150 µH THT Dual In‑line Package (DIP) Power Inductor

The 150 µH through‑hole (THT) DIP power inductor is a robust, wire‑wound magnetic component for power filtering, energy storage, and noise suppression in a wide range of electronic designs. It features two parallel rows of leads in a plastic‑encapsulated body for reliable PCB mounting and consistent performance.

Key Features ⭐

• Defined inductance: 150 µH for stable filtering and energy storage.
• DIP form factor with two parallel rows of leads for secure, space‑efficient placement.
• Wire‑wound coil on a magnetic core for effective magnetic coupling and energy retention.
• Through‑hole design simplifies hand assembly and ensures strong mechanical anchoring.
• Suitable for industrial, commercial, and consumer electronics applications.

Specifications 📐

• Inductance: 150 µH
• Type: Power inductor (wire‑wound)
• Package: Dual In‑line Package (DIP)
• Mounting: Through‑hole (THT)
• Body: Plastic encapsulation
• Lead configuration: Two parallel rows (dual in‑line)
• Termination: Solder to PCB

Typical Applications ⚡

• Power supply filtering and ripple reduction
• Energy storage in DC‑DC converter topologies
• EMI/RFI suppression and common filtering tasks
• LC filters for smoothing and frequency selection
• General choke and signal conditioning uses

Installation & Handling 🔧

• Insert the dual in‑line leads into the matching PCB footprint and solder from the opposite side.
• Keep lead lengths short to minimize stray resistance and parasitics.
• Component is non‑polarized; orientation is not critical unless mechanically constrained.
• Follow manufacturer datasheet guidelines for current rating, saturation current, and thermal limits.