
Murata Electronics
Functional alternative with matching C0G dielectric and tighter tolerance, but higher capacitance (2.2nF).
GRM1555C1H152JA01D is a high-stability 1.5nF 50V C0G ceramic capacitor in an 0402 package, ideal for precision applications. Finding a direct replacement is challenging, as substitutes must match the C0G dielectric to maintain circuit performance.
Substituting C0G with X7R dielectric introduces instability. Capacitance and tolerance mismatches also pose significant risks.
All candidates use the same 0402 package, ensuring physical compatibility.
The 0402 capacitor market has many vendors, but finding an exact C0G match can be challenging.
No direct, drop-in replacement has been identified. All candidates have parametric differences, with the most critical being the dielectric type or capacitance value.
The best path is to find another 1.5nF, 50V, C0G capacitor in an 0402 package. If unavailable, GRM1555C1H222GA01D is a functional alternative with the correct C0G dielectric but a different capacitance (2.2nF) that must be validated by an engineer for the specific application.
The primary risk is substituting the stable C0G dielectric with an unstable X7R type, which can cause failure in precision circuits.

Murata Electronics
Functional alternative with matching C0G dielectric and tighter tolerance, but higher capacitance (2.2nF).
| Feature / factor | GRM1555C1H152JA01D | GRM1555C1H222GA01D | CL05B102KB5NNNC | CL05B222KB5NNNC | Compatibility / risk |
|---|---|---|---|---|---|
| Package | 0402 (1005 Metric) | 0402 (1005 Metric) | - | - | 0402 (1005 Metric) — Package size matches. |
| Voltage | 50.0V | 50.0V | - | - | 50.0V — Voltage rating matches. |
| Dielectric | C0G (EIA) | C0G (NP0) | - | - | X7R — X7R is unstable vs target's stable C0G. High risk. |
| Tolerance | 5.0% | 2.0% | - | - | 10.0% — Tolerance is wider. |
| Capacitance | 1.5nF | 2.2nF | - | - | 1.0nF — Capacitance is lower. |
The best alternative found is Murata's GRM1555C1H222GA01D. It matches the critical C0G dielectric but has a higher capacitance (2.2nF vs 1.5nF), which requires engineering validation for your circuit.