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emmybay02 emmybay02
wrote...
Posts: 485
Rep: 0 0
6 years ago
Explain the operation of a diode (PN) junction and show the input AC waveform and the output DC waveform.
 
  What will be an ideal response?

 Q. 2

A switch-mode power supply (SMPS) circuits: ___________
 
  a. An input inverter circuit, a high power transformer, and an output
  b. An input rectification circuit, a high a power transformer, and a circuit.
  c. An input rectifier circuit, an input high-frequency switch, an output an output rectification circuit.

 Q. 3

The combiner box is a box in which ___________
 
  a. The output of several inverters is connected.
  b. The wires from the solar panels are connected.
  c. Batteries are connected.

 Q. 4

The rectifier diode ___________
 
  a. Converts DC voltage to AC voltage.
  b. Converts AC voltage to DC voltage.
  c. Can be used as a seven-segment display for numbers.

 Q. 5

In a DC motor, the ___________ rides on the commutator to make an electrical connection between the rotating member and the stationary part of the motor.
 
  a. armature
  b. carbon brush
  c. stator

 Q. 6

An inverter ___________
 
  a. Converts DC voltage to AC voltage and back to DC voltage.
  b. Converts AC voltage to DC voltage and back to AC voltage.
  c. Converts DC frequency to a new DC frequency.

 Q. 7

Explain the operation of a power electronic frequency converter (inverter).
 
  What will be an ideal response?

 Q. 8

Explain what is meant by a deep-discharge battery.
 
  What will be an ideal response?
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Replies
wrote...
6 years ago
Ans. to #1

A diode changes ac voltage to dc voltage. The waveform of the voltage supplied to the diode is AC sine wave, and the output of a single diode is a half wave DC voltage wave.

Ans. to #2

C

Ans. to #3

B

Ans. to #4

B

Ans. to #5

B

Ans. to #6

B

Ans. to #7

The power electronic frequency converter changes converts DC voltage to AC voltage and is used in solar energy systems to convert DC voltage from solar photovoltaic panel to AC.

Ans. to #8

A deep discharge battery can be discharged until it is nearly void of electricity. After the batteries discharge is nearly complete, it can be recharged over and over. During the deep discharge, the battery can produce a usable amount of voltage. Batteries that are not rated for deep discharge, will lose their usable voltage quickly as the battery begins the discharge process.
emmybay02 Author
wrote...
6 years ago
All are answered correctly
wrote...
6 years ago
Happy to help
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