Question 4 Consider the following sequential circuit. Determine its state table and state diagram. A Cp
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![Question 4
Consider the following sequential circuit. Determine its state table and state diagram.
A
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Cp
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- Draw the signal flow chart of the simple resistance network.a) Determine the variables.b) Establish relationships between variables (using circuit rules).c) Identify branches and nodes and draw the signal flowchart.Explain diagramThe purpose of the current limiting resistor in a Zener diode circuit is to _________. a. Maintain a constant current through the load resistor b. Maintain a constant voltage across the Zener diode c. Maintain a constant current through the Zener diode d. Drop the additional voltage from the power supply in order to maintain a constant voltage across the Zener diode Please answer it clearly.
- help me in these questions pls write the questions with the and by (Computer)1- Explain how the circuit below works to perform its main function?i. Zener diode is short circuited when voltage across it rises beyond its breakdown voltage.ii. Radiation from light emitting diode is detected by a phototransistor without having any physical contact.iii. The circuit prevents the LED from having the wrong polarity or too high voltage.iv. The circuit prevents the alternating signals by rectifying it using a diode. a. All the answers. b. i, ii and iii only. c. i, iii and iv only. d. i, ii and iv only.========2- Which of the following statement is most probably INCORRECT in explaining the working principle of an engine management system? a. Microprocessor is used to process incoming signal including position, speed, timing, flow, and temperature. b. The operation of valves and spark ignition is in sequence following the stroke action. c. The timing of the sequence is fixed.…For an RTD the relationship between resistance and temperature is a. proportional b. no relation c. equal d. inversely proportionalThe power supply is a 9V battery and uses a Red LED whose voltage drop is 2V. The LED recommends that the "ON" current should be 10 milliamps. a. What series resistor will give the specified LED current? b. What is the power dissipated by the resistor you selected in part a? What is the power dissipated in the LED? C.
- Don’t Copy Others work. Here is only one question. Don't say multiple question. If you are not able to provide complete question answer kindly skip the question. Sub: Optoelectronic Dept: EEEThe Voltage Drop will not depends upon the O a. Length of the run O b. Voltage Drop Factor O c. The Nominal Current Setting O d. The Design CurrentBuild a thermostat using Arduino Uno, LCD display, temperature sensor and few LED's. Write a program in Arduino IDE which will work for the heating and cooling process. Use the temperature sensor to measure the current temperature. Display the current temperature on the LCD display. You need to use a loop for comparison of current temperature with the set temperature. LCD display should display the current and set temperature. Try to implement red and green LED’s for heater and cooler side respectively. Modify the project using the remote given in the kit. You should use the remote to change the temperature up and down the set temperature.
- Summarize on how testing is carried out on isolators and circuit breakers of high voltage system. High voltage engineeringTinkercad this or just calculationsTHREE PHASECONTROLED RECTIFIER It is used to feed a physical load which is resistance of 6 ohm And inductive impedance high enough for the current to be continuous and free from vibrations and the THREE PHASECONTROLED RECTIFIER is connected to delta and his voltage 100 volt , What is the value of the power drawn from the source if the ignition angle is 45 degrees?
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