BMB2A0120AN1 Filters

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Ferrite Beads and Chips are items of hardware that are used to block high frequency interference in a system. The BMB2A0120AN1 is one such product manufactured by Amphenol ICC, and is designed for a broad range of applications. This article will provide an overview of the BMB2A0120AN1\'s application fields and its working principle, so that its proper and effective use can be realized.

The BMB2A0120AN1 is a ferrite bead that measures 9.3 (L) x 3.8 (W) x 6.2 mm (H). It is made of nickel, and features a 20 MHz impedance. It can be mounted on a 2.2 mm diameter pin, and operates in the temperature range of -30°C to +85°C. The product is suitable for a wide array of applications, as it offers excellent protection against interference in the following areas:

• Audio/video systems
• Telecommunications
• Consumer electronics
• Automotive electronics
• Computer systems
• Industrial control systems

The BMB2A0120AN1\'s working principle consists of four essential elements: impedance, resistance, inductance, and capacitance. These four elements interact with one another to form a block for high frequency noise. Together, they create a low pass filter, which allows the desired signal to pass through while blocking the unwanted frequencies. The impedance of the filter controls the frequency range that is filtered, while the resistance and inductance control the damping of the filter.

The BMB2A0120AN1 can be used to protect low frequency signals from high frequency interference, such as in a power supply line. It can also be used to create a bypass for undesired signals, or to protect a sensitive component from electrical noise. The product also provides ground noise isolation for keeping radio-frequency interference out of sensitive locations.

The BMB2A0120AN1 is a reliable and affordable solution for a broad range of applications. Its small form factor allows it to be used in confined spaces, and its advanced design ensures that it can provide effective protection against a wide range of interference. By understanding the applications and function of the BMB2A0120AN1, it can be properly utilized to ensure optimal performance in any system.

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