\"SEI instruction is used to globally mask interrupts 30-\"S a) True b) False 31
ID: 3348879 • Letter: #
Question
"SEI instruction is used to globally mask interrupts 30-"S a) True b) False 31-Electric and magnetic sensors is the broadest by far of allother classes due to the following reason: Sensors often exploit the electrical property of materials a) True b) False 32 -Successive approximation is slow for large bit application. a) True b) False 33 - A sensor/actuator can rarely operate on its own. a) True b) False 34-Often employed in "smart sensors", the ideal method of transmission sensor data is digital communication a) True b) False 35 - A/D conversion is not needed in smart sensor a) True b) False re Function: The user places a value on an Output Compare Register. When the Timer 36- Output Compa Counter (TCNT) value equals that value, n event (to high, to low, to toggle) is triggered on the respective Output Compare pin. a) True b) False F bit in the TFLG2 register enables the timer overflow interrupts 38-TOl in the TSCR2 register indicates that the timer has overflowed? a) True b)FalseExplanation / Answer
30)
a) True
Yes SEI instruction is used to globally mask interrupts as SEI instruction will be executed first before any pending interrupts and thus mask interrupts globally.
31)
a) True
Sensors often exploits electrical properties with few exception, and so their output is electrical like thermocouples uses electrical effects.
32)
a) True
Succesive approximation is slow for large bit approximations because for N-bit we will need N clock cycles so for large number of bits the succesive approximation will be slow.
33)
a) True
A sensor/actuator can hardly work on its own because it can only sense a signal and convert it other measurable form signal. So, we need to attach measuring device with the sensor to measure the signal.
Please1 question with maximum 4 subparts at a time. Please rate
Related Questions
Navigate
Integrity-first tutoring: explanations and feedback only — we do not complete graded work. Learn more.