Part Number: TPS564242 Hi experts
We would like to know
Recommended phase and gain margins
Recommended values for phase margin and gain margin
for TPS564242DRLR
Regards,
Zhou
Part Number: TPS564242 Hi experts
We would like to know
Recommended phase and gain margins
Recommended values for phase margin and gain margin
for TPS564242DRLR
Regards,
Zhou
Part Number: TPS564242 Tool/software: hello,
we are using the below circuit to power 1.8V to SoC (K2K) and FPGA and 3.3V. we are observing that the SoC and FPGA are going bad frequently. this is a serious issue. so kindly review and let us know if any…
Part Number: TPS564242 Tool/software: hi we are using this ic in enodeB board.
The problem is we are observing the IC is going bad frequently.
we are using this ic for 12V to 1.8V generation for fpga.
the figure shows the placement of the…
Part Number: TPS564242 Hi experts,
Hope this finds you well.
I could not find any information regarding the leakage current of the pin.
Customer would like to know specifically about the leakage current of the FB pin
Regards,
Jieyu
Part Number: TPS564242 Tool/software: hi,
we are using TPS564242 in our enodeB design (LTE- 4G) Board.
the enable comes from the below IC
issue is the regulator gives output even before the enable is high.
one more issue is the output does…
Part Number: TPS564242 Tool/software: Hello,
I’m using TPS564242 regulator in a very low power application. I want to minimize the power consumption in the external feedback resistors and in the enable circuit.
I could not find any information about…
Part Number: TPS564242 Tool/software: A quick question about Webench design B0847C06BCFAC3DC810A171FE9042000 - the "ripple freq spectrum before filter" plot does not show any peaks, which is counter-intuitive. For other chips than the TPS564242, Webench…
Part Number: TPS564242 Other Parts Discussed in Thread: TPS62177 Tool/software: Hi team,
Could you help suggest a power part suitable to below all applications?
Thanks!
Application 1: Input voltage is around 9 or 12V and the output voltage is 3…