0LCC6

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Introduction

0LCC6 is an open-loop current controlled circuit, commonly referred as “OCC”. It is an electronic feedback system used for controlling the electrical current in various electronic devices. OCC basically creates an electrical field to monitor, measure and adjust the current level accurately. It is a reliable, easy to install and cost-effective solution for controlling the current in the circuits.

Application Field

OCCs are widely used for various applications in different industries. OCCs can be employed for controlling the current in industrial, commercial, and residential applications. A few of the most common applications of OCCs are adjustable current regulators, DC-DC converters, power converters, laptop battery monitoring systems, solar panel and wind turbine systems, over-current protection, over-voltage protection, short-circuit protection, load management and AC-DC power supplies.

Due to the increasing demand of OCCs in automotive, medical and telecommunication sectors, it is being employed in those industries as well.

Working Principle

The basic working principle of OCC is electrostatic control. An electrical field is created by the components of OCC, which contains positive and negative charges. This electrical field is used for measuring and adjusting the current level.

The current through the device is adjusted by changing the point of connection of the two components in the device. This is done by running alternating current through the device, and thus controlling the position of the two components. When the current level is obtaining desirable, the two components are combined to create a circuit which adjusts the current to its desired level.

The components in OCC consist of the capacitor, resistor, transistors, inductors and diodes. The capacitor acts as a storage unit and helps regulate current in the device, while the resistor is used to control the current level. The transistors control the voltage, while the inductors help maintain the current level. Lastly, the diodes act as a switch and help to maintain the current.

Conclusion

OCCs have become an increasingly popular means of controlling the current flow in the circuits. They are a suitable, reliable and cost-effective alternative to manual and traditional methods of current control. OCCs are used in a variety of industries from automotive to telecommunications, and offer precise control over current. Its working is based on electrostatic control and is equipped with components like capacitor, resistor, transistors, inductors, diodes, etc., for precise control.

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