- #1
micktosin
- 1
- 0
Hi there, (Please find attached diagram)
I have Dc-dc Boost converter designed to step up (12-24Volts) to 28.8Volts(10Amps). The converter is currently working perfectly(stepping up 24V-28.8voltage) with a dc power supply, however this Dc converter after completion, will be fed up to a max input power of 2400Watt(24V&100Amps) from a Dc generator. My question is, can the input power be pulsed width modulated from 2.4KW to 288Watt(28.8Volts &10Amps), by just reducing the duty cycle to the switching transistors? Because otherwise, i might be forced to buy a 2.4Kw rated load resistor, of which I'll rather not.
Second question; Is there a way i can locked the output to 28.8Volts regardless of the input Voltage(12-24Volts). Because currently i am using a 555 timer as my pwm, and just like other Chip they can't take high input feedback available from the output of the converter.
I have Dc-dc Boost converter designed to step up (12-24Volts) to 28.8Volts(10Amps). The converter is currently working perfectly(stepping up 24V-28.8voltage) with a dc power supply, however this Dc converter after completion, will be fed up to a max input power of 2400Watt(24V&100Amps) from a Dc generator. My question is, can the input power be pulsed width modulated from 2.4KW to 288Watt(28.8Volts &10Amps), by just reducing the duty cycle to the switching transistors? Because otherwise, i might be forced to buy a 2.4Kw rated load resistor, of which I'll rather not.
Second question; Is there a way i can locked the output to 28.8Volts regardless of the input Voltage(12-24Volts). Because currently i am using a 555 timer as my pwm, and just like other Chip they can't take high input feedback available from the output of the converter.