Best Alternatives to ESDU5V0H4

Package: SOT23-6LeiditechAluminum Electrolytic CapacitorsNumber of Lines: 4Reverse Working Voltage: 5 VPeak Pulse Power: 300 WJunction Capacitance: 0.3 pF (Typ)Breakdown Voltage: 6 V (Min)

ESDU5V0H4 is a 4-channel, 5V TVS diode array in a SOT23-6 package for high-speed line protection. Key alternatives exist with the same package but have variations in I/O capacitance and ESD ratings that require careful review.

AI replacement insight

Electrical riskmedium

Capacitance and ESD rating differences require circuit-level validation.

Package risklow

All viable candidates share the SOT23-6 package, but pinout must be verified.

Can it be replaced directly?

Direct replacement for ESDU5V0H4 should use only Datasheet verified or Strong match candidates; many approved options still require engineering review.

Best replacement path

AZC099-04S offers an upgrade in capacitance but a slight downgrade in ESD protection, representing the best functional trade-off.

Main risk

Mismatched I/O capacitance affecting high-speed signal integrity, or reduced ESD protection compromising system robustness.

Recommended alternatives

3
AZC099-04S package
AZC099-04S

Leiditech

Needs validationmedium risk

Strong alternative with much lower capacitance, but slightly weaker contact ESD protection.

View details

Alternative comparison matrix

Feature / factorESDU5V0H4AZC099-04STPNUP4201MR6T1GSRV05-4HTGCompatibility / risk
PackageSOT23-6SOT23-6--SOT23-6 — Same package family.
Voltage5V5V--6V — Higher reverse standoff voltage is acceptable.
Capacitance0.8pF0.3pF--0.3pF — Lower capacitance is better for high-speed signals.
Esd Contact±25kV±20kV--±15kV — Significantly lower contact ESD protection.
Power125W300W--300W — Higher peak pulse power rating.
Current5A--10A10A — Higher peak pulse current rating.

Application & sourcing insights

Questions & answers

Verified drop-in options for ESDU5V0H4 are limited in the current batch. Review candidates marked Strong match or Datasheet verified, and validate package, pinout, and electrical limits before committing a BOM change.