HM2R01PA5100L9LF Datasheet, PDF (1/3 Pages) FCI connector – MILLIPACS 2mm HARD METRIC SERIES - RIGHT ANGLE RECEPTACLE CONNECTORS

BACKPLANE CONNECTORS
MILLIPACS^® 2mm HARD METRIC
SERIES - RIGHT ANGLE RECEPTACLE
CONNECTORS
OVERVIEW
Millipacs^® is a 2mm modular, Board-To-Board and Cable-
To-Board Interconnection System in Hard Metric (HM)
configuration designed in accordance with IEC 917, IEC 61076-
4-101 and Telcordia GR-1217-CORE standards.
The 2mm HM connector is one of the most popular backplane
connector system. Millipacs^® series offers attractive
propositions for all market segments due to the cost-
effectiveness, user flexibility, standardization and availability
of its broad range. Millipacs^® connector system is extensively
used for chassis-based packaging in the Communications,
Data, Medical and Industrial & Instrumentation segments.
Millipacs^® series HM right angle receptacles are offered in
standard signal modules of 5 and 8 rows. 5 row modules are
available up to maximum of 125 signal contacts and 8 row
modules are available up to maximum 200 signal contacts
per 50mm length. Besides signal module, hybrid modules are
available with signal pins, power and coax contacts. Right
angle headers receptacles mate with vertical headers and right
angle headers.
FEATURES
• Hard Metric
• 2mm pitch
• Modular and Scalable by 25mm to 50mm
• 2-beam tulip contact
• Multipurpose center, Coding feature, Guiding feature and
location peg
• Stamped contacts
• Blank position feasibility
• Hybrid connectors with signal, power and coaxial contacts
• Two outer rows
BENEFITS
• Popular equipment practice standard. Millipacs^® co-exists
with all HM compatible connectors and accessories
• Adequate spacing for routing PCB traces and thereby
optimizing board layers, Reduces PCB real estate Vs 2.54mm
• Standard Modular length, without any loss of position
• Equalized signal path and contact reliability
• Easy guiding and visual identification. Prevents wrong mating
• Accurate True Position
• Improves creepage distance, Custom loading
• Enables versatile circuit design
• Optional shielding