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a. Determine the inductor and capacitor values for a "pi" (n) configured constant-K, band-stop filter with cut-off frequencies of 101.1 and 101.7 MHz and surge impedance 10 kQ b. Sketch the equivalent "T" network Bandpass Design Equations Bandstop Design Equations L₁ = Zo (f₂-f1) (f1-f2)Zo L₁ = πf1f2 (f2-f1)Z0 Zo L2 4nf1f2 L₂ = 4π(f₂-f1) f2-f1 C1 4πf1f2Z0 1 C₂ = π(f₂-f1)Z0 1 4(f2-f1)Zo C₂ = (f2-f1) πZofifz

a. Determine the inductor and capacitor values for a "pi" (n) configured constant-K, band-stop filter with cut-off frequencies of 101.1 and 101.7 MHz and surge impedance 10 kQ b. Sketch the equivalent "T" network Bandpass Design Equations Bandstop Design Equations L₁ = Zo (f₂-f1) (f1-f2)Zo L₁ = πf1f2 (f2-f1)Z0 Zo L2 4nf1f2 L₂ = 4π(f₂-f1) f2-f1 C1 4πf1f2Z0 1 C₂ = π(f₂-f1)Z0 1 4(f2-f1)Zo C₂ = (f2-f1) πZofifz

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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a. Determine the inductor and capacitor values for a "pi" (n) configured constant-K, band-stop filter with cut-off frequencies of 101.1 and 101.7 MHz and surge impedance 10 kQ b. Sketch the equivalent "T" network Bandpass Design Equations Bandstop Design Equations L₁ = Zo (f₂-f1) (f1-f2)Zo L₁ = πf1f2 (f2-f1)Z0 Zo L2 4nf1f2 L₂ = 4π(f₂-f1) f2-f1 C1 4πf1f2Z0 1 C₂ = π(f₂-f1)Z0 1 4(f2-f1)Zo C₂ = (f2-f1) πZofifz
Transcribed Image Text:a. Determine the inductor and capacitor values for a "pi" (n) configured constant-K, band-stop filter with cut-off frequencies of 101.1 and 101.7 MHz and surge impedance 10 kQ b. Sketch the equivalent "T" network Bandpass Design Equations Bandstop Design Equations L₁ = Zo (f₂-f1) (f1-f2)Zo L₁ = πf1f2 (f2-f1)Z0 Zo L2 4nf1f2 L₂ = 4π(f₂-f1) f2-f1 C1 4πf1f2Z0 1 C₂ = π(f₂-f1)Z0 1 4(f2-f1)Zo C₂ = (f2-f1) πZofifz
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