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| Brand Name: | Derun |
| MOQ: | 10pcs |
| Price: | Negotiation |
The Epoxy-filled Inductor is a highly reliable and durable component designed for a wide range of electronic applications. This product is known for its robust construction and exceptional performance, making it an ideal choice for circuits requiring stable inductance and high current handling capabilities. The inductor features a core made from premium ferrite or other advanced magnetic materials, which ensures optimal magnetic properties and efficient energy storage. These core materials contribute significantly to the inductor's ability to maintain consistent inductance across various operating conditions.
One of the defining characteristics of the Epoxy-filled Inductor is its epoxy sealing. The unit is an Epoxy Sealed Inductor Unit, meaning that the winding and core assembly are encapsulated in a high-quality epoxy resin. This epoxy encapsulation provides excellent protection against environmental factors such as moisture, dust, and mechanical stress. The Epoxy Encapsulated Inductor offers enhanced durability and longevity, making it suitable for use in harsh environments and demanding applications where reliability is critical.
In terms of shielding, the Epoxy-filled Inductor is available in both shielded and unshielded versions. The shielded type is designed to minimize electromagnetic interference (EMI) and reduce noise coupling in sensitive electronic circuits. By containing the magnetic field within the shield, these inductors help improve overall system performance and reduce the risk of interference with nearby components. On the other hand, unshielded versions provide flexibility for applications where space constraints or other design considerations take precedence.
The current rating of the Epoxy-filled Inductor is another vital attribute. This product supports a maximum current rating measured in amperes, allowing it to handle significant current loads without saturation or performance degradation. The specified maximum current rating ensures that the inductor can operate safely and efficiently within defined parameters, supporting the needs of power supplies, converters, and other high-current electronic devices.
Compliance with international standards is a key feature of this product. The Epoxy Sealed Inductor Unit meets stringent environmental and safety regulations, including RoHS (Restriction of Hazardous Substances) and REACH (Registration, Evaluation, Authorization, and Restriction of Chemicals) compliance. These certifications guarantee that the inductor is manufactured with environmentally friendly materials and processes, making it a responsible choice for both manufacturers and end users who prioritize sustainability and regulatory adherence.
Overall, the Epoxy-filled Inductor combines advanced core materials, robust epoxy encapsulation, flexible shielding options, and high current handling capabilities into a single, dependable component. Its epoxy sealing ensures long-term protection and stable performance, while compliance with RoHS, REACH, and other standards underscores its quality and environmental responsibility. Whether used in industrial equipment, consumer electronics, or telecommunications devices, this Epoxy Sealed Inductor Unit delivers consistent inductance, superior durability, and reliable operation under a variety of conditions.
In summary, the Epoxy-filled Inductor is an essential component for engineers and designers seeking a high-quality, epoxy encapsulated inductor solution. Its shielded or unshielded configurations, ferrite or other magnetic core materials, and strong current rating make it adaptable to numerous application requirements. The epoxy sealing not only protects the inductor but also enhances its electrical and mechanical stability, ensuring efficient performance throughout its service life. With its adherence to global compliance standards such as RoHS and REACH, the Epoxy Sealed Inductor Unit represents a modern, eco-friendly choice for advanced electronic circuit design.
The Epoxy-filled Inductor is an essential component widely utilized in various electronic applications due to its robust construction and reliable performance. Featuring a core material made from high-quality ferrite or other magnetic materials, this inductor is designed to handle a maximum current rating in amperes, ensuring efficient current flow and minimal power loss. Its epoxy resin filled construction provides excellent insulation and mechanical protection, making it highly durable and resistant to environmental factors.
One of the primary application occasions for the Epoxy Resin Filled Inductor is in power supply circuits where stable inductance and current handling are critical. Its epoxy encapsulated inductor design allows it to operate reliably within a broad temperature range, typically from -40°C to +125°C, making it suitable for use in both industrial and automotive environments. This wide operating temperature range ensures that the inductor maintains its performance under harsh thermal conditions, including high heat and rapid temperature fluctuations.
In communication systems, the epoxy coated inductor coil is extensively used within frequency ranges spanning from several kilohertz to megahertz. This makes it ideal for RF circuits, signal filtering, and noise suppression applications where precise inductance and minimal signal interference are required. The epoxy encapsulation not only protects the coil from moisture and dust but also enhances the overall electromagnetic compatibility of the device by reducing electromagnetic interference (EMI).
Moreover, the Epoxy-filled Inductor finds application in consumer electronics such as televisions, audio equipment, and computers, where compact size and reliable performance are crucial. Its epoxy resin filled structure provides mechanical stability, preventing coil deformation and maintaining consistent inductance values over time. This reliability is especially important in portable devices that experience frequent handling and vibration.
In summary, the Epoxy Resin Filled Inductor, with its ferrite or magnetic core, high current rating, wide temperature range, and broad frequency operation, is an ideal choice for applications ranging from power management and automotive electronics to RF communication and consumer devices. The epoxy encapsulated inductor and epoxy coated inductor coil construction ensure long-lasting durability and stable electrical characteristics, making it indispensable for modern electronic design and manufacturing.
Our Epoxy-filled Inductor product offers customized solutions tailored to your specific requirements. With a maximum current rating designed to handle high current loads efficiently, this Epoxy Potting Inductor Assembly ensures reliable performance under demanding conditions.
Constructed using high-quality ferrite or other magnetic core materials, our Epoxy Filled Magnetic Coil provides excellent magnetic properties and stability across a wide operating temperature range, typically from -40°C to +125°C. This makes it suitable for applications requiring durability and thermal resilience.
The Epoxy Immersed Inductor Device is optimized for operation within a broad frequency range in MHz or KHz, allowing it to meet diverse application needs. Our customization services enable you to select the ideal current rating, core material, temperature range, and frequency specifications to best fit your project requirements.
Choose our epoxy-filled inductors for superior insulation, protection, and enhanced performance, backed by expert customization to deliver the perfect inductive component for your electronic designs.
Our epoxy-filled inductors are designed to provide exceptional performance and reliability in various electronic applications. For technical support, please refer to the product datasheet for detailed specifications, operating conditions, and mounting instructions.
If you encounter any issues with the epoxy-filled inductors, ensure that the device is used within its rated current and temperature limits. Improper handling or exceeding these limits may affect the inductance and overall performance.
For troubleshooting, verify the inductor’s installation orientation and soldering quality to prevent mechanical stress or poor electrical connections. Additionally, check for any external factors such as electromagnetic interference or thermal conditions that could impact functionality.
We offer comprehensive services including product customization, application consultation, and failure analysis to support your project requirements. Our engineering team is available to assist with design integration and to provide recommendations for optimal circuit performance.
Regular updates and technical notes are available to keep you informed about product improvements and best practices. Please consult our online resources for the latest information and guidelines related to epoxy-filled inductors.
