Part Number: TPS563203 Other Parts Discussed in Thread: TPS563202 Hello Team,
Our customer using TPS563202 right now, but for next roadmap, TPS563203 looks can be replaced in future.
But, I have several questions as below, could you answer for me?
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Part Number: TPS563203 Other Parts Discussed in Thread: TPS563200 , I checked the old device like TPS563200, which has clear spec function description about OVP as below, but we didn’t find it in TPS563203’s datasheet.
Part Number: TPS563203 For TPS563203, this is a Buck chip. We can know Vout=Vin*D (duty cycle) through the principle of Buck circuit. The output voltage range in the Datesheet is 4.2-17V, and the maximum duty cycle can reach 95%. If the input is 17V,…
Hi Jorgen,
It's reasonable that TPS54320 is very low efficiency at light load because it's called FCCM mode device nowadays. I recommend our new device TPS563203 which have Eco mode at light load so the efficiency can be higher. Thanks.
Regards…
Part Number: TPS563203EVM Other Parts Discussed in Thread: TPS563203 Tool/software: Hi
While testing with TPS563203EVM, I changed c2,3 to another manufacturer's and operated, but the TPS563203 died. Can the MLCC affect the ic?
-Condition-
1. Change…
Part Number: TPS563203EVM Other Parts Discussed in Thread: TPS563203 , Tool/software: Hi
The client company is conducting an IC(TPS563203) verification test. Testing with TPS563203EVM.
However, there is a phenomenon in which the IC is burned during the…
Part Number: TPS562203 Other Parts Discussed in Thread: TPS563203 Hi team,
I'm trying to push TPS562203/TPS563203 for our customer Huaqin in their TV project. Could you please kindly share me the roadmap and compare to other devices?
Thanks,
Meng…
Part Number: TPS54328 Other Parts Discussed in Thread: TPS563211 , TPS563252 , TPS563203 , TPS563202 Hi Teams,
Do we have better replacement of the BD9D320EFJ?
BRs,
Marsh
Part Number: TPS56C230 Other Parts Discussed in Thread: TPS563203 When I use this chip for remote feedback, a double pulse phenomenon will occur. As shown in the figure, the inductor current will be charged twice, but this will not happen for the near…