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D.A.S.
D.A.S.
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√ The 1st example has an interface with a Vcm=0 due to the ADC12DJ3200 specs.

X The 2nd example has an interface with Vcm \$\ne\$ 0 for common mode voltage some other ADC. As a consequence it suffers some loss for the same impedance unlike above.

You can follow 1st example since you are using an IC that works at 0Vdc for Vcm

√ The 1st example has an interface with a Vcm=0 due to the ADC12DJ3200 specs.

X The 2nd example has an interface with Vcm \$\ne\$ 0 for common mode voltage some other ADC.

You can follow 1st example since you are using an IC that works at 0Vdc for Vcm

√ The 1st example has an interface with a Vcm=0 due to the ADC12DJ3200 specs.

X The 2nd example has an interface with Vcm \$\ne\$ 0 for common mode voltage some other ADC. As a consequence it suffers some loss for the same impedance unlike above.

You can follow 1st example since you are using an IC that works at 0Vdc for Vcm

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D.A.S.
D.A.S.
  • 148.1k
  • 3
  • 56
  • 190

√ The 1st example has an interface with a Vcm=0 due to the ADC12DJ3200 specs.

X The 2nd example has an interface with Vcm \$\ne\$ 0 for common mode voltage some other ADC.

You can follow 1st example since you are using an IC that works at 0Vdc for Vcm

The 1st example has an interface with a Vcm=0 due to the ADC12DJ3200 specs.

The 2nd example has an interface with Vcm \$\ne\$ 0 for common mode voltage.

√ The 1st example has an interface with a Vcm=0 due to the ADC12DJ3200 specs.

X The 2nd example has an interface with Vcm \$\ne\$ 0 for common mode voltage some other ADC.

You can follow 1st example since you are using an IC that works at 0Vdc for Vcm

Source Link
D.A.S.
D.A.S.
  • 148.1k
  • 3
  • 56
  • 190

The 1st example has an interface with a Vcm=0 due to the ADC12DJ3200 specs.

The 2nd example has an interface with Vcm \$\ne\$ 0 for common mode voltage.