Star Motors is going to launch a locally built car. The car has an automatic-transmission, and you need to develop a logical circuit for it. Assume, when the car’s accelerator is in LOW state (A=0) the car will be in neutral position (i.e. same state) and when the accelerator is in HIGH state (A=1) it will goes from neutral to 1st gear to until 5th gear. This can be taken as speed stages, that are correspond to 000 to 001 to 010 to 011 to 100 to 101 states. And when the brake is in HIGH state (B=1) it will shift gears in reverse direction. Make this synchronous counter circuit with two D-type flip-flops & two inputs accelerator (A) & brake (B) (Do all Design Steps)
Star Motors is going to launch a locally built car. The car has an automatic-transmission, and you need to develop a logical circuit for it. Assume, when the car’s accelerator is in LOW state (A=0) the car will be in neutral position (i.e. same state) and when the accelerator is in HIGH state (A=1) it will goes from neutral to 1st gear to until 5th gear. This can be taken as speed stages, that are correspond to 000 to 001 to 010 to 011 to 100 to 101 states. And when the brake is in HIGH state (B=1) it will shift gears in reverse direction. Make this synchronous counter circuit with two D-type flip-flops & two inputs accelerator (A) & brake (B) (Do all Design Steps)
Introductory Circuit Analysis (13th Edition)
13th Edition
ISBN:9780133923605
Author:Robert L. Boylestad
Publisher:Robert L. Boylestad
Chapter1: Introduction
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Star Motors is going to launch a locally built car. The car has an automatic-transmission, and you need to develop a logical circuit for it.
Assume, when the car’s accelerator is in LOW state (A=0) the car will be in neutral position (i.e. same state) and when the accelerator is in HIGH state (A=1) it will goes from neutral to 1st gear to until 5th gear. This can be taken as speed stages, that are correspond to 000 to 001 to 010 to 011 to 100 to 101 states.
And when the brake is in HIGH state (B=1) it will shift gears in reverse direction.
Make this synchronous counter circuit with two D-type flip-flops & two inputs accelerator (A) & brake (B) (Do all Design Steps)
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