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 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…
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…