
Lelon
Functional alternative with matching electrical specs, but in an SMD package requiring board redesign.
The DMBJ JBLH2101M100E150RLM is a 100µF 100V through-hole aluminum electrolytic capacitor with low ESR. Finding a replacement requires matching capacitance, voltage, physical size, and ripple current rating.
Ripple current and ESR are critical and hard to match.
Alternatives may be SMD or have different radial can dimensions.
Not applicable for a passive component.
No, a direct, verified drop-in replacement is not currently available. All reviewed candidates have critical differences in package, ripple current, or voltage rating.
For new layouts, use SMD functional alternates like the Lelon VZH series. For existing boards, a replacement must match the radial package, dimensions, and meet or exceed the 100V, 1790mA ripple, and 50mΩ ESR ratings.
The primary risk is finding a part with a sufficiently high ripple current rating in a matching physical package; many alternatives fail on this critical parameter.

Lelon
Functional alternative with matching electrical specs, but in an SMD package requiring board redesign.
| Feature / factor | JBLH2101M100E150RLM 100UF 100V | VEJ101M2ATR-1313 | VZH101M2ATR-1313 | Alt 3 | Compatibility / risk |
|---|---|---|---|---|---|
| Package | Radial, Can (Through-Hole) | SMD | Surface Mount | SMD / Surface Mount — Candidate is SMD, target is Through-Hole. Not a drop-in replacement.; VZH101M2ATR-1313: Candidate is SMD, target is Through-Hole. Not a drop-in replacement. | |
| Voltage | 100V | 100V | 100V | 100V — matched; VZH101M2ATR-1313: matched | |
| Capacitance | 100µF | 100µF | 100µF | 100µF — matched; VZH101M2ATR-1313: matched | |
| Load Life | 2000 hours | 2000 hours | - | 2000 hours — matched | |
| Ripple Current | 1790mA | - | Unknown | Unknown — Target is 1790mA. Must be verified from datasheet. | |
| Esr | 50mΩ | - | Unknown | Unknown — Target is 50mΩ. Must be verified from datasheet. |
For new designs, surface-mount capacitors like the Lelon VZH101M2ATR-1313 offer identical electrical specifications (100µF, 100V) but require a different PCB layout. No direct through-hole replacements have been identified that match all key parameters.