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Best Alternatives to BSMD0805-035-24V

Package: 0805BHFUSECircuit ProtectionHold Current: 350mATrip Current: 750mAOperating Voltage (Max): 24VCurrent Rating (Max): 40APower Dissipation (Typ): 0.6W

BSMD0805-035-24V is a 24V, 350mA PTC resettable fuse in an 0805 package. Finding a suitable replacement requires careful matching of hold current, voltage, and power ratings to ensure proper circuit protection.

AI replacement insight

Electrical riskhigh

Hold current mismatch is a critical design parameter for fuses.

Package risklow

All viable candidates match the 0805 package.

Can it be replaced directly?

No direct, drop-in replacement was found. All viable alternatives have different hold currents and require engineering review.

Best replacement path

Review ASMD0805-050-24V for circuits tolerant of higher current, or BSMD0805-030-30V if a lower trip point is acceptable.

Main risk

The primary risk is a mismatch in hold current, which can lead to failed protection (too high) or nuisance tripping (too low).

Recommended alternatives

1
BSMD0805-030-30V package
Needs validationmedium risk

Form-fit compatible PTC fuse with a lower hold current (300mA) and higher voltage rating (30V).

View details

Alternative comparison matrix

Feature / factorBSMD0805-035-24VASMD0805-050-24VBSMD0805-030-30VAlt 3Compatibility / risk
Package0805080508050805 — Package size matches.; BSMD0805-030-30V: Package size matches.
Voltage24V24V30V24V / 30V — Maximum voltage rating matches.; BSMD0805-030-30V: Higher voltage rating provides more margin.
Current350mA500mA300mA500mA / 300mA — Higher hold current may not protect the circuit as intended.; BSMD0805-030-30V: Lower hold current may cause nuisance tripping.
Power0.6W0.5W0.5W0.5W — Lower power dissipation rating.; BSMD0805-030-30V: Lower power dissipation rating.

Application & sourcing insights

Questions & answers

No single 'best' alternative was found. ASMD0805-050-24V has a higher hold current (500mA), while BSMD0805-030-30V has a lower one (300mA). The choice depends on whether your circuit can tolerate a higher protection threshold or risks nuisance trips.