The transistor parameters: VTP = −1 V, kp = 2 mA/v2, λ = 0 and by using Table 2 . a) Find VSGQ and VSDQ of the FET amplifier as shown In Figure 2. b) Derive an expression for mid-band voltage gain (vo/vs) of the FET amplifier. c) Sketch the gain (vo/vs) in dB versus frequency. Clearly label all break points. Note 1: When designing the circuit, please show the solution step by step. Note 2: The values of all results must be four digits after the point. Figure 2. Table 2

The transistor parameters: VTP = −1 V, kp = 2 mA/v2, λ = 0 and by using Table 2 . a) Find VSGQ and VSDQ of the FET amplifier as shown In Figure 2. b) Derive an expression for mid-band voltage gain (vo/vs) of the FET amplifier. c) Sketch the gain (vo/vs) in dB versus frequency. Clearly label all break points. Note 1: When designing the circuit, please show the solution step by step. Note 2: The values of all results must be four digits after the point. Figure 2. Table 2

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The transistor parameters: V T = 1 V , k p = 2 m A / v 2 , λ = 0 and by using Table 2 . a) Find V S Q Q and V soQ of the FET amplifier as shown In FIgure 2. b) Derive an expression for mid-band voltage gain ( V d / ν s ) of the FET amplifier. c) Sketch the gain ( ν d / v s ) in dB versus frequency. Clearly label all break points.
Note 1: When designing the circuit, please show the solution step by step. Note 2: The values of all results must be four digits after the point. Figure 2. Table 2

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