How Do You Spell PARALLEL TRANSFORMER?

Pronunciation: [pˈaɹəlˌɛl tɹansfˈɔːmə] (IPA)

Parallel transformer is spelled /ˈpærəlɛl/ /trænsˈfɔːrmər/. The word "parallel" is spelled with a stress on the first syllable, "pa-". The "a" is pronounced as in "cat" /æ/. The second syllable is unstressed and pronounced with a schwa sound /ə/. "Transformer" is spelled with the stress on the second syllable, "form". The vowel "a" is pronounced as in "tall" /ɔː/. The final syllable "-er" is pronounced with an "uh" sound /ə/. These two words come together to describe an electrical device used to transfer electrical energy.

PARALLEL TRANSFORMER Meaning and Definition

1. A parallel transformer refers to a type of electrical transformer where two or more transformers are connected together in such a way that they operate in parallel to share the load. It is commonly used in power distribution networks to ensure a reliable and efficient supply of electricity.

   In a parallel transformer configuration, the primary windings of each transformer are connected to the same supply source, while their secondary windings are connected to the same load or loads. This arrangement allows the transformers to work collectively to meet the power demands of the connected loads. By sharing the load, the transformers can distribute the power more evenly and prevent any single transformer from being overloaded.

   One of the key advantages of employing parallel transformers is their ability to provide redundancy and ensure continuity of power supply. If one transformer fails or requires maintenance, the other transformers can continue to supply power without interruption. This improves the reliability and availability of a power system.

   Another benefit of parallel transformers is that they allow for easy scalability. If more power is needed in the future, additional transformers can be connected in parallel to meet the growing demand. This flexibility makes parallel transformers a preferred choice for expanding power distribution networks.

   Overall, a parallel transformer is a configuration of multiple transformers interconnected to share the load, providing redundancy, scalability, and improved reliability in power distribution systems.

Common Misspellings for PARALLEL TRANSFORMER

• oarallel transformer
• larallel transformer
• -arallel transformer
• 0arallel transformer
• pzrallel transformer
• psrallel transformer
• pwrallel transformer
• pqrallel transformer
• paeallel transformer
• padallel transformer
• pafallel transformer
• patallel transformer
• pa5allel transformer
• pa4allel transformer
• parzllel transformer
• parsllel transformer
• parwllel transformer
• parqllel transformer
• paraklel transformer
• paraplel transformer

Etymology of PARALLEL TRANSFORMER

The term "parallel transformer" does not have a specific etymology because it is a compound term derived from two separate words: "parallel" and "transformer".

- "Parallel" comes from the Latin word "parallelus", which means "side by side" or "equal in all respects". It entered English in the 16th century and has been used to describe things that are running or proceeding alongside each other without converging or diverging. In the context of electrical engineering, "parallel" refers to the connection of multiple devices or components so that they share a common voltage across them.

- "Transformer" comes from the Latin word "transformare", which means "to change the form or shape". It entered English in the late 19th century and is used to describe a device that changes the voltage levels of electric currents, typically by electromagnetic induction.