CM7560-105

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Common Mode Chokes (CMCs) are a type of electrical filter that provides an electromagnetic shield in order to block unwanted signals. CMCs are often used to reduce noise in electronics systems and to protect sensitive components from radio-frequency interference (RFI) and electromagnetic interference (EMI).

The CM7560-105 is a specialist type of Common Mode Choke, designed specifically for use in applications that require the suppression of high-frequency current noise. It features a high current-carrying capacity (up to 10 amps) and a low level of interference (less than 1mA).

The CM7560-105 application field is mainly used in optical fiber systems, automotive systems, power electronics systems, computerized manufacturing systems, medical systems and radio-transmitting systems. It is also utilized in various industrial applications such as circuit protection, power line filtering, transmission line tapping and filter insertion.

The CM7560-105 works by using a combination of magnetic fields, as opposed to electric fields, to destroy unwanted electromagnetic waves. It consists of two windings of a ferrite core and an inductive winding. When current flows through the CMC, magnetic flux is generated, creating an opposing electromagnetic field to the unwanted signals. This is known as common-mode attenuation, as it forces the signal to be redirected and therefore ‘attenuated’.

The CM7560-105 is designed to provide high-sensitivity, low-loss common mode noise suppression and the ability to block signals at a wide frequency range (up to 1 GHz). It has a wide operating temperature range (from -40 to +105°C) and a maximum operating voltage of 600V. Moreover, the CM7560-105 offers the highest power load capacity of all CMCs, allowing maximum current to flow through its windings.

In conclusion, the CM7560-105 is a specialized type of Common Mode Choke that offers excellent noise suppression and filtering capabilities. Its high current-carrying capacity and wide frequency range make it suitable for a range of applications, particularly in industrial, automotive, power electronics and radio transmitting systems. It is a reliable and cost-effective solution for performance and signal integrity requirements.

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