The Samtec mPOWER connector system is a micro, high-power solution with design flexibility for power-only or power/signal applications. Due to the wide variety of stack heights available, mPOWER can be easily added to new or existing architectures alongside one of Samtec’s high-speed connector systems for either a unique two-piece power or a signal + power solution. A number of new additions have been made to the portfolio:
The new UMPC is a micro power cable assembly available in up to 10 positions, with current ratings from 16,8 A per contact to 8,8 A per contact (the latter is the rating if all 10 pins are powered). It is available with rugged latching options – a plastic latch is available on the top of the cable connector, or two metal latches are available on the side of the connector. Designers can also specify Teflon cable, in addition to the standard #16 or #18 AWG PVC cable. Individual components and tooling are also available.
The mPOWER board-to-board (vertical or parallel) offering of two-piece micro power board-level connectors (the UMPT and UMPS series) now includes up to 10 power pins per connector and the board-to-board stack heights have been expanded from 5 mm to 20 mm.
Finally, a new right-angle (90°) micro power terminal strip (UMPT-RA) is available for perpendicular board-to-board applications.
mPOWER connectors are available with optional welding tabs to increase the mechanical strength of the connector to the PCB. They are rated as ‘severe environment tested’ connectors and you can selectively load contacts to achieve specific creepage and clearance requirements.
Connectors for the Smart Factory Spectrum Concepts
Interconnection
[Sponsored] Designing networks for the smart factory can seem daunting, but the solutions are already available with Samtec providing a comprehensive range of interconnect technologies tailored to the demands of the modern factory.
Read more...Explosive zone connectors
Interconnection
The connector series design by Glenair is optimised for fast and easy crimp-contact wire termination, with ample wiring space in the cable housing and accessory hardware.
Read more...Reliable photovoltaic adapter set Phoenix Contact
Interconnection
Phoenix Contact’s PV-AS-MC4/6-150-MN-SET1 is a high-performance photovoltaic adapter set designed to bridge SUNCLIX connectors with MC4 connectors.
Read more...Multi-config connector series Future Electronics
Interconnection
Hirose Electric’s DF11 Series is a versatile 2,0 mm pitch, double-row board-to-wire connector designed to simplify a wide range of connection needs.
Read more...Ultra-rugged connector Hiconnex
Interconnection
Radiall has introduced a new connector for ribbon fibre connections called Fortero to provide proven performance in high-vibration, high-impact, and extreme environments.
Read more...Innovative D-Sub PushPull hood Hiconnex
Interconnection
HARTING has launched its new D-Sub PushPull housings, designed to improve efficient and process-safe handling by transforming a well-known connector family into a simplified solution.
Read more...High-density multicoax assemblies RFiber Solutions
Interconnection
Withwave’s high speed and high-density multicoax cable assemblies provides a wide range of multiple coax connectors and flexible cable assemblies.
Read more...RJ45 jacks with integrated magnetics Phoenix Contact
Interconnection
Phoenix Contact now offers RJ45 jacks with integrated magnetics to improve electromagnetic interference (EMI) noise shielding and ensure reliable data connections in industrial environments.
While every effort has been made to ensure the accuracy of the information contained herein, the publisher and its agents cannot be held responsible for any errors contained, or any loss incurred as a result. Articles published do not necessarily reflect the views of the publishers. The editor reserves the right to alter or cut copy. Articles submitted are deemed to have been cleared for publication. Advertisements and company contact details are published as provided by the advertiser. Technews Publishing (Pty) Ltd cannot be held responsible for the accuracy or veracity of supplied material.