Part Number: TPS54623 Hi,
We are using TPS54623RHLR regulator for step down conversions. Please find the below designs. Kindly review and share the feedback.
1. 12V to 5V conversion with current rating of 3.5A, soft start time of 3.915ms, and switching…
Part Number: TPS54623 Hi,
We are using TPS54623RHLR regulator for 12V to 3.3V conversion with current rating of 4.5A, soft start time of 3.915ms, and switching frequency of 491.38KHz. Kindly verify the design and share your feedback.
Thanks
S Sathya…
Part Number: TPS54623 Hi,
We are simulating TPS54623 DC-DC converter in power bench, we are not getting start up simulation results.
Attaching the snip for the reference.
We are performing conversions of 12V-3.3V, 12V-5V, 12V-1.5V, 12V-1.1V.
Kindly help…
Part Number: TPS54623 Hi Texas team,
Greetings from Cummins!
We are using TPS54623RHLR part in one of our project for DC-DC buck converter(12V in and 5V out).
Please check the attachments for schematic and .lib(which I used for my simulation):
I am…
Part Number: TPS54623 Other Parts Discussed in Thread: TPS54218 , TPS54318 , TPS54319 , TPS54320 , TPS54418 , TPS54521 , TPS54618 , TPS54620 , TPS54622 , TPS548B22 , TPS548C26 , , TPS548D22 , TPS53355 , TPS546D24A , TPS548D21 Hi Ti Team, We are using the part TPS54623RHLR…
Part Number: TPS54623 Customer was checking the root cause of the TPS54623 failure in the end application. The failure mode was both Vin and PH were short to GND. They suspected it was possible for RT pin short to GND during the harsh environment. Could…
Part Number: TPS54623 We are trying to bring down the Transient response curve to within 100mV but we unable to achive.
Could you please suggest the right method?
Part Number: TPS54623 Hi Team,
I have been currently working on Ti webench simulation.
Performed Load Transient Response Test of switching regulator TPS54623RHLR performed in Ti Webench.
I am getting higher pk-pk of undershoot 80mV and overshoot 80mV…
Part Number: TPS54623 Hello,
My customer wnats to use the TPS54623 with the following conditions.
- VIN = 13V~15.5V, VOUT = fixed 12V, IOUT = 1A
If the VIN voltage is linearly changed from 13V to 10.7V, will the output 12V also drop linearly like the…