A digital circuit to detect low tire pressure on a motorcycle.
The circuitry receives two 6-bit binary data from the tire pressure sensors. One for the front tire, the other for the rear. For example, at 3 psi the sensor outputs b'000011.
The maximum tire pressure specified for each motorcycle tire is 50 psi.
Design the circut so that when the pressure of one tire is at least 4 psi lower than the other, it activates one of the two warning signals WF AND WR. If the front tire pressure is lower then WF=1 OR if the rear tire pressure is lower than WR=1 then all conditions are WF=WR=0.
Design circuit using full adders and any other types of gates, capture the design using circuit diagram in conjuction with Boolean equations.
Plug in pre selected numbers to verify if your design works. Front tire at 48 psi and reare at 8 psi.
Really confused please help!!!!
Thanks
The circuitry receives two 6-bit binary data from the tire pressure sensors. One for the front tire, the other for the rear. For example, at 3 psi the sensor outputs b'000011.
The maximum tire pressure specified for each motorcycle tire is 50 psi.
Design the circut so that when the pressure of one tire is at least 4 psi lower than the other, it activates one of the two warning signals WF AND WR. If the front tire pressure is lower then WF=1 OR if the rear tire pressure is lower than WR=1 then all conditions are WF=WR=0.
Design circuit using full adders and any other types of gates, capture the design using circuit diagram in conjuction with Boolean equations.
Plug in pre selected numbers to verify if your design works. Front tire at 48 psi and reare at 8 psi.
Really confused please help!!!!
Thanks