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| Brand Name: | ZXY |
| Model Number: | T9*5*3-200uH |
| MOQ: | Negotiable |
| Price: | Negotiable |
| Packaging Details: | Carton |
| Payment Terms: | T/T paypal xtransfer |
The 200 uH high current ring power inductor, as a key component in the field of power electronics, achieves diverse and important functions with its unique performance and carefully selected materials, and is widely used in various circuits.
1.High inductance precision and stability: The nominal inductance is 200 μ H, providing stable and specific inductance values for the circuit. In circuits such as switch mode power supplies, this inductance can effectively store and release energy, ensuring efficient conversion and transmission of electrical energy. Moreover, under different working conditions, its inductance fluctuation is minimal, which can maintain stable circuit performance, such as ensuring normal operation of the circuit even under temperature and current changes.
2. Excellent high current carrying capacity: Designed to carry high currents, it can easily handle currents of several amperes or even tens of amperes. By adopting special winding design and high-quality magnetic cores, inductance saturation is avoided when the current is too high, ensuring stable operation in high load circuits such as industrial motor drives and high-power switching power supplies.
3. Low DC resistance (DCR): With low DC resistance characteristics, it greatly reduces heat loss when current passes through and improves inductance efficiency. Low DCR means that when transmitting high currents, the loss of electrical energy converted into heat energy is reduced, energy waste is reduced, the energy efficiency of the entire circuit is improved, and the service life of equipment is extended.
4. Excellent frequency response: Maintain good performance over a wide frequency range, effectively handling both low and high frequency signals. In high-frequency switching power supplies, it can quickly respond to current changes, suppress high-frequency noise, and ensure stable and pure output signals.
5. Low electromagnetic interference (EMI): The annular structure concentrates magnetic flux, significantly reduces electromagnetic leakage, and lowers electromagnetic interference to surrounding circuits. At the same time, it also has strong resistance to external electromagnetic interference, enhancing the electromagnetic compatibility of the circuit, and is suitable for equipment with strict electromagnetic environment requirements.
| Type: | 200uH High Current Toroidal Power Inductor |
| Application: | switch power supply |
| Tolerance: | 20% |
| Nature: | Inductor |
| Material: | Copper Wire |
| Inductance | Support custom |
| Operating Temperature: | -40℃ to 125℃ |
| size: | 4P*0.6mm |
| Certificate: | Lead free RoHS compliant |
1. Magnetic core material
--Ferrite core: a commonly used material with high magnetic permeability, which can effectively concentrate magnetic fields and improve inductance performance. It has low loss, especially performs well at high frequencies, and can reduce energy loss and heat generation. Suitable for scenarios with high requirements for high-frequency performance, such as switching power supplies and high-frequency circuits.
--Pomo alloy magnetic core: It has extremely high magnetic permeability and can provide high inductance values under low magnetic fields. Commonly used in circuits that require strict inductance and precise control of magnetic fields, such as precision measuring instruments and power circuits for high-end audio equipment.
--Iron silicon aluminum magnetic core: It has good magnetic permeability and saturation magnetic flux density, can withstand large currents, and is not easily saturated under high currents. At the same time, it has good temperature stability and low loss, suitable for circuits with high current and high temperature environments, such as industrial motor drives, automotive electronics, and other fields.
2. Winding material: High purity copper wire is usually used because of its high conductivity, which can reduce resistance and minimize power loss when current passes through. For high current applications, large-diameter wires or multi stranded wires are used to increase the conductive area, reduce skin effect, and further enhance the high current transmission capacity.
3. Insulation material: Insulation materials such as polyester film, polyimide tape, etc. are used to isolate the winding from the magnetic core and between each turn of the winding. These materials have good electrical insulation performance and high temperature resistance, ensuring stable operation of inductors in high current and high voltage environments, and preventing faults such as short circuits.
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|
| Brand Name: | ZXY |
| Model Number: | T9*5*3-200uH |
| MOQ: | Negotiable |
| Price: | Negotiable |
| Packaging Details: | Carton |
| Payment Terms: | T/T paypal xtransfer |
The 200 uH high current ring power inductor, as a key component in the field of power electronics, achieves diverse and important functions with its unique performance and carefully selected materials, and is widely used in various circuits.
1.High inductance precision and stability: The nominal inductance is 200 μ H, providing stable and specific inductance values for the circuit. In circuits such as switch mode power supplies, this inductance can effectively store and release energy, ensuring efficient conversion and transmission of electrical energy. Moreover, under different working conditions, its inductance fluctuation is minimal, which can maintain stable circuit performance, such as ensuring normal operation of the circuit even under temperature and current changes.
2. Excellent high current carrying capacity: Designed to carry high currents, it can easily handle currents of several amperes or even tens of amperes. By adopting special winding design and high-quality magnetic cores, inductance saturation is avoided when the current is too high, ensuring stable operation in high load circuits such as industrial motor drives and high-power switching power supplies.
3. Low DC resistance (DCR): With low DC resistance characteristics, it greatly reduces heat loss when current passes through and improves inductance efficiency. Low DCR means that when transmitting high currents, the loss of electrical energy converted into heat energy is reduced, energy waste is reduced, the energy efficiency of the entire circuit is improved, and the service life of equipment is extended.
4. Excellent frequency response: Maintain good performance over a wide frequency range, effectively handling both low and high frequency signals. In high-frequency switching power supplies, it can quickly respond to current changes, suppress high-frequency noise, and ensure stable and pure output signals.
5. Low electromagnetic interference (EMI): The annular structure concentrates magnetic flux, significantly reduces electromagnetic leakage, and lowers electromagnetic interference to surrounding circuits. At the same time, it also has strong resistance to external electromagnetic interference, enhancing the electromagnetic compatibility of the circuit, and is suitable for equipment with strict electromagnetic environment requirements.
| Type: | 200uH High Current Toroidal Power Inductor |
| Application: | switch power supply |
| Tolerance: | 20% |
| Nature: | Inductor |
| Material: | Copper Wire |
| Inductance | Support custom |
| Operating Temperature: | -40℃ to 125℃ |
| size: | 4P*0.6mm |
| Certificate: | Lead free RoHS compliant |
1. Magnetic core material
--Ferrite core: a commonly used material with high magnetic permeability, which can effectively concentrate magnetic fields and improve inductance performance. It has low loss, especially performs well at high frequencies, and can reduce energy loss and heat generation. Suitable for scenarios with high requirements for high-frequency performance, such as switching power supplies and high-frequency circuits.
--Pomo alloy magnetic core: It has extremely high magnetic permeability and can provide high inductance values under low magnetic fields. Commonly used in circuits that require strict inductance and precise control of magnetic fields, such as precision measuring instruments and power circuits for high-end audio equipment.
--Iron silicon aluminum magnetic core: It has good magnetic permeability and saturation magnetic flux density, can withstand large currents, and is not easily saturated under high currents. At the same time, it has good temperature stability and low loss, suitable for circuits with high current and high temperature environments, such as industrial motor drives, automotive electronics, and other fields.
2. Winding material: High purity copper wire is usually used because of its high conductivity, which can reduce resistance and minimize power loss when current passes through. For high current applications, large-diameter wires or multi stranded wires are used to increase the conductive area, reduce skin effect, and further enhance the high current transmission capacity.
3. Insulation material: Insulation materials such as polyester film, polyimide tape, etc. are used to isolate the winding from the magnetic core and between each turn of the winding. These materials have good electrical insulation performance and high temperature resistance, ensuring stable operation of inductors in high current and high voltage environments, and preventing faults such as short circuits.
