Hirose would like to announce the new DF59S series connector system. It is primarily dedicated for the LED lighting market but also for other applications where small connectors are required.
The connector range consists of a joint plug and a board mounted receptacle to give a board-to-board coplanar connection. The receptacle is unmolded to significantly reduce the depth profile of the connector to make it ultra slim to minimise board space. The low mated height profile is only 1.18mm.
The DF59S features a unique 3-Axis floating structure. This permits movement of + 0.5mm in X and Y directions, and + 0.2mm in Z direction allowing design flexibility during the installation when multiple boards are used. Special innovative, robust, stress free contacts protects the contact area from any mechanical stress during the floating process.
The joint plug’s contacts are fully recessed into the housing insulator to prevent short circuits. The receptacle features a friction lock that provides a positive tactile sensation and an audible click when mated. This confirms the connector is fully engaged guaranteeing complete electrical and mechanical connection.
Although compact in size, DF59S can accept a high current rating of 3A. The creepage distance of 3.05mm complies with IEC60664-1 when 250V voltage rating is applied. A total voltage rating of 350V maximum can be applied when the distance between two sets of connectors is 3mm, 250V can be applied at a distance of 2mm and 200V at 1.5mm.
A wire-to-board and short-circuit plug version, designed to mate with the existing receptacle, are under development to offer a complete multifunctional 3-way system in the future.
Key Features
- Contact positions: 1
- Current rating: 3A
- Voltage rating: AC/DC 350V (max)
- Mating cycles: 10
- Temperature rating: -35°C to +105°C
- Floating structure
- Halogen free
Suitable applications are LED lighting, battery connections, small DC motor drives, power supplies and other small devices.
For more information please contact Hirose.
| DF59S Flyer.pdf |
