T495X336M025AHE175 Capacitors

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Tantalum capacitors are widely used in miniaturized electronic components, both for their robustness and for their capacity to store and fluctuate electrical currents. The most common type on the market is the T495X336M025AHE175. These caps are small, compact, reliable and cost-effective. They can be used in a wide variety of applications such as digital circuits, automotive electronics, telecommunications, medical equipment and more.

T495X336M025AHE175 capacitors are miniaturized solid electrolytic capacitors which are constructed using a tantalum-based anode, a paper-based dielectric, and a liquid electrolyte. Their construction provides an advantage over ceramic and aluminum electrolytics, as they are more resistant to shock and vibration to the environment. This allows them to be used in difficult and harsh operating conditions, and makes them the preferred choice of capacitors for many military and aerospace designs.

The main specifications used to describe the T495X336M025AHE175 capacitor are: its capacitance, its tolerance, its maximum operating temperature, its voltage rating and its ripple current rating. The maximum working voltage for this capacitor is 25V, and its capacitance is 33μF (at least). The specified tolerance for the T495X336M025AHE175 is -20%, and the maximum temperature rating is 85°C. Its ripple current rating is 175mA.

The main application of the T495X336M025AHE175 capacitor is to provide filtering and coupling to circuits. As capacitance increases, it keeps high AC frequencies away from the circuit. This ensures a clean DC power supply, which is essential in any electronic design. Alternatively, in AC circuits and oscillators, the capacitor works as a low pass filter, allowing only frequencies below a certain cutoff value to affect the signal. In AC circuits, it is also mainly used to store energy, released as the current changes over the time interval.

The working principle of the T495X336M025AHE175 capacitor is based on Faraday’s Law. This states that when a voltage is applied across the capacitor, a current will flow at a rate proportional to the applied voltage. The current then accumulates on both sides of the capacitor, resulting in a buildup of voltage across the capacitor plates. This voltage will then be opposed by a counter-acting voltage, which depends on the capacitance, creating an electric field between the two plates. This resulting electric field is responsible for the storage of electrical energy, across the capacitor.

In conclusion, the T495X336M025AHE175 capacitor is a reliable, compact, cost effective option for many applications. Its main use is for filtering and coupling circuits but it can also be used to store energy during AC cycles. It is highly resistant to shock and vibration, making it an ideal choice for any military or aerospace design. Following Faraday’s law, it works by accumulating electrical energy across its capacitor plates and allowing a current to flow at a rate proportional to the applied voltage.

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