TH17680B - Electronic balast with protection circuit - Google Patents

Abstract

DC60 (12/03/44) electronic balast with protection circuit. Is a further development in the matter of 30% more energy saving compared to traditional balast. Which is a helical type and can also prevent problems and damage. When the lamp socket is rusted or the lamp pin is not tightly inserted, it burns out the traditional electronic balast. Structure is not complicated Can be used as a replacement for the traditional coil balast. Electronic balast with protection circuit Is a further development in the matter of 30% more energy saving compared to traditional balast. Which is a helical type and can also prevent problems and damage. When the lamp socket is rusted or the lamp pin is not tightly inserted, it burns out the traditional electronic balast. Structure is not complicated Can be used as a replacement for the traditional coil balast.

Claims (1)

1.Electronic balast with protection circuit Contains ballast protection circuit Electronics where the circuit is located between the voltage source and the balast circuit to interrupt the balast circuit. Out of the power supply. When the lamp is degraded Quality or end of life, or when the lamp pin is rusty, causing the contact of The leg of the lamp is stuck on and off, not touching the lamp cap By using a detector to measure the pressure level at Full-Oresense cap Electronic balast protection circuit is characterized by The first protection circuit with resistor, diode and condenser forms a rectifier circuit that separates the voltage (Volt) and converts it into direct current, passing it on to the second circuit, the second protection circuit with the resistor. , FET and condenser make up the MONOSTABLE MULTIVIBRATOR circuit, with a delay of 0.5 seconds, pull the Voltage from the 1st circuit to the Ground to prevent power from the 1st protection circuit that is still high to stimulate the 3rd protection circuit to work and Usually current will not pass through the 3rd protection circuit until this happens. The lamp has deteriorated or the lamp pin is corroded, causing the contacts of the lamp pin to become stuck on and off, not touching the lamp cap, so there will be current from protection circuit 1 and protection circuit 2 to protection circuit 3, protection circuit 3. With Bilateral Trigger Diodes (DIAC) as Voltage limiting duty (Voltage) below 32 Volt from Circuit 1 and Circuit 2 do not pass through circuit 4, protection circuit 4 with resistor. And condenser It is a component that acts as a filter circuit to protect against short surges coming from point P through circuits 1, 2 and 3, protection circuit 5 with a resistor, zener diode as a component. Is a protection from the voltage (Voltage) from the circuit that does not want to enter 4. Encourage circuits 6 and 7 to work unexpectedly. And it stabilizes the Voltage DC voltage and passes through the 6th and 7th protection circuit, the 6th protection circuit with the Tryritor (SCR), the condenser and the resistor as a component, where when the voltage from the 5th circuit comes Excitation at the SCR, the 6th circuit starts, resulting in the 7th protection circuit, the seventh protection circuit with the tryritor (SCR), condenser and resistor as components, normally the 7th protection circuit will power the balas. When the 6th protection circuit is activated, the 7th protection SCR will cut off the power immediately. Causing electronic balast to stop working as a protection Prevents electronic balasts from being damaged.