
A 20-pin, 0.5mm pitch dual-contact FPC connector; actuator style differs and requires mechanical review.
Find and compare alternatives for the Molex 5034802000, a 20-pin, 0.5mm pitch dual-contact FPC connector. Our analysis helps you identify functional substitutes and highlights key differences like actuator type and mechanical fit.
Actuator and footprint differences are common and critical for FPC connectors.
Key parameters like pitch and positions are easy to match.
FPC connectors have many variations; finding an exact match can be difficult.
No direct, drop-in replacement has been identified. All candidates require verification, primarily for mechanical differences in the actuator mechanism and PCB footprint.
Find a connector with matching pin count (20), pitch (0.5mm), dual-contact type, and backflip actuator. HC-FPC-05-09-20RLTAG is a close functional match but requires mechanical verification due to its flip-top actuator.
The main risk is mechanical incompatibility due to different actuator styles (Backflip vs. Flip-Top/Slider), which can affect board layout, assembly, and cable mating.

A 20-pin, 0.5mm pitch dual-contact FPC connector; actuator style differs and requires mechanical review.
| Feature / factor | 5034802000 | HC-FPC-05-09-20RLTAG | 527452097 | Alt 3 | Compatibility / risk |
|---|---|---|---|---|---|
| Pin Count | 20 | 20 | 20 | 20 — Matches target.; 527452097: Matches target. | |
| Pitch | 0.5mm | 0.5mm | 0.5mm | 0.5mm — Matches target.; 527452097: Matches target. | |
| Contact Type | Dual (Top/Bottom) | Dual Contact | Upper Contact | Dual Contact / Upper Contact — Matches target's dual contact capability.; 527452097: Functional downgrade from dual-contact. | |
| Actuator Type | Backflip | Flip-Top | Slider | Flip-Top / Slider — Different mechanism, affects mechanical fit.; 527452097: Different mechanism, affects mechanical fit. |
HC-FPC-05-09-20RLTAG is a strong functional alternative, matching the 20-pin, 0.5mm pitch, and dual-contact design. However, its flip-top actuator differs from the target's backflip, requiring mechanical layout verification.