Mill-Max has announced the release of its number 36 contact, a unique contact designed to accept a wide range of lead sizes, while providing low insertion force and high current carrying capacity. The receptacles assembled with the number 36 contact are produced in a variety of termination styles to address the many interconnect requirements typically found in electronic assemblies.
The Mill-Max number 36 contact accepts lead diameters of 0,022 to 0,042-inch (0,56 to 1,07 mm), with initial insertion force averages ranging from 180 grams at the low end to 560 grams at the top of the acceptance range. The relatively low forces for these contacts make for easier mating and de-mating of multi-pin connections.
The wide acceptance range enables them to be used across applications for power and signal connections, simplifying receptacle choice, reducing the variety of components on a bill of materials, and allowing for uniform mounting hole layouts. The unique design of this four-finger contact allows it to stand out for its compliancy across the entire pin acceptance range, which means that the contact can alternate accepting the largest lead followed by the smallest lead while maintaining a reliable electrical connection.
Along with wide range and low force, these receptacles exhibit low contact resistance of 4 to 10 mΩ, and high current carrying capacity of 16 A maximum or 12,8 A de-rated, making them ideal in connector and cable assemblies, or as PCB jacks for power connections in a wide range of applications from communications equipment to pumps, fans, DC motor,s and industrial control equipment.
What’s the big deal with open pin fields?
Interconnection
The concept behind the open pin field array is that it provides many contacts that are not limited to a single role.
Read more...mBend cable assemblies Conical Technologies
Interconnection
The mBend cable assemblies from Anoison are designed to meet the growing demand for low-profile coaxial connections in applications where space is limited, and precise bending is necessary right next to the connectors.
Read more...What’s the big deal with DPL? Spectrum Concepts
Enclosures, Racks, Cabinets & Panel Products
The dynamic performance layer (DPL) forms a key part of the construction of Nitrowave coaxial cables, Samtec’s range of high-performance RF solutions for microwave and mmWave applications.
Read more...Configurable DIN rail housings Wiltron Agencies
Interconnection
With PTR HARTMANN’s INS265 design kit, DIN rail housings can be individually configured using a wide range of options.
Read more...Coax achieves excellent performance Spectrum Concepts
Telecoms, Datacoms, Wireless, IoT
Samtec’s new coaxial cable achieves excellent performance while subject to dynamic flexing.
Read more...Connectors for the latest server applications Spectrum Concepts
Interconnection
To deliver high-speed performance, many next-generation server applications will use cables inside the box instead of PCB traces to maintain the signal integrity demanded by high-speed communications.
Read more...AI domain-specific architecture Spectrum Concepts
Enclosures, Racks, Cabinets & Panel Products
Designing a new product is often an exercise in priorities, carefully balancing a range of capabilities to obtain the best overall result.
Read more...PCIe 7.0 technology. Too soon or not fast enough? Spectrum Concepts
Editor's Choice
Data scientists, AI system architects, IC designers, optical engineers, interconnect providers like Samtec, and other solutions providers, are rethinking system topologies.
Read more...Industrial Ethernet with HARTING solutions
Interconnection
In today’s fast-paced industrial landscape, Ethernet connectivity plays a crucial role in automation, ensuring seamless communication between machines and systems, and HARTING offers a wide range of innovative Ethernet products.
Read more...Steel wire cable tray systems RS South Africa
Interconnection
Legrand has developed a zinc aluminium finish surface treatment for its Cablofil steel wire cable tray system to minimise the threat of zinc whiskers forming.
printer friendly version