Part Number: LM5175 Other Parts Discussed in Thread: PMP20042 , Hi Team,
Our customer would like to know the behavior of 4-Output Type C 100W Buck Boost Reference Design(PMP20042) when they change VOUT.
I understand that LM5175 has OUTPUT OVP function…
Part Number: TPS25851-Q1 Other Parts Discussed in Thread: PMP20042 , , LM5175 , TPS25858-Q1 , TPS25772-Q1 , TPS55288-Q1 , TPS55288
Hi Team,
Our customer is going to design a 4 to 6 port USB-C charging station for vehicles with supply voltage of 12V from the…
hi JIMMY
add:
Does the pmp20042 application need not use the type-C control chip? How to control output voltage negotiation? If it can meet the needs of customers, the cost is very low;
Is there any way to buy this reference design board?
Part Number: LM5175 Other Parts Discussed in Thread: PMP20042 , Dear all
On your page https://www.ti.com/tool/PMP20042#technicaldocuments you present a circuit built on PMP20042.
Is it possible to receive one of these boards to reconstruct your design? I…
Part Number: LM5175 Other Parts Discussed in Thread: PMP20042 Dear Team,
Our customer are working on type - C for monitor. They are using LM5175 as their Vbus power for PD controller.
How to deal with Buck Boost Controller when change output voltage…
Please refer to the following reference designs for USB type C PD. 5Vin is okay, but 3A SMPS does not not support PD full load.
www.ti.com/.../PMP20774
www.ti.com/.../PMP20042
Thanks,
Youhao
Hi Jeff,
Given the higher power level (120W) the synchronour design utilizing LM5175 will be better. Please take a look at LM5175 (tools and software) folder for designs with higher current level.
PMP20042 appears to be close to your requirements.
…