T95C107M016HZAL

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Tantalum capacitors are used in a variety of applications where dependability and very stable capacitance value is of primary importance. The T95C107M016HZAL is an especially well known model in this range of products, designed for telecommunications and navigation uses. This article looks at the applications for this model, as well as the working principle behind it.

The Uses of T95C107M016HZAL

Due to the construction of the T95C107M016HZAL, it is ideal for a wide variety of applications, such as radios, radar, transmitters, navigation systems, mobile phones and more. These applications require an extremely stable capacitance value that isn’t affected by vibration, shock or temperature changes. The T95C107M016HZAL makes for an ideal solution in these scenarios.

The design of the T95C107M016HZAL also makes it ideal for space applications. Its resistance to extreme temperature changes and its ability to handle vibration and shock make it an optimal solution for space vehicles and probes. The warranty of up to 100 years that many manufacturers offer with the T95C107M016HZAL also makes it ideal for the long-term nature of space exploration.

The Working Principle

The construction of a tantalum capacitor is different from traditional types like electrolytic capacitors, ceramic and paper capacitors. Tantalum capacitors are made up of two electrodes, one of which is a porous tantalum anode that’s coated with a layer of manganese dioxide. The second electrode is usually a solid metal or alloy, though sometimes it may be an electrolyte solution, depending on the application.

The difference compared to traditional capacitors lies in the porous anode. When a voltage is applied, an electric field is created in the anode, and the small oxygen molecules are attracted to this field and deposited onto the anode - which is where the charge is stored. This ensures that the capacitance of the unit is especially stable, even when subjected to temperature and vibration, or when used in extreme conditions like space.

Advantages of T95C107M016HZAL

The main advantage of the T95C107M016HZAL is its extremely stable capacitance value. Traditional capacitors can vary greatly owing to temperature and vibration, and they are also prone to failure owing to their fragility. The release of oxygen into the anode ensures that the capacitance output from the T95C107M016HZAL is incredibly stable, even when subjected to extreme temperatures or other environmental conditions.

The fact that the T95C107M016HZAL is resistant to vibration and shock also makes it ideal for certain applications. This makes it much less susceptible to mechanical vibrations, making it an ideal choice for areas with lots of vibration, such as automotive settings or aerospace applications. Additionally, its long warranty makes it suitable for long term applications.

Conclusion

The T95C107M016HZAL is an extremely well-known model and is designed for applications that require extreme stability and resistance to vibration, shock and temperature fluctuation. It’s found a wide range of uses from mobile phone applications to aerospace exploration, and its working principle relies on oxygen molecules being attracted to an electric field and deposited on the anode, allowing it to achieve an especially stable capacitance.

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