ZCAT2017-0930-BK

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

Ferrite Cores - Cables and Wiring

Ferrite Cores are used in many applications that require high levels of conductivity and disruption of current. They are most commonly found in cables and wiring. The ZCAT2017-0930-BK is an example of one such model, providing excellent current-blocking properties and efficient electricity conveyance. In the following sections, we will explain in greater detail its application and working principles.

Application of ZCAT2017-0930-BK

The ZCAT2017-0930-BK is typically used in low-voltage, low-frequency applications. This includes protection from electrical interference in data cable systems, such as HDMI, as well as in thin-film low voltage and power cables. The model is also well-suited for display cables, where its current-blocking properties impede cross-talk between different conductors. As a result, ZCAT2017-0930-BK is a popular choice for high-end AV systems, as well as for industrial control systems.

Working Principle of ZCAT2017-0930-BK

The ZCAT2017-0930-BK relies on the principle of differential mode rejection, also known as common mode rejection. In regards to electric noise, the model consists of two parts: the noise source, and the noise receiving device. The ZCAT2017-0930-BK works by equalizing the current flowing between these two units, in order to impede the propagation of electrical noise from the source to the receiver.

Specifically, the model works through three components: the core, the shield, and the conductor. The core measures the electrical current, and the shield transfers it to the conductor. The conductor then operates in a high-impedance environment, which blocks the current between it and the source. The shield also acts to lower the heat transfer rate between the core and the conductor, thus increasing efficiency. All of these elements work in tandem to reduce interference between the source and the receiver.

The ZCAT2017-0930-BK is also highly durable and reliable. It has a minimum impedance of 400 ohms, making it suitable even for applications with high voltage. Additionally, its shell is crafted with a patented plastic material, which ensures it can withstand wear and tear with ease.

Advantages of ZCAT2017-0930-BK

The main advantages of the ZCAT2017-0930-BK, compared to other ferrite cores, are its cost effectiveness and reliable protection. Firstly, the model is highly cost-effective. The shield is made from high-grade thermoplastic, which is cheaper than metal core materials. Secondly, the model gives users reliable protection against electrical interference. The combination of core and shield technologies ensures high rejection of noise, making the model an ideal choice for protection in noisy environments or in applications with high-voltage current.

Conclusion

The ZCAT2017-0930-BK is a cost-effective solution for cable and wiring applications that require disruption of current. It works by relying on the principle of differential mode rejection, to impede the propagation of electrical noise between noise sources and receivers. The model also offers superior protection against electrical interference, and is highly durable and reliable. For these reasons, the ZCAT2017-0930-BK is a popular choice for many applications, and is an excellent way to ensure your wiring is efficient and protected from electrical noise.

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