Master this deck with 14 terms through effective study methods.
capacter
It measures the ability to store charge per unit voltage.
Plate area, distance between plates, and dielectric material.
Larger area increases the amount of stored charge.
Smaller distance allows for greater charge storage.
Higher permittivity materials enhance capacitance.
Farad (F), often expressed in microfarads or nanofarads.
They are non-polarized and used in high-frequency applications.
They are polarized and provide high capacitance values.
They offer high stability and a long lifespan.
They are compact and known for high reliability.
They allow for adjustable capacitance in circuits.
They smooth out voltage fluctuations in power supplies.
They separate circuit parts and filter out noise.
They store and deliver large amounts of energy.