Explanation: The special designed comparator outperforms the op-amp type. They are optimized for the most desirable promoters like speed and accuracy. So, their output is compatible with RTL, DTL, TTL and MOS Logic. 2. Response time of comparators is defined as
A. Time interval between input and output crossing upper threshold voltage
B. Time interval between input and output function
C. Time interval between input and output crossing threshold logic
D. Time interval between input and output crossing lower threshold voltage
Answer:A
Explanation: The special designed comparator outperforms the op-amp type. They are optimized for the most desirable promoters like speed and accuracy. So, their output is compatible with RTL, DTL, TTL and MOS Logic. 2. Response time of comparators is defined as
A. Time interval between input and output crossing upper threshold voltage B. Time interval between input and output function C. Time interval between input and output crossing threshold logic D. Time interval between input and output crossing lower threshold voltage
Explanation: The response time of the comparator is the interval between the application of an input step function and the time output crosses the logic threshold voltage. 3. The voltage level at which the comparator saturated by a differential input equal to greater than a specified voltage is called