T520V337M2R5ZTE045

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Tantalum - Polymer capacitors are solid-state capacitors with a dielectric composed of a tantalum powder and a polymer matrix. They are especially designed for low-voltage, high-frequency testing, applications such as decoupling, high-current manipulation and signal processing. The T520V337M2R5ZTE045 is a tailored version of a tantalum - polymer capacitor for specific applications.

Application Field of the T520V337M2R5ZTE045

The T520V337M2R5ZTE045 is a tailored version of a typical tantalum-polymer capacitor and can be used in applications ranging from consumer electronics to communication equipment and automotive electronics. Its main purpose is to provide direct voltage decoupling and as a low-loss energy buffer. It is also used in mobile and portable electronic devices such as mobile phones, GPS systems, tablets and laptop computers.

This capacitor offers great performance. It has a very low equivalent series resistance (ESR), excellent temperature stability and high reliability. It has a wide range of voltage and capacitance options, from a few picofarads up to around 470 μF.

In addition, the T520V337M2R5ZTE045 is approved for use in Hazardous Location (HazLoc) environments. It is rated for temperatures up to 175°C, making it suitable for use in industrial and military applications.

Working Principle of the T520V337M2R5ZTE045

The T520V337M2R5ZTE045 utilizes the same general principle of operation as other tantalum-polymer capacitors. When a voltage is applied to the capacitor, they store energy in the form of an electric field inside the capacitor dielectric. This field exists between the two electrodes and is the source of the electrical charge stored by the capacitor.

The T520V337M2R5ZTE045 also features an integrated heat dissipating feature, which helps to regulate its temperature. The capacitor is designed to self-regulate its temperature with the use of a micro-adjusted polypropylene layer which is bonded onto the tantalum-polymer core. The polypropylene layer acts as a heat control mechanism and a dielectric material.

The T520V337M2R5ZTE045 also features an enhanced construction design which increases its ability to effectively dissipate heat. The capacitor also has an improved tolerance for voltage and capacitance which helps to reduce drift, a problem commonly found with most capacitors.

The T520V337M2R5ZTE045 is a high-end polymer capacitor designed for applications in harsh environments and is designed to deliver excellent stability, reliability and long life. It is the perfect solution for applications that require low-voltage, high-frequency testing and can provide significant energy buffering capabilities.

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