Part Number: TPS22995H-Q1 Hello,
the maximum on-resistance is specified for VBIAS = 3.3 V, VIN = 3.3 V and IOUT = -200 mA with 29 mOhm for the temperature range -40..125 °C.
Please specify the maximum on-resistance for currrents up to -3 A.
Thanks…
Part Number: TPS22995H-Q1 Good Morning Team,
Hope your day is going well!
Could you please provide the FMD document and Finish values for Part # TPS22995HQDDCRQ1 since we can not find them on website.
Thank you in advance for your help!
Part Number: TPS22995H-Q1 Other Parts Discussed in Thread: TPS74801-Q1 , , LP8764-Q1 We are using one SSD part for that we required 3 power rails 3.3V, 1.2V & 0.9V .We are using TPS22995H-Q1 for power supply 3.3V , TPS74801-Q1 for 1.2V supply & LP8764…
Part Number: TPS22995H-Q1 Other Parts Discussed in Thread: TPS22965-Q1 I need to implement a High-Power (0.5A) Bus-Powered Device (Function).
From what I understand, the Host and Device will initially enumerate, up to 100mA. I will keep the VBUS load…
Part Number: TPS22995H-Q1 Other Parts Discussed in Thread: TPS22995 , Hi
I am building a circuit to manage the inrush current. I am trying to increase slew rate and reduce inrush current using the TPS22995. From my understanding the capacitor on CT pin should…
Part Number: TPS6594-Q1 Other Parts Discussed in Thread: TPS22995H-Q1 , TDA4VM , TPS22965-Q1 Hello TI,
Can you approve that one TPS6594-Q1 output GPO9 or GPO11 is capable to drive one TPS22995H-Q1 ON Pin (point-to-point connection with no additional leakage…
Hi Dino,
The switch FET would not turn on at all, and the device could in theory be damaged. For devices protected against this condition, please see TPS22995H-Q1 or TPS22996 .
Thanks,
Patrick
Hi Fujiwara-san,
Once the CT pin is shorted to ground during operation, the device will get damaged and we cannot guarantee functionality.
Currently the only humidity resistant device we have in our portfolio is the TPS22995H-Q1.
This humidity resistance…
Hello Fayis,
You can parallel load switches using the same supply and load. The maximum current does not become 2x ABS max current due to the variance in Ron because one device could have 1.6A flowing through it and the other 1.4A (just a loose example…