Understanding DC Generator Classification
DC generators are classified based on how the field winding is connected relative to the armature winding.
- Series Generator: Field winding is connected in series with the armature.
- Shunt Generator: Field winding is connected in parallel (shunt) with the armature.
- Compound Generator: Has both series and shunt field windings.
Identifying the Generator Type
The question refers to a specific configuration: "Short __________ Compound Generator". This structure implies a type of compound generator. The blank needs to be filled based on the connection type. In the context of compound generators, "Shunt" refers to the connection of the shunt field winding. A "Short Shunt" configuration specifically describes how the shunt field is connected relative to the series field and the load.
Given the options, "Shunt" is the term that describes the winding connection type relevant here and correctly completes the specific generator name often discussed in DC generator classifications.
Filling the Blank
The term that correctly fits the blank is "Shunt". Therefore, the complete name is "Short Shunt Compound Generator", which is a known type of DC generator.
Similar Questions
Why is a DC compound generator preferred for industrial loads?
What is the primary cause of sudden insulation resistance failure in a DC generator?
- A DC generator delivers a load current of 25 A at 200 V. If the generated EMF is 205 V, what is the armature resistance?
- Which type of DC generator has its field winding connected in parallel with the armature?
- In Separately Excited Generator, the field windings are connected in:
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Important Questions from DC Generators
In a 6-pole DC machine, 90 mechanical degrees corresponds to how many electrical degrees?
In DC machine shape of main field flux distribution is
Brushes in a DC machine are normally placed electrically in the
The greatest eddy current loss occurs in ______ part of the DC machine.
Which among the following DC generators produces constant output voltage at all loads?
