LCB3216 Large Current Chip Beads | Core Master
LCB3216 multilayer chip beads deliver strong EMI attenuation and reliable 1.5-6A current handling for industrial control and consumer electronics applications.
Large Current Multilayer Chip Beads - LCB3216
LCB3216 (1206)
LCB3216 provides strong EMI attenuation and reliable current handling, enhancing signal integrity in industrial control and highâpower devices.
Inductance / Impedance
31-1000 (Ω)
Rated Current
1.5-6 (A)
Features
- Low DCR, small package.
- High current handling capacity.
- Nickel barrier terminations provide excellent solder heat resistance.
- Suitable for flow and reflow soldering and high current applications.
Applications
- I/O interfaces.
- Computer motherboards.
- Various categories of consumer electronics.
Dimensions (UNIT: mm)
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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How can you reduce EMI interference while maintaining compact board layouts in industrial control systems?
The LCB3216 multilayer chip beads solve this challenge with strong EMI attenuation in a compact 3.2Ă1.6mm form factor and low DCR design. Supporting 1.5-6A current capacity with 31-1000Ω inductance range, these beads are engineered specifically for industrial control applications. Contact Core Master's engineering team today to discuss how we can customize solutions for your specific EMI suppression requirements and deliver reliable components with proven quality certifications.
Core Master's LCB3216 multilayer chip beads are ideal for I/O interfaces, computer motherboards, and various consumer electronics applications where EMI suppression and current handling capacity are critical. Backed by 40+ years of expertise in passive component manufacturing, Core Master delivers RoHS-certified products with SGS quality reports, ensuring steady quality and reliable delivery for your most demanding applications. Whether you require standard specifications or fully customized solutions, our professional engineering team is ready to provide comprehensive technical support to optimize your circuit design and manufacturing processes.