Pack of 10 quality DIP power inductors — compact, through-hole components for power filtering and EMI suppression. Key features Quantity and package: 10 pieces per pack, DIP style, through-hole mounting for easy PCB soldering and prototyping. Size and pins: 6 x 8 mm footprint, 2-pin lead configuration compatible with standard DIP patterns and through-hole boards. Inductance options available: 2.2UH, 4.7UH, 10uH, 22uH, 47uh, 100uH, 150uH, 220uH, 330uH, 470uH, 1MH, 2.2MH, 4.7MH, 10MH. Function: designed for energy storage and noise suppression in power circuits — suitable for power filtering, DC-DC converters, and EMI/RFI suppression. Reliability: manufactured as DIP power inductors to meet common requirements for durability and consistent performance in typical electronic assemblies. Benefits — why you need them Compact and easy to mount: 6x8 mm DIP format and 2-pin leads make these inductors simple to place and solder on through-hole PCBs and breadboards. Wide range of inductance values: choose from µH to mH values to match filtering, smoothing, or choke requirements without changing package style. Versatile application: suitable for a broad set of power-electronics and signal-integrity tasks, reducing design complexity when replacing components or testing multiple values. Time and cost efficient: sold in a 10-piece pack for prototyping, small production runs, repairs, or component stocking. Typical use scenarios DC-DC converter output filtering: smooth ripple and stabilize voltage rails in buck or boost regulators. EMI suppression and power-line filtering: reduce conducted interference on power inputs and improve compliance with emission targets. Prototyping and repairs: quick substitution and evaluation of different inductance values in power supply designs or legacy equipment maintenance. Compatibility and notes Through-hole DIP form factor fits standard two-pin PCB layouts and prototyping boards. These are general-purpose power inductors; verify inductance value against circuit requirements before final application.