How Do You Spell ELECTROLYTIC CAPACITOR?

Pronunciation: [ɛlˌɛktɹəlˈɪtɪk kəpˈasɪtə] (IPA)

The spelling of the word "electrolytic capacitor" can be a bit tricky, but understanding its phonetic transcription can make it easier. In IPA, the word is spelled /ɪˌlɛk.trəˈlɪt.ɪk kəˈpæs.ə.tər/. The first syllable "elek" is pronounced with a short e sound followed by the "k" sound. The second syllable "tro" is pronounced with the "t" sound followed by the "r" sound. The third syllable "lyt" is pronounced with the "l" sound followed by the "i" sound and the "t" sound. The final syllable "ic" is pronounced with the "i" sound followed by the "k" sound.

ELECTROLYTIC CAPACITOR Meaning and Definition

1. An electrolytic capacitor is a type of capacitor that utilizes an electrolyte as one of its main components to store and release electrical energy. It consists of two conductive plates, often made of aluminum, that are separated by a dielectric material and immersed in an electrolyte solution.

   The construction of an electrolytic capacitor involves an anode plate made of aluminum, which is coated with an oxide layer, acting as the positive terminal or electrode. The second plate, known as the cathode, is usually a liquid electrolyte that serves as the negative terminal or electrode. The anode and cathode are separated by a paper-like material that acts as the dielectric, preventing direct contact between the plates while allowing the flow of electrical charge.

   Electrolytic capacitors are well-regarded for their ability to store larger amounts of electrical charge compared to other types of capacitors. The presence of the electrolytic solution allows for increased capacitance values, enabling these capacitors to hold and deliver significant amounts of energy. They are commonly found in power supply circuits and audio equipment, where the need for high-capacitance, compact size, and low cost is crucial.

   Due to their construction, electrolytic capacitors are polarized components, meaning they have a designated positive and negative lead. Applying voltage in the wrong direction can lead to catastrophic failure, such as leakage, explosion, or short circuiting. Therefore, correct polarity must be observed when incorporating these capacitors into electronic circuits.

Common Misspellings for ELECTROLYTIC CAPACITOR

• wlectrolytic capacitor
• slectrolytic capacitor
• dlectrolytic capacitor
• rlectrolytic capacitor
• 4lectrolytic capacitor
• 3lectrolytic capacitor
• ekectrolytic capacitor
• epectrolytic capacitor
• eoectrolytic capacitor
• elwctrolytic capacitor
• elsctrolytic capacitor
• eldctrolytic capacitor
• elrctrolytic capacitor
• el4ctrolytic capacitor
• el3ctrolytic capacitor
• elextrolytic capacitor
• elevtrolytic capacitor
• eleftrolytic capacitor
• eledtrolytic capacitor

Etymology of ELECTROLYTIC CAPACITOR

The word "electrolytic capacitor" has its roots in two key components: "electrolytic" and "capacitor".

First, let's look at the term "capacitor". It originates from the Latin word "capacitas", meaning "capacity" or "capability". The concept of a capacitor was introduced by a German physicist named Michael Faraday in the early 19th century. Faraday discovered that two electric conductive plates, separated by an insulator, could store electrical energy in the form of an electric field between the plates. This device came to be known as a "condenser", a term used to describe the storing or condensing of electric charges. Over time, "condenser" evolved into "capacitor" to better reflect its function.

The term "electrolytic" refers to the type of material used in the construction of this particular type of capacitor.

Similar spelling words for ELECTROLYTIC CAPACITOR

• electronic transistor,
• electrolytic condenser,
• electrical capacity,
• electronic converter,
• electrostatic charge,
• electrostatic generator,
• electronic computer.