TE Connectivity MICTOR Series Straight Surface Mount PCB Header, 228 Contact(s), 0.64mm Pitch, 2 Row(s), Shrouded

MICTOR (Matched Impedance Connector) high-speed stacking connectors with a high density design for use in high-speed data switching applications with excellent performance to 10+ Gbit/s. MICTOR is a 2 piece modular system consisting of PCB plug and receptacle connectors. MICTOR connectors have a microstrip design, each connector consists of two rows of signal contacts separated by a centre ground plane that enables a high-speed operation. The signal pins have a high density configuration of 76 signal pins per linear inch. Connector sizes range from 38 to 266 signal lines in increments of 38 positions. MICTOR connectors feature a discrete ground bus at every 38 positions that can be assigned to power or ground in any combination. These MICTOR connectors use a redundant point of contact dual beam contact design for high electrical reliability. The housings of these high-speed MICTOR connectors are polarized to prevent mismating. PCB retention features also ensure a secure connection to the PCB. These MICTOR connectors are available in various mating heights for board to board applications and can also be used in right angle, coplanar and cable to board applications.

• Excellent performance to 10+ Gbit/s
• Micro strip design
• High density design with 76 signal pins per linear inch
• 38 to 266 signal lines in increments of 38 positons
• Redundant points of contact for improved electrical reliability
• Range of mating heights for board to board applications
• Polarization to prevent mismating
• PCB retention features
• Suitable for automated assembly process

These high-speed MICTOR connectors are for use in high-speed applications for a broad range of single-ended and differential pair applications. Applications include high-speed telecommunications enterprise switching equipment, mid-range servers, storage area networks and high-speed custom platforms

TE Connectivity MICTOR High Speed Stacking Connectors