Other Parts Discussed in Thread: TPS65283-1 Hi,
I'm using the TPS65283-1 for my new design. May I use the E-cap on the output bus? what's the acceptable value range?
Stanley
Dear Eric,
Thank you for your reply. Pretty soon I will have my board ready and will start verifying.
I do not understand what customer information you need from me and for what purpose.
-Frens-
Part Number: TPS65283 Dears
Now we have found a problem in TPS65283, there will be a backchannel after the power is started, it is suspected that the soft start time is too short; We want the output power to be stable, not to go up and then go down and…
Part Number: TPS56428 Other Parts Discussed in Thread: TPS65283-1 , hi sir:
our customer want to check TPS56428/ TPS65283-1 Thermal parameter in θjc & θja.
other Dc converter θja>θjc, but TPS56428/ TPS65283-1 θja<θjc.…
Hi, Sir
The TPS65283 can support 14V to 12V application.
Questions:
1. What is the max loading of Buck1 and Buck2?
2. The schematic looks ok, could you send the PCB layout screenshot to me for review?
Further test comments:
1. Suggest to change L6…
Part Number: TPS65283 Hi,
I am using TPS65283 to step down the input voltage and generate two different output voltages.
My query with this part is mentioned below.
1. The Buck converter has an Integrated Power Distribution Switch for USB application…
hi, patel
the main difference between TPS65252 and the TPS65283 is:
1. Max Vin voltage is 18V.
2. Support Max Continuous Current 3.5 A (Buck1) / 2.5 A (Buck2).
3. Add PSM mode and Forced PWM mode.
4. Use 24 pin VQFN package.
thanks.