Capacitive coupling clamp not working as expected

  • Thread starter Nikhil N
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In summary, the conversation discusses the creation of a capacitive coupling clamp using aluminium and the issue of only seeing 6V across the plates when a burst signal of 500V is fed. The person working on the project is unsure about the source impedance of their source and asks for help understanding it. They also mention having a chattering relay circuit that can produce bursts of up to 4KV and are trying to connect it to the clamp, but are not seeing the expected results. They also have a question about the power of the burst and its effects on the process, particularly in terms of the number of electrons that come to the plate.
  • #1
Nikhil N
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I just made a capacitive coupling clamp with aluminium. When I fed a burst signal of 500V, I could only see 6V across the plates. I have used 1.5mm thickness aluminium sheet. Why its not working as expected?
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  • #2
Nikhil N said:
I just made a capacitive coupling clamp with aluminium. When I fed a burst signal of 500V, I could only see 6V across the plates. I have used 1.5mm thickness aluminium sheet. Why its not working as expected?View attachment 203785
Nice, an EN 61000-4-4 Burst clamp for IO lines. What is the source impedance of your source? Can you post a schematic?
 
  • #3
berkeman said:
Nice, an EN 61000-4-4 Burst clamp for IO lines. What is the source impedance of your source? Can you post a schematic?
I am first time working in this area, so I didn't understand source impedance of what you are asking. I have a chattering relay circuit, which can produce burst of upto 4KV and I am trying to connect the burst to the capacitive coupling clamp. But I am not seeing the burst coupled with the signals in communication lines.
 
  • #4
I have one doubt regarding this, Will the power of burst effects anywhere in this process? Why I am asking is, the current is the rate of change of electrone's flow, so if we are coupling the burst with capacitive way we have to take care the no. of electrons that comes to the plate na? I know the voltage of my burst but I didnt measure the current.
 
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