Design Problem 5 INSTRUCTION: For the design problem, present any corresponding calculations used in the design process, the final circuit design, and screenshots of their simulation in Proteus. Your solution to the design problem should include all the components used and why they were chosen. Design Problem An on/off start-up signal governs the compressor motor of a large commercial air conditioning unit. In general, the start-up signal should be on whenever the output of a temperature sensor (S) exceeds a reference temperature. However, you are asked to limit the compressor start-ups to certain hours of the day and enable service technicians to start up or shut down the compressor through a manual override. A time-of-day indicator (D) is available with on/off outputs as is a manual override switch (M). A separate timer (T) prohibits a compressor start- up within 10 minutes of a previous shutdown. Design a logic diagram that incorporates the state of all four devices (S, D, M, and T) and produces the correct on/off condition for the motor startup. Simulate your design in Proteus. Design Problem 5 INSTRUCTION: For the design problem, present any corresponding calculations used in the design process, the final circuit design, and screenshots of their simulation in Proteus. Your solution to the design problem should include all the components used and why they were chosen. Design Problem An on/off start-up signal governs the compressor motor of a large commercial air conditioning unit. In general, the start-up signal should be on whenever the output of a temperature sensor (S) exceeds a reference temperature. However, you are asked to limit the compressor start-ups to certain hours of the day and enable service technicians to start up or shut down the compressor through a manual override. A time-of-day indicator (D) is available with on/off outputs as is a manual override switch (M). A separate timer (T) prohibits a compressor start- up within 10 minutes of a previous shutdown. Design a logic diagram that incorporates the state of all four devices (S, D, M, and T) and produces the correct on/off condition for the motor startup. Simulate your design in Proteus