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Best Alternatives to YNR1050-220M

Package: 1010 (10.0mm x 10.0mm)YJYCOINChokesInductance: 22 uHTolerance: ±20%Heat Rating Current: 2.7 ASaturation Current: 4.3 ADC Resistance (DCR): 0.085 Ω

YNR1050-220M is a 22µH shielded power inductor from YJYCOIN in a 10x10mm package. Finding a direct replacement requires matching inductance, current ratings, and DC resistance.

AI replacement insight

Electrical riskhigh

Inductance mismatch is the main concern, affecting circuit stability and performance.

Package risklow

Alternatives from the same series share the same package and pinout.

Can it be replaced directly?

No direct, one-to-one replacement for YNR1050-220M is confirmed. Alternatives require engineering validation due to different inductance values.

Best replacement path

Search for 22µH inductors in a 10x10mm package with Irms ≥ 2.7A, Isat ≥ 4.3A, and DCR ≤ 85mΩ.

Main risk

The primary risk is changing the inductance value, which will alter the performance of power conversion circuits.

Recommended alternatives

1
YNR1050-330M package
Needs validationhigh risk

Same package but different inductance (33µH) and weaker current/DCR ratings. Requires engineering review.

View details

Alternative comparison matrix

Feature / factorYNR1050-220MYNR1050-6R8MYNR1050-330MAlt 3Compatibility / risk
Package1010 (10.0mm x 10.0mm)1010 (10.0mm x 10.0mm)1010 (10.0mm x 10.0mm)1010 (10.0mm x 10.0mm) — Same package family and dimensions.; YNR1050-330M: Same package family and dimensions.
Inductance22 uH6.8 µH33 µH6.8 µH / 33 µH — Significantly lower inductance will increase ripple.; YNR1050-330M: Higher inductance will change circuit behavior.
Current4.3 A9.0 A4.3 A9.0 A / 4.3 A — Higher saturation current.; YNR1050-330M: Saturation current matches.
Resistance0.085 Ω0.037 Ω0.104 Ω0.037 Ω / 0.104 Ω — Lower DCR improves efficiency.; YNR1050-330M: Higher DCR reduces efficiency.

Application & sourcing insights

Questions & answers

No direct drop-in replacement was found. Other parts in the YNR1050 series offer the same package but have different inductance values, requiring circuit review.