Part Number: TPS22992 Other Parts Discussed in Thread: TPS25947 Tool/software: Hi Team,
1.We are working on a project , which is using USB Type C, sink mode, 5V,3A design. The capacitor value is greater than 200uF because of circuit limitations. In…
Part Number: TPS22992 We would like to request a design review for the power section. Kindly share your review comments at the earliest possible. TPS22992SRXNR -Load switch.pdf
Part Number: TPS22992 Tool/software: To whom it may concern -
How is the charge pump used inside the device?
If the charge pump is lower than the recommended voltage range (< 1.5V), how does the circuit respond?
Thanks,
Brendan
Part Number: TPS22992 Tool/software: Hello,
My customer is looking for load switch solution that supports the following conditions.
- VIN = 3.7V (18650 Battery)
- VOUT = 3.7V / 30A (Solutions to minimize heat generation)
If there is a TI product…
Part Number: TPS22992
Tool/software:
Hello,
We are doing thermal calculation for TPS22992. We required maximum allowable junction temperature of this IC, which is not given in the datasheet. I have attached the screenshot for your reference.
Part Number: TPS22992 Tool/software: To whom it may concern -
Per the datasheet, it states if we want to use the internal resistance for discharge of VOUT, we can short QOD to VOUT. With a 100 ohm resistance, what is the power rating on that internal…
Part Number: TPS22992 Other Parts Discussed in Thread: TPS22953 , Tool/software: Is it acceptable to have the "ON" pin powered at 3V while the rest of the part (VIN and VBIAS) is not powered? If it is acceptable, will the internal pull-down be in place…
Part Number: TPS22992 Tool/software: Hi
When using your website to download the Ultra Librarian footprint for the TPS22992SRXNR, UL generates the wrong footprint for the RXN package. It generates the RXP package for both cases.
Can you please correct…
Part Number: TPS22992 Tool/software: Hi,
the QOD pin does not include the maximum current limit in the TPS22992S data sheet. Also, no minimum series resistor is specified.
Does this mean that the integrated Discharge FET is rated at 240mA? 240mA results…