T551B107M060AH

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Tantalum - Polymer Capacitors have become an integral part of many industries which require reliable and durable electrical components. The T551B107M060AH is a tantalum - polymer capacitor designed to meet the needs of application fields such as automotive, consumer electronics, telecommunications, medical and industrial electronics. The capacitor offers a high level of stability, reliability and endurance, making it ideal for for long-term, reliable high performance operation.

The key features of the T551B107M060AH tantalum - polymer capacitor include a low profile, low inductance and low ESR (Equivalent Series Resistance). This makes it suitable for a wide range of applications, such as microcontrollers and switches, printed circuit board components, power supply decoupling, high frequency filtering and other high temperature applications. The T551B107M060AH also has a good dielectric absorption performance and a good resonance frequency. These features make it suitable for use in high frequency applications where high speed and low power dissipation is required.

The T551B107M060AH tantalum - polymer capacitor has a general purpose lead design which helps provide excellent electrical isolation, making it suitable for a wide range of applications where electrical interference is not wanted. The capacitor also offers a low temperature coefficient for increased stability and a strong thermal endurance with a high temperature rating of up to 125°C. The capacitor also has a high quality and reliability, making it suitable for high performance, long-term operations in tough environments such as downhole oil drilling.

The working principle behind the T551B107M060AH tantalum - polymer capacitor is based on storing electrical energy in the form of electrostatic or electric field between two connected plates. The main element in the capacitor is the unique dielectric material (in this case tantalum - polymer), which is placed between two metallic plates. When a voltage is applied to the capacitor, the electrical field will cause electrons to move between the plates, resulting in a storage of energy. The resulting capacitance of the capacitor is determined by the dielectric material, the plate area, the plate spacing and the voltage.

The T551B107M060AH tantalum - polymer ca

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