T525D476M016ATE065

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Tantalum capacitors with polymer electrolyte are the latest development in capacitor technology. While Tantalum capacitors are not new to the industry - having been around for decades now - the polymer electrolyte used in this type of Tantalum capacitor gives it a distinct advantage over other types of capacitors. This article will discuss the application field and working principle of T525D476M016ATE065, and how it fits into the overall scope of Tantalum - Polymer capacitors.

The T525D476M016ATE065 series of Tantalum capacitor is designed for use in space applications, such as satellites and space probes. This type of capacitor is necessary due to the nature of the environments where they are to be used. This type of capacitor offers non-polarized and low ESR characteristics that make them suitable for use in space applications. The combination of the non-polarized capacitance and low ESR makes the T525D476M016ATE065 series ideal for use in space.

The characteristics of the T525D476M016ATE065 are such that it is capable of operating at temperatures ranging from -55ºC to +125ºC and performs to a maximum voltage of 16 VDC. It also features an operating lifetime of up to 2000 hours and offers a capacitance range of 4.76 μF to 10 μF. In addition, the T525D476M016ATE065 is considered to be both RoHS compliant and halogen free, making it suitable for use in a wide range of applications.

As with all capacitors, the working principle of the T525D476M016ATE065 is based on the ability of a capacitor to store electrical energy. In this case, the capacitor is made up of two pieces of hard, circular plates – one of them usually made of Tantalum – that are placed in a substance known as dielectric material, which will provide a medium for the electrical charge on the capacitor. The dielectric material is often a polymer-based material, which allows the capacitor to store a large amount of electrical energy in a relatively small package.

The electrical energy stored in the T525D476M016ATE065 is typically measured in Farads, which is a unit of measurement used to quantify the amount of electrical charge that a capacitor can store. When the capacitor is connected to a power source, it will start to accumulate electrical charge and the capacitor will eventually reach a maximum voltage of 16 VDC. Once the capacitor reaches this maximum voltage, any additional electrical current that is applied to the capacitor is dissipated as heat, preventing the capacitor from overcharging.

Once the capacitor has reached its maximum voltage, it is able to supply power to the application or device it is connected to. As long as the application or device requires less power than the capacitor\'s maximum voltage, the capacitor will be able to provide the device with the necessary power. Over the course of its lifetime, the amount of voltage the capacitor can store will gradually decrease as the capacitor\'s charge dissipates through time and usage. As a result, it is important to periodically check the voltage on the capacitor to ensure that it is able to provide the application or device with the necessary energy.

The T525D476M016ATE065 series of Tantalum - Polymer capacitors are well suited for a variety of applications, including aerospace and defense applications. As the space industry continues to expand, the need for reliable, high-performance capacitors will only continue to grow. With their favorable characteristics and space-friendly design, the T525D476M016ATE065 series of capacitors are expected to remain a popular choice for a variety of applications.

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