Coaxial cable is used in applications requiring the propagation of high-frequency signal. Such cable consists of a solid conducting cylinder as the inner conductor and a solid conducting cylindrical shell as the outer conductor. A dielectric fills the region between these conductors. Consider the RG-59/U coaxial cable that is commonly used to connect a television/internet equipment. It has an inner conductor with a diameter of 0.584 mm, dielectric filler with a dielectric constant of K = 1.20, and an outer conductor with an inner diameter of 3.7084 mm. Assuming that these conductors are very long, calculate the capacitance per metre of the RG-59/U coaxial cable. Include a derivation of an equation for the capacitance per unit length of the coaxial cable and then use this equation to calculate your answer. (As discussed in class, assign a charge +Q and voltage V to the inner conductor and a charge -Q and 0 V to the outer conductor, solve for the voltage V, and then compute the capacitance as C = Q/V.)

Coaxial cable is used in applications requiring the propagation of high-frequency signal. Such cable consists of a solid conducting cylinder as the inner conductor and a solid conducting cylindrical shell as the outer conductor. A dielectric fills the region between these conductors. Consider the RG-59/U coaxial cable that is commonly used to connect a television/internet equipment. It has an inner conductor with a diameter of 0.584 mm, dielectric filler with a dielectric constant of K = 1.20, and an outer conductor with an inner diameter of 3.7084 mm. Assuming that these conductors are very long, calculate the capacitance per metre of the RG-59/U coaxial cable. Include a derivation of an equation for the capacitance per unit length of the coaxial cable and then use this equation to calculate your answer. (As discussed in class, assign a charge +Q and voltage V to the inner conductor and a charge -Q and 0 V to the outer conductor, solve for the voltage V, and then compute the capacitance as C = Q/V.)

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...

See similar textbooks

Similar questions

You can assume diameter and other required information as per according to given parameters....
sub= 1 urgent please
Write the Gauss law integral and derivative expression. Explain how to define a Gaussian surface and what is its property.Give me detail pls.
5-A lossless T.L. has Zo = 100 Q and is loaded by ZL. The VSWR = 2. The first two voltage minima are located at z= -10 and -35 Cm from the load where z = 0. Determine ZL.
Describe the characteristics of fiber-optic cables as a transmission medium. Explain the advantages of using fiber-optic cables over traditional copper cables.
Homer work. An over head transmission line has a cross area of conductor of 4 cm and supported from two towers. The distance between the towers is 200 m. If the two supported point are location at the same level. The conductor is cover by ice layer of thickness of 1.5 cm. The wind pressure is 200 N/m?. The weight of one meter of the conductor is 6 N. Let point Dis location at the conductor has a vertical distance of 2 m far from the upper limit level of the towers. Find the horizontal distance between this point and point o (the middle point between the towers).
Q-1) Polystyrenes has a relative permittivity of 2.7. If the wavw is incident at an angle 'ei' of 30° from air onto polystyrene, the angle of transmission will be nearly..?
In the context of fiber-optic cables, explain the significance of dispersion compensating modules.
The towers of height 45 m and 80 m respectively support a transmission line conductor at water crossing. The horizontal distance between the towers if 500 m. The tension in the conductor is 1750 kg and the weight of the conductor is 1.65 kg/m. the bases of the towers are at the water level. Calculate: i. Sag at lower point ii. Sag at upper point iii. Clearance between lowest point of the conductor and water iv. Draw a suitable figure and mark the value the conductor. of sag, clearance, span and height of Tirme 近
(B) A commercial 50 92 Radio Shake coaxial cable is used to carry RF signal power from a transmitter to an antenna of 300 2 as a load through flat antenna transmission line with 300 2 characterstic impedance as shown in Figure 3. The above situation would happen if we connect the coaxial cable to the antenna without a matching techinque. Determine: 1- The reflection coefficient at junction B. 2- The input impedance at point A. 3- The reflection coefficient at junction A. 4- The fraction of the reflected power. 5- The fraction of the transmitted power to the antenna. 1²=0 5052 30052 (B) Z₁ = 30052 Figure 3
5. Which measurement should be used to locate problems in non-operational fiber?A. OSAB. OTDRC. ORLD. Attenuation
Find the height of an infinitely long conductor from point P which is carrying current of 6.28A and field intensity is 0.5 units. a.05 b. 2 c. 6.28 04.1