T551B686M030AT4251

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T551B686M030AT4251 is a product from the family of Tantalum - Polymer Capacitors. It is widely used for industrial, medical and MIL applications due to its high ripple current capability, its endurance and its great flexibility for meeting the demands of the market. It has low impedance which offer great noise suppression performance that reduces the amount of interference in high voltage applications. Moreover, it has long life and offers a high surge current capability. It is available in three different series with multiple voltages in order to provide a wide range of offers to clients.

The most remarkable feature of this Tantalum - Polymer Capacitors is its ability to withstand high temperatures. It has a working temperature range between -55 - 125C and a material temperature range between -55 - 150C so it can easily handle high voltage applications without the risk of affecting its performance. This makes it suitable for applications that require extreme conditions.

T551B686M030AT4251 also possess an excellent volumetric efficiency. It has a wide range of capacitance from 2.2μF - 47μF, with small case sizes and long life-time. It is used for real-time power supply of modern IC\'s.

The working principle of the T551B686M030AT4251 is quite simple. It consists of two metallic electrodes separated by an insulator which is the dielectric material. When the two electrodes are connected to a power source, an electric field is generated which is capable of storing electrical charge. The dielectric material is generally a polymer gel or an organic solid dielectric material. The polymer acts as an electrolytic liquid and provides a way to store electrical charge.

The Tantalum - Polymer Capacitors are widely used in power supply, transducer, instrumentation, and communication equipment. Its ability to handle high temperatures, provide excellent ripple current capability, offer long life and high surge capacitance, and its excellent volumetric efficiency makes it the ideal choice for applications requiring various levels of power. It is particularly useful in applications needing large capacity and high voltage while providing large amount of energy. It is a highly reliable and cost effective solution for modern applications.

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