RID-85B

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AC DC converters are widely used in all areas of industry, from controlling the function of engines to producing power. The RID-85B’s application field comes from the usage of DC-DC and AC-DC power conversion systems and features a unique working principle which offers high levels of efficiency, reliability, and accuracy.

The RID-85B is a type of unidirectional converter, meaning that it produces a direct current power output from an alternating current input source. This AC-DC conversion is achieved through the use of a rectifier bridge. The rectifier bridge, which is made up of four individual diodes, functions as a passive diode filter, allowing only the positive peaks of the current waveform to pass through. By adjusting the switching frequency of the transistors of the bridge, the output voltage can be regulated for varied input AC voltage frequencies.

The RID-85B is also equipped with a number of metal oxide semiconductor field effect transistor (MOSFET) inverters. The inverters serve as the switching element of the bridge, controlling the conversion of the AC-DC power. By using a pulse-width modulation technique, these inverters are able to accurately control the output voltage of the RID-85B. In order to protect the RID-85B\'s components from short circuiting and over-current faults, the device relies on a number of high-power switching relays and contactors.

The RID-85B is also supplemented with a number of user-friendly features. An overload protection circuit prevents the system from overloading the current source. There is also an adjustable PWM frequency range of 0-30kHz, allowing for precise power control. The device also features a built-in soft start circuit, which safely brings the output voltage to the desired level without any excessive current surge.

Overall, the RID-85B AC-DC converter system is capable of producing high levels of accuracy, reliability, and efficiency due its unique working principle. Its rectifier bridge allows for a highly regulated current flow, while its powerful MOSFET inverters allow for accurate control of the output voltage. Its overload and soft start features ensure safe and reliable use, while its adjustable PWM frequency allows for precise control of the power.

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