ERmet 2.0 mm an electronic connector, made available in the market with Hard Metric female components and extreme density modular design sponsored by standards connector represented as IEC 61076-4-101. These ERmet 2.0 mm HF female supportive connectors are for various printed circuit board handlings such as backplanes, extender cards, daughtercard and PCB to PCB applications. The 2.00 mm type pitch signal connectors which are derived from female connectors, come up with a dual light leaf model, which distributes equal connection path lengths for high signaled to perform.
ERmet 2.0 mm HM female connections embedded in upper ground backend shields with right angle installation. For best performance, shielding contact rows are an option for the vertical mount versions. Versions with placement pegs for increased rigidity and polarization on the PCB are also available. These ERmet 2.0 mm Hard Metric female connectors' press-fit terminations make PCB attachment quick and secure. These Type A, B, and C variations of ERmet 2.0 mm Hard Metric female connectors are offered in a range of modular widths.
Features and Benefits
- Extreme potential design.
- Compatible with international connector standards IEC 61076-4-101.
- Double light connections for extreme signaling efficiency.
- Position and polarization attributes.
- Shielding and PCB proximity peg choices.
- Push fixed termination.
What are Hard Metrics and Standards Used for?
The Backplane Connectors - Hard Metric, Standard female connectors are found with an economical and reliable board-to-backplane resolution for a wide variety of high potential, extreme density applications. Networking systems, telecommunications, and high-potential industrial applications are also included where PICMS configurations are applied. The interconnect technology has also seen extensive use of these ERmet 2.0 mm HM connectors. The daughter card and extender card applications use the right angle ERmet 2.0 mm Hard Metric female connections. Variants for vertical mounting used in mezzanine, board-to-board, and backplane applications
