Inductor Coil
Category: General
₦200.00
The Inductor Coil is a passive electronic component used to store energy in a magnetic field when current flows through it. It is commonly used in filtering, energy storage, signal processing, and power regulation circuits.
Key Features
Stores energy in a magnetic field
Commonly used for filtering and noise suppression
Available in various inductance values (µH to mH range)
Suitable for DC and AC applications
Compact and durable design for PCB mounting
Compatible with Arduino, power supply, and RF circuits
Reliable performance with low resistance
Detailed Description
The Inductor Coil is an essential passive component in electronics, widely used in power supplies, DC-DC converters, RF circuits, oscillators, and filtering applications. It resists changes in current flow, making it ideal for smoothing signals and reducing noise in electronic systems.
Inductor coils are commonly found in Arduino and microcontroller projects, switching regulators, audio circuits, and signal conditioning applications. Their ability to store and release energy makes them critical in power management and energy-efficient designs.
With a compact and robust structure, inductors are suitable for both prototyping and permanent PCB installations in educational, DIY, and professional electronics projects.
Technical Specifications
Type: Inductor Coil
Inductance Range: 1µH – 10mH (varies by model)
Current Rating: 100mA – several amps (depends on variant)
Tolerance: ±10% to ±20%
Core Type: Air core / Ferrite core (varies by model)
Mounting Type: Through-hole or SMD (variant dependent)
Operating Temperature: -40°C – 85°C
What’s in the Box
1 × Inductor Coil
Ideal For
Power supply and DC-DC converter circuits
Signal filtering and noise suppression
Arduino and microcontroller projects
RF, oscillator, and tuning circuits
DIY electronics prototyping and experimentation
Educational electronics labs
Important Note
Select the correct inductance value and current rating for your application. Avoid exceeding the rated current to prevent overheating or core saturation. Store in a dry environment to maintain performance.