The integrating type analog to digital converter is the Dual slope ADC.

Here's a step by step explanation:

1. The dual slope ADC is called integrating type because it uses an integrator to convert the input voltage into time or frequency, which can then be easily digitized.

2. The process starts by resetting the integrator and then input voltage is applied. The output of the integrator increases linearly as long as the input voltage is applied.

3. After a fixed time period, a known reference voltage of opposite polarity is applied to the integrator. The output of the integrator decreases and eventually becomes zero.

4. The time taken for the output to become zero is measured and is proportional to the magnitude of the input voltage. This time period is then converted into digital form.

5. Therefore, the dual slope ADC is the integrating type analog to digital converter.

Question

The integrating type analog to digital converter is the Dual slope ADC.

Here's a step by step explanation:

1. The dual slope ADC is called integrating type because it uses an integrator to convert the input voltage into time or frequency, which can then be easily digitized.

2. The process starts by resetting the integrator and then input voltage is applied. The output of the integrator increases linearly as long as the input voltage is applied.

3. After a fixed time period, a known reference voltage of opposite polarity is applied to the integrator. The output of the integrator decreases and eventually becomes zero.

4. The time taken for the output to become zero is measured and is proportional to the magnitude of the input voltage. This time period is then converted into digital form.

5. Therefore, the dual slope ADC is the integrating type analog to digital converter.

Knowee AI · Accepted Answer

The integrating type analog to digital converter is the Dual slope ADC.

Here's a step by step explanation:

1. The dual slope ADC is called integrating type because it uses an integrator to convert the input voltage into time or frequency, which can then be easily digitized.

2. The process starts by resetting the integrator and then input voltage is applied. The output of the integrator increases linearly as long as the input voltage is applied.

3. After a fixed time period, a known reference voltage of opposite polarity is applied to the integrator. The output of the integrator decreases and eventually becomes zero.

4. The time taken for the output to become zero is measured and is proportional to the magnitude of the input voltage. This time period is then converted into digital form.

5. Therefore, the dual slope ADC is the integrating type analog to digital converter.

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