The WI1008G0CR47GHP05 is a wire-wound chip inductor produced by TA-I Technology Co., Ltd. It's engineered for diverse electronic applications, providing inductance stability and a notable Q-factor. This inductor is well-suited for high-frequency circuits and various power applications.

Applications

• RF applications: Suitable for impedance matching, filtering, and tuning in radio frequency circuits.
• Power management circuits: Used for energy storage and filtering in DC-DC converters and power supplies.
• Wireless communication devices: Utilized in devices like smartphones and tablets for signal conditioning and impedance matching.
• Consumer electronics: Incorporated into various electronic devices for signal processing and filtering.
• Industrial control systems: Employed for signal filtering and noise reduction in industrial equipment.

Features

• High Q-factor: Enables low energy loss and improved efficiency in high-frequency operations.
• Stable inductance: Delivers consistent inductance across a range of frequencies and temperatures.
• Wire-wound construction: Offers high current handling capabilities and operational reliability.
• Compact form factor: Allows for high-density mounting on circuit boards, optimizing space.
• RoHS compliance: Adheres to environmental standards, ensuring lead-free manufacturing.

Benefits

• Enhanced signal integrity: Improves the clarity and quality of RF signals by minimizing distortion.
• Efficient power conversion: Aids in energy storage and filtering in power supplies, reducing energy waste.
• Dependable performance: Guarantees consistent and stable inductance, ensuring reliable circuit functionality.
• Space-efficient design: Facilitates the creation of compact and efficient circuits, reducing the overall size and cost.
• Environmentally responsible: Complies with environmental regulations, making it a safe and eco-friendly component.

Additional Details

The WI1008G0CR47GHP05 has an inductance of 0.47μH. It is designed with a high self-resonant frequency and a low DC resistance, making it ideal for a variety of applications. The inductor is capable of withstanding high temperatures and humidity, ensuring performance in diverse conditions. Its small size and robust construction make it a prime choice for demanding electronic projects.