CAV-0.4-47

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

Common Mode Chokes (CMCs) are devices used to reduce electric and magnetic interference in different types of electronic equipment, such as computers, radios, television sets, and medical electronic systems. They are also known as inductive components or filter chokes. The CAV-0.4-47 is one such CMC, which is designed for use in high-frequency traffic applications in order to attenuate common mode noise in order to optimize reception reception quality.

The CAV-0.4-47 is a single-ended common mode choke, with an inner core made of magnetic material that works to reduce or eliminate common mode noise. It has a free-air core and covers a frequency range of up to 4GHz. The CAV-0.4-47 has a wide-band hysteresis that is capable of providing high attenuation of common mode noise over its operating frequency range. In addition, the choke also has a low temperature coefficient, making it suitable for use in extremely hot or cold temperatures.

The working principle of the CAV-0.4-47 is based on the L-C polarized resonant circuit model. It has two coils, one of which has a distributed self-inductance and the other a distributed capacitance. When a signal is applied to the two coils in phase with each other, a voltage is induced in the adjacent circuit nodes. This voltage is called “common mode noise” and needs to be attenuated in order for the system to function properly.

The CAV-0.4-47 works by coupling the common mode noise to the adjacent nodes. It is able to achieve high attenuation of the common mode noise by using its optimized wide-band hysteresis. The choke is designed to reduce noise from up to 4GHz, and can be used in applications such as digital cellular, WiMAX, and broadband systems. It can also be used in broadcast and distribution networks, medical applications, automotive applications, and many other electronic systems.

The CAV-0.4-47 is a highly efficient choke for use in applications that require effective reduction of common mode noise. Its L-C resonant circuit model and wide-band hysteresis provide excellent noise suppression, making it an ideal choice for many electronic systems. It is also very durable, with a high temperature coefficient of up to 150°C making it suitable for use in hot or cold environments.

The specific data is subject to PDF, and the above content is for reference