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Three phase green coil horizontal electronic inductor with base Power supply EMC filtering

Three phase green coil horizontal electronic inductor with base Power supply EMC filtering

T9*5*3
T9*5*3 base-mounted magnetic ring inductor, using ring-shaped manganese-zinc ferrite core, combined with a dedicated plastic base, with PCB direct insertion installation. The magnetic ring forms a closed magnetic circuit, with low leakage flux and excellent EMI suppression effect.
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Download directory
T9*5*3 Specification document.pdf
Download directory
T9*5*3 Specification document.pdf
 
        T9*5*3 coil is equipped with a base isolation design to prevent the magnetic core from short-circuiting with the PCB board. The winding uses high-strength enameled copper wire. The product is compact in size, suitable for high-density circuit board layout, with stable inductance and high Q value.
Product parameters
SpecificationT9*5*3Rated current0.1mA
Inductance1μHInductor typeCommon mode inductor
DC resistance (DCR)0.01ΩCore materialFerrite
BrandCXWONTest frequency120Hz
 
Common models
Three phase green coil horizontal electronic inductor with base Power supply EMC filtering
 
Core advantages of Surface mount inductor

1. The T9*5*3 magnetic ring is equipped with a dedicated plastic base. The magnetic core is physically isolated from the PCB board to prevent the magnetic core edge from scratching the copper wire and causing short circuits.
2. The closed ring magnetic circuit structure results in extremely low leakage flux compared to EE/EF type magnetic cores, and the EMI suppression effect is excellent.
3. High-strength enameled copper wire is densely wound, ensuring a stable inductance, high Q value, and low loss.
4. Compared to the bare magnetic ring with direct soldering terminals, the base version is more neatly installed and suitable for automatic assembly machines for production.
5. The vacuum coating process is optional. It fixes the windings, reduces the buzzing noise of the coil, and prevents moisture and vibration.

Inductor real-shot details：
Three phase green coil horizontal electronic inductor with base Power supply EMC filtering
Three phase green coil horizontal electronic inductor with base Power supply EMC filtering
Three phase green coil horizontal electronic inductor with base Power supply EMC filtering
 
Typical application scenarios
Three phase green coil horizontal electronic inductor with base Power supply EMC filtering
Flowchart
Three phase green coil horizontal electronic inductor with base Power supply EMC filtering
Three phase green coil horizontal electronic inductor with base Power supply EMC filtering
Why choose us
Three phase green coil horizontal electronic inductor with base Power supply EMC filtering
Three phase green coil horizontal electronic inductor with base Power supply EMC filtering
FAQ

Q: What are the differences between the T9*5*3 magnetic ring inductor with a base and without a base?
A: The magnetic core of the version with a base is isolated from the PCB board, making the installation more stable and preventing short circuits of the coil. It is suitable for batch automated assembly; the bare magnetic ring is directly soldered and has a slightly lower cost, suitable for manual welding.


Q: What is the common magnetic core material used for the T9*5*3 magnetic ring inductor?
A: The conventional material is manganese-zinc ferrite magnetic core, suitable for high-frequency EMI filtering scenarios; if a power inductor with good DC bias is needed, the iron-silicon-aluminum material can be used instead.


Q: Can the T9*5*3 inductor with a base be coated with varnish?
A: It is supported for coating. After coating, the winding is fixed more firmly, the noise is lower, and it is moisture-proof and shock-resistant; for the base version, attention should be paid to the temperature resistance of the base material when coating.


Q: Does the T9*5*3 inductor with a base have a large leakage magnetic field?
A: The closed-loop ring magnetic circuit naturally has a very small leakage magnetic field, much lower than the EE and EF inductors with open air gaps, and has low EMI interference to the outside.


Q: What is the insulation withstand voltage of the T9*5*3 inductor with a base?
A: The winding - pin insulation withstand voltage can meet the basic insulation requirements. The specific withstand voltage value can be discussed according to the project testing standards.