Devices

Toroidal core current sensor

Toroidal core current sensor

A toroidal core current sensor is a doughnut-shaped device that measures AC currents without direct contact, offering high accuracy and isolation in various applications.

Zero flux current sensor

Zero flux current sensor

Zero flux current sensors provide highly accurate, linear, and stable current measurements in various applications, from power electronics to smart grids.

Saturable core current sensor

Saturable core current sensor

Saturable core current sensors offer high accuracy, wide bandwidth, and galvanic isolation for applications in power electronics, renewables, and EVs.

Piezoelectric current sensor

Piezoelectric current sensor

Piezoelectric current sensors offer accurate measurement and control in various applications, with high sensitivity, wide bandwidth, and immunity to electromagnetic interference.

Magneto-optical current sensor

Magneto-optical current sensor

Magneto-optical current sensors offer accurate, EMI-resistant measurements for power grid monitoring, fault detection, and renewable energy integration.

Optical current sensor

Optical current sensor

Optical Current Sensors offer accurate, wide bandwidth current measurement, with galvanic isolation and EMI immunity for power system monitoring.

Nuclear Generators

Nuclear Generators

Explore the workings of nuclear generators, their types, benefits, challenges, and future potential in our comprehensive guide to atomic energy.

Fluxgate current sensor

Fluxgate current sensor

Fluxgate current sensors offer high precision, wide bandwidth, and galvanic isolation for accurate current measurements in various applications.

Inductive current sensor

Inductive current sensor

Inductive current sensors are non-contact devices that accurately measure electric currents in various applications, ensuring efficient operation and protection of electrical systems.

Current transformer (CT)

Current transformer (CT)

Current transformers (CTs) are devices that measure high electrical currents by producing a proportional, lower current for safe monitoring and control.

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The primary purpose of this project is to help the public to learn some exciting and important information about electricity and magnetism.

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