M39003/01-8084/TR

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Tantalum Capacitors

Tantalum capacitors have a range of applications within electronics due to their outstanding characteristics. The M39003/01-8084/TR voltage-dependent open style tantalum capacitor is no exception, offering many benefits in terms of size, price, energy efficiency, and stability. Understanding its application field and working principle enables us to make an informed decision when selecting this piece of hardware for a given task or project.

Application Field

The M39003/01-8084/TR voltage-dependent open style tantalum capacitor provides effective solutions for a range of activities, including industrial control, consumer electronics, telecoms, and automotive electronics. It can also be used in alternative energy sources such as wind or solar energy.

In a variety of applications, tantalum capacitors are favored over other electrical components due to being both low-cost and energy efficient. These capacitors also possess low-stray capacitance and high operating voltage, along with excellent long-term stability. Additionally, their open style design makes them more suitable for tightly packed or feature-restricted spaces, making them a great choice for a variety of projects.

Working Principle

The working principle of the M39003/01-8084/TR voltage-dependent open style tantalum capacitor is based on storing electrical charge within a dielectric material. This is achieved by sandwiching a dielectric material between two metal plates. The dielectric material subsequently deformation when electric potential field is applied, creating a space charge distribution within the capacitor. This in turn results in a linear relationship between the area of the plates (overall capacitance) and the applied voltage. The keys to optimising performance in this specific capacitor are careful selection of the dielectric material, appropriate choice of the electrodes, and a careful manufacturing process.

The M39003/01-8084/TR\'s open style design sees two metal plates connected together in a parallel arrangement within the capacitor, allowing for higher capacitance with less depletion of the useful space inside. This intricate design is also more vacuum and moisture resistant than the traditional surface mount tantalum capacitors. The M39003/01-8084/TR has a rated capacitance range of 6.8uF – 220uF and voltage ratings from 10V to 50V. It has an operating temperature range of between -55°C and +125°C and an extended temperature range. It performs exceptionally well against shock, vibration, and thermal shock.

Conclusion

The M39003/01-8084/TR voltage-dependent open style tantalum capacitor is a part of a family of products that have a wide range of potential uses in multiple industries. Its ability to store electrical charge in a dielectric material means that it is applicable to a variety of projects. Its open style design allows for higher electrical capacitance with less intrusion into the useful space within, while its wide temperature range, stability, and shock resistance make it highly suitable for a number of arduous tasks.

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