Best Alternatives to PESD5V0S1BA

Package: SOD-323YENJICircuit ProtectionTVS polarity: BidirectionalReverse stand-off voltage (VRWM): 5.0 V maxBreakdown voltage (VBR): 5.6 V min at 1 mAClamping voltage (VC): 10 V typical at 9 A, 8/20 µsPeak pulse current (IPP): 9 A, 8/20 µs

Find substitutes for the PESD5V0S1BA, a 5V bi-directional TVS diode in a SOD-323 package. Review pin-compatible alternatives, upgrades, and potential risks before making a substitution.

AI replacement insight

Electrical riskmedium

Must verify peak current, clamping voltage, and capacitance to ensure proper protection.

Package risklow

The SOD-323 package is standard, ensuring mechanical compatibility.

Can it be replaced directly?

No perfect 1:1 direct replacement is identified, but PESD5V0L1BA is a strong upgrade candidate. Other options may have significant performance downgrades.

Best replacement path

PESD5V0L1BA from the same manufacturer family is a potential upgrade path with higher protection ratings.

Main risk

The main risk when substituting is selecting a part with a lower peak pulse current (Ipp) rating, which could fail to protect the circuit during a surge event.

Recommended alternatives

2
PESD5V0L1BA package
PESD5V0L1BA

Yenji Elec

Needs validationlow risk

A potential upgrade with higher power (550W) and current (30A) ratings in the same SOD-323 package.

View details

Alternative comparison matrix

Feature / factorPESD5V0S1BAPESD5V0L1BAGBLC05CAlt 3Compatibility / risk
PackageSOD-323SOD-323-SOD-323 — Package matches.
Polarity Or TypeBi-directional TVS DiodeBidirectional-Bidirectional — Polarity matches.
Voltage V5.0V5.0V-5.0V — Reverse standoff voltage matches.
Power W300.0W550.0W-550.0W — Higher power rating provides more robust protection.
Current A20.0A30.0A-8A (from datasheet) — Significantly lower peak pulse current.

Application & sourcing insights

Questions & answers

PESD5V0L1BA is a strong candidate, offering higher power and current ratings in the same package. It should be verified for your specific application's clamping voltage and capacitance needs.