Is there a pin-compatible replacement for GRM2165C1H333JA01D?

No direct drop-in replacements were identified. Candidates in the same 0805 package have a different, less stable X7R dielectric, which poses a high electrical risk and requires circuit validation before use.

What risks should I check before replacing GRM2165C1H333JA01D?

The most critical risk is the dielectric material. Replacing the stable C0G type with an unstable X7R type will affect capacitance over temperature and voltage. Also verify tolerance and ensure the package size matches your PCB layout.

GRM2165C1H333JA01D Alternatives, Datasheet & Cross Reference | Murata Manufacturing Co., Ltd.

Finding a substitute for the Murata GRM2165C1H333JA01D, a 33nF 50V 0805 capacitor, requires careful matching of its C0G dielectric. This stable material is critical for performance in precision circuits, and substituting it carries significant risk.

AI replacement insight

Electrical riskhigh

Changing from C0G to X7R dielectric is a major performance downgrade.

Package riskmedium

Some functional alternatives are in different packages, requiring PCB layout changes.

Sourcing risklow

33nF 50V 0805 is a common value, but C0G dielectric is less common at this capacitance.

Can it be replaced directly?

No direct, risk-free, pin-compatible replacements were found. All same-package candidates have a lower-grade X7R dielectric, which is not a recommended substitution for the stable C0G type.

Best replacement path

Search for capacitors with 33nF, 50V (or higher), C0G/NP0 dielectric, and an 0805 package. If unavailable, a functional alternative in a different package like the TDK C3216C0G2A333JT000N may work if a PCB redesign is possible.

Main risk

The primary risk is substituting with a different dielectric like X7R, which degrades capacitance stability over temperature and voltage, potentially causing circuit failure.

Recommended alternatives

A 33nF, 50V capacitor in the same 0805 package, but with a less stable X7R dielectric and wider tolerance.

View details

Alternative comparison matrix

Feature / factor	GRM2165C1H333JA01D	CGA0805X7R333K500KT	TCC0805X7R333K500DT	C3216C0G2A333JT000N	Compatibility / risk
Package	0805 (2012 Metric)	0805	0805 (2012 Metric)	1206 (3216 Metric)	0805 / 0805 (2012 Metric) / 1206 (3216 Metric) — Package size matches.; TCC0805X7R333K500DT: Package size matches.; C3216C0G2A333JT000N: Larger package requires PCB layout change.
Dielectric	C0G	X7R	X7R	C0G	X7R / C0G — Significant performance downgrade from stable C0G.; TCC0805X7R333K500DT: Significant performance downgrade from stable C0G.; C3216C0G2A333JT000N: Dielectric material matches.
Capacitance	33 nF	33 nF	33 nF	33 nF	33 nF — Capacitance value matches.; TCC0805X7R333K500DT: Capacitance value matches.; C3216C0G2A333JT000N: Capacitance value matches.
Voltage	50 V	50 V	50 V	100 V	50 V / 100 V — Voltage rating matches.; TCC0805X7R333K500DT: Voltage rating matches.; C3216C0G2A333JT000N: Higher voltage rating is a safe upgrade.
Tolerance	±5%	±10%	±10%	-	±10% — Tolerance is wider than target.; TCC0805X7R333K500DT: Tolerance is wider than target.

Application & sourcing insights

Questions & answers

The best alternative is another capacitor with 33nF capacitance, 50V or higher voltage, C0G (or NP0) dielectric, and an 0805 package. The TDK C3216C0G2A333JT000N is a strong electrical match but requires a larger 1206 footprint.