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The network N1 shown in Figure 123(a) contains linear RLC components. The driving- point input impedance Zin(j@) at the cyclic frequency f of 40KHZ is to be determined at te minals A-B. With the component values shown on the schematic, apply phasor compo- nents to calculate Zin(j@) and replace Ni with this complex impedance at A-B as shown in Figure 123(b). A A R1 1502 2202 R4 L5 1.0mH Ein(jw) C2 7.2nF Zin(jw) 33nF R7 L3 2.2mH C6 4702 N1 (a) (b) 0000

The network N1 shown in Figure 123(a) contains linear RLC components. The driving- point input impedance Zin(j@) at the cyclic frequency f of 40KHZ is to be determined at te minals A-B. With the component values shown on the schematic, apply phasor compo- nents to calculate Zin(j@) and replace Ni with this complex impedance at A-B as shown in Figure 123(b). A A R1 1502 2202 R4 L5 1.0mH Ein(jw) C2 7.2nF Zin(jw) 33nF R7 L3 2.2mH C6 4702 N1 (a) (b) 0000

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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The network N1 shown in Figure 123(a) contains linear RLC components. The driving- point input impedance Zin(jo) at the cyclic frequency f of 40KHZ is to be determined at ter- minals A-B. With the component values shown on the schematic, apply phasor compo- nents to calculate Zin(jo) and replace N1 with this complex impedance at A-B as shown in Figure 123(b). A A R1 1502 2200 R4 L5 1.0mH Zin(jw) C2 7.2nF Zin(jw) 33nF R7 L3 2.2mH C6 4702 N1 В В (a) (b) Figure 123 (a) Linear network N1 (b) Ni replaced by Zin(jm) 0000 ell
Transcribed Image Text:The network N1 shown in Figure 123(a) contains linear RLC components. The driving- point input impedance Zin(jo) at the cyclic frequency f of 40KHZ is to be determined at ter- minals A-B. With the component values shown on the schematic, apply phasor compo- nents to calculate Zin(jo) and replace N1 with this complex impedance at A-B as shown in Figure 123(b). A A R1 1502 2200 R4 L5 1.0mH Zin(jw) C2 7.2nF Zin(jw) 33nF R7 L3 2.2mH C6 4702 N1 В В (a) (b) Figure 123 (a) Linear network N1 (b) Ni replaced by Zin(jm) 0000 ell
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