Instrumentational Amplifier and basic RLC
Instrumentation Amplifier and RLC Fundamentals Quiz
Test your knowledge on instrumentation amplifiers and RLC circuits with this engaging quiz designed for students and professionals alike. Challenge yourself with 10 multiple-choice questions that cover key concepts in electronics and instrumentation.
Whether you're aiming to solidify your understanding or prepare for an exam, this quiz is a great resource!
- 10 Thought-Provoking Questions
- Focus on Instrumentation Amplifier Principles
- Designed for Students and Professionals
Why output of transducer is not directly connected to indicator or display?
Low level output is produced
High level output is produced
No output is produced
Input is fed directly
What are the features of instrumentation amplifier?
Low noise
High gain accuracy
Low thermal and time drift
All of the mentioned
Both 1 & 2
General purpose op-amps are used in applications as
Instrumentation amplifier
Differential instrumentation amplifier
Inverting instrumentation amplifier
Non-inverting instrumentation amplifier
In an instrumentation amplifier using transducer bridge, which device measure the change in physical energy
Resistive transducer
Indicating meter
Capacitive transducer
Inductor circuit
6. Which type of thermistor is chosen for temperature measurement and control?
High temperature coefficient of resistance
Low temperature coefficient of resistance
Positive temperature coefficient of resistance
None of the mentioned
How a differential instrumentation amplifier using transducer bridge can be used as a temperature controller?
Increase room temperature
Replaces calibrated meter with relay
Change the bridge resistance
Replace thermistor by light intensity meter
In differential-mode,
Opposite polarity signals are applied to the input
The gain is one
The outputs are of different amplitudes
Only one supply voltage is used
The input offset voltage is defined as the voltage that must be applied between the two input terminals of the op amp to obtain .................. At the output.
0 volt
INFINITE volt
Controlled gain voltage
(10 power 5 )to (10 power 6) volt
In reality the input terminals are at slightly ................potentials
Different AC
Different DC
Same AC
Same DC
Slew rate is defined as the maximum rate of change of an op amp's ............ voltage
Input
Output
Differential
Summing
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