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
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 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…
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…