IHLP2525CZER2R2M01
Vishay
Needs validationmedium risk
A strong functional alternative from Vishay with better electricals, but a different footprint and lower max temp.
Best Alternatives to SLO0618H2R2MTT
SLO0618H2R2MTT is a 2.2µH power inductor from Sunltech. Finding a direct, pin-compatible replacement is challenging due to its specific package size and high operating temperature range of +150°C. Alternatives often require PCB layout changes and careful review of thermal and current handling capabilities.
AI replacement insight
Package riskhigh
All candidates have different footprints requiring PCB redesign.
Thermal riskhigh
Most alternatives have a lower max temp of 125°C vs the target's 150°C.
Electrical riskmedium
Some candidates are downgrades in current; all must be verified for the specific application.
Can it be replaced directly?
No direct drop-in replacement was found. All viable candidates require engineering review for package fit and thermal performance.
Best replacement path
Functional alternate requiring board redesign.
Main risk
Package mismatch and reduced maximum operating temperature are the primary risks.
Recommended alternatives
5Alternative comparison matrix
| Feature / factor | SLO0618H2R2MTT | IHLP2525CZER2R2M01 | MHCI06030-2R2M-R8 | SMMS1040-2R2M | Compatibility / risk |
|---|---|---|---|---|---|
| Inductance | 2.2µH | 2.2µH | 2.2µH | 2.2µH | 2.2µH — Inductance value matches.; MHCI06030-2R2M-R8: Inductance value matches.; SMMS1040-2R2M: Inductance value matches.; CMPI0530-2R2M: Inductance value matches. |
| Saturation Current | 13.0A | 14.0A | 14.0A | 18.0A | 14.0A / 18.0A / 7.5A — Slightly higher saturation current.; MHCI06030-2R2M-R8: Slightly higher saturation current.; SMMS1040-2R2M: Higher saturation current provides more margin.; CMPI0530-2R2M: Significantly lower saturation current. |
| Current | 6.0A | 8.0A | 8.5A | 12.0A | 8.0A / 8.5A / 12.0A / 6.0A — Higher RMS current rating.; MHCI06030-2R2M-R8: Higher RMS current rating.; SMMS1040-2R2M: Higher RMS current rating.; CMPI0530-2R2M: RMS current matches. |
| Resistance | 31mΩ | 18mΩ | 20mΩ | 7.2mΩ | 18mΩ / 20mΩ / 7.2mΩ / 25mΩ — Lower DCR improves efficiency.; MHCI06030-2R2M-R8: Lower DCR improves efficiency.; SMMS1040-2R2M: Significantly lower DCR improves efficiency.; CMPI0530-2R2M: Lower DCR is beneficial. |
| Temperature | -55°C to +150°C | -55°C to +125°C | -55°C to +125°C | -40°C to +125°C | -55°C to +125°C / -40°C to +125°C — Lower max operating temperature.; MHCI06030-2R2M-R8: Lower max operating temperature.; SMMS1040-2R2M: Narrower operating temperature range.; CMPI0530-2R2M: Narrower operating temperature range. |
| Package | SLO0618H Series | 2525 (6.5x6.5mm) | 06030 (7.0x6.6mm) | 1040 | 2525 (6.5x6.5mm) / 06030 (7.0x6.6mm) / 1040 / 5.5x5.2x3.0mm — Different package footprint.; MHCI06030-2R2M-R8: Different package footprint.; SMMS1040-2R2M: Significantly larger package, not a drop-in.; CMPI0530-2R2M: Different package size and footprint. |
Application & sourcing insights
Questions & answers
Electrically strong alternatives like Vishay's IHLP2525CZER2R2M01 or Chilisin's MHCI06030-2R2M-R8 offer better current handling and lower resistance. However, they have different package footprints and a lower maximum temperature of +125°C, requiring board layout changes and thermal analysis.