CDEPI106NP-220-S

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

Arrays and signal transformers are key technologies in electrical engineering projects. This essay will describe the application field and working principle of one important signal transformer model: CDEPI106NP-220-S. The transformer itself is single-phase, and designed for electrical power supplies. It is frequently deployed for applications such as power meters, automation systems, and static converters. It offers excellent frequency and temperature stability, and low power consumption.

The CDEPI106NP-220-S has an input voltage of 0-3000 V and an output of 2-220 V (adjustable). This allows it to be used on any kind of power meter with the appropriate settings, and the transformer is capable of providing precise, accurate readings despite voltage changes.

CDEPI106NP-220-S is single-phase transformer and designed for electrical power supplies. The transformer has an input voltage of 0 - 3000V, which adjusts to output voltage of 2 - 220V. Its key feature is excellent frequency and temperature stability, and low power consumption. It is widely used on various projects of electrical engineering such as power meters, automation system and static converters.

The CDEPI106NP-220-S transformer utilizes a basic core-type transformer for power-derived input/output circuit monitoring. Its basic principle of working is magnetic induction between the two windings of the transformer, wherein the primary winding is provided voltage, and this attracts an electric field in the secondary winding that is equal to the input voltage. This in turn induces the desired secondary voltage through the output cable of the transformer.

This core-type transformer of CDEPI106NP-220-S works due to the Faraday’s Law of Electromagnetic Induction: the two primary and the two secondary windings are linked to each other through a shared core material where the primary winding receives input voltage from the source and the changing magnetic field induces the output voltage in the secondary winding. The magnetic flux of the primary winding has a relation with the induced output voltage in the secondary winding.

Another important factor that affects the output voltage of CDEPI106NP-220-S is the core material. It helps to reduce the losses of the windings due to eddy current losses and hysteresis losses, which improves the efficiency and reduces the power consumption. The core material must be carefully selected to suit the application, and it must offer the lowest possible AC/DC resistance to reduce the losses.

The CDEPI106NP-220-S is frequently deployed in applications where high precision and accuracy is essential. For instance, it can be used for measuring power consumption in power meters, in automation systems, or in static converters. In power meters, the transformer can detect changes in voltage, current and power, and it allows users to make the appropriate adjustments to ensure the current flow is safe and precise. In automation systems, the transformer can be used for the automatic switching of voltage to different devices. Finally, static converters can utilize this transformer to provide the proper level of voltage for each device in the system.

Overall, the CDEPI106NP-220-S is an ideal choice for electrical engineers due to its frequency and temperature stability and low power consumption. This transformer can be used for a variety of applications, from power meters to automation systems, and it helps ensure precision and accuracy in all these projects.

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