
YJYCOIN
A form-fit compatible alternative from the same series with better DCR and saturation current but lower inductance (15uH).
YSPI0630A-220M is a 22uH molded power inductor in a 6.6mm x 7.1mm package, rated for 3.0A. While no direct drop-in replacements have been identified, several functional alternatives from the same product family exist with different inductance values.
Different inductance values require circuit re-evaluation or redesign.
Alternatives from the same series share the same package footprint.
No, there are no confirmed direct, pin-to-pin replacements for the YSPI0630A-220M. Alternatives require engineering validation due to different inductance values.
The closest alternative is YSPI0630A-150M from the same manufacturer, offering a matching package and current rating but with a lower inductance of 15uH.
The primary risk is the change in inductance, which will affect the performance of switching power converters, altering ripple current and stability.

YJYCOIN
A form-fit compatible alternative from the same series with better DCR and saturation current but lower inductance (15uH).
| Feature / factor | YSPI0630A-220M | YSPI0630A-150M | YSPI0630A-100M | Alt 3 | Compatibility / risk |
|---|---|---|---|---|---|
| Package | SMD, 6.6mm x 7.1mm | SMD, 6.6mm x 7.1mm | SMD, 6.6mm x 7.1mm | SMD, 6.6mm x 7.1mm — Same manufacturer series and footprint.; YSPI0630A-100M: Same manufacturer series and footprint. | |
| Inductance | 22uH | 15uH | 10uH | 15uH / 10uH — Lower inductance requires circuit re-evaluation.; YSPI0630A-100M: Significantly lower inductance requires circuit redesign. | |
| Current | 3.2A | 5.0A | 5.5A | 5.0A / 5.5A — Saturation current (Isat) is higher.; YSPI0630A-100M: Saturation current (Isat) is higher. | |
| Resistance | 145mΩ | 122mΩ | 102mΩ | 122mΩ / 102mΩ — Max DC Resistance is lower, improving efficiency.; YSPI0630A-100M: Max DC Resistance is lower, improving efficiency. |
YSPI0630A-150M is the closest alternative. It shares the same package and current rating but has a lower inductance (15uH vs 22uH), which requires circuit analysis before use.