Hi,
I have created a dc-dc booster using the AS1326 which has been designed specifically for this purpose. The problem is that I want to put 4 of these circuits into one PCB and I need the output to be unified. For example:I will have 4 dual inputs (+, -). The input for one single IC (AS1326) will vary from 0.7 to 5V and the outpt will be a fixed 3.3V. The problem is that I dont know how to connect the 4 outputs and add their voltaged together into one output. Is conecting the ICs together an option? Should I use a component that will unify all the 4 outputs and add them together to fom an output of 13.2V? I know that connection in series will give me added voltages and connection in parallel will gve me added current. But is there a way to add any additional components to get the most out of both? Thanks in advance and apologies if my question is a too begginer one. Pleasee see icon and datasheet attached.
PS The circuit I did (on Eagle) is exactly the same a shown on figure 19, at page 11 of the datasheet.
Regards
John
I have created a dc-dc booster using the AS1326 which has been designed specifically for this purpose. The problem is that I want to put 4 of these circuits into one PCB and I need the output to be unified. For example:I will have 4 dual inputs (+, -). The input for one single IC (AS1326) will vary from 0.7 to 5V and the outpt will be a fixed 3.3V. The problem is that I dont know how to connect the 4 outputs and add their voltaged together into one output. Is conecting the ICs together an option? Should I use a component that will unify all the 4 outputs and add them together to fom an output of 13.2V? I know that connection in series will give me added voltages and connection in parallel will gve me added current. But is there a way to add any additional components to get the most out of both? Thanks in advance and apologies if my question is a too begginer one. Pleasee see icon and datasheet attached.
PS The circuit I did (on Eagle) is exactly the same a shown on figure 19, at page 11 of the datasheet.
Regards
John
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