Q. An Oil and Gas Company has gave us a contract to design a temperature measurement instrument The instrument has to measure temperatures between 0 to 100C using RTD PT100 1- The Wheatstone bridge must be leaner and proportional 2- Wheatstone bridge must start from zero volts Design the instrument if you know the following The resistance of the RTD PT100 is =100 Ohm's at 0°C and 139.5 Ohm's at 100°C the input of the circuit is 5V and the output is 0.1V Given the following table is the reading of the instrument for some temperature values when R1=R2=R3=100 Ohm's Temp Vout 20 0.11 40 0.19 60 0.30 80 0.36 100 0.41

Q. An Oil and Gas Company has gave us a contract to design a temperature measurement instrument The instrument has to measure temperatures between 0 to 100C using RTD PT100 1- The Wheatstone bridge must be leaner and proportional 2- Wheatstone bridge must start from zero volts Design the instrument if you know the following The resistance of the RTD PT100 is =100 Ohm's at 0°C and 139.5 Ohm's at 100°C the input of the circuit is 5V and the output is 0.1V Given the following table is the reading of the instrument for some temperature values when R1=R2=R3=100 Ohm's Temp Vout 20 0.11 40 0.19 60 0.30 80 0.36 100 0.41

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

Calculate current gain, input and output impedance, and linearity. Beta = 90 IS = 2E-15
A full-wave rectifier produces a 32V peak rectified voltage from a 50Hz ac source. Determine the filter capacitor needed to provide a DC output voltage 24V across a 500 ohm load.
Determine the DC Voltage for the filtered bridge rectifier with a load as indicated in Figure * 10:1 D1 D3 Output 115 V rms Pipri) 60 Hz p(sec) C. D2 D 50 µF 2.2 kN 11.4 13.4 V 12.4 V None of the above lll
In the full-wave rectifier circuit of figure, the transformer has a turns ratio of 1:2. The transformer primary winding is connected across an AC source of 230V (rms), 50 Hz. The load resistor is 50ohms. For this circuit, determine the peak-to- peak ripple in the output voltage * Di i v2 = VmSin ot RL Vs(N V1 Vo + V3 = VmSin ot D2 Full-wave rectifier- Circuit operation during positive half cycle 460 V 207 V 325.3 V None of the above ell ell
Solve the given problem. Round off your answers to 2 decimal places. Show your complete solution.
20Vp Vout 9V 15V Draw output wave for this circuit mentioning maximum and minimum peak voltages
please work out the following using the infomation in the attached photo. This is for a Boost converter (a) Output voltage(b) Inductor current ripple (assume it is 20%) (c) Switching frequency (d) Output current (e) Output voltage ripple
Calculate the dc and ac components of the output signal across load RL in the circuit of Figure * Va = 150 V V, (ms) = 15 V V's V', (ms) R 500 2 Full-wave rectifier C, 15 μF C2 10µF RL 5 ka O vdc= 136.4V, Vac= 3.9V O Vdc= 163.4V, Vac= 9.3V Vdc= 13.4V, Vac= 9.9V O None of the above
For continuous current operation show that the mean value of the DC output Vo = 0.90Vs Cos delay angle in full wave rectifiers single phase
C4 R1 Vout For the precision rectifier circuit shown in Figure C4 what is the correct operation for the circuit if a Sine wave is 10k D1 R2 LM324 VEE applied to the input signal VIN? Vin D2 10k OUT V3 U1A Figure C4 A. When VIn is negative the circuit operates as unity voltage follower providing an in phase sine wave at VouT. When VIN is positive the circuit conducts but only to one diode drop, B. When VIn is negative the circuit operates as an inverting amplifier providing an inverted sine wave at VouT. When VIN is positive the circuit is driven to very close to zero due to amplifier gain reducing the diode drop voltage, c. When VIn is negative the circuit operates as an inverting amplifier providing an in-phase sine wave at VOUT. When VIn is positive the circuit is driven to very close to zero due to amplifier gain reducing the diode drop voltage, D. When VIn is negative the circuit operates as unity voltage follower providing an inverted sine wave at Vour. When VIn is positive the…
A circuit diagram of the Wein bridge oscillator is shown in figure 6. Derive thenecessary conditions for oscillation in this circuit if C1C2= a, R1R2=1b
Find the delay angle of 1 phase half wave converter has 120V supply rms voltage with the value of the resistor is 10Ohm. The average output voltage is 25% of the maximum possible output voltage then find the delay angle.