Flat Wire Inductor DEP

High current Through-Hole Inductor

The ‌Flat Wire Inductor DEP‌ series represents an advanced ‌Power Inductor‌ solution designed for high-current applications. These ‌Flat Wire Inductor‌ components feature innovative flat wire winding technology that delivers superior performance in ‌RF Microwave Components‌ systems while maintaining excellent thermal characteristics.

Key Features

• ‌Flat Wire Construction‌: The unique ‌Flat Wire Inductor DEP‌ design enables lower DC resistance compared to conventional round wire inductors
• ‌High Current Capacity‌: Ideal for demanding ‌Power Inductor‌ applications
• ‌Excellent Thermal Performance‌: Superior heat dissipation characteristics
• ‌Low Profile Design‌: Saves valuable PCB space
• ‌High Reliability‌: Robust construction ensures long-term stability

Applications

• ‌Power Conversion‌: Essential component in high-efficiency ‌Transformers‌
• ‌RF Circuits‌: Suitable for certain ‌RF Inductor‌ applications requiring high current
• ‌EMI Suppression‌: Effective when used with ‌EMC Filter - EMI/RFI‌ solutions
• ‌Sensor Systems‌: Provides stable operation for precision ‌Sensor‌ interfaces

Technical Advantages

The ‌Flat Wire Inductor DEP‌ offers:

• Extremely low DC resistance (as low as [X]mΩ)
• High saturation current capability
• Excellent thermal stability
• Minimal audible noise in operation
• Consistent performance across temperature ranges

Performance Benefits

When integrated with other ‌RF Microwave Components‌, the ‌Flat Wire Inductor DEP‌ demonstrates:

• Superior current handling in compact designs
• Reduced power loss compared to conventional ‌Power Inductor‌ solutions
• Reliable operation in high-temperature environments
• Excellent high-frequency characteristics for a ‌Flat Wire Inductor‌

Integration Guidelines

For optimal performance with ‌Flat Wire Inductor DEP‌:

1. Consider thermal management requirements for high-current ‌Power Inductor‌ applications
2. Follow recommended PCB layout practices for ‌Flat Wire Inductor‌ installations
3. Verify compatibility with system-level ‌EMC Filter - EMI/RFI‌ requirements
4. Ensure adequate clearance for heat dissipation

Quality Assurance

Each ‌Flat Wire Inductor DEP‌ undergoes rigorous testing including:

• DC resistance verification
• Saturation current testing
• Thermal cycling tests
• Mechanical vibration resistance evaluations

Series in this family