The FCM3216KF-601T04 is a multilayer chip ferrite bead manufactured by TA-I Technology. This ferrite bead is designed to suppress high-frequency noise and electromagnetic interference (EMI) in electronic circuits. Its compact size and surface-mount design make it suitable for a wide range of applications.

Applications

• Noise suppression in power lines
• Decoupling in digital circuits
• Filtering in signal lines
• EMI suppression in electronic devices
• Mobile phones
• Laptop computers
• Other portable electronic devices

Features

• Compact Size: Small physical dimensions suitable for high-density circuit board layouts.
• High Impedance: Provides a high impedance at the specified frequency to effectively suppress noise.
• Low DC Resistance: Offers minimal DC resistance, reducing power loss and maintaining signal integrity.
• Wide Frequency Range: Effective over a broad frequency range, targeting various noise sources.
• Multilayer Construction: Enhances performance and reliability.
• Surface Mount Device (SMD): Designed for automated assembly processes.
• Operating Temperature: Specified operating temperature range for reliable performance in different environments.

Benefits

• Effective Noise Suppression: Reduces unwanted high-frequency noise and EMI in electronic circuits.
• Improved Signal Integrity: Helps maintain the quality of signals by minimizing interference.
• Compact Design: Saves valuable board space, especially important in miniaturized devices.
• Easy Integration: Simple to incorporate into existing circuit designs without requiring significant modifications.
• Enhanced Device Performance: Contributes to the overall performance and reliability of electronic devices.

Additional Details

The FCM3216KF-601T04 features a 3216 package size (3.2mm x 1.6mm). The impedance at 100 MHz is 600 Ohms. It provides effective noise suppression across a range of frequencies commonly encountered in electronic circuits. Its low DC resistance ensures minimal power loss, making it an efficient solution for noise filtering.