Rigid-Flexibil
(98 recenzii)
Rigid-Flexibil
PCB Rigid-Flexibil
Combinație de părți rigide și flexibile pentru soluții complexe de ambalare 3D
Caracteristici cheie
Design 3D
Aranjament spațial complex
Structură Hibridă
Părți Rigide + Flexibile
Economie de Spațiu
Elimină conectorii
Fiabilitate Ridicată
Îmbinări de lipire reduse
Specificații
| Număr straturi | Până la 20 straturi |
| Grosime Rigidă | 0.4mm - 3.2mm |
| Grosime Flexibilă | 0.1mm - 0.3mm |
| Via Minimă | 0.1mm diametru |
| Aplicații | Medical, Aerospațial, Mobil |
Engineering considerations
Manufacturing review before quote
Rigid-flex production depends on both electrical stackup and mechanical behavior. Early review reduces risks around bend areas, stiffeners, lamination, assembly handling, and final fit.
- Define bend radius, bend direction, dynamic or static flexing, flex length, stiffener zones, and the number of expected bend cycles.
- Review rigid-to-flex transitions, coverlay, adhesive, layer symmetry, copper features, component keepouts, and mechanical tolerances together.
- Share the 3D mechanical context, assembly sequence, support tooling, and any constraints around connectors, shields, or enclosure fit.
Typical applications
Medical, Aerospațial, Mobil