687CKE035MGJG

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Aluminum electrolytic capacitors, or "electrolytic capacitor", are widely used in electrical and electronic circuit design. The most common type of electrolytic capacitor is the 687CKE035MGJG. The 687CKE035MGJG is a radial-leaded, low-ESR, low-leakage, screw-terminal electrolytic capacitor.

An aluminum electrolytic capacitor is a type of capacitor that is made up of two electrodes (an anode or cathode) separated by an electrolyte solution. The electrolyte solution is usually a mixture of water, salt, and other chemicals that form a conductive ionic medium for the electrons to travel through. The electrodes are made from an aluminum foil and a dielectric layer that is typically a paper-like material.

The 687CKE035MGJG has a maximum capacitance of 720µF and a maximum voltage of 16V. It has a rated voltage of 8V and a rated temperature of 130°C. The 687CKE035MGJG has a very low ESR (equivalent series resistance) of 0.347Ω. It also has a tight tolerance and excellent long-term reliability. It is designed to operate in applications up to 130°C.

The 687CKE035MGJG is designed for use in applications such as surge protection, high-frequency and high-temperature circuits, battery-backed power supplies, and high-power audio systems. The low ESR and tight tolerance of these capacitors make them ideal for applications where high-surge current is required or where precise timing or energizing of circuits is desired.

The 687CKE035MGJG is also suitable for use in military applications such as high-altitude electronics, avionics, and aerospace, as it has proven to be a reliable choice in those environments. The low leakage and excellent long-term lifetime make them a very reliable choice for these type of applications.

In terms of its working principle, the 687CKE035MGJG has two plates composed of aluminum foil. A dielectric material such as paper separates these two plates, and an electrolyte forms the capacitor\'s "body" between them. Electrical current is able to flow through the electrolyte, transferring energy from one plate to the other in the form of charge. When a voltage is applied across the two plates the electrolyte will form an electrical field, known as a capacitance, that is able to store energy and release it as needed in the form of a current.

The 687CKE035MGJG is a reliable and suitable choice for many different applications, including high-frequency and high-temperature circuits, as well as military applications. Its low ESR, tight tolerance, and excellent long-term reliability give it a competitive edge over other capacitors. The 687CKE035MGJG is easy to install and use, making it a great choice for a wide range of applications.

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