SCRHB125-1016

Arrays

SCRHB125-1016 is one of the most widely used power array series, designed to connect and control two power signals simultaneously. It is a professional power array diagnosis system dedicated to automotive circuit diagnosis. SCRHB 125-1016 provides a comprehensive series of functions in power array diagnosis, including the use of high-precision detection resolution to obtain accurate detection results. It is characterized by its wide range of input and output voltages and currents, temperature measurement range, and power supply capacity, and has been widely recognized and applied in various fields.

Signal Transformers

The working principle of SCRHB125-1016 is based on signal transformer technology. Signal transformer is a kind of special transformer, which is used for AC and DC isolation or impedance conversion of various conventional signals. It is a kind of form and size adjustable transformer， which is mainly used for signal isolation, voltage and current conversion, transformation of signal phase, signal amplification and impedance matching. It can effectively enhance signal strength, reduce distortion, and isolate the effects of noise and electromagnetic interference, making it an important tool in power measurement and control system.

Application Field

SCRHB125-1016 is mainly used in automobile circuit diagnosis, electric power metering systems, industrial automation, communications and other industries. It is widely used in primary power distribution, motor control, measurement, instrumentation, process control, semiconductor manufacturing, environmental monitoring, smart grid, etc. In the automotive industry, SCRHB125-1016 can accurately identify open or short circuits, detect electric current patterns, diagnose monitoring faults, detect voltage and current conditions, and accurately measure the resistance value of various components in the circuit.

Working Principle

The working principle of SCRHB125-1016 is based on signal transformer technology. Signal transformer can convert low voltages and currents to larger voltages and currents, without making direct contact between them. The signal transformer’s primary winding is connected to a low voltage AC source. The AC voltage is converted to a DC signal in the flow of electrons, which then passes through a secondary winding. The AC voltage is then restored in the secondary winding and the current return to the primary winding. The output frequency is adjustable according to different needs and use.

Conclusion

SCRHB125-1016 are one of the most comprehensive power array systems available, designed for a wide range of application fields. Their signal transformer technology makes them ideal for automotive circuit diagnosis, electric power metering, industrial automation, communications, and other industries. Their wide range of input and output voltages, currents, and temperatures, combined with their power supply capacity, make them reliable and accurate. As a result, SCRHB125-1016 is an integral part of any power measurement and control system.