What types of capacitive probes and inductive a probes are there? What can they be made of?

Q: How will you determine the stability using polar plots? What are the conditions?

A: The locus of tip of the phasor with frequency is called the polar plot.

Q: Question 6 a) Describe, with the aid of suitable diagrams, three methods of using a parallel plate…

A: a) Capacitive sensors are primary sensing elements. Which are used to measure three parameters. 1.…

Q: How can we solve this question without MATLAB?

A: about given data

Q: do comparing between dielectric properties of oil insulators and liquid insulators

A: Dielectric Properties:- Dielectric properties include the dielectric constant and dissipation…

Q: Question 84 A parallel plate capacitor of area A cm² and separating distance 'a' cm is dipped in…

A: Given- A parallel plate capacitor- Area=A cm2, Distance=a cm, Ethyl alcohol depth=a/2, To Find- The…

Q: An iron rod with diameter of 1.5-centimeter was formed into an almost perfect circular ring…

A: To solve these problems, we'll need to calculate the reluctance of the ring, the magnetic flux…

Q: a上or e capacilahce of Intimi lengh Coaxial cable and then find the Capacilance of 8m Lengthof eable…

A:

Q: uss about dielectric materials and dielectric constant.

A: Dielectric material : Dielectric material is a insulating material which has a very high resistivity…

Q: nano materials have high surface area property because small size little atom in the surface have…

A:

Q: Why does white phosphorus consist of tetrahedral P4 molecules while nitrogen consists of diatomic N2…

A: Concept: The smallest physical unit of an element or compound consisting of one or more like atoms…

Q: A 6.8 V (b)

A:

Q: What is the difference between drift current and diffusion current?

A:

Q: What makes dielectric ceramics suitable for microelectronic a

A: Dielectric ceramic substances were studied for many years because of each their utility in vital…

Q: Define the continuity equation, then discuss the relaxation time in dielectric and conducting…

A: Continuity equation - The current flowing outside of a volume region is equal to rate of decrease of…

Q: What is the order of doping, from heavily to lightly doped, for each region?

A: In the bipolar junction transistor, there are three regions 1. Emitter 2. Collector 3. Base

Q: find the values of M and f, to

A: Md2x(t)dt2+fvdx(t)dt+Kx(t)=f(t)Taking the Laplace transform, assuming zero initial…

Q: A certain microstrip line has fused quartz (ɛ, = 3.8) as a substrate. If the ratio of line width to…

A: The wave is function of space and time. The EM wave is formed when electric field is in contact with…

Q: CHALLENGE 4.6.1: Draw circuit given equation. ACTIVITY Note: To create a wire, drag from the output…

A: Given Data:A logical expression of,To Find:Logic circuit for the expression.

Q: What is the order of doping, from heavily to lightly doped, for each region?

A: What is the order of doping, from heavily to light doped, for each region?

Q: W Pla E MUSE bě thedistance between pain 94=26.0 MC and point charge 92 =-47.0MC electrostatic force…

A:

Q: liberated by thermionic emission provide the conduction currents of vacuum tubes.

A: A vacuum tube is mainly composed of two elements:-  1. Cathode  2.Metal plate  Cathode is the…

Q: 1. (a) write the capacitor characteristics using manufacture data sheet? (b) write the differences…

A:

Q: Why is the voltage around a negative charge negative? The simulation only shows two spatial…

A: The negative voltage around a negative charge signifies that a positive charge is attracted to the…

Q: A capacitive sensor consists of two parallel plates in air, the plates being (40 mm ) square and…

A: We need to the given structure , the parallel plates form two capacitor in parallel . We know…

Q: 1.1 Characterise two cathode processes in gas discharges. 1.2 Give a detailed explanation of the…

A: Cathode fall region in high-level voltage low-level current gas discharge. Explicit expressions for…

Q: b) The parallel plate capacitor of Figure Q6A is to be used as part of a sensing system Dielectric -…

A: Given, A=4*10-4 m2d=0.2 mm=0.2*10-3mεr=2.5f=5 kHz

Q: State advantages and disadvantages of compact fluorescents compared to the linear fluorescents

A: The advantages of compact fluorescents  1. Compact fluorescent are are dissipate less heat 2. These…

Q: For a certain gas under constatn E/P with constant photoelectric current the follwing ionization…

A: Given data: d1=1 cm d2=2 cm I1=9.5×10-12 A I2=9.5×10-9 A Solution: By Townsend's ionization theory,…

Q: The diffusion current is created by electrons moving Choose... holes moving Choose... "

A: Step-1-> The diffusion current can be created by both electrons and holes moving

Q: Discuss in detail whether the incident energy can be sampled or not with pick up probe at port ‘4

A: The directional construction is shown in the figure below:

Q: What is the surface tracking formation in solid insulators? Explain, what is the difference from…

A: When an insulator is subjected to high stresses they meets the condition of breakdown. There are…

Q: What are the maximum and minimum frequencies of a 16-MHz crystal with a stability of 200 ppm? The…

A:

Q: Draw Mealy and moore state diagram for 2's complement.

A: In Mealy Machine output changes if input changes or present state . In Moore Machine output depend…

Sample and Hold circuit

The sampling circuit and the holding circuit generate electrical samples as input and then hold these samples for a specified period. The time at which the sample and circuit holder produces the input signal sample is called the sampling time. Correspondingly, the length of the circuit that holds the sampled value is called the holding time.