Best Alternatives to 0402WGJ0564TCE

Package: 0402UNI-ROYALChip Resistor - Surface MountResistance: 560 kΩTolerance: ±5%Power Rating: 1/16 WPackage / Case: 0402Technology: Thick Film

The UNI-ROYAL 0402WGJ0564TCE is a general-purpose 560kΩ, 5% tolerance, 1/16W thick film resistor in a 0402 package. Several pin-compatible alternatives with tighter tolerance are available.

AI replacement insight

Electrical risklow

Upgrading tolerance from 5% to 1% is typically low risk.

Package risklow

All top candidates use the identical 0402 package.

Can it be replaced directly?

Direct replacement for 0402WGJ0564TCE should use only Datasheet verified or Strong match candidates; many approved options still require engineering review.

Best replacement path

Upgrade to a ±1% tolerance part like FRC0402F5603TS for better precision at a similar cost.

Main risk

The primary risk is minimal, involving a change from a ±5% to a ±1% tolerance part, which is generally a safe upgrade.

Recommended alternatives

2
FRC0402F5603TS package
Needs validationlow risk

Excellent alternative with identical resistance and a tighter ±1% tolerance in the same 0402 package.

View details

Alternative comparison matrix

Feature / factor0402WGJ0564TCEFRC0402F5603TS0402WGF5623TCEAlt 3Compatibility / risk
Resistance560 kΩ560 kΩ562 kΩ560 kΩ / 562 kΩ — Exact resistance match.; 0402WGF5623TCE: Value is within target's ±5% tolerance band.
Tolerance±5%±1%±1%±1% — Tighter tolerance is generally a safe upgrade.; 0402WGF5623TCE: Tighter tolerance is a safe upgrade.
Power1/16 W1/16 W1/16 W1/16 W — matched; 0402WGF5623TCE: matched
Package0402040204020402 — Same package size and pin count.; 0402WGF5623TCE: Same package size and pin count.
ManufacturerUNI-ROYALFOJANUNI-ROYALFOJAN / UNI-ROYAL — Cross-vendor alternative.; 0402WGF5623TCE: Same manufacturer.

Application & sourcing insights

Questions & answers

Verified drop-in options for 0402WGJ0564TCE 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.