The 0402CS-12NXGLW is a ceramic wirewound chip inductor from Coilcraft. It is designed for high-frequency applications, offering excellent Q-factor and tight tolerance. This inductor is commonly used in RF circuits, wireless communication devices, and impedance matching networks.

Applications:

• RF Filters: Filtering unwanted frequencies in RF circuits.
• Impedance Matching: Matching impedance for optimal signal transfer.
• Wireless Communication: Used in Bluetooth, Wi-Fi, and other wireless devices.
• Oscillators: Providing inductance in oscillator circuits.
• RF Chokes: Blocking RF signals in various applications.

Features:

• High Q-Factor: Provides low losses and efficient energy storage.
• Tight Tolerance: Ensures consistent performance across different devices.
• Small Size: 0402 package size for space-saving applications.
• Ceramic Construction: Offers excellent stability and reliability.
• Wirewound Design: Provides high inductance values in a small package.
• RoHS Compliant: Environmentally friendly and compliant with RoHS standards.

Benefits:

• Improved RF Performance: High Q-factor and tight tolerance enhance RF circuit performance.
• Space Saving: Small size allows for use in compact devices.
• Reliable Operation: Ceramic construction ensures stable and long-lasting performance.
• Easy to Solder: Designed for easy surface mount assembly.
• Versatile Application: Suitable for a wide range of high-frequency applications.

Additional Details:

The 0402CS-12NXGLW inductor is packaged in a standard 0402 surface mount package. The inductance value is 12 nH. The tolerance is typically ±5%. The self-resonant frequency (SRF) is high, allowing for use in high-frequency circuits. The DC resistance (DCR) is low, minimizing losses. The 'NXGLW' suffix may indicate specific packaging or termination variations. The Coilcraft datasheet should be consulted for precise electrical characteristics and thermal considerations. This inductor is often used in impedance matching networks and filters for wireless communication devices.