H5VLD3B
R+O
Needs validationmedium risk
H5VLD3B may fit 5V bidirectional ESD roles if higher capacitance is acceptable.
Best Alternatives to BV05C
BV05C replacement review should focus on 5V bidirectional SOD-323 TVS parts with very low capacitance. No listed candidate is confirmed pin-compatible.
AI replacement insight
Electrical riskmedium
capacitance and clamp vary
Package risklow
kept parts are SOD-323
Firmware risklow
passive TVS device
Sourcing riskmedium
some lifecycle fields missing
Can it be replaced directly?
No confirmed direct replacement is approved from the provided evidence.
Best replacement path
Review H5VLD3B first, then PESD5V0S1BA-N if higher capacitance is acceptable.
Main risk
Most candidates have much higher capacitance than BV05C.
Recommended alternatives
2Alternative comparison matrix
| Feature / factor | BV05C | H5VLD3B | PESD5V0S1BA-N | Alt 3 | Compatibility / risk |
|---|---|---|---|---|---|
| Package | SOD-323 | SOD-323 | - | SOD-323 — same package | |
| Pinout | 2 pins | 2 pins | - | 2 pins — pin function not proven | |
| Voltage | 5V, 9V@1A clamp | 5V, 8V@1A | - | 5V — same VRWM | |
| Application | 1pF, ±30kV | 15pF, ±30kV | - | 60pF, 21V max — higher C and clamp | |
| Lifecycle | Active | - | - | - — status missing | |
| Current | not stated | - | 17A surge | 17A surge — test basis needed |
Application & sourcing insights
Questions & answers
H5VLD3B is the first review candidate, but its 15pF capacitance is much higher than BV05C.