400MXC82MEFC22X25

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Aluminum Electrolytic Capacitors are one of the most common components used in electrical and electronic circuits. The 400MXC82MEFC22X25 is a type of aluminum electrolytic capacitor, and is an example of the many options available in these components. This article will provide a detailed discussion of the specific characteristics and functionalities of the 400MXC82MEFC22X25 and its application in various technology fields.

The 400MXC82MEFC22X25 is a lower rated aluminum electrolytic capacitor. The exact specifications of this product are: capacitance of 22uf, 13.5 volts and 80% ripple temperature life rating. These specifications ensure that it is an ideal choice for lower voltage and current applications. Specifically, this capacitor is suited to moderating analog and digital signals in low to medium frequencies.

The primary materials used in the construction of the 400MXC82MEFC22X25 are: aluminum for the capacitor plate, ethylene propylene rubber for the capacitor case, and a liquid product known as electrolytic oil for the dielectric. This makes it an exceptionally durable product, which is resistant to shock, vibration and moisture.

Because of the materials and construction method, the 400MXC82MEFC22X25 has a few distinct features, including high capacitance density, low ESR, strong self-healing performance, and high ripple tolerance. This makes it a versatile component, and useful in many different applications, including:

• Computers, laptops and TVs – used for moderating signals from the processor chips, backlight tubes and sound amplifiers.
• Vehicle electronics – used for voltage stabilization and power cushioning for onboard vehicle components, including sensors, fans and battery.
• Appliances – used for motor starting, temperature control, capacitor discharge, and other similar applications.

The working principle of the 400MXC82MEFC22X25 is based on Faraday’s Law of Electromagnetic Induction. This principle states that when a closed loop is formed and an electric current flows through the loop, an electromotive force is created, which causes the loop to move in a particular direction. In an electrolytic capacitor, this electric current is produced by an electromotive force. This results in displacement current flow between the two capacitor plates. The resulting capacitance is proportional to the surface area of the plates, and inversely proportional to the distance between them.

The 400MXC82MEFC22X25, being a lower rated aluminum electrolytic capacitor, is most suitable for applications where a large capacitance is not required and only moderate signal modulation is needed. For such applications, this components proves to be an affordable and reliable solution.

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