Answer Happy

entry in modular form and On completion of this experiment, you should be able to use Quartus II 10: (i) Create a Chemical Storage System design using schematic capture and VHDL design (ii) perform functional simulation As shown in Figure 6.1 the chemical storage tank has three level sensors LSI LS2 and LS3. seven-segment LED display to display the status of the chemical level in the tank and a It has one high pressure tap (HPT) and one low pressure tap (LPT) to fill in the chemicals, a siren which will be activated continuously when the tank is empty. The chemical is constantly consumed by the production floor. HPT LPT Chemical Storage Controller LSI OLS2 CLS3 To production line 0 Figure 6.1 Chemical Storage Tank 2 In this experiment we need to design the chemical storage controller. The status of the Seven-segment display, HPT and LPT valves are shown in Table 6.1 according to the level of chemical sense in the three level sensors. The partitioning of the Chemical Storage Controller is shown in Figure 6.3. You need to design the LevelDetector module in schematic design and the Display Driver in VHDL entry method. Use an appropriate logic gate to realize the correct Şiren output 2 LSI LS2 LS3 HPT LPT Level 7-segment display character 1 1 0 0 Full F 1 1 0 1 Half H 0 0 1 0 Critical С 0 0 0 1 1 Empty E Other combination 0 0 N.A. Blank Table 6.1 0 1