CF0805C221R-10

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Common mode chokes, also known as power line chokes, are electronic components, defined as “passive inductors used to reduce conducted and radiated noise on the power lines”. Common mode chokes are often used to limit interference that can be produced from analog signals, as well as noise from digital signals. The CF0805C221R-10 is a common mode choke designed to address this issue.

The CF0805C221R-10 is an 8.0mil SMD common mode choke, with a product size of 0201. It has an inductance valueof 220nH and measures 5.30mm in length and 2.50mm in width. The CF0805C221R-10 is a single, wire-wound common mode inductor. The inductor has one single core, a single winding and the core is coated in an insulating sleeve.

The CF0805C221R-10 application field is quite broad. It can be used to reduce radiated noise from power lines, analog signals, and digital signals. It is commonly used in power supplies, power lines, audio amplifiers, and numerous other applications. The CF0805C221R-10 is also a very cost-effective solution for applications that require a common mode choke.

The working principle of the CF0805C221R-10 is fairly simple. It works by creating an inductive reactance in the circuit, which blocks high frequency noise from entering the circuit. This reduces the amount of noise interference within the circuit, resulting in improved electrical performance. The inductive reactance created by the CF0805C221R-10 also reduces the amount of current that passes through the circuit, resulting in decreased power consumption.

The CF0805C221R-10 is designed to be highly reliable, with an operating temperature range of -55°C to +125°C. The device is also designed with an insulation coil, which increases the resistance to voltages and currents, as well as providing built in over-current protection. This allows the common mode choke to operate reliably even when exposed to high voltages.

Overall, the CF0805C221R-10 is an ideal solution for applications that need to reduce noise and interference on the power line. It has a wide application field, and is highly reliable and cost effective. The device is easy to use, with a simple working principle, making it an ideal choice for many applications.

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