Electronics and Communication Engineering - Measurements and Instrumentation - Discussion
Discussion Forum : Measurements and Instrumentation - Section 1 (Q.No. 23)
23.
A digital voltmeter has a read out range from 0 to 999 counts. If the full scale reading is 9.999 V, the resolution is
Answer: Option
Explanation:
Resolution is the smallest change in the quantity being measured which will cause an observable change in output. In this case it is 1 mV.
Discussion:
10 comments Page 1 of 1.
Hiren Patel said:
9 years ago
o/p = (step size) * (decimal value).
Here,
o/p is 9.999V for decimal value of 999 .
i.e: 9.999 = (step size) * (999).
=> step size = 0.01.
Now, resolution = (step size) / (full scale reading),
=> (0.01)/(9.999) = 1mV.
Here,
o/p is 9.999V for decimal value of 999 .
i.e: 9.999 = (step size) * (999).
=> step size = 0.01.
Now, resolution = (step size) / (full scale reading),
=> (0.01)/(9.999) = 1mV.
(3)
Khupse pawan said:
8 years ago
For the answer to be 1mv the couts must be 9999.
Archava said:
10 years ago
How it 1mv please explain?
Sush said:
9 years ago
The answer should be 10mV.
Sanjay sharma said:
9 years ago
9.999/999 = 0.01.
Ans B.
Ans B.
Raj said:
8 years ago
Answer should be 0.01.
Karthikeyan said:
8 years ago
Answer should be 0.01.
Vishal padmane said:
6 years ago
Answer should be 10mv.
Cheetha said:
1 decade ago
9.999V/999 = 0.01V?
SANGAMESH said:
9 years ago
How it becomes?
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