Unlock Next-Level Power Density with Reliable Encapsulated Inductors

In the world of electronic design, where efficiency and reliability are paramount, our LGB-C series through-hole radial Power Inductor solutions stand apart. Engineered for excellence in demanding environments, these components combine robust encapsulated construction with exceptional thermal performance, making them the preferred choice for automotive systems, industrial controls, and high-current power supplies. With plastic housing protection, Ferrite Core technology, and compliance with stringent automotive standards, our inductors ensure stable operation even under the most challenging conditions. Wondering how our encapsulation technology enhances reliability? Continue reading to explore the technical advantages.

Key Features Designed for Maximum Reliability

The LGB-C series incorporates several critical features that make it ideal for harsh environment applications:

• Encapsulated Plastic Housing: Provides waterproof protection and excellent mechanical strength against vibration and physical stress
• High-Temperature Ferrite Core: Ensures stable performance across wide temperature ranges (-40°C to +105°C operating temperature)
• Excellent Solderability: Compatible with vapor phase and infrared reflow processes with resistance to soldering heat at 260°C for 10 seconds
• Low DCR Design: Minimizes power loss and heat generation for improved efficiency
• High Current Capacity: Handles currents from 0.12A to 56A depending on model selection

These characteristics make the LGB-C series particularly suitable for EMI Filter applications, power conversion stages, and noise suppression circuits where reliability is critical.

Technical Specifications at a Glance

Below is a comprehensive overview of key parameters across the LGB-C series. All values are measured per standard testing conditions (HP4284A for inductance, QuadTech 1880 Milliohmmeter for DCR).

Note: K = ±10% tolerance; M = ±20%; N = ±30%. Full technical datasheets available upon request.

Applications Where Performance Matters Most

The LGB-C series excels across multiple industries thanks to its robust design and reliable performance:

• Automotive Electronics: Engine control units, infotainment systems, and power management modules where temperature stability is critical
• DC-DC Converters: High-current power conversion in server VRMs, point-of-load modules, and distributed power systems
• EMI/RFI Suppression: Noise filtering in power supplies, communication equipment, and industrial controls
• Consumer Electronics: LCD/TV sets, gaming consoles, and audio equipment requiring stable power delivery
• Industrial Equipment: Power supplies, motor controls, and automation systems where reliability is non-negotiable

For designs requiring unshielding inductor configurations, our technical team can provide customized solutions based on specific application requirements.

Why Choose Our Encapsulated Power Inductors?

1. Proven Reliability: With operating temperatures from -40°C to +105°C and compliance with MIL-STD-202E solvent resistance standards, our inductors withstand harsh environmental conditions.
2. Automotive Grade: Suitable for automotive applications requiring high vibration resistance and long-term reliability.
3. Space-Efficient Design: Radial through-hole configuration provides secure mounting and efficient use of PCB space.
4. Technical Support: Our engineering team offers comprehensive support for Transformer and Sensor integration projects, ensuring optimal performance.

For engineers working on RF Inductor applications or high-frequency designs, our technical team can provide specific guidance on model selection and implementation.

Elevate Your Design with Confidence

The LGB-C series encapsulated power inductors represent more than just components—they're reliability solutions for your most challenging design problems. From automotive systems requiring fault-free operation to industrial equipment demanding long-term stability, these inductors deliver consistent performance.

Ready to optimize your power design? Contact our technical team for personalized component selection assistance or request sample units for your evaluation platform.