TDK ADL8030VA Power Inductors
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TDK ADL8030VA PowerDescription
TDK ADL8030VA Power Inductors are designed to provide a 10μH to 100μH rated inductance range with a ±20% inductance tolerance and up to 0.82A rated current. These inductors feature low DC resistance and are ideal for applications such as Power-over-Coaxial (PoC) and automotive electronics. They are RoHS compliant and AEC-Q200 qualified, ensuring high performance and reliability.
TDK ADL8030VA Power Inductors
Introduction
The TDK ADL8030VA Power Inductors are high-performance components designed to meet the demands of various electronic applications. With a wide inductance range and robust construction, these inductors are ideal for applications requiring reliability and efficiency.
Part Description
The TDK ADL8030VA Power Inductors offer a rated inductance range from 10µH to 100µH, with an inductance tolerance of ±20%. They can handle up to 0.82A of rated current and feature low DC resistance, particularly for types with 22µH or less, which minimizes power losses. The inductors are constructed with a ferrite core and flame-retardant molding, ensuring durability and stability. Additionally, they are RoHS compliant and AEC-Q200 qualified, making them suitable for a variety of demanding environments.
Applications
- Power-over-Coaxial (PoC)
- Automotive electronics
- Wideband T-bias inductors
Industries
- Consumer Electronics
- Automotive
- Telecommunications
- Industrial Automation
Usage Ideas
- Automotive Power Supply: Utilize the ADL8030VA inductors in an automotive power supply circuit to ensure stable voltage levels for sensitive electronic components.
- PoC Systems: Implement these inductors in a Power-over-Coaxial system to efficiently transmit power and data over coaxial cables, enhancing system performance.
- Signal Processing: Use the inductors in a wideband T-bias circuit for signal processing applications, improving the quality and reliability of signal transmission.
Conclusion
The TDK ADL8030VA Power Inductors are versatile components that provide excellent performance and reliability across various applications. With their robust design and compliance with industry standards, they are an ideal choice for engineers looking to enhance the efficiency and stability of their electronic systems.