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If voltage is applied to the S pin on the OFF side, can leakage current to the D pin occur?

Thread Summary

The user inquired about leakage current in the ADG619 when the S pin is on the OFF side. The final answer confirms that leakage current can occur, with a typical value of 0.01 nA and a maximum of 0.25 nA at 25°C, increasing with temperature. The engineer suggested minimizing voltage stress and operating within specified conditions to mitigate leakage.
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Category: Datasheet/Specs
Product Number: ADG619

Hello.

I have a question about ADG619.

In ADG619, if voltage is applied to the S pin on the OFF side, can leakage current to the D pin occur?

Best regards.

Parents
  • Hi  ,

    Yes, leakage current can occur when a switch (S1 or S2) is OFF. For example, if IN = High, S2 is ON (connected to D) and S1 is OFF (not connected to D). In this case, a small leakage current IS(OFF) can still flow from S1 to D. According to the datasheet, this leakage is typically 0.01 nA and 0.25 nA max at 25°C, increasing with temperature. If leakage is a concern, consider minimizing voltage stress and operating within the specified conditions.

     

    Regards,

    Gelo

Reply
  • Hi  ,

    Yes, leakage current can occur when a switch (S1 or S2) is OFF. For example, if IN = High, S2 is ON (connected to D) and S1 is OFF (not connected to D). In this case, a small leakage current IS(OFF) can still flow from S1 to D. According to the datasheet, this leakage is typically 0.01 nA and 0.25 nA max at 25°C, increasing with temperature. If leakage is a concern, consider minimizing voltage stress and operating within the specified conditions.

     

    Regards,

    Gelo

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