
BOURNS
Strong alternative in the same package with matching electricals, but with fewer adjustment turns (5 vs 12).
The Bourns 3224W-1-101E is a 100 Ohm, 12-turn SMD trimming potentiometer in a 4mm square package. When seeking alternatives, focus on matching the resistance, power rating, and package, while considering the impact of a different number of adjustment turns.
Key specs like resistance and power match on best candidates.
Alternatives in the same 4mm square package are available.
No perfect drop-in is identified; the closest candidates have fewer adjustment turns. The Bourns 3214W-1-101E is a strong functional alternative requiring review of adjustment precision.
The Bourns 3214W-1-101E is the most promising path, offering identical form and key electricals with a reduction in adjustment turns.
The primary risk is reduced adjustment precision due to candidates having fewer turns (e.g., 5 or 1) compared to the target's 12 turns.

BOURNS
Strong alternative in the same package with matching electricals, but with fewer adjustment turns (5 vs 12).
| Feature / factor | 3224W-1-101E | 3214W-1-101E | 3314J-1-101E | Alt 3 | Compatibility / risk |
|---|---|---|---|---|---|
| Package | 4mm Square | 4mm Square | 4mm Square | 4mm Square — Package matches.; 3314J-1-101E: Package matches. | |
| Resistance | 100.0 ohm | 100 Ohms | 100.0 ohm | 100 Ohms / 100.0 ohm — Resistance matches.; 3314J-1-101E: Resistance matches. | |
| Tolerance | 10.0% | ±10% | 20.0% | ±10% / 20.0% — Tolerance matches.; 3314J-1-101E: Wider tolerance may affect circuit precision. | |
| Number Of Turns | 12 turns | 5 turns | 1 turn | 5 turns / 1 turn — Fewer turns reduces adjustment precision.; 3314J-1-101E: Single-turn offers lower adjustment resolution. | |
| Power | 0.25 W | 0.25 W | 0.25 W | 0.25 W — Power rating matches.; 3314J-1-101E: Power rating matches. |
The Bourns 3214W-1-101E is a strong alternative, sharing the same package, resistance, and power rating. However, it has 5 adjustment turns instead of 12, which should be verified for your application's precision needs.