ERNI expanded its MicroSpeed product family in the signal area to include variants with the additional pin counts of 26, 32 and 44. Unshielded connectors were also added to the power supply group.
In addition to the compact size of MicroSpeed, key buying factors include high vibration resistance, good processability and robustness. With their high transmission rate of up to 25 Gbps and thanks to their outstanding signal integrity, reliability and robustness, the ERNI MicroSpeed connectors can be used in a space-saving and flexible manner in telecommunications, data, medical technology and industrial automation applications at operating temperatures from -55°C to +125°C.
The unshielded power connectors have up to 44 contacts (1- or 2-row), which allow a cost-efficient and compact power supply up to 15 A with high current carrying capacity and higher operating voltages thanks to variable contact spacing and selective assembly. This means these power connectors can now be used flexibly in applications where previously other larger connectors were used.
These connectors meet the requirements of modern automated component insertion machines. SMT co-planarity is 100% guaranteed and specified at less than 0,10 mm for all contacts. This makes them suitable for fully automatic, cost-efficient SMT assembly.
MicroSpeed signal connectors feature double-sided female contacts with a wide, uniformly smooth surface and an effective wipe length of 1,5 mm. A large capture range of 0,85 mm (blind mate version) with a 1,0 mm pitch ensures safe and reliable mating with high contact integrity.
The robust design of these ERNI connectors, with polarised mating face, blind mate versions, reverse polarity protection and enlarged guides to accommodate the mating contact, support user-friendly integration in compact IoT, IIoT and hard-to-reach automation devices.
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.
Read more...Versatile high-current contacts Spectrum Concepts
Interconnection
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.
Read more...High-density coax assemblies RFiber Solutions
Interconnection
WithWave’s high speed and high-density multi-coax cable assemblies provide a wide range of multiple coax connectors and flexible cable assemblies, with a choice of 20, 40, 50, 67 or 110 GHz configurations.
Read more...IO-Link compatible fibre-optic sensor Vepac Electronics
Interconnection
The DFS71 is a digital fibre-optic sensor with configurable outputs: single output with remote input, redundant, complementary, and classic, which can all be configured as PNP (source), NPN (sink), or push/pull.
Read more...High-performance connector
Interconnection
The CMM SMPM Series is the result of a collaboration between Nicomatic, a leader in connectors for harsh environments, and Radiall, an expert in RF coaxial connectors.
Read more...Multi-channel SMPM cable assembly RFiber Solutions
Interconnection
Withwave’s multi-channel SMPM cable assemblies provide a choice of 26,5, 40 or 50 GHz configurations based on precision array design and superior high-frequency cabling solutions.
Read more...M12 connectors with push-pull fast locking Phoenix Contact
Interconnection
Phoenix Contact’s push-pull fast-locking system, and the Push-Lock conductor connection, make assembly and installation effortless and reliable.
Read more...Connectors for automotive zonal architectures RS South Africa
Interconnection
Rosenberger H-MTD connectors form the basis for reliable and efficient data transmission now and for future automotive zonal architectures.
printer friendly version