
Electrically equivalent but in a smaller 0805 package; not a drop-in replacement.
The CCTC TCC1206X7R474K101FT is a 470nF, 100V X7R ceramic capacitor in a 1206 package. While no direct drop-in replacements are confirmed, several alternatives may be suitable after careful review of package and capacitance.
Functional alternates are in different packages, requiring a board spin.
Same-package alternates have lower capacitance, which may impact circuit performance.
No direct, drop-in replacement for TCC1206X7R474K101FT has been confirmed. All candidates require review due to mismatched package or capacitance.
For new designs, use a functional alternate with matching specs like TCC0805X7R474K101FT. For existing boards, evaluate if a lower capacitance part is acceptable.
The primary risk is functional failure due to either physical incompatibility (package mismatch) or electrical incompatibility (capacitance mismatch).

Electrically equivalent but in a smaller 0805 package; not a drop-in replacement.
| Feature / factor | TCC1206X7R474K101FT | TCC0805X7R474K101FT | TCC1206X7R334K101DT | NM1206B334K101CEGN | Compatibility / risk |
|---|---|---|---|---|---|
| Package | 1206 (3216) | 0805 | 1206 (3216 Metric) | 1206 (3216 Metric) | 0805 / 1206 (3216 Metric) — Smaller package, not a drop-in.; TCC1206X7R334K101DT: Form and fit match.; NM1206B334K101CEGN: Form and fit match. |
| Capacitance | 470nF | 470nF | 330nF | 330nF | 470nF / 330nF — Capacitance matches.; TCC1206X7R334K101DT: Capacitance is ~30% lower.; NM1206B334K101CEGN: Capacitance is ~30% lower. |
| Voltage | 100V | 100V | 100V | 100V | 100V — Voltage rating matches.; TCC1206X7R334K101DT: Voltage rating matches.; NM1206B334K101CEGN: Voltage rating matches. |
| Dielectric | X7R | X7R | X7R | - | X7R — Dielectric material matches.; TCC1206X7R334K101DT: Dielectric material matches. |
| Manufacturer | CCTC | - | - | HUI JU | HUI JU — Cross-vendor alternative. |
TCC0805X7R474K101FT offers identical electrical specs but in a smaller 0805 package, making it a good functional alternative for new PCB layouts. No direct drop-in replacements are currently identified.