When a high is applied to the reset input of the NAND Gate SR Latch, the output is

When a high is applied to the reset input of the NAND Gate SR Latch, the output is as follows:

1. Start with the initial state of the latch, where both inputs (Set and Reset) are low.
2. Apply a high signal to the reset input of the NAND gate.
3. The high signal at the reset input causes the output of the NAND gate to go low.
4. The low output of the NAND gate is fed back to the Set input, which is also low.
5. Since both inputs of the NAND gate are low, the output remains low.
6. This low output represents the reset state of the latch.
7. As long as the reset input remains high, the output will stay low, regardless of any changes in the Set input.
8. To change the state of the latch, the reset input must be brought low again.

In summary, when a high signal is applied to the reset input of the NAND Gate SR Latch, the output remains low, indicating the reset state of the latch.

When a high is applied to the reset input of the NAND Gate SR Latch, the output is as follows:

1. Start with the initial state of the latch, where both inputs (Set and Reset) are low.
2. Apply a high signal to the reset input of the NAND gate.
3. The high signal at the reset input causes the output of the NAND gate to go low.
4. The low output of the NAND gate is fed back to the Set input, which is also low.
5. Since both inputs of the NAND gate are low, the output remains low.
6. This low output represents the reset state of the latch.
7. As long as the reset input remains high, the output will stay low, regardless of any changes in the Set input.
8. To change the state of the latch, the reset input must be brought low again.

In summary, when a high signal is applied to the reset input of the NAND Gate SR Latch, the output remains low, indicating the reset state of the latch.