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The amplifier circuit below uses an n channel FET with gm =5.21 mS and IDO = 3.93 mA. The resistor R1 =2.51 kM and Vpp =22.3 V. R, Vos Vout Vas a. Analyse the circuit to find an equation for the output voltage in terms of the input voltage. You do not need to submit this equation for this quiz, but you wi need it to solve the following problems. (Hint: begin by using KVL to find an equation for vout in terms of ip and values we already know. Then write an equation for the FET that gives ip in terms of vGs. Combine these two equations to eliminate ip.) In the following parts, give your answer to 3 siginficant figures as usual (except for part c), but keep intermediate results to more significant figures, otherwise rounding errors may lead to incorrect answers. dv out y? dvin b. What is the small signal gain of the amplifier (- 数字 c. What is the minimum output voltage of the circuit? (For this part only, give your answer to the nearest whole number.) 数字 单位 that corrsponds to the output voltage from part c)? vin d. What is the (minimum) value of v; 数字 单位 e. What is the maximum output voltage of the circuit? 数字 单位 that corrsponds to the output voltage from part e)? Vin f. What is the (maximum) value of 数字 单位

The amplifier circuit below uses an n channel FET with gm =5.21 mS and IDO = 3.93 mA. The resistor R1 =2.51 kM and Vpp =22.3 V. R, Vos Vout Vas a. Analyse the circuit to find an equation for the output voltage in terms of the input voltage. You do not need to submit this equation for this quiz, but you wi need it to solve the following problems. (Hint: begin by using KVL to find an equation for vout in terms of ip and values we already know. Then write an equation for the FET that gives ip in terms of vGs. Combine these two equations to eliminate ip.) In the following parts, give your answer to 3 siginficant figures as usual (except for part c), but keep intermediate results to more significant figures, otherwise rounding errors may lead to incorrect answers. dv out y? dvin b. What is the small signal gain of the amplifier (- 数字 c. What is the minimum output voltage of the circuit? (For this part only, give your answer to the nearest whole number.) 数字 单位 that corrsponds to the output voltage from part c)? vin d. What is the (minimum) value of v; 数字 单位 e. What is the maximum output voltage of the circuit? 数字 单位 that corrsponds to the output voltage from part e)? Vin f. What is the (maximum) value of 数字 单位

Delmar's Standard Textbook Of Electricity
Delmar's Standard Textbook Of Electricity
7th Edition
ISBN:9781337900348
Author:Stephen L. Herman
Publisher:Stephen L. Herman
Chapter18: Resistive-inductive Parallel Circuits
Section: Chapter Questions
Problem 13PP: In an R-L parallel circuit, IT=1.25 amps, R=1.2k, and XL=1k. Find IR
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The amplifier circuit below uses an n channel FET with gm =5.21 mS and IDO = 3.93 mA. The resistor R1 =2.51 kM and Vpp =22.3 V. R, Vos Vout Vas a. Analyse the circuit to find an equation for the output voltage in terms of the input voltage. You do not need to submit this equation for this quiz, but you wi need it to solve the following problems. (Hint: begin by using KVL to find an equation for vout in terms of ip and values we already know. Then write an equation for the FET that gives ip in terms of vGs. Combine these two equations to eliminate ip.) In the following parts, give your answer to 3 siginficant figures as usual (except for part c), but keep intermediate results to more significant figures, otherwise rounding errors may lead to incorrect answers. dv out y? dvin b. What is the small signal gain of the amplifier (- 数字 c. What is the minimum output voltage of the circuit? (For this part only, give your answer to the nearest whole number.) 数字 单位 that corrsponds to the output voltage from part c)? vin d. What is the (minimum) value of v; 数字 单位 e. What is the maximum output voltage of the circuit? 数字 单位 that corrsponds to the output voltage from part e)? Vin f. What is the (maximum) value of 数字 单位
Transcribed Image Text:The amplifier circuit below uses an n channel FET with gm =5.21 mS and IDO = 3.93 mA. The resistor R1 =2.51 kM and Vpp =22.3 V. R, Vos Vout Vas a. Analyse the circuit to find an equation for the output voltage in terms of the input voltage. You do not need to submit this equation for this quiz, but you wi need it to solve the following problems. (Hint: begin by using KVL to find an equation for vout in terms of ip and values we already know. Then write an equation for the FET that gives ip in terms of vGs. Combine these two equations to eliminate ip.) In the following parts, give your answer to 3 siginficant figures as usual (except for part c), but keep intermediate results to more significant figures, otherwise rounding errors may lead to incorrect answers. dv out y? dvin b. What is the small signal gain of the amplifier (- 数字 c. What is the minimum output voltage of the circuit? (For this part only, give your answer to the nearest whole number.) 数字 单位 that corrsponds to the output voltage from part c)? vin d. What is the (minimum) value of v; 数字 单位 e. What is the maximum output voltage of the circuit? 数字 单位 that corrsponds to the output voltage from part e)? Vin f. What is the (maximum) value of 数字 单位
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