Electrical Engineering Concepts Quiz

What is the condition called when there is no power loss due to reflection at a source/load junction because the load impedance is conjugate of the source impedance?

How many field poles does a two-pole, three-phase motor have?

Which of the following logic families is known for low power consumption?

What happens when the positive lead of an ohmmeter is connected to a diode's cathode and the negative to its anode?

Which of the following is not a storage device?

Which oscillator operates on the principle of velocity modulation and changing speed of electron passing through the tube?

Electrical Engineering Questions and Answers

The condition with no power loss due to reflection at a source/load junction is called maximum power transfer.
The load impedance must be the conjugate of the source impedance for maximum power transfer to occur.
A two-pole, three-phase motor has 2 field poles.
The logic family noted for low power consumption is TTL (Transistor-Transistor Logic).
If the positive lead of an ohmmeter is connected to the cathode of a diode and the negative lead to the anode, the ohmmeter will display infinite high resistance.
A card reader is not a storage device.
The oscillator that operates on the principle of velocity modulation and changing speed of electrons passing through the tube is a Klystron.
Resonance alignment is another term for maximum power transfer.
The load impedance in maximum power transfer is the conjugate of the source impedance.
An ohmmeter connected to a diode with the positive lead on the cathode and the negative lead on the anode will display infinite high resistance.
A card reader is not considered a storage device.
A Klystron oscillator operates on the principle of velocity modulation and changing speed of electrons passing through the tube.

Test your knowledge on electrical engineering concepts with this quiz! Learn about power transfer, motor field poles, and logic families. Challenge yourself and see how much you know about these topics.