
A functional alternative with the same capacitance, higher voltage, but in a larger package.
Find functional alternatives for the AVX TAJC107M010RNJ, a 100µF 10V tantalum capacitor in a 6032 C-Case. This guide reviews substitutes, highlighting key differences in package size, voltage, and ESR to aid in your redesign process.
All alternatives are in different packages, requiring a board spin.
Some alternatives use different capacitor technology (polymer) with much lower ESR, which can affect circuit stability.
No direct, drop-in replacement for TAJC107M010RNJ is available. All reviewed alternatives have a different physical package.
Redesign the PCB for a D-Case (7343) part like TAJD107M016RNJ, which offers a higher voltage rating and lower ESR in the same technology.
Package mismatch is the primary risk, requiring mandatory PCB layout changes for any substitution.

A functional alternative with the same capacitance, higher voltage, but in a larger package.
| Feature / factor | TAJC107M010RNJ | TAJD107M016RNJ | TCN4107M035R0100E | Alt 3 | Compatibility / risk |
|---|---|---|---|---|---|
| Package | 6032 (C Case) | 7343 (D Case) | 2924 (7361 metric) | 7343 (D Case) / 2924 (7361 metric) — Candidate is larger, requires PCB redesign.; TCN4107M035R0100E: Candidate package is different, requires PCB redesign. | |
| Capacitance | 100 µF | 100 µF | 100 µF | 100 µF — matched; TCN4107M035R0100E: matched | |
| Voltage | 10 V | 16 V | 35 V | 16 V / 35 V — Higher voltage rating provides more margin.; TCN4107M035R0100E: Significantly higher voltage rating. | |
| Esr | 1.2 Ω | 600 mΩ | 100 mΩ | 600 mΩ / 100 mΩ — Lower ESR is generally beneficial.; TCN4107M035R0100E: Polymer tech has much lower ESR; check circuit stability. | |
| Technology | Solid Tantalum (MnO2) | - | Polymer | Polymer — Different capacitor chemistry affects performance. |
The best alternative depends on design flexibility. While no direct drop-in replacements were found, parts like TAJD107M016RNJ offer similar electrical specs (100µF, 16V) but in a larger 7343 D-Case, requiring a PCB layout change.