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Urgent! please solve the problem in the given image with steps.

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Asked by miaowmira1900 12th August 2019, 1:21 AM
Answered by Expert
Answer:
Voltage between Gate and Source, vGS = 5× R2 /( R1 + R2 )  = 5× 100/ 675.7 = 0.74 V
 
Drain current  iD = K( vGS - vT )2  =  1.16×10-3 ( 0.74 - 0.5 )2 = 67 μA
 
if vDS ≥ ( vGS - vT )   or  vDS ≥ (0.74 - 0.5 )   or  vDS ≥ 0.24 V , then voltage drop across RD ≤ ( 5-0.24)  V
 
Hence maximum voltage drop across RD = 4.76 V
 
since drain current is 67 μA ,  resistance RD = 4.76 V / 67 μA = 71.04 kΩ
Answered by Expert 12th August 2019, 7:29 AM
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