
Panasonic
Form-fit alternative with better ESR, but requires review for its wider tolerance and reduced temperature range.
Finding a substitute for the TORCH CA45-D-10V-220uF-K 220µF 10V tantalum capacitor involves checking key parameters. Alternatives exist in the same package but may have different tolerance or temperature ratings requiring review.
Wider tolerance and lower temperature rating require circuit validation.
Alternatives in the standard D (7343) case are available.
No direct drop-in replacement with identical specifications has been identified. All viable alternatives require a review of parametric differences.
Use a parametric alternative in the same D (7343) package, but verify the impact of wider tolerance and lower temperature rating.
The primary risks are the looser capacitance tolerance (±20% vs ±10%) and the reduced maximum operating temperature (105°C vs 125°C).

Panasonic
Form-fit alternative with better ESR, but requires review for its wider tolerance and reduced temperature range.
| Feature / factor | CA45-D-10V-220uF-K | 10TPB220ML | 10TPE220ML | PXTD010M227E040STU | Compatibility / risk |
|---|---|---|---|---|---|
| Package | D (7343) | D3L | D3L | D Case | D3L / D Case — Panasonic D3L is equivalent to EIA D (7343).; 10TPE220ML: Panasonic D3L is equivalent to EIA D (7343).; PXTD010M227E040STU: Package code matches EIA D (7343) case. |
| Tolerance | ±10% | ±20% | ±20% | ±20% | ±20% — Candidate has wider tolerance.; 10TPE220ML: Candidate has wider tolerance.; PXTD010M227E040STU: Candidate has wider tolerance. |
| Temperature | 125°C | 105°C | 105°C | 105°C | 105°C — Lower max operating temperature.; 10TPE220ML: Lower max operating temperature.; PXTD010M227E040STU: Lower max operating temperature. |
| Esr | ≤200 mΩ | 40 mΩ | 25 mΩ | 40 mΩ | 40 mΩ / 25 mΩ — Candidate has lower (better) ESR.; 10TPE220ML: Candidate has significantly lower (better) ESR.; PXTD010M227E040STU: Candidate has lower (better) ESR. |
Candidates like XY's PXTD010M227E040STU or Panasonic's 10TPE220ML offer the same package, capacitance, and voltage, but have wider tolerance (±20%) and a lower max temperature (105°C). Review is essential.