T55B107M004C0045

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Tantalum capacitors of the T55B107M004C0045 type belong to the class of tantalum - polymer capacitors. This type of capacitor is constructed using tantalum powder, an organic polymer electrolyte, and two metal electrodes. They are designed to bridge the gap between electrolytic and ceramic capacitors, offering a host of benefits that make them attractive to the electronics industry. In this article, we will explore the application field and working principle of the T55B107M004C0045 tantalum - polymer capacitor.

Application field

T55B107M004C0045 tantalum - polymer capacitors are used in a variety of electronic applications, from small devices to large-scale industrial systems. Their small size, low cost, long service life, and low leakage current enable them to serve as essential components in many electronic systems, including:

• Cell phones and PDAs
• High-end audio systems
• Telecommunication systems
• Instant messaging systems
• GPS navigation systems
• Medical equipment
• Automotive electronics
• Industrial automation systems

Due to their high performance and reliability, the use of tantalum - polymer capacitors in electronic systems is rapidly increasing. This has led to a significant increase in market demand, exposing the need for alternative solutions to meet the demand.

Working principle

Tantalum capacitors of the T55B107M004C0045 type are constructed using two layers of solid tantalum powder, an organic electrolyte, and two metal electrodes. The two layers of powder are separated by an organic polymer electrolyte, which serves as the medium through which an electric current can pass. The metal electrodes are typically made of titanium or silver and are used to make electrical contact with the connected circuit.

In operation, when a voltage is applied across the capacitor, a charge is stored in the silicon dielectric. This charge is what is used to bridge the gap between the two electrodes. As current is passed through the capacitor, charge is exchanged between the two electrodes and the organic electrolyte, which results in a steady transfer of energy through the capacitor.

When the applied voltage reaches its maximum, the capacitor has reached its operational limit or “breakdown voltage”. If the voltage exceeds this limit, the capacitor can become damaged. In order to avoid this, the applied voltage must be carefully monitored and regulated to ensure that it stays within the safe voltage range.

Due to their small size, high capacitance, and low leakage current, T55B107M004C0045 tantalum - polymer capacitors are some of the most reliable and widely used capacitors available. They are used in a variety of applications, from consumer electronics to industrial automation, and their use is growing.

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