Part Number: TPS7B85-Q1 Hi
For TPS7B85Q1 application, I have the following questions:
1. If PG only outputs high or low levels, then PGADJ is grounded. I think there is a pull-up resistor inside the IC, so there is no need for an external pull-up resistor…
Part Number: TPS7B85-Q1 Hi
I would like to ask a question that the capacitor ESR requirement in TPS7B85Q1 SPEC is 1m Ω~2 Ω and want to know what is the test frequency? Need to know the test condition and the test frequency for validation, thank you!…
Part Number: TPS7B86-Q1 Other Parts Discussed in Thread: TPS7B85-Q1 Hi team,
Our customer want to know the recommend design of PG Pullup resistor as it requires external pullup. Could you help recommend the pullup resistor value?
Thanks,
Muwei Zheng
Is it meaning, we don't have any data for load transent for TPS7B82-Q1?
Do you have the wavefrom for load transient for TPS7B82-Q1? (like figure6-15 to figure6-20 of TPS7B85-Q1 datasheet case)
Other Parts Discussed in Thread: TPS7B85-Q1 , TPS785-Q1 Hi Team,
Can you please advise with best alternative to NCV5661DT33RKG?
Thanks in advance
Best Regards
Furkan
Hello,
Yes, the thermal is not a concern with the KVU package. TPS7B85-Q1 and TPS7B4254-Q1 are alternatives that would satisfy your input voltage (20V), output voltage (5V) requirements and safely be able to dissipate power resulting from 100mA of…
Hi Jason,
Thank you! Adding to this, the key factor with having an exposed pad would also imply R θJC(bot) Junction-to-case (bottom) thermal resistance along with other thermal resistances are lesser!
Since the customer prefers a better thermal…
