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Design a dipole antenna with 1 reflector and 3 director whose frequency is operating from 115MHz to 255 MHz. (Use equations and Special characters in your solutions and answers) Compute for the: 1. Center frequency, f 2. Wavelength, A 3. Length of Driven Element, LDE 4. Length of Director, L 5. Length of Reflector, L 6. Spacing from Director to Driven Element, S R-DE 7. Spacing from Driven Element to Director, S, DE-D 8. Spacing from Director 1 to Director 2, S D1-D2 9. Spacing from Director 2 to Director 3, S D2-D3 10. Length of Boom, L

Design a dipole antenna with 1 reflector and 3 director whose frequency is operating from 115MHz to 255 MHz. (Use equations and Special characters in your solutions and answers) Compute for the: 1. Center frequency, f 2. Wavelength, A 3. Length of Driven Element, LDE 4. Length of Director, L 5. Length of Reflector, L 6. Spacing from Director to Driven Element, S R-DE 7. Spacing from Driven Element to Director, S, DE-D 8. Spacing from Director 1 to Director 2, S D1-D2 9. Spacing from Director 2 to Director 3, S D2-D3 10. Length of Boom, L

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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Design a dipole antenna with 1 reflector and 3 director whose frequency is operating from 115MHz to 255 MHz. (Use equations and Special characters in your solutions and answers) Compute for the: 1. Center frequency, f 2. Wavelength, A 3. Length of Driven Element, LDE 4. Length of Director, L 5. Length of Reflector, LR 6. Spacing from Director to Driven Element, S R-DE 7. Spacing from Driven Element to Director, S DE-D 8. Spacing from Director 1 to Director 2, S D1-D2 9. Spacing from Director 2 to Director 3, S D2-D3 10. Length of Boom, LB
Transcribed Image Text:Design a dipole antenna with 1 reflector and 3 director whose frequency is operating from 115MHz to 255 MHz. (Use equations and Special characters in your solutions and answers) Compute for the: 1. Center frequency, f 2. Wavelength, A 3. Length of Driven Element, LDE 4. Length of Director, L 5. Length of Reflector, LR 6. Spacing from Director to Driven Element, S R-DE 7. Spacing from Driven Element to Director, S DE-D 8. Spacing from Director 1 to Director 2, S D1-D2 9. Spacing from Director 2 to Director 3, S D2-D3 10. Length of Boom, LB
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Length of Director , LD

Length of Reflector,LR

Spacing from Director to Driven Element, SR-DE

Spacing from Driven Element to Director, SDE-D

Spacing from Director 1 to Director 2, SD1-D2

Spacing from Director 2 to Director 3, SD2-D3

Length of Boom, LB

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Follow-up Question
Design a dipole antenna with 1 reflector and 3 director whose frequency is operating from 115MHz to 255 MHz. (Use equations and Special characters in your solutions and answers) Compute for the: 4. Length of Director, L 5. Length of Reflector, LR 6. Spacing from Director to Driven Element, S R-DE 7. Spacing from Driven Element to Director, S DE-D 8. Spacing from Director 1 to Director 2, S D1-D2 9. Spacing from Director 2 to Director 3, S D2-D3 10. Length of Boom, LB
Transcribed Image Text:Design a dipole antenna with 1 reflector and 3 director whose frequency is operating from 115MHz to 255 MHz. (Use equations and Special characters in your solutions and answers) Compute for the: 4. Length of Director, L 5. Length of Reflector, LR 6. Spacing from Director to Driven Element, S R-DE 7. Spacing from Driven Element to Director, S DE-D 8. Spacing from Director 1 to Director 2, S D1-D2 9. Spacing from Director 2 to Director 3, S D2-D3 10. Length of Boom, LB
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