SMD Multilayer Ferrite Chip beads - CB3216
CB3216 (1206)
CB3216 delivers strong impedance over a broad frequency range, supporting robust EMC performance in industrial and telecom equipment.
Inductance / Impedance
31-2000 (Ω)
Rated Current
100-500 (mA)
Features
- Suitable for flow and reflow soldering.
- Impedance over a broad frequency range.
- Standard type used to suppress lower-frequency, lower current signals.
Applications
- I/O interfaces.
- Computer motherboards.
- Various categories of consumer electronics.
A 3.2 ± 0.2 m/m
B 1.6 ± 0.2 m/m
C 1.1 ± 0.2 m/m
D 0.5 ± 0.3 m/m
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- Related Product
Large Current Multilayer Chip Beads - LCB3216
LCB3216 (1206)
LCB3216 provides strong EMI attenuation and reliable current handling, enhancing signal integrity...
Details
How can you ensure reliable EMI suppression across multiple frequency bands in high-density motherboard designs?
Core Master's CB3216 multilayer ferrite chip beads deliver precisely engineered impedance across broad frequency ranges, providing robust EMC performance essential for modern motherboard architectures. Our RoHS-certified components are optimized for both flow and reflow soldering processes, ensuring seamless integration into your manufacturing workflows while maintaining consistent quality backed by SGS certification. Let our 40+ years of expertise optimize your motherboard EMI suppression strategy.
The CB3216 ferrite beads are engineered for applications requiring robust EMC performance, including computer motherboards, I/O interfaces, and various consumer electronics categories. As an RoHS-certified product backed by SGS quality reports, these multilayer ferrite chip beads deliver the electromagnetic compatibility performance your equipment demands while meeting global regulatory standards. Core Master's professional engineering team stands ready to support your specific application requirements and provide technical guidance for optimal component integration. Contact our specialists today to discuss how CB3216 ferrite beads can enhance your product's EMI suppression performance and reliability.


