Part Number: PMP30446 Tool/software: Hi team,
Our customer plan to refer to PMP30446 design to build a board,
and refer to the BOM list.
Customer need more detail information of L2 and T1,
Such as wire diameter, number of turns, core, etc.
…
Part Number: PMP30446 Other Parts Discussed in Thread: UCC28C50-Q1 Tool/software: Hi Team,
Good day. I am posting this inquiry on behalf of the customer.
As part of my project, I'm designing a buck converter using a topology similar to the one in…
Part Number: PMP30446 Tool/software: Hi Guys,
I'm designing a Bi-Direction Buck/Boost converter using a topology similar to the one in your PMP30446 reference design — a dual-buck configuration with a shared center point. Unlike PMP30446, I’m using…
Part Number: PMP30446 Other Parts Discussed in Thread: UCC28810 Tool/software: Hi Colleagues,
There is a good news that my customer was adopted total solution of PMP30446 for 800V to 390V step down.
Motivation is avoiding SiC FET used.
they are…
Part Number: PMP30446 TI PMP30446 reference design is 780V to 390V 1.5A DC/DC 585W buck converter. We have an application with the same input range (3 phase 480VAC, which is 680VDC after rectifying), but we need 90V 6A min. at the output. In fact, output…
UCC28C56H can be used but I think the power is quite high for a non-isolated, single switch topology but with enough heatsink/cooling, it is possible? You can download and use TI Power Stage Designer to check the voltage/current to compare possible power…
Other Parts Discussed in Thread: UCC28051 , UCC28501 , PMP30446 , UCC23313-Q1 , UC3823 Hi Team,
We would like to ask your help regarding the customer's inquiry below.
I am looking for a controller for switching a buck converter (or a syncron converter…
