10uH THT Power Inductor for Dual Inline Package (DIP)

The 10 µH (10uH) THT DIP Power Inductor is a robust through-hole electronics component designed for power filtering, energy storage, and noise suppression in DC and switching applications. Housed in a compact Dual In-line Package (DIP), it features two sturdy leads for easy PCB mounting and dependable solder joints—ideal for both production and prototyping with Arduino, Raspberry Pi, and other microcontroller-based systems.

Key Features ⚙️

• 10 µH inductance suitable for LC filters, buck/boost converters, and general power conditioning.
• THT (Through-Hole) DIP package for secure mechanical retention and simple hand or wave soldering.
• Wire-wound construction on a magnetic core for efficient energy storage at typical switching frequencies.
• Non-polarized device—easy orientation during assembly.
• Compatible with Arduino, Raspberry Pi, and other electronics modules that require stable voltage rails.

How It Works 🧠

This inductor uses a copper winding around a magnetic core to store energy in its magnetic field. In DC-DC converters (buck/boost) and LC filters, the 10 µH value helps smooth current, reduce ripple, and filter high-frequency switching noise—supporting stable operation of microcontroller boards and sensitive electronics components.

Installation and Soldering 🧰

• Mount via through-hole soldering on the PCB; the DIP body provides easy handling during assembly.
• Maintain short, wide traces on high-current paths to minimize loss and EMI.
• Place away from sensitive analog/RF circuitry to reduce magnetic coupling.
• Observe thermal considerations in high-current designs; ensure adequate copper for heat spreading.

Typical Applications 🔌

• Power supply filtering for Arduino, Raspberry Pi, ESP32/STM32, and sensor modules.
• Switch-mode power supplies (buck/boost) for stable voltage rails.
• EMI/Ripple reduction in motor drivers, LED drivers, and general embedded systems.
• LC tank/filters in mixed-signal and communication circuits (as design-appropriate).

Selection Notes for Engineers 🧪

• Verify current handling and saturation current ratings meet your load and ripple requirements.
• Check DC resistance (DCR) to manage conduction losses and efficiency.
• Confirm tolerance and self-resonant frequency (SRF) for your operating range.
• Ensure temperature rating and derating align with ambient and enclosure conditions.

At a Glance 📌

• Inductance: 10 µH (10uH)
• Package: THT DIP, two through-hole leads
• Construction: Wire-wound magnetic core
• Primary Use: Power filtering, energy storage, and noise suppression
• Installation: Solder to PCB (through-hole)

What’s Included 📦

• 1 × 10 µH THT - Dual In-line Package (DIP) Power Inductor

Whether you are building a compact DC-DC converter for an Arduino project or stabilizing the voltage rail of a Raspberry Pi accessory, this dependable power inductor is a solid choice for both hobbyists and professional electronics engineers.