CMR08F753FPAR

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Mica and PTFE capacitors have been increasingly employed in the field of power electronics due to their superior performance features over other capacitor types. CMR08F753FPAR is one of the most popular mica and PTFE capacitors on the market today. This capacitor is widely used in a variety of applications and has very good electrical ratings.

The CMR08F753FPAR capacitor is an axial leaded electrolytic capacitor. It is mainly composed of mica and PTFE dielectric layers as well as a nickel-plated aluminum outer casing. The mica and PTFE layers act as insulators between the negative and positive electrodes of the capacitor. The mica dielectric layer also helps to decrease the capacitance and increase the temperature coefficient of capacitance of the capacitor. In addition, the PTFE layer allows for better thermal dissipation of the capacitor\'s electrical energy.

The CMR08F753FPAR capacitor offers several advantages over other capacitor types. These advantages include low loss, high frequency characteristics, high voltage breakdown rating, as well as longer life cycle and reliability. As a result, this type of capacitor is often used in applications that require high power density, high voltage, and low power dissipation. Common applications that use this type of capacitor include solar energy systems, welding machines, power supplies, motor control systems, and DC/DC converters.

In addition to the mica and PTFE layers, a thin electrolyte coating is applied to the negative and positive electrodes. This electrolyte coating helps to reduce the resistance of the internal conductors, while also maintaining a low equivalent series resistance (ESR). The CMR08F753FPAR capacitor has a rated operational temperature range of -40°C to +85°C and a rated voltage range of 4 to 50V.

The working principle of the CMR08F753FPAR capacitor is based on the electrostatic capacitance of a pair of parallel plates. When a direct current (DC) source is connected between the two plates, a field of electrical charge is formed in the dielectric material, thus generating an electrical potential difference. This potential difference is then stored as an electrostatic field of energy. When an alternating current (AC) is applied across the capacitor, the stored energy is converted to alternating current and is then removed from the capacitor\'s terminals.

The CMR08F753FPAR capacitor is a highly dependable and reliable capacitor that is utilized in a variety of applications. Due to their excellent electrical ratings and wide operating temperature range, they have become increasingly popular in industrial, aerospace, and electronic based applications. With its good performance and high quality, the CMR08F753FPAR capacitor is an excellent choice for many applications.

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