Wednesday, October 26, 2016
Publication Date: 08/1/2008
Archive >  August 2008 Issue >  New Products > 

High-Density Interconnect from Sullins
Board-to-board connectors.
San Marcos, CA — Sullins Connector Solutions has introduced male and female 0.050-in. (1.27mm) board-to-board connectors engineered for higher signal density in space-constrained applications. Offered in single- and dual-row configurations, and in plated through hole (PTH) and surface mount (SMT) versions, the RoHS-compliant parts may be ordered with straight or right-angle dip-solder terminations.

The connectors are available in specifiable pin lengths, and insulator height options to provide OEMs and assemblers with high level design flexibility and manufacturing efficiencies. The female versions are supplied with high-temperature liquid crystal polymer (LCP) insulators, while the male parts use Nylon 9T insulators. Materials are UL94V-0 rated and withstand high SMT solder-reflow temperatures. Parts are compatible with lead-free RoHS reflow processes up to 260°C peak, and meet the requirements for operating in the temperature range of -40 to +105°C.

The new 0.050-in. centerline parts are specifically engineered for use in a wide range of high-density applications in which board spacing, and total weight needs be minimized. They are commonly used on PC boards in testing and process control, telecommunications, computer, and security systems.

The new male and female headers have a current rating of 1A per contact, and are offered with one row of contacts ranging from 1 to 50 contacts, and in two-row versions with up to 100 contacts. Male devices are provided standard with overall gold flash plated brass contacts, while female parts are supplied with overall gold flash plated phosphor bronze contacts. Dual-row versions may be ordered with or without guideposts. Overall tail lengths are available from 0.050-in. (1.27mm) to 2.500-in. (63.50mm).

Contact: Sullins Electronics, Corp., 801 E. Mission Road, San Marcos, CA 92069 888-774-3100 fax: 760-744-6081 E-mail: Web:

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