Available in standard and press fit configurations
Harwin produces a range of PC/104 compatible bus connectors for embedded PC applications. The devices will suit a wide range of environments, including test and measurement, medical and automotive equipment.
Designed for stacking boards with a common bus, the connectors meet industry standards for embedded PCs and have a maximum 3A current rating. A press fit tail option enables solder free attachment.
Connectors are available in a number of configurations, including 32 + 32 ways, to support 8-bit systems. A 20 + 20 way device can be combined with the 32 + 32 way offering to support 16-bit systems. Connectors are available with traditional solder tails for the maximum 3A current rating. The press fit option carries a 2A maximum rating.
Components are produced in stack through and non stack through versions; the stack through option allows many modules to be stacked without the need for multiple connector types.
These PC/104 connectors will be particularly useful to designers looking to exploit the increasing acceptance of the PC platform outside the narrow confines of the desktop. They can be employed in numerous markets such as consumer electronics, test and measurement, industrial control, medical, computing and automotive.
Features
Industry standard PC/104 connectors
Maximum 3A current rating
Press fit or solder tails
Configurations include 20 + 20 way and 32 + 32 way devices
Stack through and non stack through versions
2.54mm (PC/104) or 2.0mm (PC/104 plus) pitch
300mΩ contact resistance
12VDC voltage rating
Voltage proof up to 1000VAC
Maximum temperature range -55°C to +105°C
Applications
Embedded PCs
Consumer electronics
Test and measurement
Industrial control
Medical
Computing
Automotive
For further information, including the Product Specification Sheet for the PC/104, please click here
Arrow Electronics, Inc is a global provider of products, services and solutions to industrial and commercial users of electronic components and enterprise computing solutions.