Design a circuit to replace the 1965 Ford Thunderbird Tail Lights. You may use the following: AND/OR/NOT, MUX/DEMUX, Binary Decoder/Encoder, and positive edge triggered D FFs. Minimization of Logic is NOT REQUIRED.
A description of the tail lights are shown in the images below. The user has the following 3 inputs, Left Signal (LS), Right Signal (RS), and Hazard Lights (HL). The outputs are the Tail Lights ( RA,RB,RC,LA,LB,LC ), shown in the figure below.
If the LS is HIGH, then the sequence in (a) below is recycled, which signals that the driver is turning left.
If the RS is HIGH, then the sequence in (b) below is recycled, which signals that the driver is turning right.
If HL is HIGH, then all 6 lights (RA, RB, RC, LA, LB, LC) will flash ON and OFF simultaneously.
NOTE: LS, RS, and HL will never be high at the same time. Only one insut signal will be HIGH at any given time.
HINT: The design is very similar to problem 2 and 3 on this exam. Design the 3 different outputs correctly and select the correct output according to the user input. You can possibly use an encoder for the selector since LS, RS, and HL are only HIGH one at a time.
Inputs: LS, RS, HL
Outputs: LA, LB, LC, RA, RB, RC
4.Design a circuit to replace the 1965 Ford Thunderbird Tail Lights You may use the following:AND/OR/NOT,MUX/DEMUX,Binary Decoder/Encoder,and positive edge triggered D FFs Minimization of Logic is NOT REQUIRED A description of the tail lights are shown in the images below.The user has the following 3 inputs, Left Signal (LS), Right Signal (RS), and Hazard Lights (HL) The outputs are the Tail Lights (RA, RB, RC,LA, LB, LC), shown in the figure below. If the LS is HIGH,then the sequence ina) below is recycled,which signals that the driver is turning left If the RS is HIGH,then the sequence in(b)below is recycled,which signals that the driver is turning right. If HL is HIGH,then all 6 lightsRA,RB,RC,LALB,LC)will flash ON and OFF simultaneously NOTE:LS,RS,and HL will never be high at the same time.Only one input signal will be HIGH at any given time RA RB RC BE888 BEKECECO 88+88
HINT:The design is very similar to problem 2 and 3 on this exam.Design the 3 different outputs correctly and select the correct output according to the user input. You can possibly use an encoder for the selector since LS, RS, and HL are only HIGH one at a time.
Inputs:LS,RS,HL OutputsLA,LB,LC,RA,RB,RC