Answered: 1. What are the applications for…

1. What are the applications for stripline and microstrip transmission lines? 2. Give 2 examples of characteristic impedance application for each stripline and microstrip transmission lines.

Power System Analysis and Design (MindTap Course List)

6th Edition

ISBN:9781305632134

Author:J. Duncan Glover, Thomas Overbye, Mulukutla S. Sarma

Publisher:J. Duncan Glover, Thomas Overbye, Mulukutla S. Sarma

Chapter3: Power Transformers

Section: Chapter Questions

Problem 3.15MCQ: To convert a per-unit impedance from old to new base values, the equation to be used is...

See similar textbooks

Related questions

Q: Schering Bridge is used to find ____________. a. capacitance b. pressure c. inductance…

A: Schering Bridge is used to find ____________. a. capacitance b. pressure c.…

Q: 1. How do you measure three phase line currents by using two current transformers? Draw the…

A: The diagram for the three-phase system and the two current transformers are drawn below, Consider…

Q: Analyze the impact of high-voltage direct current (HVDC) transmission on long-distance power…

A: When compared to conventional alternating current (AC) transmission systems, high-voltage direct…

Q: Why are resistors and inductors considered to be series impedance and capacitors considered as shunt…

A: The performance of transmission line depends on the parameters of the line. The transmission line…

Q: (b) Given the circuit below and the graph of V(t), draw the corresponding plots for stored charge…

A: First we will write expression for voltage and using following relation we will find expression for…

Q: At the end of the 8 km overhead line given in the figure below, there are two distribution…

A: According to question: The currents 'I1' and 'I2' in the distribution transformers are calculated as

Q: compare between electrification of residential and commercial installationf

A: Compare between electrification of residential and commercial installation 1. Typically, commercial…

Q: (c) Why are resistors and inductors considered to be series impedance and capacitors considered as…

A: The performance of transmission line depends on the parameters of the line. The transmission line…

Q: Discuss why a. Complex power in an AC circuit is more than the DC resistance. b. Receiving end…

A: Only first three subparts are only to be answered. Kindly repost the part d. a. Question is why…

Q: Explain relationship between microstrip transmission line and characteristic impedance?

A: High-frequency signals, usually in the range of a few GHz to several tens of GHz, are transmitted…

Q: High Voltage level in Transmission system ensures ………………… a. High current in Overhead conductors b.…

A: The primary reason to use the high voltage level in the transmission to increase the efficiency.…

Q: Problem 6- A Three-phase 60 Hz transmission line has its conductors arranged in a triangular…

A: we need to find GMD and radius of conductor to calculate the required parameters.

Q: Coupling coefficient Q can be defined as the ratio of unloaded Q to external Q. a. FALSE O b. TRUE

A: The coupling coefficient Q can be applied to series and parallel resonance circuits.

Q: Question 1) A 154 kV transmission line has a length of 100 km. The line and the conductors are given…

A: Concept: In bundled conductors, GMD and GMR increased, reducing inductance hence decreases inductive…

Q: Parameters of Line transmission representations. Capacitance. Find the capacitance and capacitive…

A: The solution can be achieved as follows.

Q: In a string of suspension insulator with three units, the line unit has 20kV and k=0.35. The voltage…

A: Given: Voltage across line unit, V3=20 kVk=0.35

Q: At the end of the 8 km overhead line given in the figure below, there are two distribution…

A: According to question: The currents 'I1' and 'I2' in the distribution transformer is calculated as

Q: For the system shown in figure, voltage V2 and angle 8, are calculated using Newton-Raphson method.…

A: It is given that:

Q: What is a good characteristic impedance for microstrip transmission line?

A: We need to explain characteristic impedance for microstrip transmission line.

Q: Describe the concept of HVDC (high-voltage direct current) transmission and its applications in…

A: The student is asking to describe the HVDC in transmission of power?HVDC, or High-Voltage Direct…

Q: An overhead line has span of 260m. The tension in the line is 1200kg while the conductor weighs 650…

A: As we have given : L=260 mT=1200 kgw=650 kgh=13 m

Q: power transmission and distribution subject

A: Capacitance of three core cable- Let take a three core cable. Core to core will be delta connected…

Q: 2) For a given short-circuit calculation utilizing the per unit method, a base voltage of 480 V and…

A: Given, Base voltage, Vb=480 V Base power, Sb=2500 kVA

Q: The VSWR on an 50-Ohm transmission line is 5. The distance between successive voltage minima is 80…

Q: The base current and base voltage of a 345 kV system are chosen to be 3000A and 300kV respectively.…

A: The solution is given below

Q: 2) For a given short-circuit calculation utilizing the per unit method, a base voltage of 480 V and…

Q: Write a conclusion about voltage drop and power loss calculations for Ring d.c distribution system.

A: Ring DC distribution system: It is the system for distributing the power. In this system, the first…

Q: (a) Prove that the forward voltage wave is Vr = V3/2 regardless of the value of Zo. - (b) If the…

A: (A) Assuming the given transmission line is lossless and it is of infinite length as given. So,…

Q: Explain the following items i) Steps used to draw the equivalent impedance diagram of the network…

A: i) Procedure to draw impedance diagram 1. Establish Base Voltage through the System 2. Calculate the…

Q: Describe the various methods used for long-distance power transmission, such as HVDC (High Voltage…

A: We need to describe the various methods used for long-distance power transmission, such as HVDC…

Q: Describe the role of High-Voltage Direct Current (HVDC) transmission in long-distance power…

A: HVDC stands for High-Voltage Direct Current. It is a method of transmitting electrical power over…

Q: a.Why does power plants have high amounts of voltages? Explain. b.Is it safe for transmission lines…

A: a. The power plant has high output voltages as sending high voltages on the transmission line is…

Q: The capacitance of a single phase two-wire transmission line depends on: Select one: O a. All the…

A: Capacitance of a Single Phase Two Wire Line consisting of two parallel conductors A and B spaced d…

Question

1. What are the applications for stripline and microstrip transmission lines?
2. Give 2 examples of characteristic impedance application for each stripline and microstrip transmission lines.

Expert Solution

This question has been solved!

Explore an expertly crafted, step-by-step solution for a thorough understanding of key concepts.

SEE SOLUTION Check out a sample Q&A here

Step by step

Solved in 2 steps

SEE SOLUTION Check out a sample Q&A here

Similar questions

To convert a per-unit impedance from old to new base values, the equation to be used is Zp.u.new=Zp.u.old(VbaseoldVbasenew)2(SbasenewSbaseold)Zp.u.new=Zp.u.old(VbaseoldVbasenew)2(SbasenewSbaseold)Zp.u.new=Zp.u.old(VbaseoldVbasenew)2(SbasenewSbaseold)
In a string of suspension insulator with three units, the line unit has 20kV and k=0.35. The voltage across tower unit is........ and across middle unit is.......
What is a FACTS (Flexible Alternating Current Transmission System) device, and how does it impact power system operation?
Consider a 3-phase, 50 HZ, 11 KV distribution system. Each of conductors is suspended by an insulator string having two identical porcelain insulators. The self-capacitance of the insulator is 5 times the shunt capacitance between link and ground. Find the voltages across two insulators.
400Ω A k=0.9 600Ω B k=0.8 66Ω 600Ω
Explain the concept of FACTS (Flexible AC Transmission Systems) devices in power systems. How do they enhance the controllability and stability of electrical grids? Provide examples of FACTS devices.
1. FIGURE 52 shows the one-line diagram of a simple three-bus power system with generation at bus I. The voltage at bus l is V1 = 1.0L0° per unit. The scheduled loads on buses 2 and 3 are marked on the diagram. Line impedances are marked in per unit on a 100 MVA base. For the purpose of hand calculations, line resistances and line charging susceptances are neglected a) Using Gauss-Seidel method and initial estimates of Va 0)-1.0+)0 and V o)- ( 1.0 +j0, determine V2 and V3. Perform two iterations (b) If after several iterations the bus voltages converge to V20.90-j0.10 pu 0.95-70.05 pu determine the line flows and line losses and the slack bus real and reactive power. 2 400 MW 320 Mvar Slack 0.0125 0.05 300 MW 270 Mvar FIGURE 52
In an outdoor substation the three bus-bar conductors are supported by units of post type insulators. Each unit consists of a stack of 3 pin type insulators fixed one on the top of the other. The voltage across the lowest insulator is 15kV and that across the next unit is 12kV. Estimate: i. ratio of mutual to self-capacitance ii. the bus-bar voltage of the substation. iii. Efficiency across the string of insulators
An overhead line has span of 260m. The tension in the line is 1200kg while the conductor weighs 650 kg per 100 meters. Calculate the maximum SAG in the conductor. If the height of the tower is 13 meters, estimate the clearance of conductor to the ground. Draw a figure and mark values of sag, clearance, span, height of conductor etc.
Q3: A synchronous generator with peak generated voltage Vg which is connected to a lighting arrester through a transmission line with characteristics impedance ZL and the lighting arrester equal to the one half of ZL. Let the generator characteristic impedance be one third of ZL. Determine:(i) Calculate the current in the lighting arrester, (ii) Calculate the voltage in lighting arrester, and (iii) the value of lighting arrester resistance must be connected to transfer maximum power?
What are FACTS (Flexible Alternating Current Transmission Systems) devices, and how do they enhance the control and stability of power systems?
Describe the principles and benefits of High Voltage Direct Current (HVDC) transmission systems, and when are they preferred over traditional AC transmission systems?