ERNI Electronics supplies hot-swappable SMC connectors

Versions with late mate contacts

Adelberg, May 2nd 2017 – ERNI Electronics has extended its comprehensive SMC connector family in a 1.27 mm pitch with hot-swappable variants. These connector versions feature late mate contacts to permit reliable system swapping during operation and/or with applied electric voltage in industrial applications or in cars. With "hot swapping / hot plugging", the electronics are reliably protected by following a defined sequence of signal, ground, or power contacts when mating and unmating of the connector. Thus, when mating for example, it is ensured that a reliable ground connection is established first, before connecting the data lines (first mate - last break). The SMC connector family now satisfies the hot-swap mating requirements with the addition of late mate contacts. Angled male connectors of the two-row connector can be mounted at any position with late mate contacts. This means that developers can enjoy maximum flexibility for individual contact layouts based on the first mate/last break principle. In addition to the hot-swap capability, the SMC connectors offer the familiar advantages such as the proven dual-beam female contact system for reliable and secure connection, even under difficult industrial conditions. The SMC connectors permit efficient and compact board-to-board and wire-to-board connections and are available as versions with 12 to 80 pins. Besides the angled SMT male connectors with late mate contacts, individual contact loading (full or partial) is also possible.

ERNI Electronics The German company ERNI Electronics GmbH & Co. KG, which belongs to the international group of companies ERNI International AG, was founded in 1956 and is headquartered in Adelberg, Germany. ERNI develops and manufactures a wide variety of connectors, backplanes and complete systems, soldering assemblies and cable assemblies. ERNI is a globally active enterprise, with branch offices in Europe, North America and Asia. Further information is available at www.erni.com