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High-Frequency Buck Reactor – OPS-0672
$425.00
OPS-0672
Product Profile
For high-frequency circuits (kHz-MHz range), optimization is typically achieved by using ferrite or alloy magnetic cores to enhance the overall performance of switch-mode power supplies. Ferrite or alloy magnetic cores have high permeability and excellent high-frequency characteristics, which effectively reduce magnetic losses and eddy current losses, thereby improving power density and conversion efficiency. By configuring high-frequency reactors, switch-mode power supplies can transmit energy more efficiently, improve power factor, and reduce no-load input power.
Product Applications
High-frequency reactor is widely used in High-frequency inverter circuit, high-frequency voltage rises and Step-down Circuit, etc.
Technical Parameters
| Rated frequency | 10 ~ 50kHz |
|---|---|
| Work efficiency | 9 9 % |
| Rated current | 10-300A |
| Insulation resistance | >100MΩ(DC1000V) |
| Insulation class | H |
| Winding material | Copper |
| Inductance | 0.01mH-0.9mH |
| Rated voltage | 110-600V |
| Impedance | Customized |
| Dielectric strength | Customized |
| Standards | GB/T25120-2010 or Customized |
| Core material | Ferrite or Nanoamorphous |
Features
- Outstanding High-Frequency Performance: Using special core materials, the product significantly reduces losses in high-frequency scenarios, precisely and stably maintains inductance, and efficiently conducts high-frequency signals. This ensures the stability and reliability of high-frequency operations, enabling accurate high-frequency signal processing.
- Compact Size and High Integration: The high-frequency inductor features a compact structure and small volume, facilitating seamless integration with various electronic components.
- Strong Anti-Interference Capability: The high-frequency inductor has excellent electromagnetic shielding performance, and can also suppress high-frequency noise in the circuit. When high-frequency noise is present, the inductance characteristic of the high-frequency inductance allows it to filter and attenuate the noise signals, thereby purifying the signals in the circuit and improving signal quality.