Summarize the circuit requirements to add 2 binary digits.
A circuit that is combined with an exclusive OR gate made by the 7486 integrated circuit and the AND gate which is provided by the 7408 integrated circuit this
circuit simulates the addition of two digits in the binary system. The XOR gate makes the binary sum of the two inputs mean while the AND gate makes the carry of the outputs. The first thing the circuit requires is to have pin 14 of both chips connected with the high/5 volts and pin 7 on both the IC chips must be connected to the ground/0. As for the inputs they are located on pins 1 and 2 Input a being on pin 1 and Input B on pin 2. Input A from the 7408 IC chip goes directly to the Input A/pin 1 on Picaxe 7486. Input B from the 7408 IC chip goes directly to Input B/2 pin on 7486 IC chip. Pins 3 on both the 7408 IC chip and 7486 IC chip are connected to a 740ohms resistor that is connected to the positive side of a LED. A circuit that is constructed similarly or exactly the same as in this circuit would meet the circuit requirements to add 2 binary digits. When adding 2 digits in any number base the results would be a sum and carry. In order to simulate the binary addition of both the digits a circuit must be able to generate 2 outputs from the two inputs that are there. The first would be for the sum and second would be the carry. This can be seen through this experiment as the output 1 was the sum digit and the output 2 was the carry digit. There were two inputs A and B that follow the 4 cases of adding 2 binary digits that states whether the LED that is there connected to input A and input B turns ON or stays OFF.
A circuit that is combined with an exclusive OR gate made by the 7486 integrated circuit and the AND gate which is provided by the 7408 integrated circuit this
circuit simulates the addition of two digits in the binary system. The XOR gate makes the binary sum of the two inputs mean while the AND gate makes the carry of the outputs. The first thing the circuit requires is to have pin 14 of both chips connected with the high/5 volts and pin 7 on both the IC chips must be connected to the ground/0. As for the inputs they are located on pins 1 and 2 Input a being on pin 1 and Input B on pin 2. Input A from the 7408 IC chip goes directly to the Input A/pin 1 on Picaxe 7486. Input B from the 7408 IC chip goes directly to Input B/2 pin on 7486 IC chip. Pins 3 on both the 7408 IC chip and 7486 IC chip are connected to a 740ohms resistor that is connected to the positive side of a LED. A circuit that is constructed similarly or exactly the same as in this circuit would meet the circuit requirements to add 2 binary digits. When adding 2 digits in any number base the results would be a sum and carry. In order to simulate the binary addition of both the digits a circuit must be able to generate 2 outputs from the two inputs that are there. The first would be for the sum and second would be the carry. This can be seen through this experiment as the output 1 was the sum digit and the output 2 was the carry digit. There were two inputs A and B that follow the 4 cases of adding 2 binary digits that states whether the LED that is there connected to input A and input B turns ON or stays OFF.
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