The distance from the load to the source moving on a lossless transmission line is 2.5 revolutions on the swr circle on the Smith chart. What is the length of the transmission line?

Q: [3] which produces a voltage reflection coefficient Fx = 0.52 angle -320 at a point X on the line…

A: A transmission line with no line resistance and no dielectric loss is known as a lossless line. This…

Q: A 50-N lossless line is terminated in Z, = 40 – j30 N. Determine the following: (a) the reflection…

A: A 50Ω lossless line is terminated in Z1=40-j30Ω. Now, to determine the reflection coefficient at the…

Q: A lossless transmission line of electrical length € = 0.32 is terminated with a complex load…

A: Given Data: electrical length l = 0.3 labda ZL = 20 - j 30 ohm Zo = 75 ohm

Q: A sinusoidal voltage wave is propagating on a low loss transmission line. The voltage as a function…

A: First calculate the wavelength of the signal by measuring the distance between two peaks.

Q: 10. A lossless coaxial cable terminates cuit load. What is the transmission line voltage expressed…

A: Coaxial Cable- They are special type of cables which have a conductor in the middle and protected by…

Q: An air lossless transmission line is operating at frequency of 3 MHz and has a length of 1.75 A,…

A: As per our company guidelines we are supposed to answer only first 3 subpart kindly repost other…

Q: Problem 1. A parallel-wire air-spaced transmis- sion line operating at 1910 Hz has a phase shift of…

A: Given a parallel wire air spaced transmission line operating at, Frequency, f = 1910 Hz Phase shift,…

Q: A load with an impedance of 424.3045° N is connected to a 100 N lossless line. Using the Smith Chart…

A:

Q: A lossless transmission line has an inductance of 125 nH/m. Find the velocity factor for this line…

A:

Q: 6. A 3000 transmission line is 0.8 m long and terminated with a short circuit. The line is operating…

A: z0= 300 ohm, wavelength =0.8m, length =0.8m

Q: For a lossless trabsmisison line, the characteristic impedance is 80 ohm. If the capacitance per…

A: A transmission line can be characterized by 4 parameters: 1. Resistance per unit length (R) in ohm/m…

Q: 10. A slotted line is used to measure VSWR of the load at 2 GHz by double minima method. If the…

A: Given f = 2GHz d2-d1 = 0.5 cm

Q: The capacitance per unit length and the inductance per unit length for a lossless transmission line…

A: Characteristic impedance (Z0) of a transmission line is defined as the impedance of the transmission…

Q: 27. A 50 N transmission line is terminated in a load that results in a reflection coefficient of…

A: given;Z0=50ΩΓL=0.5+j0.5ΓL=0.52+0.52ΓL=0.5ΓL=0.707a;load impedance…

Q: (a) A 602 lossless transmission line is terminated with an antenna of impedance of (27 + j30) N. Use…

A: Hello. Since your question has multiple sub-parts, we will solve first three sub-parts for you. If…

Q: A load of 120 + j150 Ω is connected to a 60 Ω lossless line. Calculate the back reflection…

A: It is given that: ZL=12+j150 ΩZo=60 Ω

Q: A lossless 34-S transmission line is terminated in a load with ZL= (66+ j26) N. Use the Smith chart…

A:

Q: lossless transmission line of length 1= = 502, is terminated in a load impedance gnal wavelength on…

A:

Q: A three phase 60HZ, 85kV transmission line consisting of 3 conductors are placed at the corners of a…

A: As per Bartleby guidelines we are allowed to solve only three subparts, please ask the rest again.

Q: A lossless transmission line has a characteristic impedance of Zo= 50 , a load impedance of ZR =…

A: In the above given question we need to calculate the value of reflection coefficient and input…

Q: A lossless transmission line l = 0.3lambda in length was terminated with a complex load of ZL =…

A: Given Data:  l = 0.3lambda ZL = 30-j20 ohms characteristic impedance for the line is Zo =  75 ohms

Q: Two identical pulses each of magnitude 12 V and width 2 us are incident at i = 0 on a lossless…

A: Wave is function of space and time. The mode at which waveguide have lowest frequency is said to be…

Q: The following characteristics have been measured on a lossy transmission line at 100 MHz: Zo = 50 +…

A:

Q: A lossless transmission line has a characteristic impedance of Zo= 100 £2, a load impedance of ZR =…

A: Z0=100ΩZR=70+j120Ωf=300 MHzZL=ZRZ0=70+j120Ω100ΩZL=0.7+j1.20Ωλ=cf=c300 MHz=0.999λ≈1mZmin at 0.25λZL…

Q: A 100Ω lossless line connects a matched signal of 100kHz to a load of 25Ω. Calculate the reflection…

A: Given: For a lossless transmission line, line impedance ZT/L=100 Ω, load impedance ZL=25 Ω.

Q: An antenna with a load impedance ZL = (100 + j40)0 is connected to a transmitter Za = Zo through a…

A: we need to find out power delivered to antenna.

Q: 1) In a lossy transmission line, what is the formula of the propagation constant (y) of the…

A: As per Bartleby policy we can answer only one question at a time. As you have not mentioned anything…

Q: A 702 high-frequency lossless line is used at a frequency where 2 = 80cm with a load of 140+j91 2 a.…

A:

Q: A lossless coaxial cable with L = 0.5 uH/ft and C = 100 pF/ft is terminated by a 100-ohm resistive…

A: Given that, L = 0.5 uH/ft C = 100 pF/ft ZL= 100-ohm  impedance of cable is defined as…

Q: A load with an impedance of 424.30245° N is connected to a 100 N lossless line. Using the Smith…

A: The load impedance is given as, ZL=424.30∠45° ΩAnd The lossline impedance is,Zo=100 Ω

Q: A 120-22 lossless line is terminated with 40- and 20- resistors in parallel. The voltage a the input…

A:

Q: Derive an expression for sag in a transmission line of equal hight poles.

A: We have to derive formula of sag for equal height poles in a transmission line.

Q: c. A lossless 502line is terminated by a load Zı = 75 + j60 2. Using a Smith chart, determine (a)…

A: Given Zo = 50 ohm ZL = 75+j60 ohm

Q: 4. For a lossless coaxial transmission line of characteristic impedance 502 and wave phase velocity…

A: For a lossless coaxial transmission line of characteristic impedance 50 Ω and a wave phase velocity…

Q: Antenna with impedance 40 +j30 2 is to be matched to a 100 Q lossless line with a shorted stub.…

A: Antenna with impedance 40+j30Ω is to be matched to a 100 Ω lossless line with a shorted…

Q: In a laboratory, we found that the static wavelength ratio was 2.0 as a result of an experiment…

A: Given :Zo= 50 ohm Standing wave ratio=2.0 The distance between successive  voltage minima of 25 cm…

Q: A 300ᘯ transmission line is 0.8 m long and terminated with a short circuit. The line is operating in…

A: A 300ᘯ transmission line is 0.8 m long and terminated with ashort circuit.The line is operating in…

Q: A 602 lossless transmission line is terminated with an antenna of impedance of (27 + j30) Q. Use the…

A:

Q: 6. The standing-wave ratio on a lossless 300-2 transmission line terminated in an unknown ZL is S=…

A:

Q: A 75 Ω lossless line is terminated in error with a 93 Ω resistor. A generator sends 100 mW down the…

A:

Q: Question # 01: A piece of RG-59B/U Coaxial cable has a 950 characteristic impedance and a nominal…

A: Given data, Characteristic impedance, Z=95 Ω Nominal capacitance, C=89 pF/m Diameter of the inner…

Q: The following lossless network is powered by a f=9,7 GHz microwave source. A matching circuit is…

A: Given, f = 9.7 GHz ZL = 34 L = 270,77835273601

Q: An antenna with a load impedance ZL = (100 + j40)Ω is connected to a transmitter Zg = Z0 through a…

A: we need to find out how much power can it deliver to the antenna?

Q: The line parameters of a lossless transmission line are L = 0.25 µH/m and C= 100 pF/m. If the…

A:

Q: A 75 Q lossless transmission line is to be matched with a 100-j802 load using Single stub. Calculate…

A: Given :Z0=75 ΩZL=100-j80 ΩZL=128.06∠38.66° f=30 MHz

Q: A 75N lossless transmission line is terminated with a load impedance equals to 105-j1502. The length…

A: consider the question;

Q: Q4] Draw the phaser diagram of sending and receiving voltages and currents across a long…

A: Long transmission line-It is defined as a transmission line with a distance of more than 250km.…

Electric field

A physical field present around an electrically charged particle that exerts a force on all other charged particles is called an electric field. The charged particles present in the field either repel or attract. From electric charges or time-varying magnetic fields, the electric field originates. One of the manifestations of electromagnetic force which is one of the four fundamental forces present in nature are the electric fields and magnetic fields.