135D226X9100F2

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Tantalum Capacitors

The 135D226X9100F2 is a tantalum capacitor and can be found in a number of applications and fields. Tantalum capacitors are surface-mount, high-capacitance chip capacitors. They are widely used in electronics due to their relatively high capacitance in a small package size, low cost, long life, and good stability.

Tantalum capacitors have exceptional properties, such as: high stability, low dissipation factor, wide temperature range, and no bias change during temperature cycling, making them an excellent choice for frequency and temperature sensitive applications. They are also extremely lightweight and require very low input current.

The 135D226X9100F2 has a capacitance of 22µF and a rated voltage of 16V. It is a non-polarized capacitor, meaning that the positive and negative terminals are connected to each other internally. It is important to keep this capacitor away from high-vibration environments, as it can be damaged easily. It is also not suitable for applications involving high frequencies, as its temperature rise can be too high.

In terms of its application field, the 135D226X9100F2 is commonly found in applications requiring high-capacitance. It can be used in signal filter circuits, power factor compensation, and decoupling capacitors. In addition, it can also be used in signal buffering and transient voltage suppression.

The working principle of this tantalum capacitor is based on Faraday’s law of electromagnetic induction. This law states that a voltage is induced in a coil when a current passes through it. The same principle applies to the 135D226X9100F2. The capacitance of the device is established by the distance between the leads, which traps electrons on the plates, thus creating an electric field between them. This electric field is maintained until the distance between the leads changes, which changes the capacitance, thus reducing the voltage.

In summary, the 135D226X9100F2 is a non-polarized, surface-mount, high-capacitance chip capacitor. It is used in applications requiring high-capacitance, such as signal filter circuits, power factor compensation, and decoupling capacitors. Its working principle is based on Faraday’s law of electromagnetic induction. It can withstand temperatures up to 125C and is relatively low-cost compared to other components.

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