Due to the high cost and lack of flexibility of isolated DC/DC converter modules, many designers choose a discrete design that better matches their application. In particular, forward converters with active clamp reset are widely used in custom power supplies due to their excellent efficiency and reduced component stress. While the active clamp reset approach has advantages, it also introduces performance limitations and potential reliability issues that limit its use.
The LTC3765/LTC3766 are second-generation chipsets that break new ground by bringing forward converters to unprecedented levels of simplicity, efficiency, and reliability. By using Direct Flux LimitTM, the chipset eliminates the reliability issues and performance limitations of active-clamp forward converters. In addition, advanced features such as pre-biased start-up, average current limit and optocoupler-free secondary-side control simplify many applications including isolated battery chargers.
When it was configured as output, I connected it to a high level. As a result, the chip burned out and the power supply and ground were shorted. It was a tragedy!
TI has done a really good job in charging and battery management, and the ecosystem is also very complete, but it's too expensive. Is there any domestic manufacturer that makes a replacement for TI's
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#include "msp430G2553.h" unsigned int start,end;//define two unsigned integer variables start and end unsigned char overflow;//define an unsigned character variable overflow void main( void ) { WDTCTL
[i=s]This post was last edited by fxyc87 on 2021-1-28 11:05[/i]Last time I posted a link
I talked about how to compile the program, but it didn't work. Then I talked about how to play with MicroPython