In a third system a motor controller has an input of 8.88 V with a current of 0.696 A. The controller outputs 4.75 V at O.446 A to one motor. What is the total efficiency (power outnut ( nower input) to the controller? Make sure to recalculate from these values, don't
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- Five elements are involved when a computer is monitoring andcontrolling a physical variable that is assumed to be analog.”Illustrate the above situation. this question regRDING Design cirecuits1. Explain Final Value Theorem subject : control systemStability of a control system Design a system that has a 15% overshoot and stabilizes in 2 seconds. analyzes its absolute stability analyzes its relative stability if a zero is added to it at +3
- Calculate the bit-force generated by a 440 V DC electric motor. The armature has a resistance of 0.25 Ω and is rotating at a speed of 750 r/min. The motor has a current. 60ATask 3:A. Is it effective to control the temperature within a Martian home as described in the questions? Suggestsome modifications on the control system, or even on the Martian home design to support your argument. Consider enhancing the process lags and the stability under sudden and/or permanent loadchanges. Reflect your improvements on the components of the closed loop system such as the control law, the actuator and the measurement system. Explain the effects of each improvement in details. B. A PID controller has KP = 3, KI = 1.2 s-1 , KD = 2 s and p(0) = 40%. Plot the controller output for the error signal given in Fig. 3. Suggest modifications to the gain values [roughly, not exact values] inorder to enhance the correction signal response. Explain the effect of your change: When digital data '111111' is applied to the input of a 6-bit DAC, the voltage value at its output is 2.75V. If a digital data of '001011' is applied to the DAC input, calculate the value at the DAC output and the resolution of the DAC. (Explain the process steps, otherwise the question will not be evaluated.)
- Which controller has no offset ? a. Proportional b. Integral c. Derivative d. Proportional derivativemicroprocessorHow do You design a system by using the signals ; DT/R, DEN, NMI, A0, HOLD. Discuss with diagram.Q27 . a) What do you mean by I controller ?.Draw the electronic circuit of I controller and also write the electronic output equation and General controller output equation .
- 8.13 MECT361 Mechatronics Components and Instrumentation 8.13. As a mechatronic designer moves progressively from an 8-bit to 10-bit to 12-bit A/D converter, what problems might be incurred in the design of the data acquisition system? PLEASE GIVE ME THE REFRENCE I Will get zero if you didn't put the refrenceA system for control of technology parameter is given. PI control is applied with K=0,2 and I=10s. Calculate the control output if the measurement are done with step of 0,5 sec. and the set point is 29. The calculations should be made for values of the measured variable 25, 26 and 28. The integration starts at zero initial conditions. A parallel structure of the controller is assumed.Suppose there is a system consisting of temperature sensor, ADC, DAC and a Fan. The temperature sensor gives output as voltage value. As the temperature increases more than 18°C it produces the voltage of 8.17 V. That voltage is then put through a 4-bit Successive Approximation ADC as input. After that the output of that ADC is applied to a 4-bit R/2R- ladder DAC to produce enough voltage to turn ON the fan. Take R=”Group#” KΩ. Consider logic “1” as 7 V and logic “0” as 2V. (i) Illustrate the block diagram for the system showing ADC, DAC, Fan and temperature sensor. (ii) Design the circuit diagram with ADC & DAC for the complete system showing necessary parameters value.