EXV157M016A9MAA

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Aluminum electrolytic capacitors are widely used in many electronic applications. The EXV157M016A9MAA is a general purpose aluminum electrolytic capacitor developed by Cornell Dubilier, a leading global manufacturer of high quality capacitors. This capacitor is designed for applications that require wide temperature range and low impedance.

The EXV157M016A9MAA aluminum electrolytic capacitor is a radial leaded, polar device. The capacitor is encased in a non-inductive, heat and vibration resistant sleeve with a blister and clam shell package. The capacitor utilizes a hermetically sealed aluminum electrolyte system, which is designed to provide superior electrical performance and long-term reliability. Its temperature range is from -55°C to +125°C.

The capacitor\'s working principle is based on the line of electric fields concept developed by Faraday and Maxwell. This principle states that two conductors or electrodes placed in an insulating material, such as an electrolyte, can create an electrostatic field. The two electrodes used in the EXV157M016A9MAA capacitor are an aluminum foil and a wire. When a voltage is applied across the capacitor, a current flows through it, which charges the electrolyte. The electrolyte then creates a electrostatic field between the two electrodes.

The EXV157M016A9MAA is commonly used in power supplies, electronic instrumentation, telecommunications, audio amplifiers, and automotive applications. It is typically used to filter noise, smooth out current and provide extra filtering for the main circuit. This capacitor is often used in series combinations for applications that require increased capacitance and voltage ratings.

The EXV157M016A9MAA is a reliable and robust aluminum electrolytic capacitor. It is designed to provide excellent electrical performance, long-term reliability and wide temperature range. The capacitor is ideal for power supply, electronic instrumentation, telecommunications, audio amplifiers, and automotive applications, and can be used in series combinations for applications requiring increased capacitance and voltage ratings.

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