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4. (20 pts) - Design the CS stage below for a voltage gain of 6, an...
4. (20 pts) - Design the CS stage below for a voltage gain of 6, an...
4. (20 pts) - Design the CS stage below for a voltage gain of 6, an input impedance of 100 k12, and a power budget of 5 mW. Assume a voltage drop of 500 mV across Rs. _VoD = 2V un cox = 200MA/v2 VTH = 0.5V ovout =0 Vin Ri, Rz, Ro. Rs. Z ?
Example: CS amplifier Design the CS stage shown to the right with A-SVN, Rin-50㏀, and P diss 5mW...
Example: CS amplifier Design the CS stage shown to the right with A-SVN, Rin-50㏀, and P diss 5mW. We need to have a 400mV voltage drop across Rs- Assume μη Cox-1 00μΑ/V2, VrH-0.5V, λ:0, and VDD-1.8V Ra
Example: CS amplifier Design the CS stage shown to the right with A-SVN, Rin-50㏀, and P diss 5mW. We need to have a 400mV voltage drop across Rs- Assume μη Cox-1 00μΑ/V2, VrH-0.5V, λ:0, and VDD-1.8V Ra
= We wish to design the amplifier in figure below for a voltage gain of 5...
= We wish to design the amplifier in figure below for a voltage gain of 5 V/V with (6) 20/0.18. Determine the required value of R, if the power dissipation is 1.8 mW. The transistor has a un Cox = 200 ÞA/V2, V, = 0.4V and 2 = 0. Vpp = 1.8 V Rp. OV. out Vin 15
The circuit 3-The circuit of problem # 2 is subjected to a small ac input by the signal generator. By neglecting the voltage drop across the coupling and bypass capacitors, determine the small signa...
The circuit
3-The circuit of problem # 2 is subjected to a small ac input by the signal generator. By neglecting the voltage drop across the coupling and bypass capacitors, determine the small signal voltage gain Vo/ Vì = Avi , input resistance Ri-vi / ii and the output resistance Ro external to R Avi= Ri= , Ro The accompanying circuit shows a 4-resistor biased JFET transistor Determine the values of Rp and Rs so that the Q-point is equal...
USE EXACT ANALYSIS Use 4 decimal places, no commas. Given: Single-stage, voltage-divider biased, common collector amplifier...
USE EXACT ANALYSIS Use 4 decimal places, no commas. Given: Single-stage, voltage-divider biased, common collector amplifier with a. VCC = 15V b. R1 55 kohms c. R2 15 kohms d. RE 1.5 kohms e. Rs = 14 ohms f. RL = 500 ohms g. DC Beta = 50 h, AC Beta = 100 *C1 and C2 are coupling capacitors. C3 is bypass capacitor Required: A. VTH =[a] V B. RTH =[b] kohms C. IE [c] mA D. VC =[d] V...
4. (20 pts) - Design the CS stage below for a voltage gain of 6, an input impedance of 100 k12, and a power budget of 5 mW. Assume a voltage drop of 500 mV across Rs. _VoD = 2V un cox = 200MA/v2 VTH = 0.5V ovout =0 Vin Ri, Rz, Ro. Rs. Z ?
Example: CS amplifier Design the CS stage shown to the right with A-SVN, Rin-50㏀, and P diss 5mW. We need to have a 400mV voltage drop across Rs- Assume μη Cox-1 00μΑ/V2, VrH-0.5V, λ:0, and VDD-1.8V Ra
Example: CS amplifier Design the CS stage shown to the right with A-SVN, Rin-50㏀, and P diss 5mW. We need to have a 400mV voltage drop across Rs- Assume μη Cox-1 00μΑ/V2, VrH-0.5V, λ:0, and VDD-1.8V Ra
= We wish to design the amplifier in figure below for a voltage gain of 5 V/V with (6) 20/0.18. Determine the required value of R, if the power dissipation is 1.8 mW. The transistor has a un Cox = 200 ÞA/V2, V, = 0.4V and 2 = 0. Vpp = 1.8 V Rp. OV. out Vin 15
The circuit
3-The circuit of problem # 2 is subjected to a small ac input by the signal generator. By neglecting the voltage drop across the coupling and bypass capacitors, determine the small signal voltage gain Vo/ Vì = Avi , input resistance Ri-vi / ii and the output resistance Ro external to R Avi= Ri= , Ro The accompanying circuit shows a 4-resistor biased JFET transistor Determine the values of Rp and Rs so that the Q-point is equal...
USE EXACT ANALYSIS Use 4 decimal places, no commas. Given: Single-stage, voltage-divider biased, common collector amplifier with a. VCC = 15V b. R1 55 kohms c. R2 15 kohms d. RE 1.5 kohms e. Rs = 14 ohms f. RL = 500 ohms g. DC Beta = 50 h, AC Beta = 100 *C1 and C2 are coupling capacitors. C3 is bypass capacitor Required: A. VTH =[a] V B. RTH =[b] kohms C. IE [c] mA D. VC =[d] V...
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