The controller is not designed for zero volt switching. It is optimized for performance and efficiency.
The controller is not designed for zero volt switching. It is optimized for performance and efficiency.
I have a DC2596A with LT8708. Where can I find the data sheet and manual?
Hi team
I am trying to charge a Li-ion battery with 14 serial cells on input 48V.
The maximum voltage of the battery will be 58.8V.
Can the LT8708 be designed?
Thanks
Damon
我选择LT8708的CCM模式,有一个问题,如果FBIN和FBOUT都检测到高于稳压,会怎么样?正向导通还是反向导通?
我现在的结果是,反向电压一旦高于稳压,就会反向导通,而且直接到达60V(正向稳压是26V).
我想设计一个双向DC-DC电源,需要做到48V20A输入输出,LT8708能否支持这么大的功率?我的电池工作电压是42~54V。
Dear expert,
In LT8708's datasheet, it says "Under light loading conditions, in FDCM (or RDCM), synchronous switch M4 (or M1) is turned off whenever instantaneous reverse (or forward) current in the inductor is detected". I see that it uses…
Hello,
i need pspice model so i can simulate these components LT8708 / LTC3779 / LT8705A in cadence virtuoso for master thesis
Thank you
Hi there,
I am designing a desktop PC 12V backup battery project with LT8708, for none backup uses, VIN charges battery on VOUT, and the charging current is limited by IMON_OP resistor.
However, I don't understand the simulation result in LTspice (test…
Dear All,
In our current project we use LT8708 as the main power management IC, providing supercap backup. The schematic is given in the attachment.
The input voltage range is 18V~32V and the capacitor bank charge voltage is 45V with max 1A charge current…
Hi Peter_uta,
I have to correct myself. The reason I'm seeing the tool is because it is only viewed by internal ADI users. Please connect to a local ADI FAE who can help facilitate design and compute values for you. Meanwhile, I'll go check why the design…