150D826X0010R2B

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Introduction of Tantalum Capacitors

Tantalum capacitors are typically made of two electrodes that are insulated by a dielectric material. They are passive electrical components that store energy in the form of an electrostatic field. This type of capacitor has several advantages over other types of capacitors, such as their relatively low cost, high capacitance, and long shelf life.

Tantalum capacitors offer several advantages relative to other types of capacitors. They are capable of providing a greater range of capacitance values and have a very long and stable shelf life. They are also more reliable than other capacitors, since they can withstand higher temperatures and a wide range of operating frequencies. In addition, tantalum capacitors have extremely low ESR, due to their low inductance and low ESR dielectric materials, resulting in considerable power savings in many applications.

150D826X0010R2B Applications & Working Principle

The 150D826X0010R2B is a mid-capacitance tantalum polymer capacitor that can be used for both general and high-reliability applications. The device is designed to provide greater stability over a wide temperature range (-55°C to +125°C) and at high frequencies (up to 10 MHz).

The working principle of the 150D826X0010R2B is based on the electrostatic forces between two electrodes, with a dielectric material between them. This creates an electric field across the dielectric, resulting in the charge separation and capacitance. When a voltage is applied to the electrodes, a current is created, which is proportional to the voltage and the capacitance. This current allows for a gradual charge build-up, resulting in a steady voltage output across the device.

Conclusion

The 150D826X0010R2B tantalum polymer capacitor is a reliable and cost-effective device for a variety of general and high-reliability applications. It provides a stable voltage output over a wide temperature range, is able to handle high frequencies, and has extremely low ESR. Its working principle is based on the electrostatic force between two electrodes, with the dielectric material in between.

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