Implementation of Queue Management Systems 7-segment display Consider the 7-segment display showed in figure 1. The 7-segment display is an electronic component that consists of seven LEDs (named a-g) arranged in a rectangular way. Depending on which LEDs are active (turned on), a decimal digit will be shown as in figure 2. Consider only the digits from 0-9. The digits (10-15) should be considered as don't care condition. The circuit to be considered for the active LOW mode: when the LED is active (turned on), its logical value is 0. when the LED is not active (turned off), its logical value is 1. g Figure 1. 7-segment display 0123456789 Figure 2. 7-segment representation of all decimal digits Implementation of a 4-bit synchronous up - counter Worked by: Instructor of ECET111 F1 F2 Input Logical 1 1 TZ-FF TY-FF TX-FF Z TW-FF w 0 O O Clock Signal C Enable 1 Asynchronous Reset D Figure 3. Implementation of a 4-bit synchronous up - counter Four T- Flip Flops are used to create a 4-bit counter Clock signal is used to synchronize all flip-flops with each other This counter counts from the binary sequence 0000 up to 1111 Question 5. Draw in CircuitVerse the logic circuit for the 7-segment display. The order of the inputs from left to right should be (W, W', X, X', Y, Y, Z, Z'). Insert a screenshot for all the circuit and a zoomed in screenshot for the output c. Make sure for all the wires and connections to be labelled. (5 points) Question 6. Connect the 4 bit counter circuit with the 7-segment circuit and insert two screenshots, each of them displaying a different decimal digit. Make sure for the counter value and the displayed digit to be visible in both screenshots. Explain with your own words what happens in both cases. (10 points, 5 points each)