TH3D226M016C0800

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Tantalum capacitors are one of the most essential and versatile components in any electronic device. An essential component for the construction and running of electronic devices and systems, the TH3D226M016C0800 is a particular kind of high-quality tantalum capacitor that provides a reliable source of power and voltage regulation. This article will discuss the application field and working principle of the TH3D226M016C0800 tantalum capacitor.

The TH3D226M016C0800 has a wide range of application fields, due to its superior performance in areas such as signal line filtering, energy storage and voltage regulation. This balanced combination of parameters allows the capacitor to be used in the production of the most advanced electronic devices. This includes cameras, GPS systems, microchip-based computer systems, LEDs, circuitry, sensors and more.

These capacitors are also used in more traditional applications, such as automotive and aircraft electrical systems and medical devices. Not only do they provide voltage regulation and energy storage for these devices, but they can also act as noise filters, dampen vibration, store energy and provide power for components.

The TH3D226M016C0800 is capable of operating at temperatures between -55°C and 125°C, making them essential components for any device that will be subjected to extreme environmental conditions. Their superior dimensional stability and ability to withstand thermal and mechanical shock makes them an invaluable part of specific electronic applications, such as subsea systems and high-end automotive and military applications.

In addition to these robust performance characteristics, the TH3D226M016C0800 also boasts a capacitance range of 0.5 μF to 1.5 mF, a voltage rating of 6.3 to 35 V, and an overall capacitance tolerance of ±10%. This combination of parameters makes them ideal for various types of circuit designs and applications.

The TH3D226M016C0800 tantalum capacitor operates by forming an electrochemical double-layer at its two electrodes. This creates an electric charge, which is regulated by applying a voltage to the external circuit. By adjusting the voltage and tolerance of the capacitor, the electrochemical process can be precisely controlled in order to provide power to the electronic device.

Once the voltage is applied to the capacitor, an electric field is formed between the anode and cathode, resulting in ions travelling across the dielectric layer of material between them. This process creates an electric charge, which is then released in the form of a current when the electric field reaches a certain threshold. This alternating current supplies a steady flow of voltage to the device.

In conclusion, the TH3D226M016C0800 is a particularly robust and reliable type of tantalum capacitor that can withstand extreme temperatures and shock. This makes them indispensible components in a variety of applications, from cameras and GPS systems to automotive and aircraft electrical systems. Their ability to store and regulate current along with their wide capacitance range makes them an invaluable part of any electronic device.

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