Is there a pin-compatible replacement for MLP2520S100MT0S1?

Yes, several candidates like Sunlord's MPL2520S100MWT share the 2-pin 2520 package. However, pin compatibility does not guarantee electrical performance. Key parameters like DCR, current rating, and temperature range differ and must be verified.

What risks should I check before replacing MLP2520S100MT0S1?

Key risks are: 1) Electrical: Higher DCR in alternatives causing increased power loss and heat. 2) Thermal: Some substitutes have a lower maximum operating temperature. 3) Mechanical: Minor height differences in the package may affect board clearance.

MLP2520S100MT0S1 Alternatives, Datasheet & Cross Reference | TDK Electronics AG

Finding a substitute for the TDK MLP2520S100MT0S1 10µH inductor requires balancing DCR, current ratings, and operating temperature. Several alternatives in the 2520 package exist but require careful review of electrical trade-offs.

AI replacement insight

Electrical riskhigh

Most alternatives have significantly higher DCR, which will reduce efficiency and increase component temperature.

Package riskmedium

While most share the 2520 footprint, some candidates are taller, which could cause mechanical interference.

Sourcing risklow

Alternatives are available from multiple manufacturers, providing sourcing flexibility.

Can it be replaced directly?

No perfect drop-in replacement is identified. MPL2520S100MWT is a close form-fit match but has a lower temperature rating. All candidates require engineering review due to electrical trade-offs.

Best replacement path

Select a 2520-package alternative with current ratings (Irms and Isat) exceeding the application's needs, while carefully evaluating the impact of increased DCR on efficiency.

Main risk

The primary risk is increased power loss and heat from higher DC Resistance (DCR) in most alternatives. A secondary risk is a reduced operating temperature range.

Recommended alternatives

Same package and higher current, but has higher DCR and a lower max operating temperature.

View details

Alternative comparison matrix

Feature / factor	MLP2520S100MT0S1	MPL2520S100MWT	SPH252012H100MT	VLS252012HBX-100M-1	Compatibility / risk
Package	2520	2520 (1008)	2520	2520 (1.2mm height)	2520 (1008) / 2520 (1.2mm height) — Package size matches.; SPH252012H100MT: Package size matches.; VLS252012HBX-100M-1: Footprint matches, but height is greater.
Inductance H	10µH	10µH	-	-	10µH — Inductance matches.
Current A	0.7A	0.8A	0.85A (Irms)	1.0A (Isat)	0.8A / 0.85A (Irms) / 1.0A (Isat) — Higher rated current is an upgrade.; SPH252012H100MT: Higher thermal current is an upgrade.; VLS252012HBX-100M-1: Higher current ratings are an upgrade.
Dcr Ohm	0.28Ω	0.3Ω	0.435Ω	0.54Ω	0.3Ω / 0.435Ω / 0.54Ω — Slightly higher DCR increases power loss.; SPH252012H100MT: Significantly higher DCR will increase power loss.; VLS252012HBX-100M-1: Significantly higher DCR will increase power loss.
Temperature	-40°C to +125°C	-40°C to +85°C	-40°C to +125°C	-40°C to +105°C	-40°C to +85°C / -40°C to +125°C / -40°C to +105°C — Reduced max operating temperature.; SPH252012H100MT: Operating temperature range matches.; VLS252012HBX-100M-1: Reduced max operating temperature.

Application & sourcing insights

Questions & answers

MPL2520S100MWT is the closest form-fit match but has a lower temperature rating (85°C). If higher current is needed and DCR is less critical, VLS252012HBX-100M-1 is an option. The best choice depends on your application's priorities.