Transcript
ABBOTTABAD Lab Assignment#05
Subject:
Industrial Electronics
Submitted By: Mukarram Ali FA09-BEE-151 Submitted To:
Sir Muhammad Sajjad Durani
Date: 3rd October, 2012
NOT Gate NOT Gate, also known as an ‘Inverter’, is the logic gate which logically inverts the input. The truth table for NOT Gate is given by:
Input Output OFF ON ON OFF
The Relay Logic diagram is shown below:
Condition I: When Input=OFF
Condition II: When Input=ON
ABBOTTABAD Lab Assignment#06
Subject:
Industrial Electronics
Submitted By: Mukarram Ali FA09-BEE-151 Submitted To:
Sir Muhammad Sajjad Durani
Date: 10th October, 2012
OR Gate OR Gate is the two input logic gate, which is logically OFF only when its both inputs are OFF and it is ON otherwise. The truth table for NOT Gate is given by:
In-1 In-2 Output OFF OFF OFF OFF ON ON ON OFF ON ON ON ON
The Relay Logic diagram is shown below:
Condition I: When In-1=OFF & IN-2=OFF
Condition II: When In-1=OFF & IN-2=ON
Switch 1 Coil
V+
2
31
Switch 2
2
31
Condition III: When In-1=ON & IN-2=OFF
Switch 1 Coil
V+
2
31
Switch 2
2
31
Condition IV: When In-1=ON & IN-2=ON
Switch 1 Coil
V+
2
31
Switch 2
2
31
ABBOTTABAD Lab Assignment#07
Subject:
Industrial Electronics
Submitted By: Mukarram Ali FA09-BEE-151 Submitted To:
Sir Muhammad Sajjad Durani
Date: 24th October, 2012
AND Gate AND Gate is the two input logic gate, which is logically ON only when its both inputs are ON and it is OFF otherwise. The truth table for NOT Gate is given by:
In-1 In-2 Output OFF OFF OFF OFF ON OFF ON OFF OFF ON ON ON
The Relay Logic diagram is shown below:
Condition I:
When In-1=OFF & IN-2=OFF
Condition II: When In-1=OFF & IN-2=ON
Condition III: When In-1=ON & IN-2=OFF
Condition IV: When In-1=ON & IN-2=ON
ABBOTTABAD Lab Assignment#08
Subject:
Industrial Electronics
Submitted By: Mukarram Ali FA09-BEE-151 Submitted To:
Sir Muhammad Sajjad Durani
Date: 31st October, 2012
XOR Gate XOR Gate is the two input logic gate, which becomes logically OFF when its both inputs are same and ON otherwise. The truth table for NOT Gate is given by:
In-1 In-2 Output OFF OFF OFF OFF ON ON ON OFF ON ON ON OFF
The Relay Logic diagram is shown below:
Condition I: When In-1=OFF & IN-2=OFF
V+Switch
V+
2
31
Switch2
3
1
V+
1
23 23
1
23 23
Load coil
Condition II: When In-1=OFF & IN-2=ON
Condition III: When In-1=ON & IN-2=OFF
V+Switch
V+
2
31
Switch2
3
1
V+
1
23 23
1
23 23
Load coil
Condition IV: When In-1=ON & IN-2=ON
V+Switch
V+
2
31
Switch2
3
1
V+
1
23 23
1
23 23
Load coil
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