Design a 8085 based system to generate an alarm if smoke is detected at either of the sensors deployed at a G+3 storey building.
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Design a 8085 based system to generate an alarm if smoke is detected at either of the sensors deployed at a G+3 storey building.
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- You are tasked to design a system that will monitor and regulate the air flow in a hospital ward. The design should take inputs from all of the following four sensors: Sensor A has been set to trigger when the windows in the ward are open. Sensor B has been set to trigger when the relative level of moisture in the air has exceeded 30%. Sensor C is an anemometer and has been set to trigger when the rate of air flow at the ventilation grills has dropped below 20 m/s. Sensor D is a thermometer and has been set to trigger when the ambient temperature in the ward has exceeded 20°C. The system should operate based on the following conditions: • If the windows in the ward are closed, the system should switch on the air conditioning unit automatically if 1) the temperature is over 20°C and airflow rate is less 20m/s, or 2) temperature is over 20°C and humidity over 30%. • If the windows in the ward are open and the ambient temperature is over 20°C, the system should generate an alert. a)…The IOT temperature monitoring system is described and completed.Draw the block diagram for a security camera
- Explain why error detectors and sensors are a drawback in control systems in a few words.This article gives both an introduction to the IOT temperature monitoring system as well as a description of its features.A home security system has a master switch that is used to enable an alarm, lights, video cameras, and a call to local police in the event one or more of six sets of sensors detects an intrusion. In addition there are separate switches to enable and disable the alarm, lights, and the call to local police. The inputs, outputs, and operation of the enabling logic are specified as follows: Inputs: S: signals from six sensor sets (8 = M: master switch (0 = security system enabled, 1 = security system disabled) A: alarm switch (0 = alarm disabled, 1 = alarm enabled) L: light switch (0 = lights disabled, 1 = lights enabled) P: police switch (0 = police call disabled, 1 = police call enabled) intrusion detected from the sensors, 1 = no intrusion detected) Outputs: A: alarm (e = alarm on, 1 = alarm off) L: lights (0 - lights on, 1 - lights off) V: video cameras (0 = video cameras off, 1 = video cameras on) C: call to police (8 = call off, 1 = call on) Operation: If one or more of the sets of…
- A digital system has a clock generator that produces pulses at a frequency of 80 MHz. Design a circuit that provides a clock with a cycle time of 50 ns.A taco generator is use as a sensor to detect the speed of a rotating motor. The o/p of the tacho is between Ov and 5v where the midrange (2.5v) is equivalent to that the motor is standstill. When motor accelerates CW toward full speed, the tacho o/p will vary from 2.5v to 5v and when the input of tacho varies from 2.5v down to Ov means the motor is accelerating towards cCW. The Scenario is to reflect the equivalent speed on two SSDS which one will read the equivalent speed of reading 5 for maximum Cw (5v) and the other will also read 5 for maximum CCW (Ov) equivalent speed in the reverse direction. Taco generator input is connected to PA4, the CW SSD on PORTB and the CCW SD on PORTC Write ATmega 16 program sketch to follow the above scenario REFS1 REFSO Voltage Reference Selection AREF, Internal Vref turned off AVCC with external capacitor at AREF pin 1 Reserved 1 Internal 2.56V Voltage Reference with external capacitor at AREF pin ADPS2 ADPS1 ADPSO Division Factor 2 1 1 1 1 16 1 32 1…Problem Statement: Suppose you are a senior Design Engineer of Walton group. The company wants to launch a new Smart Air conditioner (S-AC). A temperature sensor will be attached to the system to measure the Room temperature (X). If X is greater than 24 degrees, the power switch will turn on automatically. The motor and compressor will start cooling operation. The system response will be saturated as soon as the room temperature reaches 20 degrees to reduce the power consumption. The transfer function of the system is - G(s) = 0.39 s+1.5 Now, 1. Considering the effects of nonlinearities, design a suitable system that can fulfill the above requirement. 2. Generate step response of the designed system for both open loop and closed loop configuration. 3. Compare the two responses. 4. Conduct literature review and compare your proposed system with the state-of-the-art technology. Please solve this design via matlab Simulink and after designing the save the file and share with me. Try to…
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