ZSHT1252-1030T-K1

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 have been used for many decades in applications ranging from transformers to telecommunications equipment. The ZSHT1252-1030T-K1 core can be used in various wiring and cable applications, allowing it to be an effective tool for many industries.

The ZSHT1252-1030T-K1 core is a ferrite core that is manufactured with two layers of a 1030 material with the outer layer made of 500 quality ferrite material and the inner layer containing 1030 material. The core is coated with an insulated material that helps to reduce RFI/EMI signals. The core is then mounted onto a circuit board and can be used for various wiring and cable applications.

The most common uses of the ZSHT1252-1030T-K1 core include SMPS, automated test equipment, power supplies, and high-frequency circuitry. These applications use the core as an inductor to help reduce EMI noise. The cores also improve signal strength and power efficiency as well as providing protection against overloads. They can also be used to build filters that reduce the intensity of EMI noise.

The working principle of the ZSHT1252-1030T-K1 is based on magnetic permeability, or the ability of a material to resist changes in its magnetic field. This is accomplished through a variety of different methods, including specialized materials and geometry. The core is composed of two layers with different electromagnetic properties which allow the core to create a magnetic field that is able to reduce the energy of an incoming EMI signal. The inner and outer layers of the core are constructed in such a way that a gap is created which acts as a filter, preventing the unwanted EMI signal from entering the core.

The ZSHT1252-1030T-K1 is an excellent choice for applications requiring an inductor and EMI reduction. The core is designed for use in high power and high voltage applications. It can be used in single and multi-layer applications, and can be configured to handle a wide variety of applications. Its compact size and ability to reduce EMI noise makes it a great choice for many industries.

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