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Task Using Transistor N22A, design and simulate using appropriate softw) C with lower catency of 500 Hr and upper cute inquency of 200 Mix Use a soluge divider basing scheme with a single voltage source of 12 V. After calculating component values, choose vals of the comments available in the market close the calculated From your design s a) List all design values of components in your configuration b) Find the midband voltage and curtains. c) Compute the put and output resistan d) State the mansition inquency of the amplifier c) Find the Miller's capaci D) Find Calc From the simulation beta-co the amplifier's handwidth and jotify any difference with the one gum above a) Ouput the bode plot (magnitude and phase) from th b) Indicate the critical frequencies on the bode plot. Are they different from the designed valu above? Justify your awa <) Demite whether the designed amplifier is stable or not. Jasify your answer by providing gain and phase margins.

Task Using Transistor N22A, design and simulate using appropriate softw) C with lower catency of 500 Hr and upper cute inquency of 200 Mix Use a soluge divider basing scheme with a single voltage source of 12 V. After calculating component values, choose vals of the comments available in the market close the calculated From your design s a) List all design values of components in your configuration b) Find the midband voltage and curtains. c) Compute the put and output resistan d) State the mansition inquency of the amplifier c) Find the Miller's capaci D) Find Calc From the simulation beta-co the amplifier's handwidth and jotify any difference with the one gum above a) Ouput the bode plot (magnitude and phase) from th b) Indicate the critical frequencies on the bode plot. Are they different from the designed valu above? Justify your awa <) Demite whether the designed amplifier is stable or not. Jasify your answer by providing gain and phase margins.

Introductory Circuit Analysis (13th Edition)
Introductory Circuit Analysis (13th Edition)
13th Edition
ISBN:9780133923605
Author:Robert L. Boylestad
Publisher:Robert L. Boylestad
Chapter1: Introduction
Section: Chapter Questions
Problem 1P: Visit your local library (at school or home) and describe the extent to which it provides literature...
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Task Using Transistor N22A, design and simulate using appropriate softw) C with lower catency of 500 Hr and upper cute inquency of 200 Mix Use a soluge divider basing scheme with a single voltage source of 12 V. After calculating component values, choose vals of the comments available in the market close the calculated From your design s a) List all design values of components in your configuration b) Find the midband voltage and curtains. c) Compute the put and output resistan d) State the mansition inquency of the amplifier c) Find the Miller's capaci D) Find Calc From the simulation beta-co the amplifier's handwidth and jotify any difference with the one gum above a) Ouput the bode plot (magnitude and phase) from th b) Indicate the critical frequencies on the bode plot. Are they different from the designed valu above? Justify your awa <) Demite whether the designed amplifier is stable or not. Jasify your answer by providing gain and phase margins.
Transcribed Image Text:Task Using Transistor N22A, design and simulate using appropriate softw) C with lower catency of 500 Hr and upper cute inquency of 200 Mix Use a soluge divider basing scheme with a single voltage source of 12 V. After calculating component values, choose vals of the comments available in the market close the calculated From your design s a) List all design values of components in your configuration b) Find the midband voltage and curtains. c) Compute the put and output resistan d) State the mansition inquency of the amplifier c) Find the Miller's capaci D) Find Calc From the simulation beta-co the amplifier's handwidth and jotify any difference with the one gum above a) Ouput the bode plot (magnitude and phase) from th b) Indicate the critical frequencies on the bode plot. Are they different from the designed valu above? Justify your awa <) Demite whether the designed amplifier is stable or not. Jasify your answer by providing gain and phase margins.
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