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Que. 1 AIM: To create a Simulink model which performs simple arithmetic calculations. OBJECTIVES : To perform simple arithmetic calculations such as add, subtract, multiply & divide. SIMULINK MODEL : SUBSYSTEM : BLOCKS USED : Constants Subsystem Add Subtract Divide Product Display EXPLANATION…
Abhinav Mahto
updated on 27 Mar 2022
Que. 1
AIM: To create a Simulink model which performs simple arithmetic calculations.
OBJECTIVES :
SIMULINK MODEL :
SUBSYSTEM :
BLOCKS USED :
EXPLANATION :
RESULTS :
CONCLUSION :
Hence we have created a Simulink model which performs all the simple arithmetic operations such as add, subtract, multiply and divide operations using the given inputs.
Que. 2
AIM: To create a Simulink model which will replicate the behaviour of Assertion Library Block.
OBJECTIVES :
SIMULINK MODEL :
BLOCKS USED :
EXPLANATION :
RESULTS :
CONCLUSION :
Hence we have created a Simulink model which replicates the behaviour like Assertion Library Block and gives the result in the form of 0's & 1's based on the comparison.
Que. 3
AIM: To design a Simulink model that allows Air Conditioners to operate dependent on the temperature of the room.
OBJECTIVES :
SIMULINK MODEL :
ENABLED SUBSYSTEM :
BLOCKS USED :
EXPLANATION :
RESULTS :
1. Condition: Voltage == 5 at Room temperature less than 30. AC is in the OFF state.
2. Condition: With Voltage == 5 and Room Temperature is greater than 30, AC 1 turns ON.
3. Condition: With Voltage == 5 and Room Temperature is greater than 40, both AC 1 and AC 2 turns ON.
CONCLUSION :
Hence we have created a Simulink model using an enabled subsystem that will Turn ON/OFF the AC based on the room temperature.
Que. 4
AIM: To design a Simulink model that allows light to be turned ON/OFF in a room based on luminous intensity.
OBJECTIVES :
SIMULINK MODEL :
ENABLED SUBSYSTEM :
BLOCKS USED :
EXPLANATION :
RESULTS :
1. Condition: Voltage == 5 and Luminous Intensity is greater than 80 then all Lamps are in OFF state.
2. Condition: Voltage == 5 and Luminous Intensity is in between 60 and 80, then Lamp 1 Turns ON.
3. Condition: Voltage == 5 and Luminous Intensity is in between 40 and 60, then Lamp 1 & Lamp 2 Turns ON.
4. Condition: Voltage == 5 and Luminous Intensity is less than 40, then Lamp 1, Lamp 2 & Lamp 3 Turns ON.
CONCLUSION :
Hence we have created a Simulink model using an enabled subsystem that will Turn ON/OFF the Lamps based on the Luminous Intensity.
Que. 5
AIM: To create a Simulink model to understand the behaviour of the saturation Simulink library block.
OBJECTIVES :
SIMULINK MODEL :
SUBSYSTEM :
BLOCKS USED :
EXPLANATION :
RESULTS :
CONCLUSION :
Hence we have created a Simulink model which helps to understand the behaviour of the saturation Simulink library block.
Que. 6
AIM: To create a MATLAB function block for the given logic using the MATLAB fcn library block.
OBJECTIVES :
SIMULINK MODEL :
FUNCTION :
function y = fcn(C1,C2,C3,C4,C5)
y = ((C1 == C2) || (C1 == C3) || (C1 == C4) && (~C5));
BLOCKS USED :
EXPLANATION :
RESULTS :
CONCLUSION :
From the above result, we have derived a MATLAB function for the given logic using the MATLAB library block.
Where, y = ((C1 == C2) || (C1 == C3) || (C1 == C4) && (~C5)) and its output is displayed.
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