Explanation: The common way of reducing the internal noise generation is by keeping input and output lead length as short as practically possible. 9. How to choose an IC for a high electrical noise environment?
A. Low degree of noise immunity
B. High degree of noise immunity
C. Low degree of noise reduction
D. High degree of noise reduction
Answer:A
Explanation: The common way of reducing the internal noise generation is by keeping input and output lead length as short as practically possible. 9. How to choose an IC for a high electrical noise environment?
A. Low degree of noise immunity B. High degree of noise immunity C. Low degree of noise reduction D. High degree of noise reduction
Explanation: In a high electrical noise environment an IC with a high degree of noise immunity will minimize the amount of special care needed for proper circuit operation. 10. Which among the following has best immunity to induced noise?