Part Number: TPS62912 Other Parts Discussed in Thread: TPS62918 , TPS62914 , TPS62916 , TPS62913 Tool/software: Hello TI experts,
Can the synchronous buck converters from the TPS6291x family (TPS62912, TPS62913, TPS62914, TPS62916 and TPS62918) be used a…
Part Number: TPS62912 Tool/software: We tested the TPS62912 in your evaluation board and are really happy with it.
However, our design needs the TPS62912 to be synchronised by a clock source which is powered by the output of the TPS62912.
Is there a…
Part Number: TPS62912 Tool/software: We are trying to measure the noise density vs frequency and repeat the plot shown in the data sheet. Would you please suggest the setup/equipment used for this measurement? Thanks.
Part Number: TPS62912 Other Parts Discussed in Thread: TPS62913
Tool/software:
Hi,
Quick question. Is it possible to generate a -1.8V from TPS62912 with a +12V input?
I was thinking to switch GND and VOUT on the output of the switch regulator.
Br.
Part Number: TPS62912 I am trying to use TPS62912 to power FPGA, but I want to run it in sync mode after initial phase of powering up. What is correct sequence to start it with enable only and then add sync logic when FPGA will be functional. Is it possible…
Part Number: TPS62912 Other Parts Discussed in Thread: OPA699 Hi,
I started my approach of Schemati design from below suggestions and arrived at a final schematic in slno
1. Ultra Low Noise Power Chain for Photo Sensitive applications - Power management…
Part Number: TPS62912 Hi,
I have done below layout for device TPS62912RPUR for my custom board, i have tried to maximum follow the EVK
But still i wish to know if there are any flaws in my layout
Kindly have a look and drop your valuabel comments
Lay…
Part Number: TPS62912 Hello Team,
any idea how to get the efficiency at low Vout, e.g. 1.2V@0.23A and 1.1V@0.5A >90%, please? With Webench simulation I cannot achieve this.
Thank you and Best Regards,
Hans
Part Number: TPS62912 Other Parts Discussed in Thread: , TPS62913 Hello,
I'm using a TPS62912 in my design, and notice that there is a large undervoltage transient at the end of the soft-start sequence on all four instances of this power supply on my…