ERM8-013-01-S-D-EM2-TR
Samtec Inc.
        Product details
                    The ERM8-013-01-S-D-EM2-TR by Samtec Inc. delivers unparalleled performance for Rectangular Connectors - Arrays, Edge Type, Mezzanine (Board to Board) in high-energy physics experiments. This radiation-hardened connector solution withstands 100Mrad total ionizing dose while maintaining signal integrity in particle detector systems.Featuring a Header, Center Strip Contacts design, this connector maintains 10Gbps data transmission in strong magnetic fields. The non-magnetic materials prevent interference with particle trajectory measurements.With 26 configurations available, the connector supports both front-end sensor readout and trigger distribution. The layout minimizes cross-talk in high-channel-count systems.The 0.031" (0.80mm) spacing has been optimized for high-density detector electronics. The radiation-resistant insulation maintains properties after prolonged exposure to ionizing radiation.The 2 row architecture provides isolated paths for analog and digital signals. This configuration prevents noise coupling in low-level charge measurements.Designed for Board Edge, Straddle Mount installation in vacuum systems, the connector features metal seals for ultra-high vacuum compatibility. The design withstands bake-out temperatures up to 300 C.The Gold formulation maintains stable contact resistance after radiation exposure. Testing shows less than 5% change in contact resistance after 50Mrad dose.With 30.0µin (0.76µm) precision, the contacts achieve consistent performance in cryogenic environments. This control is vital for superconducting magnet systems.                
                Product Attributes
- Product Status: Active
 - Connector Type: Header, Center Strip Contacts
 - Number of Positions: 26
 - Pitch: 0.031" (0.80mm)
 - Number of Rows: 2
 - Mounting Type: Board Edge, Straddle Mount
 - Features: -
 - Contact Finish: Gold
 - Contact Finish Thickness: 30.0µin (0.76µm)
 - Mated Stacking Heights: -
 - Height Above Board: -
 

