In the circuit shown below, the voltage at each drain terminal is(i) ${V_{DD}} - \frac{{I{R_D}}}{2}$(ii) ${V_{DD}} + \frac{{I{R_D}}}{2}$(iii) VDD - IRD(iv) VDD + IRDChoose the correct option from the code given below:Code:

Question

In the circuit shown below, the voltage at each drain terminal is(i) ${V_{DD}} - \frac{{I{R_D}}}{2}$(ii) ${V_{DD}} + \frac{{I{R_D}}}{2}$(iii) VDD - IRD(iv) VDD + IRDChoose the correct option from the code given below:Code:

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(ii) is correct but (iii) is wrong

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(i) is wrong but (iv) is correct

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(iv) is correct but (ii) is wrong

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(iii) is correct but (i) is wrong

1.	In the circuit shown below, the voltage at each drain terminal is(i) \({V_{DD}} - \frac{{I{R_D}}}{2}\)(ii) \({V_{DD}} + \frac{{I{R_D}}}{2}\)(iii) VDD - IRD(iv) VDD + IRDChoose the correct option from the code given below:Code:
A.	(i) is wrong but (iv) is correct
B.	(ii) is correct but (iii) is wrong
C.	(iv) is correct but (ii) is wrong
D.	(iii) is correct but (i) is wrong
Answer» B. (ii) is correct but (iii) is wrong

In the circuit shown below, the voltage at each drain terminal is(i) \({V_{DD}} - \frac{{I{R_D}}}{2}\)(ii) \({V_{DD}} + \frac{{I{R_D}}}{2}\)(iii) VDD - IRD(iv) VDD + IRDChoose the correct option from the code given below:Code:

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