The 1.0 mm FH connector was designed to meet the IEEE 1386 connector requirements for PMC cards. As a standard for adding local PCI or Sbus performance to Futurebus+ and VMEbus applications, IEEE 1386 offers new levels of performance and packaging convenience through the mezzanine architecture. AMP makes it easier and more productive to add an IEEE 1386 mezzanine connector to your system. Sizes include the IEEE 1386 standard 64-position version and an optional 84-position version. Not only is the connector compatible with EIA-700 AAAB — the connector standard for IEEE 1386 mezzanine connectors — it offers several enhancements that make it easier to use and more reliable. Increased plastic clearance between mating connectors makes it easier to align multiple connectors for mating, thus eliminating stress to the solder joints during engagement. Improved locating posts allow fast, highly accurate hand placement of connectors. The connectors are available with vacuum covers for automated placement.
●Note:
● Parts create 10.0 mm stack height assembly, other stack heights from 8.0 mm to 15.0 mm are available.
●Features
● For Board Stacking Applications
● High Density Packaging on 1.0 mm Centerline Spacing
● Available in Standard 64-Position and Optional 84-Position Sizes
● Board Stacking Heights Available from 8 to 15 mm (in Increments of 1 mm)
● Increased Plastic Clearance Eliminates Stress to Solder Joints During Mating
● Meets EIA-700 AAAB Specifications for IEEE 1386 Applications
● 1 mm Pitch Spacing
● 64- and 84-Position Available Per IEEE 1386
● Two Plating Options: 30 μ" Au and 50 μ" Au
● With or without Locating Posts. (Locating Posts Are an Aid for Hand Placement Operations)
● With or without Pick-Up Caps for Vacuum Placement
● Designed to Mate Up to 4 Connectors at Once (This Is the Only Stacking Connector That Has Been Designed for This Purpose)
●Specifications
● Current Rating: 1.0 Ampere Per Contact
● Contact Resistance: 30 Milliohms Max.
● Durability: Tested to 100 Mating Cycles Min.
●Applications
● PMC Cards, Per IEEE 1386
● Mezzanine Card Applications
