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Amorphous Block Core | What is Amorphous Block Core?
Amorphous (nanocrystalline) C-type core: Amorphous (nanocrystalline) C-type iron core is made of a ring iron core or a square iron core after curing, and after being cut into two halves, the shape looks like two "C", so it is called C-type. iron core. Features: low coercivity and low loss; high permeability to obtain high sensitivity; magnetic core has good frequency characteristics; excellent temperature s
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Block Core | Features of sensor cores
Sensor core: Magnetic compensation type Hall current sensor magnetic core, saturable magnetic core, amorphous magnetic core for communication network interface, high constancy amorphous magnetic core. characteristic: 1. With low coercivity and low residual magnetic induction to obtain high-precision stability; 2. High magnetic permeability to obtain high sensitivity; 3. The magnetic core has good frequency char
Read MoreAmorphous | What is an amorphous inductor core？
Compared with traditional soft magnetic materials such as ferrite and iron powder core, amorphous inductor core and transformer core products have high saturation magnetic induction, high permeability, extremely high inductance and low loss, excellent frequency characteristics, It has the characteristics of good temperature constancy and small size. Widely used in solar energy, wind energy and power electronics, comm
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How Common Mode Chokes Work
Common mode inductance choke coil is an important part of switching power supply, inverter, UPS power supply and other equipment. Its working principle: When the working current flows through two coils wound in opposite directions, two magnetic fields H1 and H2 that cancel each other are generated. At this time, the working current is mainly damped by the ohmic resistance of the coil and the negligible small leakage
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How does Choke Core work?
The choke coil is a common mode interference suppression device with a ferrite core. It consists of two coils of the same size and the same number of turns wound symmetrically on the same ferrite toroidal core to form a four-terminal device. Choke coils are made by using the resistance of inductance to current flow. It has a suppressing effect on the large inductance of the common mode signal, and has little effec
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