⟩ Please explain what is interrupt latency? How can you reduce it?
Interrupt latency is a time taken to return from the interrupt service routine post handling a specific interrupt. By writing minor ISR routines, interrupt latency can be reduced.
Interrupt latency is a time taken to return from the interrupt service routine post handling a specific interrupt. By writing minor ISR routines, interrupt latency can be reduced.
The number of micro-amperes in 2 milliamperes is A. 2 µA B. 20 µA C. 200 µA D. 2,000 µA
The number of millivolts in 0.06 kilo-volts is A. 600 V B. 6,000 mV C. 60,000 mV D. 600,000 mV
The quantity 3.3 × 103 is the same as A. 330 B. 3,300 C. 33,000 D. 0.0033
When converting 0.16 mA to micro-amperes, the result is A. 16 µA B. 160 µA C. 1,600 µA D. 0.0016 µA
When these numbers are added, (87 × 105) + (2.5 × 106), the result is A. 1.12 × 104 B. 11.2 × 105 C. 112 × 105 D. 1,120 × 106
The number 4.38 × 10-3 expressed as a number having a power of 10-6 is A. 4,380 × 10-6 B. 438 × 10-6 C. 43,800 × 10-6 D. 438,000 × 10-6
The number 3.2 × 10-5 A expressed using a metric prefix is A. 32 µA B. 3.3 µA C. 320 mA D. 3,200 mA
The core of a coil has a length of 10 cm. The self inductance is 8 mH. If the core length is doubled, all other quantities remaining the same, the self inductance will be A. 32 mH B. 16 mH C. 8 mH D. 4 mH
Diamond is a paramagnetic material. A. True B. False
Eighteen thousand watts is the same as A. 18 mW B. 18 MW C. 18 kW D. 18 µW