I have a transformer and rectifier circuit to get the 120 V down to about 12.6 V DC ... I made a buck converter to take the 12.6 V to 5 V.
Note then 10mF and 30 mF are very big unusual capacitors.
I simulated with your values the rectifying/filtering/step down part of the schematic.
Voltage output is about ... 5V, with efficiency around 55% (-> 65%).
For best results, one can use a PFC ... but it is more complicated than simple rectifying.
I have a transformer and rectifier circuit to get the 120 V down to about 12.6 V DC ... I made a buck converter to take the 12.6 V to 5 V.
Note then 10mF and 30 mF are very big unusual capacitors.
I simulated with your values the rectifying/filtering/step down part of the schematic.
Voltage output is about ... 5V, with efficiency around 55%.
For best results, one can use a PFC ... but it is more complicated than simple rectifying.
I have a transformer and rectifier circuit to get the 120 V down to about 12.6 V DC ... I made a buck converter to take the 12.6 V to 5 V.
Note then 10mF and 30 mF are very big unusual capacitors.
I simulated with your values the rectifying/filtering/step down part of the schematic.
Voltage output is about ... 5V, with efficiency around 55% (-> 65%).
For best results, one can use a PFC ... but it is more complicated than simple rectifying.
I have a transformer and rectifier circuit to get the 120 V down to about 12.6 V DC ... I made a buck converter to take the 12.6 V to 5 V.
Note then 10mF and 30 mF are very big unusual capacitors.
I simulated with your values the rectifying/filtering/step down part of the schematic.
Voltage output is about ... 5V, with efficiency around 15%55%.
For best results, one can use a PFC ... but it is more complicated than simple rectifying.
I have a transformer and rectifier circuit to get the 120 V down to about 12.6 V DC ... I made a buck converter to take the 12.6 V to 5 V.
Note then 10mF and 30 mF are very big unusual capacitors.
I simulated with your values the rectifying/filtering/step down part of the schematic.
Voltage output is about ... 5V, with efficiency around 15%.
For best results, one can use a PFC ... but it is more complicated than simple rectifying.
I have a transformer and rectifier circuit to get the 120 V down to about 12.6 V DC ... I made a buck converter to take the 12.6 V to 5 V.
Note then 10mF and 30 mF are very big unusual capacitors.
I simulated with your values the rectifying/filtering/step down part of the schematic.
Voltage output is about ... 5V, with efficiency around 55%.
For best results, one can use a PFC ... but it is more complicated than simple rectifying.
I have a transformer and rectifier circuit to get the 120 V down to about 12.6 V DC ... I made a buck converter to take the 12.6 V to 5 V.
There are two parts in your question.
For now, only answer for the first part.
NoteNote then 10mF and 30 mF are very big unusual capacitors.
I simulated with your values the rectifying/filtering/step down part of the schematic.
I used a 2 A current as a load.
Voltage output is about ... 5V (!) and, with efficiency is around 15%.
For best results, one can use a PFC ... but it is more complicated than simple rectifying.
I have a transformer and rectifier circuit to get the 120 V down to about 12.6 V DC ... I made a buck converter to take the 12.6 V to 5 V.
There are two parts in your question.
For now, only answer for the first part.
Note then 10mF and 30 mF are very big unusual capacitors.
I simulated with your values the rectifying/filtering part of the schematic.
I used a 2 A current as a load.
Voltage output is about ... 5V (!) and efficiency is around 15%.
For best results, one can use a PFC ... but it is more complicated than simple rectifying.
I have a transformer and rectifier circuit to get the 120 V down to about 12.6 V DC ... I made a buck converter to take the 12.6 V to 5 V.
Note then 10mF and 30 mF are very big unusual capacitors.
I simulated with your values the rectifying/filtering/step down part of the schematic.
Voltage output is about ... 5V, with efficiency around 15%.
For best results, one can use a PFC ... but it is more complicated than simple rectifying.
