Part Number: TPS7B91 I have a question regarding the thermal specifications for the TPS7B91.
We are planning to thermally simulate the LDO to verify sufficient heat dissipation in our application.
We need the Junction-to-Leads thermal resistance parameter…
Part Number: TPS7B91 Other Parts Discussed in Thread: TPS7B92 , Tool/software: Hi,
May I know TPS7B91/TPS7B92 is made by 12" wafer?
Customer want to using newest process prodcut to have better price and avoid EOL risk.
Thanks!
Jeff
Part Number: TPS7B91 Hello,
We are designing with the TPS7B91033DBVR and wondering about the thermals discussed in the datasheet.
Since the max junction temperature is stated at 125oC, how can the device dissipate almost 0.9W at ambient of 125oC?…
Part Number: TPS7B91 Tool/software: Hi,
We are currently evaluating the TPS7B91 and noticed that the datasheet only provides the typical value for the startup specification.
Could you kindly provide the minimum and maximum values for the startup time…
Part Number: TPS7B91 Tool/software: Hello expert,
Based on TPS7B91 datasheet, I cannot find any adjustable OPN in package information(TPS7B9101). Could you kindly check if TPS7B91 has adjustable OPN could share to customer? Thanks!
Best regards, …
Part Number: TPS7B91 Other Parts Discussed in Thread: TPS7B92 Tool/software: Team-
Would be really helpful to have a SPICE model for the TPS7B91.
Is one in the works?
Would plan to use it in TINA or QSPICE.
Thanks, -Steve
Part Number: TPS7B91 Tool/software: Hello,
I would like to know if I can use the following LDO TPS7B91050DBVR as a voltage reference. Our board consumption is only 5A stable, with an input voltage from 10V to 20V. Input voltage is low impedance.
We…
