10 50 µA see diagram 3 MAX. 0.50 2 µs VR = 0.5 VBO max MAX. 1 10 µA see diagram 2 (Gate) MIN. 1 0.30 A tr Rise time * IR Leakage current
STMicroelectronics
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DB3 DB4 DIAC DB3 EQUIVALENT Diac DB 3 diac DB3 application note Diac st 083 db3 datasheet

ELECTRONIC BALLAST 18W SCHEMATIC

Abstract: VOGT T1 switching transformer block diagram These converters generally operate in the range of 20 ÷ 50 kHz with the following , connected between the diac pin and the device collector. R1 is the pull-up resistor and C7 is the snubber , ; as it is possible to notice when the low side diac pin voltage reaches 30V the device switches on , the two devices is due to the presence of inductor pin soldered on the same copper area. 11.4 , coil transformer is required; - Reduced number of component with consequent PCB miniaturization; -
STMicroelectronics
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ELECTRONIC BALLAST 18W SCHEMATIC VOGT T1 switching transformer VOGT n3 circuit diagram electronic ballast for 18W tube l circuit diagram electronic ballast for 18W tube VOGT P2 AN1546

ELECTRONIC BALLAST 18W SCHEMATIC

Abstract: circuit diagram electronic ballast for 18W tube block diagram These converters generally operate in the range of 20 ÷ 50 kHz with the following , connected between the diac pin and the device collector. R1 is the pull-up resistor and C7 is the snubber , ; as it is possible to notice when the low side diac pin voltage reaches 30V the device switches on , the two devices is due to the presence of inductor pin soldered on the same copper area. 11.4 , coil transformer is required; - Reduced number of component with consequent PCB miniaturization; -
STMicroelectronics
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VOGT TRANSFORMER P3 working of 18w cfl pcb circuit diagram electronic ballast for 18W 4 pin VOGT N2 led lamp 230v circuit diagram electronic ballast 18w cfl lamp

600V igbt dc to dc buck converter

Abstract: LNK302DN circuit comprises of a diac (DIGN), transformer www.irf.com 1 -9- (LIGN), capacitor (CIGN , pin will fall below VOV(2/5) due to the low impedance of the lamp and the ignition timer will be , the OV and OC pins, and determines the correct operating mode of the IC (see State Diagram). 5.5 , timing diagram: CH1 is CT pin voltage, CH2 is LO1 voltage, CH3 is LO2 voltage and CH4 is VS1 pin voltage , resulting negative current flowing out of the pin with an external resistor, RZX. When the voltage on the
International Rectifier
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600V igbt dc to dc buck converter LNK302DN irs2573D 70W hid ballast L6562D 12v hid ballast ic IRS2573D EF20/11K EF25/7

circuit diagram of mosfet based smps power supply

Abstract: D1N4448 °C) Example: for a 20 mA output pin of a microcontroller, the worst RDSon could equal typically , shows the schematic diagram of a capacitive negative power supply. Figure 15. Capacitive power supply , a 60 R1. Resistive power supply Figure 16 show the schematic diagram of a negative resistive , positive power supply can be implemented with a buck converter. Figure 17 show the schematic diagram of a , output power. Figure 18 shows the schematic diagram of a flyback power supply using a VIPer16 device
STMicroelectronics
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circuit diagram of mosfet based smps power supply D1N4448 SCR TRIGGER PULSE TRANSFORMER smps Power Supply Schematic Diagram diac triac control circuit motor 220 V circuit diagram of mosfet based power supply AN3168

ignition schematic

Abstract: SCHEMATIC IGNITION iGBT ignition circuit comprises of a diac (DIGN), transformer www.irf.com 1 -9- (LIGN), capacitor , VSENSE pin will fall below VOV(2/5) due to the low impedance of the lamp and the ignition timer will be , the OV and OC pins, and determines the correct operating mode of the IC (see State Diagram). 5.5 , : Full-bridge timing diagram: CH1 is CT pin voltage, CH2 is LO1 voltage, CH3 is LO2 voltage and CH4 is VS1 pin , resulting negative current flowing out of the pin with an external resistor, RZX. When the voltage on the
International Rectifier
Original
ignition schematic SCHEMATIC IGNITION iGBT ERJ-6ENF1001V ERJ-S06F22R0V ERJ-S06F10R0V 18K/3W RPFC11 RPFC12

diac SBS 14

Abstract: diac 083 voltage rating of the DIAC. 1-89 See Diagrams, beginning on Page 1-91 N T E ELECTRONICS INC 55E 1> â , VARACTORS FOR UHF/VHF TV TUNERS (Matched Set of Four) NTE Type Number Diagram Number Maximum Maximum , ) .017 (0.43) Pin 1. Anode 1 2. Cathode 3. Anode 2 Diagram 395 .944 (24.0) i r .051 (129) Diagram , Diagram Number RMS Emitter Current (mA) Intetbase Voltage (Volts) RMS Power Dissipation (mW) Emitter , 9.1 4 Min PROGRAMMABLE UNIJUNCTION TRANSISTOR (PUT) NTE TVpa Number Case Style Diagram Number
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OCR Scan
diac SBS 14 NTE6405 varactor diode bb 205 IR 944 triac low voltage scr APPLICATION for NTE 6407 T098/T092 T-25-01
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