
BNstar
Functionally similar with identical hold current and voltage, but requires review of its lower power rating.
BSMD2920-500-16V is a 2920 package PTC resettable fuse with a 5A hold current and 16V rating. When seeking alternatives, matching the hold current and package is critical for circuit protection and board compatibility.
Candidates may have different power ratings or hold currents, requiring analysis.
All reviewed candidates use the same 2920 package, ensuring physical compatibility.
No guaranteed drop-in replacement has been identified. SMD2920-500C-16V is a very close functional match that requires engineering review before substitution.
Use SMD2920-500C-16V, but verify its lower power rating (1.5W vs 2.5W) is acceptable for the application's thermal environment.
The primary risk when substituting is using a part with a different hold current, which will alter the circuit's overcurrent protection point.

BNstar
Functionally similar with identical hold current and voltage, but requires review of its lower power rating.
| Feature / factor | BSMD2920-500-16V | SMD2920-500C-16V | BSMD2920-600-16V | Alt 3 | Compatibility / risk |
|---|---|---|---|---|---|
| Package | 2920 | 2920 | 2920 | 2920 — Same package ensures form-fit compatibility.; BSMD2920-600-16V: Same package ensures form-fit compatibility. | |
| Current | 5.0 A | 5.0 A | 6.0 A | 5.0 A / 6.0 A — Hold current (Ih) is identical.; BSMD2920-600-16V: Higher hold current reduces circuit protection. | |
| Voltage | 16.0 V | 16.0 V | 16.0 V | 16.0 V — Maximum voltage rating is identical.; BSMD2920-600-16V: Maximum voltage rating is identical. | |
| Power | 2.5 W | 1.5 W | - | 1.5 W — Lower power dissipation may impact thermal performance. | |
| Trip Current | 10 A | 10.0 A | 12 A | 10.0 A / 12 A — Trip current (It) is identical.; BSMD2920-600-16V: Higher trip current reduces circuit protection. |
SMD2920-500C-16V from BNstar is a strong functional alternative, matching key electrical ratings and package. However, its lower power dissipation requires thermal analysis before use.