Part Number: TPS736-Q1 Hi Team,
My customer is requesting a SPICE model of the TPS73601QDBVRQ1, however I didn't see one available online. Is this something we could provide?
Regards,
Andy
Part Number: TPS736-Q1 Other Parts Discussed in Thread: TPS736 Hi,
TPS736-Q1 use adjustable Output, TPS73601QDBVRQ1 ,it -supply the COMS SENSOR , Input 3.3V,output 1.8V& 2.8V , Applications is ADAS camera .
now,output 2.8V cannot be started,when COMS…
Hi Mark,
Sorry for this late reply and thank you very much for your support.
After confirm with customer, they think TPS736-Q1 also can reach their requirement. Thank you again.
Best regards
Jessica
Part Number: TPS736-Q1 Hi, Linear team
Do you have protection function about short to GND and short to battery on the TPS736-Q1?
Thanks
Best Regards
Gerald
Part Number: TLV733P-Q1 Other Parts Discussed in Thread: TLV702-Q1 , TPS74701-Q1 , TPS736-Q1 Hi Team,
Could you please help to recommend an alternative solution of TLV733P-Q1 that without output active discharge function?
Other requirements:
1)…
Other Parts Discussed in Thread: TPS736-Q1 , TLV702-Q1 , LP5912-Q1 Hi,
I can see TPS73633-Q1 part in TPS736-Q1 Datasheet, I have TPS73633-Q1 (Fixed 3.3V output ) part, but I did not see TPS73633-Q1 order information.
Do you check TPS73633-Q1 RTM?…
Other Parts Discussed in Thread: TPS736-Q1 Hi,
Why I cannot find the datasheet of TPS73618-Q1 everywhere? Can any body send it to me? (john-xu@ti.com)
Thank you.
John
Hi Eric,
Thanks for letting us know. The link appears to be working on my side, so I downloaded the file and attached it here. What sort of broken behavior are you seeing when you try to access it from the product page?
tps736.pdf
Best,
Gregory…
Part Number: TPS7A88-Q1 Other Parts Discussed in Thread: TPS736 , , TPS7A88 , TLV752 , TPS7A91 Tool/software: Dear TI experts,
My customer asked theoretical values of phase margin and gain margin of schematics below.
I know that TI WEBENCH simply…
Hi Kazuya,
Q1, Q2: TPS736 and TPS731 use the same die. The only difference is the current limit circuit.
Q3: Yes, that is true.
Q4: Both devices are specified to +/- 1% output voltage accuracy over all operating conditions, and since the range…