Summary of MEZZA-PEDE 1.0MM PITCH SMT CONNECTORS FROM ADVANCED INTERCONNECTIONS CORP
Mezza-pede® 1.0mm pitch SMT Connectors by Advanced Interconnections Corp. are low-profile, reliable board-to-board or flex-to-board connectors with enclosed screw-machined sockets, 6-finger contacts, and heavy gold plating. They resist harsh environments (20-day MFG pass), prevent solder wicking via an over-molded lead frame, and support tight mezzanine packaging. Available in dual-row configurations and various stack heights, they suit telecom and long-life applications, are RoHS compliant, and offered in SMT and thru-hole versions.
Parts used in the Mezza-pede 1.0mm pitch SMT Connectors project:
- Mezza-pede 1.0mm pitch SMT connector housing (dual-row options)
- Enclosed screw-machined socket terminals
- 6-finger contact contacts
- Heavy gold (GH) plated terminals
- Over-molded lead frame
- Surface mount technology (SMT) leads
- Thru-hole variant terminals (optional)
Mezza-pede® 1.0mm pitch SMT Connectors from Advanced Interconnections Corp. are designed for low profile board-to-board or flex cable-to-board applications where long-term reliability and a compact size are required. With Advanced’s enclosed screw-machined socket, 6-finger contact, and heavy gold plating, Mezza-pede® Connectors pass the 20-day mixed flowing gas (MFG) test required in many telecoms and other severe environment and long-life applications.
Our over-molded lead frame seals the surface mount leads to prevent solder wicking, ensuring a secure solder joint. The low stack height makes it ideal for tight mezzanine packaging applications.
Typical Applications
- Tunable Laser power connector (flex cable to board)
- Tunable Laser connector (board to board)
- Transponder Board connector
- Signal connector (flex cable to board)
- Low profile board to board connector
Features
- Low profile – board to board stack height (z-axis) options ranging from 2.9mm to 4.0mm (nom.).
- Robust design features screw-machined terminals and multi-finger contacts with a per contact current rating of greater than 1 Amp at 80°C ambient.
- Dual row configurations include 8, 14, 20, 30, or 36 total positions with other pin counts available on a customized basis.
- Fits within existing board layouts.
- Unique SMT lead frame and pin design prevent solder wicking, providing the highest quality solder joint at the PCB level.
- SMT and thru-hole designs available.
- Passed 20-Day MFG test with heavy Gold terminal plating (GH).
- Qualified for use in telecommunications applications.
- RoHS Compliant
- Request a sample, watch a video, or build a part number online at www.advanced.com
Read more: MEZZA-PEDE 1.0MM PITCH SMT CONNECTORS FROM ADVANCED INTERCONNECTIONS CORP
- What applications are Mezza-pede connectors typically used for?
Typical applications include tunable laser power connectors (flex to board), tunable laser board-to-board connectors, transponder boards, signal connectors (flex to board), and low profile board-to-board connections. - What stack height options are available?
Board-to-board stack height (z-axis) options range from 2.9mm to 4.0mm nominal. - Do these connectors prevent solder wicking?
Yes, the over-molded lead frame seals the SMT leads to prevent solder wicking, ensuring a secure solder joint. - What environmental test do these connectors pass?
They passed the 20-day mixed flowing gas MFG test. - Are Mezza-pede connectors RoHS compliant?
Yes, they are RoHS compliant. - What current rating do the contacts support?
The multi-finger contacts have a per contact current rating of greater than 1 Amp at 80°C ambient. - What pin counts are available in dual-row configurations?
Dual-row configurations include 8, 14, 20, 30, or 36 total positions, with other pin counts available on a customized basis. - Are SMT and thru-hole versions available?
Yes, both SMT and thru-hole designs are available. - What plating is used on the terminals?
Terminals use heavy gold plating (GH). - Where can I request a sample or build a part number?
You can request a sample, watch a video, or build a part number online at www.advanced.com.
