In what cases, the primary sensing elements of a generalized measurement system needs transducer? How can you differentiate between “variable conversion element" and “variable manipulation element" of such a system?

Q: Explain using your own words the role of the transducer in the data acquisition system.

A:

Q: Please give me some suggestions for building an easy and cheap but functional stereo audio amplifier…

A: Amplifier is  a device which is used to amplify the signals or any other parameters. If we talk…

Q: List two potential applications of MCU-based control or instrumentation in your field of…

A: There are various applications of the MCU-based control or instrumentation in almost every field of…

Q: in few steps how can the active sensor work as mixer device ?

A:

Q: Place an X under Beam Former, Signal Processor, or Image Processor to identify the location for each…

A: “Since you have posted a question with multiple sub-parts, we will solve first three subparts for…

Q: Explain how precision, accuracy, and resolution of an instrument are different.

A: The term precise means closely or sharply defined. It is the measurement of the reproducibility of…

Q: 1) a) What is the difference between run-time and settling time? B) Define overshoot in response of…

A: Control systems are represented by transfer function. This can be written in both time domain and…

Q: • Study 5 types of digital sensor output (bus) used as industrial standard (exclude PWM and SPI)…

A: According to the question, we need to discuss 5 types of digital sensor output buses.

Q: advantages and disadvantages of the proportional controller

A:

Q: Which controller gives no output for a constant input signal? O a. Integral O b. Derivative O.…

A: According to our expert policy only one individual question is to be answered kindly repost the…

Q: advantages of digital system over the analog system

A: In 1870, the first analog system was developed than developed and modified up to 2000. But the world…

Q: 15.a. An encoder is being used instead of a tachometer in a DC servo system. This system of speed…

A: There are a few questions related to the sensors attached to the machine to measure the speed of…

Q: What signal-conditioner input impedance is best if the sensor produces short-circuit (Norton)…

A: Signal conditioner is an apparatus which is used to transform one kind of signal to another kind of…

Q: Explain how autoencoder works and mention some of its applications

A: Encoder is a combinational circuit, that is convert a binary number into 2 to the power N 2N input…

Q: With proper derivations illustrate how you can control the perfomance of the instrumentation…

A:

Q: The controller has tuning parameters related to proportional, integral, derivative, lag, ______ and…

A: controller- A controller is basically a unit present in a control system that generates control…

Q: What is the effect of instruction CMC? Set CF=1 Clear CF=0 If CF=1 Change to CF=0, and If CF=0…

A:

Q: What types of cable are best for connecting a sensor to an instrumentation amplifier to avoid…

A: Given: To describe what types of cable are best for connecting a sensor to an instrumentation…

Q: 1) a) What is the difference between run-time and settling time? B) Define overshoot in response of…

A:

Q: An instrumentation system measures distances ranging from 0 to 1 m full scale. The system accuracy…

A: Given data: xfull=100 cme=±0.5xm=70 cm Here xm is measured value and e is system accuracy.

Q: A manipulated input Process disturbance input Referring to control system representation illustrated…

A: 1. The act of controlling a final control element to change the manipulated variable to maintain the…

Q: For a PCM system with the following parameters: Maximum analog input frequency = 4 kHz Maximum…

A: Given data, Maximum analog input frequency fmax=4 kHz Maximum decoded voltage Vmax=±2.55 V Minimum…

Q: 2) While selecting the casing for switch, refer Termination options dimensions PCB layout dimensions…

A: It is asked to choose the correct option is to be referred while selecting the casing for switch.

Q: Identify the type of signal processor element? a. Variable manipulation b. Variable controlling c.…

A:

Q: For the given Vin (input voltage), calculate Dout (digital output) in decimal and binary, given the…

A:

Q: How is a single-ended amplifier different from a differential amplifier?

A: In the differential amplifier, the amplification happens by the difference that occurs across the…

Q: What are the advantages of using a digital system over an analog one

A: Disadvantages of Analog System- More effect on system by unwanted signal (noise) as it works on…

Q: A digitizing system specifies 55 dB of dynamic range. What is the signal-to-noise ratio for the…

A: A digitizing system specifies 55 dB of dynamic range. What is the signal-to-noise ratio for the…

Q: 2- Discuss the advantages and disadvantages of the counter-type ADC. 3- Is the conversion time of…

A: Question 2 Advantages of counter-type ADC:   (1) It is a one-bit quantizer. (2) In counter-type ADC…

Q: Draw a circuit diagram of the proportional (P) block of an electronic proportional, integral, and…

A: Types of Linear controller Proptional controller  Derivative controller  Integral controller  PI…

Q: Which module of the microcontroller will definitely be used if an analog signal needs to be read in…

A:

Q: Define terms upper and lower tripping points of Schmitt trigger. What is the significance of 3…

A: Given A Schmitt trigger circuit.We need to define UTP and LTP of a Schmitt trigger circuit Nd its…

Q: Given the error of Figure, plot a graph of a proportional-integral controller output as a function…

A: Given: The input waveform and parameters of a PI controller are given as KP=4.7, KI=3.1 s-1, p0=12%,…

Q: What Is Electronic Data Interchange (EDI)—Pioneering External?

A: ELECTRONIC DATA INTERCHANGE (EDI): The desktop-to-desktop or computer to computer interchange of…

Q: 4. Which one of the following devices is also referred to as Data Selector? 1. Demultiplexer 2.…

A: Multiplexer is also referred as data selector, it selects between several analog or digital input…

Q: Approximae resolution of 6-bit DAC?

A: Given: For DAC (Digital to Analog Converter) number of bits n=6

Q: Differentiate Single-ended operation of Differential Amplifier from Common-mode in terms of: a)…

A: An op-amp on work in following three modes of operation. 1- Single ended mode  2- Differential mode…

Q: Draw the block diagram of Digital instrumentation system and label the same.

A: In the engineering field, we deal with various types of instruments to record, monitor, indicate,…

Q: Advantages and Disadvantages of LQG control ?

A:

Q: 1. What is the difference between accuracy and precision? 2. List four sources of poss.ble errors in…

A: “Since you have asked multiple question, we will solve the first question for you. If you want any…

Q: Draw truth table and circuit diagram of 1:8 De-multiplexer and explain its working

A: working of a De multiplexer is opposite to that of the multiplexer. It is inverse to the MUX , De…

Q: 1. How many resistors and switches would be required to implement a 6-bit resistor-string DAC?

A: Number of resistors = 64 Number of switches = 63 Go through below for the explanation

Q: Assume that you have an 8-bit ADC with Vref = 5 Volts. If the input voltage is 3.5 Volts, what is…

A:

Q: The signals to the inputs of the FFs and registers are shown below. According to this plot the…

A:

Q: Describe analog and digital Instrumentation system with necessary block diagram.

A: Digital Instrumentation: Digital Instruments is an instrument that is used to represent the…

Q: Explain in detail the construction and working .. principle of MI Instrument with drawings and…

A: Given  Explain the construction and working of moving iron instrument. Please find the below…

Q: Q 3: define the types of control system and write the transfer function of each type

A:

Maximum power transfer theorem

A resistive load will consume maximum power from a network when the load resistance is equal to the resistance of the network as viewed from the open-circuit terminals, with all energy sources removed leaving only the internal resistances. Physicist Moritz von Jacobi introduced the maximum power transfer theorem in 1940. Therefore, this theorem is also known as Jacobi's law.