Molex SlimStack Hybrid Power™ Platine-zu-Platine-SMT-Steckverbinder
Die hybriden SlimStack™ SMT-Board-to-Board-Leistungssteckverbinder von Molex bieten eine Leistung von 10 A sowie elektrische Zuverlässigkeit in einem kompakten Design. SlimStack™ Hybrid Steckverbinder sind für Batterie- und andere Leistungsapplikationen in mobilen Geräten wie Mobiltelefonen, Tablet PCs und tragbaren medizinischen Geräten konzipiert. Mit der SlimStack™-Baureihe bietet Molex eine große Auswahl an schmalen Steckverbindern mit niedrigem Profil in vielen Stapelhöhen und Schaltungsgrößen.Merkmale
- Delivers up to 15A of power
- Narrow pitch/width, ultra-low profile, and short length
- Armor metal covers on housing corners (10A version) prevent damage to the housing even when misaligned during mating
- Dual-contact design for both power and signal contacts assures contact reliability and withstands shock/vibration
- Wide guiding area on housing wall ends provides mating alignment for more efficient operator assembly while avoiding housing damage
- Compact hybrid interface with high-strength power and signal contacts
- Audible click during mating provides mating assurance
- Low contact resistance (up to 10mΩ) for electrical current stability
Applikationen
- Mobile Devices
- Smartphones
- Tablet PCs
- Consumer
- Portable audio
- Portable navigation equipment
- Wearable devices
- Medical
- Patient monitoring
- Portable endoscopy light sources
- Portable battery devices
Technische Daten
- 50V maximum voltage rating
- 250VAC dielectric withstanding voltage
- 100MΩ minimum insulation resistance
- Dimensions
- 0.35mm, 0.40mm, and 0.80mm signal pitch options
- 0.6mm, 0.7mm, and 0.75 mated height options
- 2.00mm or 2.50mm mated widths
- 10 cycle mechanical durability
- 6.0A to 15.0A current range
- -40°C to +85°C operating temperature range
- Materials
- UL 94V-0, black LCP housing
- Copper alloy contacts
- Plating
- Gold in the contact and solder tail areas
- Nickel underplating
Videos
SlimStack Cross Section
Veröffentlichungsdatum: 2015-05-05
| Aktualisiert: 2022-03-11
