Part Number: TVS2201 Hi TI Team,
We are planning to use TVS2201 in our design to protect against ISO7637-2 pulses ( Pulse1, 2a, 3a, 3b only)
I could not find following parameters in datasheet, can you share
1. Graph with respect to Pulse with(td…
Part Number: TVS2201 I'm using the above part in my design and would like TI to review the design. I prefer email or personal messages instead of sharing in the forum.
Part Number: TVS2201 Hi,
On the datasheet, the layout example is showing connector input at pad/pin 4 of the footprint and the protected input at pad/pin 1.
What if on my layout, I have it the other way round, for example, connector input at pad/pin…
Part Number: TVS3301 Other Parts Discussed in Thread: TVS2201 , Tool/software: I want a flat clamp diode rated around 40-45V. I'm able to find is maximum rating of 33V (TVS3301). I'd also like to know if putting 2 diode rated for 22V (TVS2201) make it…
Part Number: DRV8889-Q1 Other Parts Discussed in Thread: TVS2201 , TVS3301 , , DRV8452 , DRV8461 , DRV8462
Tool/software:
I want a flat clamp diode rated around 40-45V. I'm able to find is maximum rating of 33V (TVS3301). I'd also like to know if…
Part Number: TVS2701 Other Parts Discussed in Thread: TVS2201 , STRIKE Hi Team,
we are currently using the following scheme for reverse polarity where TVS is after RPP.
The input is 24VDC from standard industrial supply.
But now we want to…
Hi,
It seems like the TVS2201 has 4 different protection channels, but the TVS2201 is a single channel device. All 4 IN pins need to be connected to the signal/power rail to provide the protection described in the datasheet. Below is an example of the…
Part Number: TIDA-010249 Other Parts Discussed in Thread: OPA2320 , DAC5311 , THS4551 , TVS3301 , TVS2201 , TVS2701 , INA851 , TVS2700 Hi,
We are looking to create a new design to interface industry standard IEPE sensor. We have taken reference from…
Hello Gary,
Currently, the only devices we have that will protect a 20V signal are TVS2200 and TVS2201 flat-clamp surge protection devices. However, these devices have a have high capacitances, so the insertion loss would be too large for a 10 Gbps…
