The inductor will have a blocking effect on the current passing through the inductor under the condition of alternating current. The higher the frequency of the inductor, the greater the blocking effect. This type of condition is called inductive reactance and is measured in ohms (Ω). Said. Inductor characteristic 2: The current passing through…
DetailsCurrent transformer is an electronic component that can convert electrical energy into magnetic energy, store it under appropriate conditions, and release it and then convert it into electrical energy. The most important role of inductor is electromagnetic conversion. All electrical conductors (transmission lines) will cause electromagnetic fields when passing current. When the electrical conductors (transmission lines)…
DetailsCurrent transformers can be divided into high voltage and low voltage, which are mainly distinguished by the highest voltage of the equipment. Generally, 10KV or more is high voltage, 10KV is medium voltage, and 1kv and below are low voltage. Current transformers can be divided into high voltage and low voltage, which are mainly distinguished…
DetailsSplit core current transformer, as its name implies, is a current transformer that can be opened and closed on the primary circuit (the side of the measured current circuit, usually a cable or parent card), and is a secondary device by sensing the current on the primary circuit Take measurements or protect relays. …
Details[vc_row][vc_column][vc_column_text]Reactors are also called inductors. When an electrical conductor is connected to the power supply, it will create a magnetic field in a certain space it occupies. Therefore, all electrical conductors that can carry current are inductive in a general sense. However, if the power supply is long, the inductance of the electrical conductor is…
DetailsModern power systems face a double challenge: ensuring high efficiency while maintaining power quality. As more industries adopt inverters, rectifiers, and other non-linear devices, harmonic pollution and reactive power losses are on the rise. To tackle these issues, reactors (inductors) and capacitor compensation cabinets work together to stabilize voltage, suppress harmonics, and improve the power…
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