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R1 C1 a (1 ZISph VSm ISm ZVSph L1 b In the circuit, the voltage source amplitude and phase are 20 V and 0.75 rad correspondingly; the current source amplitude and phase are 10 mA and 0.75 rad correspondingly; The signal frequency of both sources is 28 MHz; R1=4 kOhm, L1= 85 uH (u=micro), C1= 1.1 pF. Using any appropriate techniques, find the following parameters of Thevenin equivalent circuit with respect to the terminals "a" and "b". Present the Thevenin source in the polar form and the Thevenin impedance in the algebraic form. 1) Thevenin source amplitude (Unit: V) Submit Answer 2) Thevenin source phase. (Unit: rad) Şubmit Answer 3) Real part of Thevenin equivalent impedance. (Unit: Ohm) Submit Answer 4) Imaginary part of Thevenin equivalent impedance. (Unit: Ohm) Submit Answer 5) Identify the type of equivalent circuit of the Thevenin impedance (select the correct circuit type from the options below): Series connection of resistor and inductor. O Series connection of resistor and capacitor. Submit Answer

R1 C1 a (1 ZISph VSm ISm ZVSph L1 b In the circuit, the voltage source amplitude and phase are 20 V and 0.75 rad correspondingly; the current source amplitude and phase are 10 mA and 0.75 rad correspondingly; The signal frequency of both sources is 28 MHz; R1=4 kOhm, L1= 85 uH (u=micro), C1= 1.1 pF. Using any appropriate techniques, find the following parameters of Thevenin equivalent circuit with respect to the terminals "a" and "b". Present the Thevenin source in the polar form and the Thevenin impedance in the algebraic form. 1) Thevenin source amplitude (Unit: V) Submit Answer 2) Thevenin source phase. (Unit: rad) Şubmit Answer 3) Real part of Thevenin equivalent impedance. (Unit: Ohm) Submit Answer 4) Imaginary part of Thevenin equivalent impedance. (Unit: Ohm) Submit Answer 5) Identify the type of equivalent circuit of the Thevenin impedance (select the correct circuit type from the options below): Series connection of resistor and inductor. O Series connection of resistor and capacitor. Submit Answer

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
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R1 C1 a (1 ZISph VSm ISm ZVSph L1 b In the circuit, the voltage source amplitude and phase are 20 V and 0.75 rad correspondingly; the current source amplitude and phase are 10 mA and 0.75 rad correspondingly; The signal frequency of both sources is 28 MHz; R1=4 kOhm, L1= 85 uH (u=micro), C1= 1.1 pF. Using any appropriate techniques, find the following parameters of Thevenin equivalent circuit with respect to the terminals "a" and "b". Present the Thevenin source in the polar form and the Thevenin impedance in the algebraic form. 1) Thevenin source amplitude (Unit: V) Submit Answer 2) Thevenin source phase. (Unit: rad) Şubmit Answer 3) Real part of Thevenin equivalent impedance. (Unit: Ohm) Submit Answer 4) Imaginary part of Thevenin equivalent impedance. (Unit: Ohm) Submit Answer 5) Identify the type of equivalent circuit of the Thevenin impedance (select the correct circuit type from the options below): Series connection of resistor and inductor. O Series connection of resistor and capacitor. Submit Answer
Transcribed Image Text:R1 C1 a (1 ZISph VSm ISm ZVSph L1 b In the circuit, the voltage source amplitude and phase are 20 V and 0.75 rad correspondingly; the current source amplitude and phase are 10 mA and 0.75 rad correspondingly; The signal frequency of both sources is 28 MHz; R1=4 kOhm, L1= 85 uH (u=micro), C1= 1.1 pF. Using any appropriate techniques, find the following parameters of Thevenin equivalent circuit with respect to the terminals "a" and "b". Present the Thevenin source in the polar form and the Thevenin impedance in the algebraic form. 1) Thevenin source amplitude (Unit: V) Submit Answer 2) Thevenin source phase. (Unit: rad) Şubmit Answer 3) Real part of Thevenin equivalent impedance. (Unit: Ohm) Submit Answer 4) Imaginary part of Thevenin equivalent impedance. (Unit: Ohm) Submit Answer 5) Identify the type of equivalent circuit of the Thevenin impedance (select the correct circuit type from the options below): Series connection of resistor and inductor. O Series connection of resistor and capacitor. Submit Answer
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