Is there a pin-compatible replacement for GRM033R60J103KA01D?

Yes, several candidates like CC0201KRX7R5BB103 are available in the same 0201 package and are considered pin-compatible. However, they feature a different dielectric material (X7R instead of X5R), which requires engineering validation before use.

What risks should I check before replacing GRM033R60J103KA01D?

The main risk is the difference in dielectric material. The target uses X5R, while the best alternatives use X7R. Although X7R generally has better temperature stability, its capacitance-versus-temperature curve is different and must be checked to ensure it's acceptable for your circuit's performance.

GRM033R60J103KA01D Alternatives, Datasheet & Cross Reference | Murata Manufacturing Co., Ltd.

Finding a substitute for the GRM033R60J103KA01D involves matching its 10nF capacitance, 6.3V rating, and 0201 package. While exact X5R dielectric matches are uncommon, several excellent alternatives with an upgraded X7R dielectric are available.

AI replacement insight

Electrical risklow

Candidates have same or higher voltage ratings. Dielectric change from X5R to X7R is an upgrade but requires review of TCC/VCC curves.

Package risklow

Recommended alternatives are in the identical 0201 package, ensuring form and fit compatibility.

Sourcing risklow

Alternatives are from a major manufacturer (Yageo) and are actively produced.

Can it be replaced directly?

No exact direct replacement was found with the same X5R dielectric. However, several strong candidates with the superior X7R dielectric are available in the same package.

Best replacement path

Use CC0201KRX7R5BB103, which matches the package, voltage, and capacitance, but offers a superior X7R dielectric. This change requires engineering review.

Main risk

The primary risk is the change in dielectric material from X5R to X7R, which affects the capacitor's performance over temperature and voltage. While X7R is generally better, this change must be validated by an engineer.

Recommended alternatives

A 10nF, 6.3V capacitor in the same 0201 package, with an upgraded X7R dielectric and wider temperature range.

View details

Alternative comparison matrix

Feature / factor	GRM033R60J103KA01D	CC0201KRX7R5BB103	CC0201KRX7R6BB103	CC0201KRX7R8BB103	Compatibility / risk
Package	0201 (0603 metric)	0201 (0603 metric)	0201 (0603 metric)	0201 (0603 metric)	0201 (0603 metric) — Identical package size and pinout.; CC0201KRX7R6BB103: Identical package size and pinout.; CC0201KRX7R8BB103: Identical package size and pinout.
Dielectric	X5R	X7R	X7R	X7R	X7R — X7R offers better temperature stability than X5R.; CC0201KRX7R6BB103: X7R offers better temperature stability than X5R.; CC0201KRX7R8BB103: X7R offers better temperature stability than X5R.
Voltage	6.3V	6.3V	10V	25V	6.3V / 10V / 25V — Voltage rating is identical.; CC0201KRX7R6BB103: Higher voltage rating provides more design margin.; CC0201KRX7R8BB103: Significantly higher voltage rating provides more margin.
Temperature	-55°C to +85°C	-55°C to +125°C	-55°C to +125°C	-55°C to +125°C	-55°C to +125°C — Wider operating temperature range.; CC0201KRX7R6BB103: Wider operating temperature range.; CC0201KRX7R8BB103: Wider operating temperature range.
Capacitance	10nF	10nF	-	-	10nF — Capacitance is identical.

Application & sourcing insights

Questions & answers

The best alternative is likely CC0201KRX7R5BB103 from Yageo. It matches the 0201 package, 10nF capacitance, and 6.3V rating, but uses an X7R dielectric which is an upgrade over the original X5R. This change should be reviewed by an engineer.