M39003/01-5133/TR

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Tantalum capacitors are small components made of tantalum and other substances used in circuitry and electricity hardware. The M39003/01-5133/TR, specifically, is an axial leaded, hermetically sealed, solid tantalum capacitor designed to conform to military requirements in terms of temperature range and axial stress. Its anode consists of a sintered tantalum cylinder, while its solid cathode is made of manganese dioxide. A polymer-fiberglass sleeve serves as its dielectric.

The axial-lead electrolytic capacitor design of the M39003/01-5133/TR makes it suitable for applications where size (or space) is an important factor. These types of capacitors are lower in physical size, lighter in weight, and lower in voltage levels per package size compared to common radial-lead variants that follow the same design principles.

Protected from oxidation, can withstand harsh environments. Its hermetically sealed construction ensures a high level of reliability. Rated with a high-temperature technique that provides 100% burn-in testing, the M39003/01-5133/TR boasts a large range of temperature and voltage levels and provides great accuracy over its temperature range.

The maximum rated voltage of the M39003/01-5133/TR -- additionally depending on tolerance -- is +/- 10V, and its capacitance range is 0.1µF to 22µF. Additionally, its maximum temperature mode is +85ºC and storage temperature range is from -55°C to +125°C. The operating temperature range is -55°C to +125°C.

This capacitor type is relied upon in a variety of areas. It finds use in switching power supplies, audio crossover networks, computer memory circuits, and voltage multiplier circuits, among many others. It can also be used in automotive applications, solar panel array systems, LCD TV sets, computer motherboards, and more.

The M39003/01-5133/TR capacitor functions by storing electrical energy in an electrostatic field and releasing it when electrical current is required. Its operability is possible due to the chemical reaction between the metal and the electrolyte, which creates the electrostatic field.

When voltage potential is applied, the anode is charged to a positive potential, while the cathode is charged to a negative potential. The metal electrode forms an electrical connection to the electric field created between the two poles, allowing current to flow when energy is needed from the capacitor. When no longer required, electricity is discharged and the capacitor resumes its original state.

The main advantage of tantalum capacitors is their small size, making them ideal for compact applications. Additionally, their hermetically sealed construction makes them reliable and durable, even in harsh environmental factors. The M39003/01-5133/TR is a high-performance, axial-lead variant of the general design, noted for its wide temperature and voltage range, and high accuracy, making it well-suited for a multitude of applications.

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