TDK Ferrite Bead 0.8 mm Surface Mount 0603 Chip Bead with 1000 Ω Impedance at 100 MHz MMZ1608R102ATA00

TDK MMZ1608R102ATA00 Ferrite Bead 0603 Chip Bead with 0.8 mm surface mount size and 1000 Ω impedance at 100 MHz is designed for high frequency EMI noise suppression in electronic circuits.

This multilayered and magnetically shielded chip bead enables compact and high density PCB layout, minimizing floating capacitance between conductors which significantly improves high frequency characteristics.

The EMI suppression range extends into the GHz frequency band, making it highly suitable for critical signal line noise filtering applications in devices such as cellular phones, portable audio players, and other communication equipment.

The bead supports a current rating of up to 400 mA and operates reliably within a temperature range of -55°C to 125°C, providing robustness for industrial and commercial environments.

Its compact 0603 package measures 1.6 x 0.8 x 0.8 mm, ensuring minimal board space consumption and compatibility with surface mount assembly processes. The maximum DC resistance is low at 0.5 Ω to maintain signal quality.

Multilayered chip bead with magnetic shielding for compact PCB integration. Reduced floating capacitance for superior high frequency performance. Effective EMI noise suppression into GHz frequency range. Ideal for cellular phone and portable audio signal line noise removal.

Lead-free, halogen-free construction complying with RoHS directive. Wide operating temperature capacity from -55°C to 125°C. Low DC resistance ensures minimal signal loss. Compact 0603 surface mount package dimensions. Maximum current rating of 400 mA suited for electronic devices.

These ferrite beads are essential components in industrial electronics, telecommunications, manufacturing equipment, and commercial electronic device assembly, contributing to signal integrity and EMI reduction.

Browse the Electronics Components > Ferrite Bead category for comprehensive options and advanced TDK products tailored for industrial and high-performance applications.