UF2327L-103Y1R0-01

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Common Mode Chokes (CMCs) are an essential technology for any modern electronic design. CMCs are electronic components that are used to reduce or eliminate common mode currents in a circuit. They are used to minimize electromagnetic interference (EMI), reduce electromagnetic emissions (EMC), and improve electrical safety. UF2327L-103Y1R0-01 is an example of a CMC that is widely used in a broad range of applications.

UF2327L-103Y1R0-01 is a three-stage common mode choke. It has a rated current of 8A, a maximum DC loop resistance of 2.0mOhms, and maximum ripple current of 8A at 120 Hz. The UF2327L-103Y1R0-01 also features a terminal style of spline with eyelet and a form factor of 0.5 x 0.5 inch. It has an operating temperature range of -55°C to +105°C.

The primary application of the UF2327L-103Y1R0-01 CMC is for EMI / EMC suppression in high-speed differential data signals. It can be used to suppress high frequency interference in both differential and common modes in many industries such as medical, automotive, defense, and aerospace. It is also ideal for use in power electronics, telecommunications, and industrial markets.

The UF2327L-103Y1R0-01 CMC works according to the principle of inductance. It works by absorbing and storing energy in the form of a magnetic field and then releasing it in the form of a voltage when a current passes through the device. This voltage is called the back-EMF or self-induced voltage. As the current passes through the coil of wire, a magnetic field is generated. The larger the current, the bigger the magnetic field. The magnetic field will then induce a voltage, which is inversely proportional to the current. This voltage, in turn, opposes the source current, resulting in a reduction in the current flowing through the device.

The UF2327L-103Y1R0-01 CMC has been used in many applications and has been proven to be very effective in reducing or eliminating common-mode currents. It is an excellent candidate for EMI/EMC control, noise reduction, and electrical safety. Due to its small size and efficient performance, it has become increasingly popular in modern electronic designs.

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