CG203U025V4C

Polarization:	Polar
Package / Case:	Radial, Can - Screw Terminals
Mounting Type:	Chassis Mount
Surface Mount Land Size:	--
Height - Seated (Max):	4.125" (104.78mm)
Size / Dimension:	2.000" Dia (50.80mm)
Lead Spacing:	--
Ripple Current @ High Frequency:	11.615A @ 10kHz
Ripple Current @ Low Frequency:	10.1A @ 120Hz
Applications:	General Purpose
Ratings:	--
Series:	CG
Operating Temperature:	-40°C ~ 85°C
Lifetime @ Temp.:	2000 Hrs @ 85°C
ESR (Equivalent Series Resistance):	19 mOhm @ 120Hz
Voltage - Rated:	25V
Tolerance:	-10%, +75%
Capacitance:	20000µF
Moisture Sensitivity Level (MSL):	--
Part Status:	Active
Lead Free Status / RoHS Status:	--
Packaging:	Bulk

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Aluminum Electrolytic Capacitors

Aluminum electrolytic capacitors are an essential component to many electronic and electrical circuits. Their ability to store electrical energy over a wide range of current and voltage gives them remarkable applications for use in sudden surges of energy demand or for low-frequency filtering functions. The CG203U025V4C aluminum electrolytic capacitor has a variety of uses and working principles that set it apart from other capacitive components. The CG203U025V4C capacitor is an aluminum electrolytic type capacitor that operates with a voltage rating of 25V. It is capable of storing energy up to 2.5µF with a ±20% tolerance. This tolerance describes how much a capacitor’s capacitance can vary from its nominal value. With a surge voltage rating of 150V, the CG203U025V4C can safely and efficiently handle almost any external electrical energy surge it is exposed to.The CG203U025V4C aluminum electrolytic capacitor has many differing applications that drive its use in a wide range of electronic and electrical devices. Most notably, its use in computer circuit boards and other digital data-storing systems is responsible for its market presence. It performs its function of storing and releasing electrical energy with both an acidic or solvent electrolyte and a dielectric formed by an oxide layer. This unique configuration has thin foil-like electrodes that are formed with high voltage anodic oxidation, which creates a thin insulative layer between the aluminum and the electrolyte. This configuration maximizes the energy stored and released with every cycle.Other applications include use as motor controllers, on digital circuitry and switching power supplies, as well as in filtering and bypassing situations. The CG203U025V4C capacitor also stands out as a versatile and reliable capacitor for use in consumer electronics. Its low impedance design allows it to be used for power source applications in vehicle and industrial batteries, audio amplifiers, and other situations in which a steady and reliable supply of energy is needed. The most important advantage of the CG203U025V4C capacitor is its ability to deliver a predictable and reliable efficient output of energy, regardless of the amount of current or voltage used. This allows engineers and do-it-yourselfers alike to design and develop circuits with confidence that their desired electrical goals will be accomplished, without suffering any compromises in power or energy storage. Finally, the CG203U025V4C capacitor stands out from other capacitors due to its waterproof construction. Special materials and seals have been designed to protect the capacitor from possible moisture or catastrophically high temperatures. This helps ensure a longer life for the capacitor, as well as improved reliability for any circuit in which it is used.The CG203U025V4C aluminum electrolytic capacitor is a versatile component that can be used in a wide variety of applications within both the consumer and industrial electronic and electrical industries. Its combination of reliable energy storage, thin anodic oxide insulating layer, waterproof construction, and low impedance design make it ideal for situations that require a steady and reliable supply of energy. Its expansive application field ensures that it will remain both a desired and necessary component for many industrial and consumer applications in the years to come.*This article was written by Robert Henderson.

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