Hi Niteesh,
We don’t have any reference design for this requirement. You can implement over voltage protection circuit using discrete components, such as resistor divider and analog comparator.
Part Number: TPS2400 Other Parts Discussed in Thread: LM74502 Hello, I have a system that works in the 10-36V range. I want the system to shut down when a voltage above 36V reaches the input of this system. The high voltage coming to the input will vary…
Part Number: TPS2400 Other Parts Discussed in Thread: LM74502 Hi,
We are planning to design a custom board with TPS2400, and we require 90V overvoltage protection for our input [90V INPUT]. However, you have mentioned keeping the input supply within…
Part Number: TPS2400 Other Parts Discussed in Thread: LM74502 Hello, I have a system that works in the 10-36V range. I want the system to shut down when a voltage above 36V reaches the input of this system. The high voltage coming to the input will vary…
Part Number: TPS2400
Hello,
I'm planning to use the TPS2400 for a buck converter to implement Over Voltage Protection (OVP) on the output side. Could you kindly review the schematic provided below and advise if it is suitable for the following scenarios…
Part Number: TPS2400 Other Parts Discussed in Thread: LM5069 Dear Support,
I would like to get some help. I would like to use an eFuse in my system to protect sensitve electronics. I have a programmable supply, capable of 0-110V output voltage and I…
Part Number: TPS2400 Other Parts Discussed in Thread: TPS25947 hi team,
do we have overvoltage protection controller with normal voltage 20V 7A, while OVP point is 23V?
like Onsemi FPF3381 but can support 7A load current, whether FET internal or external…
Part Number: TPS2400 Other Parts Discussed in Thread: TPS54360 , To Whom it May Concern,
We implemented the low-side switch circuit from your SLVA163 application note and are finding that the MOSFET (PMV213N) is being randomly being damaged in the application…
Part Number: TPS2400 Other Parts Discussed in Thread: LM25069 , TPS24720 Hello, Fujitsu is using 12V/30A(max) DC supply rail. Since loaded devices absolute maximum input voltage is ~15V, they would like to clamp the 12V rail at 14V maximum. And they are…