Part Number: TPS62825 According to the data sheet Although the detection time for overcurrent detection is listed as 32 cycles (about 13μs), Calculating 32 cycles (at 2MHz) 1/2,200,000 * 32 = 145us. This calculation result is different from 13us, but what…
Part Number: TPS62825 Hi Support Team
We saw the TPS62825 of Qualification Summary, have one question.
About ESD test result for JESD22-C101
The test quantity is 3 pcs?
Is correct?
if any suggestion, Please advise me.
Thanks,
Best regards,
Lawrence
Part Number: TPS62825 Hi, Support Team
We search phrase: TPS62825DMQR
What`s mean "CI" ??
if any suggestion, Please advise me.
Thanks,
Best regards,
Lawrence
Part Number: TPS62825 Hi, Support Team
Please help to provide the naming rules for marking the product?
if any suggestion, Please advise me.
Thanks,
Best regards,
Lawrence
Hi Kei,
I have answered your questions below.
But first, I want to emphasize that if you want to operate your device at a fixed frequency of exactly 2.2MHz in all conditions, then our DCS control devices are not the right choice for you. There is always…
Part Number: TPS62825 Please provide the data of the latch-up test result that shows the following items.
1, Test Condition：Current Pulse: ±＊＊＊A,
2, OverVoltage:＊＊＊Vsupply
3, Test Result(Fail/Sample)
This data is necessary for Nintendo to adopt…
Part Number: TPS62825 Buck regulator team,
Is it acceptable to use a larger inductor with the TPS62825 in order to reduce the ripple current? The customer has a load current of 800mA max, and is considering a 1.2uH inductor.
The datasheet recommend 0…
Part Number: TPS62825 Dears,
TPS62825, the designed output voltage is 2.5V, and the load current is only about 10mA~30mA, which supplies power for the reference voltage of DDR and several banks of FPGA. There are three circuit boards, one of witch has low output voltage after multiple power…
