Question: • My Mum and Dad loved Christmas lights and Carols. In their honour, I want to design a combinational logic circuit to control my home Christmas lights, to the beat of my favourite Christmas Carol. There are three inputs and one output. Input_1 turns the lights ON after dark (daylight sensor): •When input_1 is HIGH, the lights are ON Input_2 is the override: •When Input_2 is HIGH, the lights are turned ON before dark or turned OFF after dark •When Input_2 is LOW, the lights can be ON or OFF. Input_3 turns the lights on and off to the beat of my favourite Christmas carol. •When Input_3 is HIGH, lights that are ON, stay ON, •When input_ 3 is LOW, lights that are ON turn OFF.
Hi, so I understand this is a designing a combinational logic circuit question but I am having trouble actually how to approach the question and was wondering if someone would be able to help me figure this out. Thank you!!
Question:
• My Mum and Dad loved Christmas lights and Carols. In their honour, I want to design a combinational logic circuit to control my home Christmas lights, to the beat of my favourite Christmas Carol. There are three inputs and one output.
Input_1 turns the lights ON after dark (daylight sensor):
•When input_1 is HIGH, the lights are ON
Input_2 is the override:
•When Input_2 is HIGH, the lights are turned ON before dark or turned OFF after dark
•When Input_2 is LOW, the lights can be ON or OFF.
Input_3 turns the lights on and off to the beat of my favourite Christmas carol.
•When Input_3 is HIGH, lights that are ON, stay ON,
•When input_ 3 is LOW, lights that are ON turn OFF.
Work through the four steps of the design procedure to produce a logic circuit
– Step 1(3), Step 2 (2), Step 3 (2), Step 4 (3)
Step by step
Solved in 3 steps with 3 images
