EMI1206R-120

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Ferrite beads and chips are a type of passive component that is used in electronic circuits. Ferrite beads are generally small ceramic components, often with a metal screen, that act as a choke or electromagnetic interference filter. They can be used to effectively reduce the susceptibility of digital and analog circuits to electromagnetic interference. The EMI1206R-120 is an example of a ferrite bead and chip that has applications in various electronic fields.

The EMI1206R-120 is a ferrite bead and chip from EMI-Power Electronics that measures only 12x6x3.5mm. It has been designed for two types of applications within EMI (electromagnetic interference) shielding, ESD (electrostatic discharge) protection, and AC/DC power line filtering. It has a wide range of operating temperatures, from -40℃ to +105℃, and can withstand operating and storage temperatures up to +130℃. It can also withstand up to 1GHz of frequency in WIFI applications.

The EMI1206R-120 has a wide range of uses in the fields of electronics, including in automotive electronics, instrumentation and control systems, consumer electronics, networking, computers, telecommunications, and military and aerospace systems. It can also be used in a range of power line applications, including home appliances, power supplies, automotive and industrial control systems.

The EMI1206R-120 works by dissipating EMI radiation through its core material, and it can serve as a filter for both common mode and differential mode noise. The ferrite bead and chip creates a high impedance path for the EMI currents, blocking or reducing the EMI voltage from reaching the circuits. The ferrite material also works to minimize the direct current transmission between two circuits, ensuring that one circuit does not interfere with another.

The EMI1206R-120 is an example of a highly effective ferrite bead and chip, which has a wide range of use in the fields of electronics for EMI shielding, ESD protection, and AC/DC power line filtering. It works by providing a high impedance path for EMI currents, blocking or reducing the EMI voltage from reaching the circuits, and providing protection against common mode and differential mode noise. It is also capable of withstanding operating and storage temperatures up to +130℃, and can be used in WIFI applications up to 1GHz.

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