SDQ12-2R2-R

Arrays: SDQ12-2R2-R

SDQ12-2R2-R is a dielectric array composed of two coaxial shielded transformer cores. By connecting and winding multiple turns of wire of different diameters on the cores, the transformer can be used to transform the high-voltage and low-power AC signal into proportional low-voltage and high-power DC signal. In addition, this array is able to reduce the distortion of the signal.

Application field

SDQ12-2R2-R is a reliable, precise, and durable array made with state-of-the-art technology. It is suitable for a variety of applications in industries where voltage conversion is necessary.

• It is often used in telecommunication transmission systems to reduce the power of high-power transmissions.
• It can be used in the power grids to provide voltage and current signals for measurement and control.
• It can be used as a current sensor in the power unit of an aircraft.
• It can be used as the power supply of a distributed control system (DCS).
• It can be used as a voltage transformer in the military industry.

Working principle

SDQ12-2R2-R utilizes the principle of electromagnetic induction to convert the input signal into an output signal proportional to the input voltage. The transformer is composed of two coaxial shielded series of transformer cores. When AC signal is inputted, the primary coil produces a varying magnetic field that induces current in the secondary coil, thus generating the output from the transformer.

The transformer is able to reduce the distortion of the input signal by utilizing a ferrite core that has good frequency saturation characteristics. This ensures that the high-voltage and low-power AC signal is converted into proportional low-voltage and high-power DC signal.

SDQ12-2R2-R is an easy-to-implement and cost-effective array. With its reliable performance and precision, it is the ideal signal transformer for a wide variety of industrial applications.