CM7560-396

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Common Mode Chokes (CMCs) are devices used to filter out electric noise in the common-mode (CM) and power line circuits. They are commonly used for high-frequency applications such as pulse transformers, transformer amplifiers, line transceivers, direct link receivers, tapping antenna, H-bridge power supplies and radio frequency (RF) signal generators. CMCs consist of a ferrite core that wraps a wire with multiple windings to create a magnetic loop. This allows the CMC to act as a high impedance barrier to any magnetic field, blocking radiating currents and allowing only CM signals to pass. CMCs are available in several sizes and shapes with various electrical specifications. A popular choice among manufacturers is the CM7560-396.\'\'

The CM7560-396 is a special type of Common Mode Choke used in high-frequency and high-voltage applications. It consists of a ferrite core that wraps around a wire coil with multiple windings to create a high-impedance barrier that blocks electric noise in the common-mode. The device has a very small size (12.5/11mm) and low-profile design, which makes it suitable for dense PCB designs. It also has a high current carrying capacity (up to 56A) and high temperature range (up to 125°C).

The CM7560-396 is used in a variety of applications, such as in automotive systems, communication equipment, medical equipment, military equipment, and other high-frequency and high-voltage applications. It is especially popular in automotive and military applications due to its low-profile design and high-temperature range, which make it a good choice for these applications. The device has a very low insertion loss (below -20 dB), making it suitable for high-frequency signals. It also has a high current carrying capacity and a wide range of inductance values (from 10 to 500 μH).

The working principle of the CM7560-396 is based on the principle of common mode electromagnetic interference (EMI) filtering. The device uses a ferrite core which wraps a wire with multiple windings to create a high-impedance barrier to any electric noise in the common-mode. The windings act as a high-impedance barrier to the electric noise, allowing only CM signals to pass. The device also has a very low insertion loss, making it suitable for high-frequency signals.

In conclusion, the CM7560-396 is a popular choice among manufacturers for high-frequency and high-voltage applications. It is an ideal device for automotive and military applications due to its low-profile design, high-current capacity, and wide range of inductance values. The device uses a ferrite core and multiple windings to create a high-impedance barrier to electric noise in the common-mode, allowing only CM signals to pass. Furthermore, it has a low insertion loss, making it suitable for high-frequency applications.

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