UTP6ASD170BU

UTP6ASD170BU is an advanced differential current measuring controller widely adopted in the electrical industry. It is applicable to various types of remote sensing and compensation operations, especially suitable for the installation of meters in power systems. It is well known for its high accuracy, excellent signal processing ability, and low power consumption.

In order to meet various application requirements, UTP6ASD170BU is designed to have a wide range of features. The built-in microcontroller carries out the necessary signal treatment and data acquisition process, allowing users to obtain a more accurate and efficient signal. Besides, the controller also utilizes advanced error correction technology, allowing it to achieve measurements of differential current with higher accuracy.

The main working principle of the UTP6ASD170BU is based on the well-known Hall effect. The Hall effect appears when an electric current passes through a material and interact with a magnetic field. The current’s interaction with the magnetic field causes the electrons inside the material to move in a particular direction, generating a voltage between two points on the material. By adding a load to one of these points, the output voltage of the Hall effect can be measured. This voltage is the same as the magnitude of the current through this point, and hence the UTP6ASD170BU can use this voltage to measure the current.

The UTP6ASD170BU has a variety of application fields, such as in the remote sensing and compensation of electric meters, locomotives, electricity meters, and industrial automation, among others. Besides, the controller has wide compatibility and can work with various types of Hall sensors. In terms of power consumption, the UTP6ASD170BU only consumes a few milliwatts when idle, making it suitable for low-power applications.

In conclusion, the UTP6ASD170BU is an advanced differential current measuring controller widely adopted in the electrical industry. It makes use of the Hall effect to accurately measure differential current with accuracy and has low power consumption. Moreover, the controller has wide application potential and has a variety of application fields.