Part Number: TPS62932 Hi Team,
I am using TPS62932DRLR Buck converter in my design. Currently I'm working on Thermal Calculation. I'm requesting you to provide Total Gate Charge of the internal FET's as well as any Reference Document of Thermal Calculation…
Part Number: TPS62932 Hi team,
In the customer system, the actual load is about 0.5 A. They want to use a suitable inductor to reduce size.
However, there is a high current of 2A or more during OCP. They have to do a protective performance test and are…
Hi Alessandro
I agree with you that it seems the SW doesn't switch seeing from the waveform. The SW voltage follows VOUT. And as you can see in the waveform I attached, this won't happen on the EVM.
Can you please disable the TPS62932 (connect…
Part Number: TPS62932 Hi team,
Is there available max power data?
It is best if you have a graph that plots the output voltage or output power on the one axis with the output current on the other axis.
Customer assume that 5V × 3.5A = 17.5W. And they…
Part Number: TPS62932 Hi TI Team,
why is there a Gap in the Top Groundplane of the reference layout from the datasheet.
I marked the gap in yellow in the following picture.
This gap is not described in the Layout Guidelines nor was I able to find any…
Part Number: TPS62932 Hi ,
Could you please provide support in the schematic review of the Buck power supply part TPS62932DRLR used in my schematic?
Regards,
Reshma Roy Design Engineer-Hardware
Z-Crossing Solutions Pvt. Ltd
Kochi, IN, 682019
mob:+…
While designing dc dc converter for above mentioned part number , i followed the same step what u given in datasheet to calculate the value of inductor , but it giving different value as calculated and webench circuit, considered all parameters. input…