TE Connectivity, 2013, 2013928-9 0.3mm Pitch 27 Way Right Angle Female FPC Connector, SMT

The TE Connectivity Connector offers a reliable and efficient solution for your flexible printed circuit needs. Designed with a focus on precision and usability, it features a back flip-lock actuator that ensures secure connections while allowing for easy mating and unmating. The connector's right-angle orientation enhances flexibility in PCB layout, making it ideal for compact applications. Crafted from durable thermoplastic, it withstands the rigours of modern electronic demands. Its low halogen composition also means a commitment to environmentally conscious manufacturing, while the product's RoHS compliance signals adherence to industry standards, ensuring peace of mind for users concerned with regulatory issues.

The TE Connectivity Connector offers a reliable and efficient solution for your flexible printed circuit needs. Designed with a focus on precision and usability, it features a back flip-lock actuator that ensures secure connections while allowing for easy mating and unmating. The connector's right-angle orientation enhances flexibility in PCB layout, making it ideal for compact applications. Crafted from durable thermoplastic, it withstands the rigours of modern electronic demands. Its low halogen composition also means a commitment to environmentally conscious manufacturing, while the product's RoHS compliance signals adherence to industry standards, ensuring peace of mind for users concerned with regulatory issues.

Back flip-lock actuator provides reliable engagementRight-angle design optimises space utilisation on PCBsLow halogen content aligns with eco-friendly standardsThermoplastic housing ensures long-lasting durabilityHassle-free surface mount termination method

Back flip-lock actuator provides reliable engagementRight-angle design optimises space utilisation on PCBsLow halogen content aligns with eco-friendly standardsThermoplastic housing ensures long-lasting durabilityHassle-free surface mount termination method