Cantilever edgecard connectors |
They also boast superior electrical and physical characteristics, and are interchangeable with Sullins' high-profile connectors, without the need to replace motherboards or daughterboards. The PCB mount series' cantilever contacts offer a reliable connection in a wide array of high reliability, or high cycle mother-daughterboard applications requiring the connection of one printed circuit board (motherboard) to 0.062" daughterboards. They are ideal for use in communications systems, medical equipment, instrumentation, and automotive R&D. The high temperature connectors may be confidently specified for such applications as test and burn-in ovens. They are UL94-0 rated and feature selective gold plating or overall gold and a current rating of 3 Amp per pin. They are available in 6/12 through 70/140 dual positions on 0.100" centreline spacing, and with 6/12 through 43/86 dual positions on 0.156" centreline spacing. Supplied with a choice of standard thermoplastic polyester, PA9T, beryllium copper, or phosphor bronze contacts, they boast an insulation resistance of 5000 megohms minimum, and a dielectric withstand voltage of 600 VDC (on 0.100" centreline) and 1800 VDC (on 0.156 centreline). They are designed to provide a consistent insertion/withdrawal force of 8 ounce average insertion and 1 ounce minimum withdrawal force per contact pair. A comprehensive selection of mounting styles, plating, and keying options are available. http://206.71.176.190/files/SullinsPage36-37_100_HP_400_DS_WW_RA_CE_062_093PCB.pdf http://206.71.176.190/files/SullinsPage32-33_100_HP_DS_WW_RA_CE.pdf |
Designed to mate with the plated pads of a 0.062" +/- 0.008" daughterboard, connectors may be ordered to withstand +125, +150, or +175 degrees C continual heat. These double-row connectors are available with either 0.370" or 0.400" wide insulators, and are supplied in right angle, card extender, and straight PC tail configurations, as well as in a large range of sizes to afford maximum design flexibility and manufacturing efficiencies.  |
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