
YXC Crystal Oscillators
Strong functional alternative with matching frequency and package, but requires review of shunt capacitance.
Finding a replacement for the 8MHz crystal 6I08000F20UCG involves matching its SMD5032 package and 20pF load capacitance. Several alternatives exist but require review of secondary parameters like shunt capacitance.
Higher shunt capacitance requires circuit review.
Package is a standard SMD5032, ensuring physical compatibility.
No confirmed direct drop-in replacement is available. The closest candidates require engineering validation due to parametric differences.
Use a functional alternative like YXC X50328MSB2GI after verifying the impact of its higher shunt capacitance.
The primary risk is a mismatch in shunt capacitance, which can detune the oscillator circuit.

YXC Crystal Oscillators
Strong functional alternative with matching frequency and package, but requires review of shunt capacitance.
| Feature / factor | 6I08000F20UCG | X50328MSB2GI | XG1EL89CSI-111YLC-8M | Alt 3 | Compatibility / risk |
|---|---|---|---|---|---|
| Frequency | 8.000MHz | 8MHz | 8MHz | 8MHz — Exact match.; XG1EL89CSI-111YLC-8M: Exact match. | |
| Package | SMD5032 | SMD5032 | SMD5032 | SMD5032 — Matches form factor.; XG1EL89CSI-111YLC-8M: Matches form factor. | |
| Load Capacitance | 20pF | 20pF | 20pF | 20pF — Matches required load capacitance.; XG1EL89CSI-111YLC-8M: Matches required load capacitance. | |
| Frequency Tolerance | ±20ppm | ±10ppm | ±10ppm | ±10ppm — Tighter tolerance is an upgrade.; XG1EL89CSI-111YLC-8M: Tighter tolerance is an upgrade. | |
| Shunt Capacitance | 3.0pF Max | 5pF Max | 5pF Max | 5pF Max — Higher C0 may affect oscillator tuning.; XG1EL89CSI-111YLC-8M: Higher C0 may affect oscillator tuning. | |
| Temperature | -40°C to +85°C | -40°C to +85°C | - | -40°C to +85°C — Industrial temperature range matches. |
YXC's X50328MSB2GI is a strong functional alternative, matching key parameters like frequency and package, with improved tolerance. However, its different shunt capacitance requires engineering review for your specific circuit.