13008-040KESA/HR

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Tantalum capacitors are a type of capacitor that utilizes tantalum as the anode of the component. In contrast to other capacitors, Tantalum capacitors employ an anode made out of tantalum oxide instead of aluminum or other metal-plated materials. This creates a capacitor with a higher capacitance and a higher voltage rating than traditional capacitors. The 13008-040KESA/HR application field and working principle are specifically designed to be used in medical, telecommunications, automotive, industrial, military and aerospace applications.

Tantalum capacitors are smaller in size than other types of capacitors and offer impressive capacitance and voltage ratings. Additionally, these components are very reliable and quite stable, and offer excellent electrical properties as well as low ESR values. Due to their unique characteristics and design, Tantalum capacitors are widely used in various applications and areas.

The 13008-040KESA/HR application field is specifically designed for surface mount applications that involve low current levels and low voltage operation. As a Tantalum capacitor, it offers a capacitance range of 630V to 0.2F. This makes it well-suited for a variety of applications that require small components and low current levels. Furthermore, it has a maximum operating temperature of +40°C, which makes it suitable for use in a variety of commercial and industrial applications.

The 13008-040KESA/HR working principle relies on the principle that describes how capacitors store energy. This amplifier consists of two metal plates separated by a dielectric material. In the case of a Tantalum capacitor, the two plates are made of a tantalum core, while the dielectric material is made of tantalum oxide. The electrical current flows through the component, creating a charge in the capacitor.

Under normal operating conditions, the capacitor is filled with an amount of charge equal to the maximum charge it can hold. As this charge builds up, a voltage is created across the capacitor’s plates and this voltage can be used to power electronic circuits or to provide a stable output voltage. However, the charge stored in the capacitor will eventually reach its limit and must be discharged in order to reset the circuit and cause the device to operate properly. The voltage across two edges of a capacitor is equal to the integral of the charge and is normally regulated and monitored.

In order to reset the capacitance, the charge must be discharged to an appropriate level. Generally, the 13008-040KESA/HR relies on a reverse voltage or a pulse to discharge the capacitor. When the voltage drops below a given threshold, the capacitor will be completely discharged and be ready to store energy again.

The 13008-040KESA/HR is also well-suited for use in power conversion applications as it has a low ESR rate that improves the power efficiency of the devices. The Tantalum capacitor can be used in high-temperature environments, as it has a maximum operating temperature of +85°C. Additionally, the device features a low impedance design, which is beneficial for current-sensitive applications.

The 13008-040KESA/HR application field and working principle make it an ideal choice for a variety of applications in the medical, telecommunications, automotive, industrial, military and aerospace sectors. Its small size, low ESR rate and wide temperature range make it suitable for use in a variety of operations.

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