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We produce Encapsulated Transformer, High frequency switching transformer, Low frequency power transformer ,inductor and current transformer.
The Toroidal Inductor
The Toroidal Inductor is a passive electronic component that uses a toroidal magnetic core. It's a ring or donut-shaped magnetic core made from ferromagnetic material, such as iron powder or laminated iron. This magnetic material is also known as ferrite.
The magnetic flux field is formed around the inductor when a current passes through it. The intensity of this magnetic field is directly proportional to the value of the current. Magnetic flux lines create complete loops around the coil and are influenced by the change in the current flowing through the coil. This change in magnetic flux causes an induced electromotive force opposite to the applied voltage across the coil.
A Toroidal Inductor is made of two main parts: a primary winding and a secondary winding. A primary winding contains the primary currents while the secondary winding carries the secondary currents. Both parts are connected by a long wire. At each end of the torus, one end of the wire is grounded to the inside of the sphere.
The toroidal coil of the present invention may be wound in a clockwise or counterclockwise manner around the toroidal axis. It may also be wound in several layers at steeper angles to the major plane of the toroid. This allows the magnetic moments of the turns to be resolved.
The present invention contemplates the arrangement of the turns in the toroidal coil to produce substantially symmetrical magnetic fields. Each individual turn of the coil links with the next turn. This provides a novel type of symmetry in the magnetic field. The magnetic field generated is axially symmetrical with respect to the center point of the toroidal body.
A Toroidal Inductor comprises a continuous winding of substantially circular turns of wire. These turns are arranged over each other in a helix-like configuration to form a toroidal body. The ends of each turn have tangent edges that extend through their corresponding parts of the toroidal body.
The Toroidal Inductor works by dampening random collisions between plasma articles. It creates an orderly vortex motion by forcing charged particles to move in orbits around the toroidal coil. It may even be placed within a plasma bottle. This arrangement of the magnetic field is the key to creating a stable plasma. Its use is important in many applications. It is a practical solution to a real problem.
Toroidal Inductors have numerous advantages over conventional inductors. For example, they are more efficient, generate more inductance per turn, and emit minimal electromagnetic interference. As a result, they are widely used in a wide range of electrical equipment, from refrigerators to air conditioners. It's also used in aircrafts.
The magnetic field of a Toroidal Inductor varies according to its radius from the centerline. The radius of the toroid is greater than the coil radius. Therefore, the magnetic field is increased by increasing the number of windings.
Toroidal Ferrite Core Common Mode Choke
Product parameters:
Different range of freuency from 50khz to 500khz
Compact desin,lighter weight with various mounting options
High rated current and high inductance values with a compact design
Better frequency response due to a low number of turns
Standard:
RoHS
UL 94 v-0
Compliant with RoHS
Plastic materials meet UL 94 v-0 requirements
