Hirose FunctionMAX FX18 Series Straight Surface PCB Header, 120 Contact(s), 0.8 mm Pitch, 2 Row, Shrouded

FunctionMAX FX18 Series 0.8 mm high-speed board to board connectors for coplanar, vertical and stacking mating styles. These FunctionMAX FX18 0.8 mm BTB connectors have a high-speed transmission capability of up to 10 Gbit/s and support PCI - Express Ver. 2.0. These FX18 connectors feature Advanced multifunctional contacts which consist of ground contacts, power supply contacts and 3-step sequential contacts. The ground contacts provide enhanced grounding properties and are positioned next to the differential pair contacts to reduce cross talk. The power supply contacts offer up to 3A per pin which means the signal contacts are not used for power purposes. This feature reduces the pin count and enables space saving. A total of 12A can be used. The 3-step sequential contacts are set back in different positions in the housing and provide grounding and detection. These FX18 board to board connectors also feature six through hole pins for increased PCB retention and resistance to wrenching forces. The FX18 headers also feature large mating guides to assist with mating to the receptacle.

High-speed transmission of 10+ Gbit/s

These FunctionMAX FX10 stacking connectors Ideal for use in a wide range of applications. Applications include medical equipment, industrial controllers, industrial motors, servers, measurement equipment, smart meters, Base Station Transceivers and PLCs

FunctionMAX board to board connectors are designed to meet the needs of advancing technologies within the industrial market and offer high performance and maximum functionality. The FunctionMAX range includes connectors with a floating design and connectors with a high-speed transmission rate. The high transmission connectors have a design based on a differential transmission system and offer high-speed signals and excellent resistance to noise. The FunctionMAX range of board to board connectors offer superior performance in diverse environments.