Project 2 In the Wheatstone bridge circuit of Fig. below select the values of resistances RI, R3 and variable resistance such that the bridge can measure Rx in the range of 0-10 ohm. Also What would be the suitable value of RI R3 and Rx so that the bridge is balance (Galvanometer shows zero deflection) when variable resistor is set at 25 ohm. show the procedure using multisim circuit simulation. Set input voltage to 12v. R V 50 2 ww -wwo

Project 2 In the Wheatstone bridge circuit of Fig. below select the values of resistances RI, R3 and variable resistance such that the bridge can measure Rx in the range of 0-10 ohm. Also What would be the suitable value of RI R3 and Rx so that the bridge is balance (Galvanometer shows zero deflection) when variable resistor is set at 25 ohm. show the procedure using multisim circuit simulation. Set input voltage to 12v. R V 50 2 ww -wwo

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

find gain, input, and out lut resistance. VDD M2 RD Vin M₁ C 4M3 Vout
A strain gauge has a gauge factor of 7 and exposed to an axial strain of 425 um/m. The unstrained resistance is 100 Ohm. Find the absolute change in the resistance.
Q) Calculate input resistance and cut-off frequency for open-loop and close loop.
I want to increase my bias voltage Vb. How do I adjust the top voltage divider resistor? [ Select ] [ Select ] decrease it How will this affect Icq? [ Select] increase it remove it >
Find the expression of the output voltage Vout in the circuit shown below, in term of the input X and X-W R Y. -Vedd Yo R₂ www R ww XI X2 YI Y2 RA AD633 V+ t put R3 +Vdd +15V O -15V Vout
for the common -base configuration using a common value of 30 ohm for the input resistance, input voltage is 200mv and RI=3000 ohm, find the voltage amplification. * 50v 30v 25v 20v
In the circuit , the voltage across the 4 ohm resistor in volts is ___ The circuit is equivalent to a 12V source in series with how many ohms ofresistance? In the circuit, the current through the 6 ohm resistor in amps is ___
Considering the dc operating conditions of the NMOS circuit in the figure, gm = 1.9 mS was obtained. Also, the load current I flowing through RL when Rsigl= 2 kohm, Rsig2= 3 kohm, RF = 60 Kohm, R1 = 50 Mohm, R2 = 12 Mohm, RD= 4.7 k, RS %3| = 1.2 Kohm and RL = 11.3 k What would be the value of ? (Vil= 20 mV, Vi2 = 30 mV) NOTE-1: Capacitors are negligible at mid-band frequency. NOTE-2: NMOS output impedance will be considered. and its value is rd = 20 k
c) The following stiff voltage-divider circuit in Figure Q2 (c) consists of BJT with DC gain 140. Determine Q-point if Vcc= 12V, R1=15kO, R2 =5.6kn, RĘ =6000 and Rc=1.0kO. R, R. Vcc R2 RE ww ww w- ww
Q3
arm resistance of wheatstone bridge are. r1=200ohm r2=400ohm r3=500ohm r4=600ohm input is e=5v find the bridge output voltage
Vcc RC Cc R1 Cs + RL R, R2 + RE CE V Z; Figure Q1(b) (ii) Q1(b). Given that r = 15 2, Rs= 1.2 k2, R1= 75 k2, R2= 30k2, CE= 150 µF, RE= 1.2 k2, and Bac= 120. Determine the cut-off frequency of the bypass RC circuit for the amplifier in Figure ас