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Step 1 of 4 8.053P Refer to Figure 8.20 from the text book. Calculate the value of the transconductance 8m Substitute 0.2 mA for and 0.2 V for 0.2 = 2 mA/V Therefore, the value of the transconductance is 2 mA/V Step 2 of 4 Calculate the value of the resistance = Substitute 0.2 mA for and 20 V for = 0.2 m 20 = 100 kΩ Therefore, the value of the resistance r. 100 kΩ Step 3 of 4 Consider the expression fro the output resistance Substitute 100 kΩ for 2 mA/V for 8m and 500 kΩ for R, = 1.99 kΩ Therefore, the value of the resistance R, is Step 4 of 4 Calculate the value of the of the voltage Substitute 1.99 kΩ for R, 0.2 mA for 0.5 V for and 0.2 V for =0.398+0.7 = 1.098 V Therefore, the value of the voltage VBIAS is 1.098 V