ME-209
Newbie level 3
Hi everyone - new to this board - thank you in advance for the help....
Here is my challenge:
I am trying to increase voltage on a DC circuit from 3V (2 AAA batteries) to 80V as efficiently as possible. The current draw will be somewhere in the vicinity of 160 mA, and the signal consists of alternating polarity impulses with a very small duty cycle. In addition to a reasonable efficiency, heat dissipation and component costs are of concern (i.e., the solution needs to be suitable for mass production).
My background is mechanical engineering, so using a 10x DC-to-DC transformer seems like a plausible solution.
Questions
1) Will me above simple solution work?
2) If not, why? And what can I do instead?
Thank you and happy circuitry,
Kermit
Here is my challenge:
I am trying to increase voltage on a DC circuit from 3V (2 AAA batteries) to 80V as efficiently as possible. The current draw will be somewhere in the vicinity of 160 mA, and the signal consists of alternating polarity impulses with a very small duty cycle. In addition to a reasonable efficiency, heat dissipation and component costs are of concern (i.e., the solution needs to be suitable for mass production).
My background is mechanical engineering, so using a 10x DC-to-DC transformer seems like a plausible solution.
Questions
1) Will me above simple solution work?
2) If not, why? And what can I do instead?
Thank you and happy circuitry,
Kermit