Part Number: TVS0500 Tool/software: Dear team,
I am looking for TVS for below application. Could you recommend solution to this?
USB4 20Gbps/40Gbps,
ESD Air discharge>=15KV
Contact discharge>=10KV
BTW, I found there are TVS/ TSM/ TSD part…
Part Number: TVS0500 Tool/software: Hello,
I am not understanding this drawing. This chip will protect 3 lines. The drawing & statement with the red arrows do not make sense to me when taken at face value. I cannot route 3 traces in the way shown, it…
Part Number: TVS0500 Other Parts Discussed in Thread: TPS25947 , TVS1400 Hi,
I used TPS25947 in input and only support to minimum -15V negative voltage protect.
If I want add TVS to increase negative protect range, Could I add reverse uni-direction…
Part Number: TVS0500 Other Parts Discussed in Thread: TSD05 , ADS124S08
Tool/software:
Hi everyone:
I’m looking for parts / design recommendations to enhance the EMC of our device and to provide it with additional ESD / Surge protection. Currently…
Part Number: TVS0500 Other Parts Discussed in Thread: TPD1E10B06 , Hi,
Let me ask you a basic question about TVS0500 and TPD1E10B06.
About the failure mode of both devices in the forward or reverse direction, an open failure or a short failure?…
Part Number: TVS0500 An IEC61000-4-4 Burst Noise test was performed on the cabling connecting to a board with a Δ∑ADC. The cables connect to the board and PCB traces take the signals to the ADC, through an input CM / Diff filter.
Right now there is…
Part Number: TVS0500 Hey, we are integrating this part with our Board. So we were doing pre-simulation to ascertain its usage. As a part of pre-sim we attached the PSPICE transient model provided in Design & Development section to the testbench and did…
Part Number: TVS0500 Are there any Reference Designs / Schematics / examples floating around somewhere, for using such TVS protection devices for IEC 61000-4-4 EFT noise protection?
Sizing external series resistor, etc...any design guide? I can't seem…
Part Number: TVS0500 Hello
We have a requirement to insert a voltage drop in a circuit that must withstand 1.5A (maximum and non-repetitive) for a few 10s of milliseconds. The data ( SLVSED2C, Figure 2) shows the TVS0500 will clamp to 8 to 8.8V in this…
