AMPMODU System 50 ribbon cable connectors designed to terminate 0.05 mm² solid or stranded and 0.03 mm² stranded ribbon cable on to 0.64 mm centrelines. These AMPMODU System 50 ribbon cable connectors consist of a preassembled house and cover and are suitable for end and daisy chain termination. The IDC contacts of these connectors enable one-step cable termination without need for extra tooling. These AMPMODU System 50 ribbon cable connectors feature an integral positive locking latching feature for a secure connection to the mating header. Having this latching feature on the receptacle rather than the header means a saving in PCB space and reduces problems of compatibility caused by latch height. The side of the connector housings feature polarization bars to ensure accurate mating with the headers

High density compact design
Preassembled house and cover
Suitable for daisy chain and end termination
IDC contacts for quick one-step assembly
Integral positive locking latches for secure mating connection
Polarization to prevent mismating
Gold plated contacts for high electrical performance and reliability

AMPMODU System 50 connectors are ideal for use in a wide range of high density applications. Applications include factory automation, telecommunications equipment, medical equipment, servers, test and measurement devices, storage equipment, automotive controls and gaming equipment

TE Connectivity AMPMODU System 50 Interconnection System

AMPMODU System 50 Interconnection System with a compact space saving design and high density 1.27 x 2.54 mm contact spacing for use in high density applications. The AMPMODU System 50 connector system consists of PCB headers, PCB receptacles and wire to board IDC ribbon cable connectors. These connectors are available in various configurations making the AMPMODU System 50 connector system suitable for a wide range of applications. The contacts of the AMPMODU System 50 connectors are made from high conductivity copper alloy with selective gold plating for high electrical performance and reliability.