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Johan B.
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I am designing aan ultralow noise 5V/3A smpsSMPS.

On the DC side  , I see the ground (DC) is earthed (chassis ground) using a direct connection 0ohm0 ohm or using a Y capacitor  . What are the differences between them and whats best for low noise on DC output  ?

On the positive side (DC) I also see that sometimes itsit's earthed (chassis ground) using a Y capacitor. Is it recommended to make this connection (if our goal is low noise on DC output)  ? 330pf isIs 330 pF enough as a value for the Y cap  ?

I am designing a ultralow noise 5V/3A smps.

On the DC side  , I see the ground (DC) is earthed (chassis ground) using a direct connection 0ohm or using a Y capacitor  . What are the differences between them and whats best for low noise on DC output  ?

On the positive side (DC) I also see that sometimes its earthed (chassis ground) using a Y capacitor. Is it recommended to make this connection (if our goal is low noise on DC output)  ? 330pf is enough as a value for the Y cap  ?

I am designing an ultralow noise 5V/3A SMPS.

On the DC side, I see the ground (DC) is earthed (chassis ground) using a direct connection 0 ohm or using a Y capacitor. What are the differences between them and whats best for low noise on DC output?

On the positive side (DC) I also see that sometimes it's earthed (chassis ground) using a Y capacitor. Is it recommended to make this connection (if our goal is low noise on DC output)? Is 330 pF enough as a value for the Y cap?

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Johan B.
  • 369
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  • 22

I am designing ana ultralow noise 5V/3A SMPSsmps.

On the DC side  , I see the ground (DC) is earthed (chassis ground) using a direct connection 0 ohm0ohm or using a Y capacitor  . What are the differences between them and whats best for low noise on DC output  ?

On the positive side (DC) I also see that sometimes it'sits earthed (chassis ground) using a Y capacitor. Is it recommended to make this connection (if our goal is low noise on DC output)  ? Is 330 pF330pf is enough as a value for the Y cap  ?

I am designing an ultralow noise 5V/3A SMPS.

On the DC side, I see the ground (DC) is earthed (chassis ground) using a direct connection 0 ohm or using a Y capacitor. What are the differences between them and whats best for low noise on DC output?

On the positive side (DC) I also see that sometimes it's earthed (chassis ground) using a Y capacitor. Is it recommended to make this connection (if our goal is low noise on DC output)? Is 330 pF enough as a value for the Y cap?

I am designing a ultralow noise 5V/3A smps.

On the DC side  , I see the ground (DC) is earthed (chassis ground) using a direct connection 0ohm or using a Y capacitor  . What are the differences between them and whats best for low noise on DC output  ?

On the positive side (DC) I also see that sometimes its earthed (chassis ground) using a Y capacitor. Is it recommended to make this connection (if our goal is low noise on DC output)  ? 330pf is enough as a value for the Y cap  ?

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winny
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I am designing aan ultralow noise 5V/3A smpsSMPS.

On the DC side  , I see the ground (DC) is earthed (chassis ground) using a direct connection 0ohm0 ohm or using a Y capacitor  . What are the differences between them and whats best for low noise on DC output  ?

On the positive side (DC) I also see that sometimes itsit's earthed (chassis ground) using a Y capacitor. Is it recommended to make this connection (if our goal is low noise on DC output)  ? 330pf isIs 330 pF enough as a value for the Y cap  ?

I am designing a ultralow noise 5V/3A smps.

On the DC side  , I see the ground (DC) is earthed (chassis ground) using a direct connection 0ohm or using a Y capacitor  . What are the differences between them and whats best for low noise on DC output  ?

On the positive side (DC) I also see that sometimes its earthed (chassis ground) using a Y capacitor. Is it recommended to make this connection (if our goal is low noise on DC output)  ? 330pf is enough as a value for the Y cap  ?

I am designing an ultralow noise 5V/3A SMPS.

On the DC side, I see the ground (DC) is earthed (chassis ground) using a direct connection 0 ohm or using a Y capacitor. What are the differences between them and whats best for low noise on DC output?

On the positive side (DC) I also see that sometimes it's earthed (chassis ground) using a Y capacitor. Is it recommended to make this connection (if our goal is low noise on DC output)? Is 330 pF enough as a value for the Y cap?

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Johan B.
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