TCK-096

Common Mode Chokes, such as the TCK-096, are electrical inductors that are used to suppress common mode interference on two or more circuits. Such chokes, also known as “noise suppression filters”, are widely used across a variety of industries to protect sensitive circuitry from being damaged or shorted out by electromagnetic interference (EMI). The TCK-096 is no exception; while smaller than many other types of common mode chokes, its excellent filtering characteristics make it an ideal choice for applications where space is at a premium.

In general, common mode chokes work by presenting an impedance to any noise currents on a circuit, while leaving clean-signal currents unimpeded. The TCK-096 takes this typical approach and adds an extra layer of protection by utilizing a proprietary magnetically-coupled design which filters out both high and low frequency EMI noise. This is an important feature, since many traditional common mode chokes are only able to filter out noise in the low frequency range.

The TCK-096 is available in a range of sizes and configurations, allowing it to fit nearly any application – from providing general purposed filtering on power, data, and control lines to preventing conductive noise on digital grounds. This makes it particularly attractive for applications in medical instrumentation, industrial automation, telecom networks, and consumer and computer electronics – nearly everywhere reliability and robustness of noise suppression is required.

When used correctly, a TCK-096 can significantly reduce or even eliminate common mode interference on a circuit, leading to enhanced reliability and signal integrity. Since the noise currents are absorbed and dissipated in the inductor’s core, there is no need for extra noise shielding. Compared to traditional common mode chokes, the TCK-096 offers superior noise filtering and is much easier to install and configure.

In conclusion, the TCK-096 is an excellent example of a modern common mode choke. With its small size, excellent electrical characteristics, and superior noise suppression, it is an ideal choice for applications where space, performance, and reliability are paramount. Such an inductor can significantly reduce common mode interference and improve the reliability and signal integrity of sensitive circuitry.