Part Number: TPS25200-Q1
Hi,
I'm using TPS25200QDRVTQ1 in my design and I need to use the ENABLE pin. It seems from datasheet that the turn ON threshold is 1.9V and also I noticed about the 330mV hysteresis but the system that gives me the EN logic…
Part Number: TPS25200 Hello,
I would like to ask you about the TPS25200. (Question 1) If the VOUT voltage is limited by Voltage Clamp, does the limited amount change to heat generation? If it continues to be clamped, will it cause a thermal shutdown or the…
Part Number: TPS25200 Hi,
I would like to understand what happens if the ILIM pin is shorted to GND because or Rilim failing short. Would the current limit continue to increase or would it be clamped at ~2.9A? Would you then have to rely on thermal shutdown…
Part Number: TPS25200 Hello team,
I received a question related following post, TPS25200: Behavior of Spice model
It seems that the logic of the EN pin is still reversed in the customer's Spice model. (In the simulation data, the inverter is included.…
Part Number: TPS25200 Hello team,
I received a inquiry from the customer.
He says that the behavior of the Spice model is the opposite of the datasheet. Details are as follows,
Pin: EN(4)
Behavior: Opposite (Active: Low)
Please confirm it.
Regards,
M…
Part Number: TPS25200 Hi Team,
Customer would like to apply a 1mA load on TPS25200. Is there a limitation of minimum current load?
Could TPS25200 be operated normally with even smaller load?
Thanks.
Part Number: TPS25200 Other Parts Discussed in Thread: TPS2595 , TPS2596 Hi Team,
Customer found the eFuse that is very interesting but it protects over voltage until 5V (5.4V)
We are wondering if there is a similar product for a 3V (3.3V) protection. …
Part Number: TPS25200-Q1 Hi TI expert,
May I know how to judge the hysteresis of the EN pin based on the D/S of TPS25200-Q1?
It seems that once the device over the 1.9V or lower the 0.6V, it will enable or disable for sure.
But how about the threshold…
Part Number: TPS25200-Q1
Hello Power Switch Experts,
My customer would like to better understanding the clamping voltage of the TPS25200-Q1. In their design, they would like to have the output always clamped to 5.5V or lower. Our datasheet shows the…
Part Number: TPS25200-Q1 Hi Team,
My customer is looking to use our TPS25200-Q1 as protection for an off-board load, and would like to understand if any of the failure modes in our FMD report could result in a loss of the overvoltage clamp protection. One…