CM7560-226

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Common Mode Chokes are broadly divided into rectangular common mode chokes, SMD common mode chokes and micro common mode chokes. The product CM7560-226 belongs to a sub-category of micro common mode chokes. It is a small common mode choke with magnetic beads that can provide a high common mode impedance over a wide frequency range (DC to 1GHz). It is used as a signal filter for rejecting unwanted noise and EMI.

The CM7560-226 is an economical, low profile component with multiple chip options available for varying design needs. Its small size, excellent damping characteristics and low-loss characteristic make it an ideal choice for applications requiring superior filtering performance. The component has the capability to maintain low insertion losses over a broad range of frequencies. It is widely used in transmission line applications, motor drives, power supply, and switching power supplies.

The working principle of the CM7560-226 is based on the principle of mutual inductance. It is composed of multiple turns of magnetic wire or bar that form a loop. A current is induced in the magnetic loop when an alternating current is applied across it. This induced current generates an electromagnetic field, which in turn generates a voltage across the loop. By adjusting the voltage, a high common mode impedance can be obtained.

The CM7560-226 is designed to operate from DC to 1GHz and to provide high common mode impedance over a wide frequency range. Its low-loss characteristic and wide operating frequency makes it ideal for signal filtering applications. With its unique design, the CM7560-226 can provide superior coupling and low-loss performance. It is used in various industries and applications including motor drive, motor control, automotive, and medical devices.

Overall, the CM7560-226 is a small yet powerful component that is ideal for minimizing EMI and providing excellent signal filtering performance. With its unique design, it can provide superior coupling and low-loss performance over a wide frequency range. It is widely used in a variety of industries and applications where excellent signal filtering is required.

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