Hola a todos,
Necesito realizar este convertidor y no se como empezar si alguien tiene por ahi algo parecido
le agradeceria, para que me sirviese para guiarme.
Muchas gracias de antemano
El convertidor en cuestion es este:
Requirements
-Nominal input DC voltage: 24 V
-Input DC voltage range: 20 V – 30 V
-Output DC voltage: 4 V
-Output Load current: 0 – 5 A
-Peak to peak output voltage ripple: 300 mV
(Measured in time domain with an oscilloscope having a bandwidth ≥ 50 MHz)
-Max transient output peak to peak voltage when stepping the output load current from 4 A to 2 A: 150 mV
(Ripple at the switch frequency and above must be neglected here. Limiting the measurement-bandwidth may be considered to improve readability)
-A graph of simulated and measured efficiency, at different loads, as function of input voltage is wanted!
-Switch frequency: 1.0 ∙ 10^2 kHz
All inductors and transformers must be home-made.
Please don’t use potentiometers or variable resistors.
Necesito realizar este convertidor y no se como empezar si alguien tiene por ahi algo parecido
le agradeceria, para que me sirviese para guiarme.
Muchas gracias de antemano
El convertidor en cuestion es este:
Requirements
-Nominal input DC voltage: 24 V
-Input DC voltage range: 20 V – 30 V
-Output DC voltage: 4 V
-Output Load current: 0 – 5 A
-Peak to peak output voltage ripple: 300 mV
(Measured in time domain with an oscilloscope having a bandwidth ≥ 50 MHz)
-Max transient output peak to peak voltage when stepping the output load current from 4 A to 2 A: 150 mV
(Ripple at the switch frequency and above must be neglected here. Limiting the measurement-bandwidth may be considered to improve readability)
-A graph of simulated and measured efficiency, at different loads, as function of input voltage is wanted!
-Switch frequency: 1.0 ∙ 10^2 kHz
All inductors and transformers must be home-made.
Please don’t use potentiometers or variable resistors.