M39003/03-0311/TR

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Tantalum capacitors are a type of electronic component used in many applications due to their stability and high reliability. The M39003/​03-0311/​TR is an axial leaded tantalum capacitor and has applications in many industrial fields. It is primarily used for high frequency and high temperature applications when stability and reliability are key requirements. The working principle of the M39003/​03-0311/​TR is based on the properties of the tantalum oxide electrode. When a voltage is applied, a thin layer of tantalum oxide forms within the mounting base. This layer acts as a dielectric and creates a charge separation between the anode and the cathode of the capacitor. As current passes through the anode, it produces an electromotive force which causes electrons to flow across the surface of the capacitor plate and creates an electrostatic field. This electrostatic field causes a polarized material to collect on the capacitor’s lead plates, thereby increasing the capacity of the capacitor. As the capacitor’s voltage is increased, the layer of oxide acts as a semi-conductor and an electrostatic field is created between the anode and the cathode. This gives the M39003/​03-0311/​TR its characteristic capacitance value.

The M39003/​03-0311/​TR has a variety of applications due to its superior capacitance performance, high stability and reliability. It is used in many medium frequency power components such as high voltage transistors, power diodes, and resistors. This capacitor is also used in certain radio frequency applications such as signal amplifiers, receivers, and transmitters. It is also used in other applications that require a large dielectric strength and high efficiency. The M39003/​03-0311/​TR is particularly suited for use in medical and military applications due to its high performance in extreme environments.

The M39003/​03-0311/​TR is primarily composed of a tantalum oxide film and a cathode/anode plate. The tantalum oxide acts as a dielectric which enables charge separation when voltage is applied. The anode plate is connected to the positive side of the voltage source while the cathode plate is connected to the negative side. This creates an electrical field of attraction and repulsion between the two plates. A material such as an electrolyte is then placed in between the anode and the cathode which causes ions to be attracted to the plate with oppositely charged electrodes. This creates a phenomenon called polarized capacitance which stores electrical energy.

The M39003/​03-0311/​TR is designed for use in high frequency, high-temperature, and hostile environments. The dielectric material used, the mounting base, and the pins are all designed to withstand extreme conditions. The case is also designed for easy mounting and to protect the capacitor in harsh settings. It also features a standard lead style for compatibility with standard leaded and surface-mount components.

The M39003/​03-0311/​TR tantalum capacitor is a reliable, high quality component that offers superior performance. Its application field and working principle allow it to be used in critical applications, ensuring high reliability and stability. Its construction and design make it suitable for many medium frequency power components, radio frequency applications, and medical and military applications.

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