M39003/01-5307H

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Tantalum Capacitors are components that store electrical energy in an electric field created by the separation of positive and negative plates. The M39003/01-5307H capacitor is a radial leaded solid-electrolytic capacitor that has become a common choice for power applications due to its low profile, wide temperature range, high impedance, low ESR, low loss, and high reliability.

M39003/01-5307H capacitors offer the advantages of an integrated temperature profile, stable temperature characteristics, and the ability to withstand extreme temperature conditions. The M39003/01-5307H has a stability in temperature up to 120°C which makes it suitable for a variety of industrial applications. Due to its low ESR, it also has an improved ripple current rating, higher capacitance stability, and longer life expectancy.

The most common application of the M39003/01-5307H is in electrolytic and hybrid capacitors. The M39003/01-5307H is an ideal choice for power supply decoupling applications, as it provides a reliable connection between two power domains. It is also suitable for use in high current devices such as DC/DC converters, voltage regulators, and motor controllers; and it is found in many consumer electronics and automotive components.

The working principle of the M39003/01-5307H capacitor is based on the Faraday effect. When a voltage is applied to the capacitor, an electric field is created between the individual layers. This electric field causes positive charges to move towards the negative layers and vice versa, resulting in an electric charge buildup, which is stored in the capacitor until the voltage is removed.

The solid-electrolytic construction of the M39003/01-5307H capacitor helps it to perform reliably and consistently, even under extreme conditions. Its construction helps to reduce the risk of thermal runaway, and it can handle high ripple currents more efficiently than other standard capacitor types such as ceramic or aluminum.

The combination of the M39003/01-5307H capacitor’s wide operating temperature range, low ESR, high reliability, and low profile makes it a great choice for many power applications. It is widely used in industrial electronics and automotive components for its high performance and low maintenance requirements.

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