Molex 2.00 mm CLIK-Mate SMT PCB ReceptaclesCLIK-Mate 2.00 mm SMT PCB receptacles with a robust design for use with CLIK-Mate 2.00 mm receptacle housings. These CLIK-Mate SMT receptacles have a dual inner positive locking mechanism that provides an audible click when a secure mating connection has been made. The housings of these CLIK-Mate receptacles have mating guides and keying to prevent mismating. A flat pick-and place area on the connector housing enables easy automatic placement on the PCB. Reinforced metal solder tabs offer a secure PCB retention and provide strain relief to the solder joint. These CLIK-Mate PCB receptacles feature a tuning fork terminal design that provides a secure electrical contact, a low insertion force and prevents stubbing.Molex 2.00 mm CLIK-Mate SMT PCB Receptacles• Robust design• Dual inner positive locking mechanism for mating assurance• Polarization features to prevent mismating• Metal solder tabs for secure PCB retention• Tuning fork terminal design for secure electrical contact• Pick and place area for automatic placement on PCBApplicationsThese CLIK-Mate 2.00 mm connectors are ideal for use in a wide range of applications in several industries. Applications include automotive head lamps and interior mirrors, industrial scanners, smart grid meters, LED light modules, medical patient monitors, surgical equipment and LCD & TV panelsMolex 2.00 mm CLIK-Mate Wire to Board Connector SystemCLIK-Mate 2.00 mm wire to board connector system with a rugged design and a high current carrying capability of 3.0 A and 250 V. The 2.00mm CLIK-Mate connector system provides a secure electrical connection with a low insertion force. Dual inner positive locks produce an audible click when the connectors are mated providing reliable mating assurance. The 2.00mm CLIK-Mate connector system consists of SMT PCB receptacles, crimp housings and crimp contacts with a low insertion force tuning fork design. These CLIK-Mate connectors are ideal for use in applications that require a connector with robust features and a high pin count that occupies less space