ATCC-211B-004-227M-T Capacitors

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Tantalum capacitors are one of the most commonly used types of capacitors in electronics circuits. These components are mostly used for energy storage, filtering, and decoupling applications. The ATCC-211B-004-227M-T is a type of tantalum capacitor. This component comes in a surface mount package, so it can be easily incorporated into any electronic circuit.

The ATCC-211B-004-227M-T has a capacitance value of 4.7 μF, making it ideal for applications which require high capacitance values. Additionally, this component has an operating temperature range of -55℃ to +125℃, and is rated for an operating voltage of 6.3 VDC. It also has a tolerance of 20% and is able to withstand ripple currents of up to 212 mA. The ATCC-211B-004-227M-T also has an ESR rating of ≤ 0.08 Ω at 100 kHz.

The working principle behind the ATCC-211B-004-227M-T is the same as any other type of capacitor. When a voltage is applied across the capacitor’s terminals, it creates an electric field between the two plates which attracts and stores electrons. This stores energy, which is then released when the voltage is removed. The capacitor also acts as a filter, blocking any AC signals while allowing DC signals to pass.

The ATCC-211B-004-227M-T can be used in many different applications, including power management and audio filtering. In power management circuits, it can be used to smooth out ripple currents in power supplies. In audio systems, it can be used to filter out unwanted noise. The ability to withstand high ripple currents makes it ideal for applications which require frequent switching or high frequency signals.

In conclusion, the ATCC-211B-004-227M-T is a type of tantalum capacitor which is ideal for power management, audio filtering, and energy storage applications. It has a capacitance value of 4.7 μF, operating temperature range of -55℃ to +125℃, and an operating voltage of 6.3 VDC. It also has an ESR rating of ≤ 0.08 Ω at 100 kHz, and is able to withstand ripple currents of up to 212 mA. The capacitor works by attracting and storing electrons when a voltage is applied across its terminals, allowing it to act as a filter and energy storage device.

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