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| Categories | Common Mode Inductor |
|---|---|
| Brand Name: | ZXY |
| Model Number: | ZXY-EE8.3 |
| Certification: | RoHS、ISO9001、CE |
| Place of Origin: | China,Shenzhen City. |
| MOQ: | Negotiable |
| Price: | Negotiable |
| Payment Terms: | T/T |
| Delivery Time: | Stock Or 3 weeks |
| Packaging Details: | Carton |
| Model number: | EE8.3 |
| Components: | ferrite core, bobbin, copper wire, copper foil tape, margin tape, tube |
| Storage temperature: | -25 to +95ºC |
| Bobbin material: | Phenolic |
| Name: | EE8.3 Power Filter Inductor Coil |
| Shape type: | horizontal type/vertical type/SMD type |
| Company Info. |
| Shenzhen Zhixiangyuan Electronics Co., Ltd. |
| Verified Supplier |
| View Contact Details |
| Product List |
The EE8.3 Power Filter Inductor Coil is a component that plays a key role in power filtering. It utilizes a unique EE8.3 specification core, which is designed to increase the concentration of the magnetic field and improve the performance of the inductor. This inductor is mainly used in electric power systems to filter out noise and interference signals in the current and to ensure stable and pure current output from the circuit. Through the principle of electromagnetic induction, it can prevent high-frequency noise current through the low-frequency useful current smooth transmission, thereby reducing the impact of current fluctuations on electronic equipment, enhance the stability and reliability of equipment operation. For example, in the switching power supply circuit, EE8.3 Power Filter Inductor Coil can effectively inhibit the ripple of the power supply output, so that the electronic equipment to obtain a smoother power supply, which is widely used in various types of electronic products with high requirements on the quality of the power supply, such as computer motherboards, communication equipment and industrial automation control systems.
| Advantage Aspect | Description in Application |
| Performance - related | High - efficiency filtering: With high inductance value and low leakage inductance, it effectively filters out high - frequency noise and ripples in power systems. For example, in a switch - mode power supply, it can smooth the output current, ensuring stable operation of downstream electronic components like microcontrollers and power amplifiers, improving their performance and reliability.Stable and reliable: Its high saturation current allows it to maintain good performance under high - current conditions. In industrial inverters where large - current fluctuations are common, it doesn't saturate easily, ensuring continuous and stable filtering. Low DC resistance reduces power loss and heat generation, enhancing long - term operation stability.Strong anti - interference ability: It has excellent electromagnetic compatibility. In communication base stations filled with complex electromagnetic signals, it can not only prevent its own interference to other devices but also resist external electromagnetic interference, guaranteeing accurate signal transmission and reception in communication circuits. |
| Design - related | Space - optimized: Its compact size makes it suitable for applications with limited space. In portable electronic devices such as smartphones and tablets, it can be easily integrated into the small - sized circuit boards, providing necessary power filtering without taking up much space, facilitating the miniaturization and integration of products.Good heat dissipation: Efficient heat dissipation performance ensures that the inductor coil can maintain an appropriate temperature during long - term operation. In high - power LED driver circuits that generate a lot of heat, it can dissipate heat in time, preventing performance degradation and extending the service life of the entire circuit system. |
| Material and Process - related | High - quality materials: Using high - performance magnetic core materials like ferrite and high - purity copper wires. The high magnetic permeability of ferrite materials improves the inductance performance, and the good conductivity of copper wires reduces resistance. In power transformers, these materials enable more efficient energy conversion and filtering, enhancing the overall performance of the power system.Exquisite craftsmanship: Advanced winding and manufacturing techniques ensure precise winding of the coil. In audio power amplifiers, this precise winding reduces the impact of distributed capacitance, improving the quality factor of the inductor, which is crucial for accurately filtering audio signals and providing high - quality sound. |
| Application - related | Strong versatility: It is applicable to a wide range of power filtering scenarios. In addition to common power supplies and communication devices, it is also used in industrial automation control systems. For instance, in a programmable logic controller (PLC) power supply, it filters the input power to ensure stable operation of the PLC, which is essential for the accurate control of industrial production processes.Cost - effective: While providing high performance and reliability, it has a reasonable cost. In mass - produced consumer electronics, such as smart TVs, using this inductor coil can ensure high - quality power filtering at a relatively low cost, reducing the overall production cost for manufacturers and providing consumers with cost - effective products. |
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