TM3B106K016LBA

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Tantalum capacitors, also known as tantalum electrolytic capacitors, are a type of electrolytic capacitor which is composed of tantalum as the anode, oxide layer as capacitive layer and electrolyte as cathode. They are embedded in a thin wall of high purity porous tantalum allowing for easier ion exchange. TM3B106K016LBA is a specific type of tantalum capacitor.

The application fields of TM3B106K016LBA tantalum capacitor mainly include distributed power systems, computer, communication and aerospace industry. In distributed power systems, it can provide low profile packaging solution when used in high-density boards, especially in merging small size components from existing parts and eliminating heat issues in bulkier components. In computer, it is mainly used for signal filtering which provides long term stability, low HF leakage current, and low impedance. In communication industry, it can maintain stability and reduce the possibility of signal interference caused by unstable parts. In aerospace industry, it is mainly used as the core components of missile guidance systems since they can withstand various environmental and mechanical vibration conditions.

The working principle of TM3B106K016LBA tantalum capacitor is as follows. When using DC current in an electrolytic bath, two anodized tantalum plates are formed, one of which is separated from the electrolytical bath by an inert oxide layer. This oxide layer acts as an electrical insulator that prevents current flow. The other tantalum plate is in direct contact with the electrolytical bath and functions as the electrical conductor. The electrical current that passes through the electrolyte is the only way for current to flow between the two plates, allowing for the capacitor to store energy.

The capacity of Tantalum capacitors is determined by the thickness of the oxide layer, which is determined by the voltage that it can bear. A thicker oxide layer provides higher capacity and higher breakdown voltage. Additionally, TM3B106K016LBA can operate in a temperature range from -55°C to +125°C, which makes them suitable for harsh environments. These features make TM3B106K016LBA tantalum capacitors ideal for electronic product design that require reliable performance and great quality.

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