199D226X9010C2B1

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Tantalum capacitors are capacitors that use a form of the chemical element tantalum as the anode. They were first manufactured in the late 1950s. They are small and offer high capacitance values in a very small package. They are used in cellphones, computers, digital cameras, and automotive electronics, among other products. As tantalum is an ideal material for capacitors due to its high surface area, stable electrical parameters, and relatively low ESR (Equivalent Series Resistance), their applications have grown substantially over the last few years.

The 199D226X9010C2B1 is one type of tantalum capacitor. It is a solid electrolytic capacitor which is a surface mount type device with a flat circular case. The size of the case is 2.2mm x 6mm. The capacitance rating of this capacitor is 330 uF, the rated voltage is 16V and the temperature tolerance is 85C. This capacitor is a polarized capacitor, meaning the polarity of the capacitor must be observed when the capacitor is wired in a circuit.

The 199D226X9010C2B1 features three-terminal capacitor and it is primarily intended for use in the field of aerospace and military purpose. This capacitor is equipped with a positive and a negative pin, and a third pin which is separate from the other two. It is designed for use in high temperature and high vibration environments and can withstand temperatures up to 150C. The high temperature tolerance of the 199D226X9010C2B1 makes it especially suitable for applications in high current, high temperature environments.

The working principle of the 199D226X9010C2B1 is the same as that of other types of capacitors. A capacitor can be thought of as two conductive plates separated by an insulator, called a dielectric. When a voltage is applied to the capacitor, an electric field is formed across the dielectric, generating a capacitance or storing electrical energy. The capacitance of a capacitor is a measure of how much charge the capacitor can store, and is determined by the size and shape of the capacitor, along with the material composition of the dielectric.

The 199D226X9010C2B1 capacitor is manufactured with an anode made from tantalum and a dielectric which is a tantalum pentoxide layer. This layer is formed by a chemical reaction that combines tantalum with oxygen in an electrochemical process. The anode and the dielectric form the capacitor\'s core structure and they allow it to store electrical charge.

The aluminum cathode of the capacitor is connected to the negative lead. The capacitance value of the device is determined by the area of the cathode and the distance between the cathode and anode. When a voltage is applied, electrons flow through the anode, generating an electric field which stores electrical energy in the capacitor. The device can be used in a variety of circuits and applications to filter noise, smooth power, buffer currents, and provide pulsed power.

The 199D226X9010C2B1 is designed for use in harsh environments, such as extreme temperatures and vibration. It is capable of storing more energy than traditional electrolytic capacitors, and its stable electrical parameters make it well suited for use in aircraft, satellites, and military electronic systems. This type of capacitor is also used in temperature sensors, motion control systems, and amplifiers. In addition, the narrow form factor of the 199D226X9010C2B1 makes it ideal for space-constrained applications.

Tantalum capacitors offer several advantages over traditional ceramic, electrolytic and other types of capacitors. Their small size and high capacitance in a small form factor make them ideal for a variety of applications. In addition, the stability and reliability of the tantalum capacitor has made it the preferred choice in high temperature, vibration or high current applications.

The 199D226X9010C2B1 tantalum capacitor is a reliable device with a wide range of applications. It provides high capacitance in a small form factor, making it suitable for use in a variety of space-constrained applications. It is designed to handle high voltage and temperature applications and is used in in aircraft, satellites, military electronic systems, temperature sensors, motion control systems, and amplifiers.

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