
Lelon
Electrically matching, but requires board redesign due to package mismatch (SMD vs. Radial).
Reviewing alternatives for the CX KS477M016F09RR0VH2FP0, a 470µF 16V radial electrolytic capacitor. The primary challenge for replacement is finding a part with a matching through-hole package, as most electrical matches are surface-mount.
Requires PCB redesign to switch from radial through-hole to SMD.
Candidates with matching or better electrical specs are available.
No direct, drop-in replacement has been identified. All candidates require board redesign due to package differences (SMD vs. through-hole).
Search for a 470µF, >=16V radial capacitor with an 8mm diameter and compatible lead spacing.
Mechanical package mismatch (Through-Hole vs. Surface Mount).

Lelon
Electrically matching, but requires board redesign due to package mismatch (SMD vs. Radial).
| Feature / factor | KS477M016F09RR0VH2FP0 | VZH471M1CTR-0810 | VZH471M1ETR-1010 | VZH471M1VTR-1013 | Compatibility / risk |
|---|---|---|---|---|---|
| Package | Radial, 8mm x 9mm | 8mm x 10mm (SMD) | 10x10mm SMD | 10mm x 10mm (SMD) | 8mm x 10mm (SMD) / 10x10mm SMD / 10mm x 10mm (SMD) / 10x10mm (SMD) — Candidate is Surface Mount, target is Through-Hole.; VZH471M1ETR-1010: Candidate is Surface Mount, target is Through-Hole.; VZH471M1VTR-1013: Candidate is Surface Mount, target is Through-Hole.; VZL471M1VTT-1010L: Candidate is Surface Mount, target is Through-Hole. |
| Capacitance | 470µF | 470µF | 470µF | 470µF | 470µF — matched; VZH471M1ETR-1010: matched; VZH471M1VTR-1013: matched; VZL471M1VTT-1010L: matched |
| Voltage | 16V | 16V | 25V | 35V | 16V / 25V / 35V — matched; VZH471M1ETR-1010: Higher voltage rating is generally safe.; VZH471M1VTR-1013: Higher voltage rating is generally safe.; VZL471M1VTT-1010L: Higher voltage rating is generally safe. |
| Application | Not specified | - | - | AEC-Q200 | AEC-Q200 — Candidate is automotive qualified. |
| Temperature | -40°C to +105°C | - | - | - | -55°C to +105°C — Wider operating range. |
No direct drop-in replacement has been identified. Several functional alternatives exist with matching capacitance and voltage, but they use a different (SMD) package and require board redesign.