CMS2-5-R Filters

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Common Mode Chokes are an important part of signal processing and communication systems. The CMS2-5-R is a type of common mode choke used for common-mode noise filtering in high speed signal applications. Common-mode noise is generated from several sources, such as power supply, analog to digital conversions, and other sources. This noise can interfere with the signal, decreasing the accuracy and integrity of communications. With the current technologies, the long run power consumption has increased and more and more digital systems are invading the workplace, creating more and more common-mode interference which can cause severe degradation of the signal.

The CMS2-5-R is specifically designed to eliminate common-mode noise and minimize the impact of is on signals. It uses a high maximum current rating of 14A and a low insertion loss to guarantee superior performance even in noisy environments. This makes it perfectly suited for applications such as ultra-high frequency (UHF) telecommunication systems, VHF communication systems, and broadband communication application including CATV systems. It can also be used in automotive electronic systems, motion control systems, and other systems that require high performance filtering.

The CMS2-5-R works by using pulse transformer technology to filter out the common-mode interference. This is done by creating a small inductance coil which is placed around the signal line. When a signal passes through the inductor, it blocks any common-mode noise that might be present. This eliminates the interference and allows the signal to pass through uninterrupted. The inductance of the coil is designed to be low enough that little distortion is produced, yet high enough to block out the interference.

The CMS2-5-R also has a high common-mode rejection ratio (CMRR). This is important because it ensures that the filter is efficient in reducing the amount of noise that is present in the signal. The CMRR measures how much of the common-mode interference is blocked by the choke. A higher CMRR means that more interference is being eliminated, and the signal will be cleaner. The CMS2-5-R has a CMRR of up to 600 dB, which is much higher than most other common-mode chokes on the market.

Finally, the CMS2-5-R has a cost-effective design. It is easy to install and requires minimal maintenance to guarantee optimal performance. Its low profile and robust construction also make it perfect for applications where space is a premium.

In conclusion, the CMS2-5-R is an excellent choice for applications that require high performance common-mode noise filtering. Its low profile and high CMRR make it perfect for eliminating unwanted noise from high speed signal applications. Its cost-efficient design makes it a great choice for businesses that need to reduce costs without sacrificing performance.

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