Converting Liquid Level Units to Sensor Output Signal UnitsLiquid level units are converted to sensor output signal units by first converting the liquid level units topressure units and then converting the pressure units to sensor output signal units. The calculation isuseful in troubleshooting and allows us to determine if the pressure sensor is providing the correct output.Using two previously investigated relationships we arrive with the following formula:Measured Output Signal (Sensitivity x Level x SG x k)+Minimum Output Signal ValueManipulating the formula and you can determine Level:Level = (Measured Output Signal-Minimum Output Signal) divided by (Sensitivity x SG x k)1. Calculate the current output signal from a pressure-type sensor that has a 0-2psi input signalrange if it measures a water level of 0-53m, the sensor is supporting a 4-20mA output rangeSolution:

Given values: Maximum output current range Imax=20 mA. Minimum output current range Imin=4 mA.…

Answered: Converting Liquid Level Units to Sensor…

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...

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Similar questions

Derive an equation for linear signal conditioning that will convert a sensor output voltage in the spanning the range 2.3 V to 4.6 V into a 0.00 to 2.5V span
The Figure below represents the connection between a sensor circuit and a generic load. The information is carried by the voltage signal. An amplification stage is included. The required voltage gain is -100. Using a selection of the draggable items provided, match the resistor value for Rs, R1 and R2 in Figure for which the schematic represents the required electronic design.
This multiple choice question from DIGITAL COMMUNICATIONS course.just write for me the final answer. 11)The output signal-to-noise ratio of a uniform quantizer, for a full load test tone, is equal to 61.8 dB. The number of bits per sample is a)none of the mentioned b)9 c)8 d)10
(Analog to Digital signal conversion problem) Continuous voltage is converted to discrete signal: Range of signal after amplification= 0V to 5 V A/D converter = 6 bits # Quantization levels = 26 = 64 Question: Assume the input signal is 3.5 V. Use the successive approximation method to encode the signal for this 6-bit converter. Please write both the decimal value and binary value for the code
Suppose we have a sensor that has one terminal grounded. The sensor is to be connected to a DAQ board in a computer 5 meters away. What type of amplifier should we select? To mitigate noise from electric and magnetic fields, what type of cable should we use? Draw the schematic diagram of the sensor, cable, and amplifier.
2a. Assume a digital to analog conversion system uses a 10-bit integerto represent an analog temperature over a range of -25oF to 125oIf the actual temperature being read was 65.325oF, what would bethe closest possible value that the system could represent? 2b. What is the minimum sampling rate needed in order to successfullycapture frequencies up to 155 KHz in an analog signal?
Requires if possible 1.Detailed circuit diagram of 8 bit DAC& Process explanations 2.Calculation for binary inputs 3.Calculation of LSB,MSB and full scale
a. Draw the block diagram of a measurement system. b. Mention the function of signal processing element. c. Write an example for variable conversion element .
Derive an equation for linear signal conditioning that will convert a sensor output voltage in spanning the range -1V to 3V into a -5V to 5V span. Also, design a circuit to do the corresponding transformation.
A 6.1-V analog input voltage is to be converted to digital using a 4-bit successive approximation register (SAR) ADC whose block diagram is shown in Figure 2. Describe the conversion process by re-drawing Figure 2 at each conversion step and explain the operation of the ADC briefly.
Suppose the signal of the ADC is from 0 to 15V and we have a 4 bit ADC. What is the digital value of 3.3 volts, 5v and 14v. Show your complete solution.
(b) Consider a voice signal from a analog telephone which needs to be digitized. Explain the steps involved in the conversion of analog to digital signal. If suppose the sampled analog values are 1V, 2V, 3.5V and 4.5V, use a 2 bit quantizer to digitize these values. Assume the range of sampled analog values from 0V to 5V. Provide the digitized values of this signal and draw the digital signal.

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