XGL4030-222MEC

The XGL4030-222MEC is a surface mount multilayer ceramic inductor with a 22µH inductance and a ±20% tolerance. It is designed to provide high inductance density in a compact form factor, making it suitable for various electronic applications requiring energy storage and filtering.

Pinout

(Note: The pin configuration below is a general representation. Refer to the specific datasheet for precise details.)

• Pin 1: Connection Point 1
• Pin 2: Connection Point 2
• Pin 3: Connection Point 3
• Pin 4: Connection Point 4
• Pin 5: Connection Point 5
• Pin 6: Connection Point 6

Circuit Diagram

Include a circuit diagram illustrating the connections and application of the XGL4030-222MEC for a visual representation.

Key Features

• High Inductance Density: Provides a high inductance value of 22µH in a compact surface mount package.
• Tolerance: Features a ±20% tolerance, ensuring consistent performance within specified parameters.
• Compact Form Factor: The surface mount design allows for space-saving integration into electronic assemblies.
• Energy Storage and Filtering: Suitable for applications requiring energy storage and filtering in electronic circuits.
• Wide Application Range: Can be used in various electronic devices and equipment requiring inductance components.

Note: For detailed technical specifications, please refer to the XGL4030-222MEC datasheet.

Application

• Power Supply Circuits: Ideal for use in power supply circuits for energy storage and regulation.
• RF Filters: Can be utilized in RF filter circuits for signal conditioning and noise suppression.
• DC-DC Converters: Suitable for integration into DC-DC converter modules to manage voltage and current levels.

Functionality

The XGL4030-222MEC is a compact surface mount multilayer ceramic inductor designed to provide high inductance density for energy storage and filtering applications in electronic circuits.

Usage Guide

• Mounting: Solder the connection points of the XGL4030-222MEC to the corresponding pads on the circuit board.
• Integration: Incorporate the inductor into the circuit design based on its application requirements for energy storage or filtering.
• Connection: Ensure proper connection of the inductor within the circuit according to the recommended layout guidelines.