Part Number: PMP40025 Other Parts Discussed in Thread: UCC28730 Tool/software: If I want to increase the output voltage of the reference board to higher than 48V (e.g., 50–60V), or increase the current from 1A to 1.5A, what considerations should I take…
Part Number: PMP40025 Other Parts Discussed in Thread: UCC28730 Hello sir,
Good evening,
i am working on 48V/1Amp power supply.for this i am using TI refrence design PMP40025. my ic is ucc28730DR .power supply is working good. But i am facking full…
Aravind
I assume that this post is related to the other one posted by Vaishnavi?
e2e.ti.com/.../600529
1) As noted above, it's very difficult to put the IC into an open-loop configuration with the right signals and timing on every pin. The IC…
Part Number: PMP40025 Dear All,
one of my customer interested in PM40025 design for power supply, we have all gerber, CAD and assembly drawing files from website, but can't find ORCAD design files, we are able to get schematics only in PDF.
we request…
Part Number: PMP40025 Dear All,
one of my customer working on PMP40025 design,
Regarding heat sink for switching MOSFET: In the image given in TI Web, no heat sink is provided for MOSFET (image attached), In their rough calculations they got around…
Part Number: PMP40025 Hi,
Can someone please share the schematic and board file for PMP40025 in any of the following formats.
Eagle® (.sch)
SIMetrix® SPICE (.sxsch)
EDIF (.edf)
OrCad® (.dsn)
Thanks
Vishal Kakade
Part Number: UCC28730 Other Parts Discussed in Thread: PMP40025 , UCC24650 , UCC28C43 , PMP Hello,
I am designing an isolated 48V, 1A AC-DC Converter using UCC28730 based on PMP40025 Reference design.
In the reference design 48V is generated using…
Hi, Vaishnavi,
Increasing inductance and reducing the capacitance will impact the input ripple. As the inductance increased, the input AC current will be mainly filtered by the second cap. Since its capcitance value is reduced, it will result in a…
Part Number: PMP40025 I am working on PMP40025 48V fly back converter. I used the gerber files from TI and same equivalent values as given in design. Based on the calculations I made transformer. I have designed the transformer to work in 85Vac to 265Vac…
Part Number: UCC28710 Other Parts Discussed in Thread: UCC28730 , , PMP40025 Dear All,
one of my customer working on PMP40025 reference design and we suggested to use UCC28710 instead of UCC28730 device for cost optimisation.
Following are the few…
