A DC Wheatstone bridge used in an electronic system is fed by 200V Battery as shown in figure Q19. The values of arm resistances are R1 = 10 Q, R2 = 10 Q and R3 = 20 2. Then, the output voltage Vout under bridge balance condition is calculated as, I Total I I2 R3 R1 + Vout (Vc-Vp) Vs C R4 R2 B. Figure Q19.

A DC Wheatstone bridge used in an electronic system is fed by 200V Battery as shown in figure Q19. The values of arm resistances are R1 = 10 Q, R2 = 10 Q and R3 = 20 2. Then, the output voltage Vout under bridge balance condition is calculated as, I Total I I2 R3 R1 + Vout (Vc-Vp) Vs C R4 R2 B. Figure Q19.

Delmar's Standard Textbook Of Electricity

7th Edition

ISBN:9781337900348

Author:Stephen L. Herman

Publisher:Stephen L. Herman

Chapter29: Dc Generators

Section: Chapter Questions

Problem 1PA: You are working as an electrician in a large steel manufacturing plant, and you are in the process...

See similar textbooks

Similar questions

With no load attached, the voltage at the terminalsof a particular power supply is 50.8 V. When a 10-Wload is attached, the voltage drops to 49 V.a. Determine vS and RS for this nonideal source.b. What voltage would be measured at the terminalsin the presence of a 15- load resistor?c. How much current could be drawn from this powersupply under short-circuit conditions?
Q2) A 3 phase bridge inverter is fed from a d.c. source of 200V.if delta connected of 10 Ω/phase pure resistance, determined the r.m.s load current, the required r.m.s. current rating of the thyristors, and the load power for 180° conduction angle.
For the JFET shown in Figure, Determine the minimum value of VDD required to put the device in the constant-current region of operation when VGS = 0 V. where VGS(off) = - 4 and IDSS = 42mA
For calculating the Thevenin's Equivalent Resistance(RIh) at load terminals, remove the load resistance and if a voltage soure by a short circuit and a current source is replaced by an open circuit source is present replaced by an open circuit A_ True B_False
Helping tags: Electric Circuit Theory, Circuits, Electronics EngineeringHelp me answer the questions, the given is just the same. Will upvote, just pls show complete solutions and explain if necessary. Thanks!
What is Mesh Analysis and when is it effective to use? What is Nodal Analysis and when is it effective to use?
Determine the z parameters for the circuit in following Figure?
Complete the sentence Equality represents ... AC equilibrium condition by the AC bridge method of measuring resistance. DC equilibrium condition by the DC bridge method of measuring resistance. DC equilibrium condition by the AC bridge method of measuring resistance. AC equilibrium condition by the DC bridge method of measuring resistance.
Consider the circuit of Figure 1 using VCC = 10 volts, R1 = 10 kΩ, R2 = 3.3 kΩ, Re = 4.7 kΩ and Rc = 5.6 kΩ. Using the approximation of a lightly loaded “stiff” voltage divider, determine the ideal endpoints of the DC load line and the Q point, and record these in Table 1.1. Can you show process of solution
Find the values of input and output power. The weight of the car is 800 Kg The weight of each person is 75 Kg You may assume any missing parameters you need in the design appropriately (e.g., the rolling-resistance-power, air-resistance-power, the DC motor's parameters, ....etc)
‏( b ) For the Junction Field Effect Transistor ( JFET ) shown in Figure Q1 ( b ) below , given that maximum current Ipss = 10 mA , pinch - off voltage Vp = -5 V , R D= 2 ka , source voltage and resistance are VDD= 12 V and Rs = 5 kn , respectively , solve to determine following (i) The quiescent voltage between the gate and source VGSQ . (ii) The quiescent drain current IDQ
A 2-wire D.C. Ring distributor is 600 m long and is fed at 240 V at point A. At point B, 300m from A, a load of 120A is taken and at C, 200m in the opposite direction, a load of 80A is taken. If the resistance of distributor is 0.3 Ω/km, Find the feeder current.