Backplanes & Motherboards

Nut Plates, Double-Sided This series of nut plates is designed to give technicians the ability to fine-tune the backplane to the requirements of their system. Each hole is a through-hole and the connector can be wired to series B as OV to prevent cross-talk on series A and B. The power supply is via M3 screws or 6.3 mm Faston connectors. The voltage supply to pins 1, 2, 31 and 32 is via 2.54 mm bridges. Series A, B and C can be connected using connecting strips in order to be able to supply one series with the same voltage. The end of these connecting strips is then inserted into a through-hole where this voltage is available. Backplane bare — please order connectors separately. Technical specifications Board Basismaterial Glasfaserepoxyd durchkontaktiert, Lötstopplack Thickness: 1.6 mm Plug connector: 96//96 DIN 41612 Bauform C Stock no. Connector Raster Number of slots Maße B ´ L 110-2523 20.32 21 128.6 ´ 420.8 110-2539 20.32 10 128.6 ´ 197.3

Single-Sided Eurocard Backplanes A 64-way single-sided Eurocard backplane suitable for use with 64//96 (a/c) DIN 41612 indirect edge connectors, in conjunction with Eurocard sub-racks to DIN 41494, e.g. the RS eurocard sub-rack system (except 4HP and 10HP card fronts).,Dimensions: Height 3U. Width 84HP. Pitch 0.6 in (15.24 mm). Lines 1, 2, 31 and 32 (a and c) are fully bussed for 3 rail and 0V power distribution.The absence of a grounding plane makes this backplane ideal for slow-speed non critical applications.,Mounting arrangements onto the RS sub-rack system is as depicted for the double-sided type Supplied with 2 insulated mounted strips PC / VME Bus Boards PC Compatible Prototyping Boards Prototyping boards manufactured from epoxy glass material to BS 4584 part 3 or 16. Card thickness is 1.6 mm. Copper is 305 g/m (1 oz/ft). Edge connector fingers are gold plated to a thickness of 1.5 microns. 1.0 mm (0.040 in.). Diameter holes are pre-drilled on a 2.54 mm (0.1 in.) matrix. Microboard Pattern Incorporates, on the component side of the card, a colander ground plane for maximum screening and glitch free high speed operation, and complete solder mask protection.

Eurocard Backplanes, Double-Sided Double sided backplanes 3U high with pth for high reliability which will accept DIN41612 connectors. Suitable for use with subracks to IEC297-3. 96//96-way suitable for high speed logic systems where screening is required between each signal line. Can also be used for slower applications with a maximum of 84 seperate signal lines by breaking the 0V commoning line in the end position Supplied with 2 insulated mounting strips PC / VME Bus Boards PC Compatible Prototyping Boards Prototyping boards manufactured from epoxy glass material to BS 4584 part 3 or 16. Card thickness is 1.6 mm. Copper is 305 g/m (1 oz/ft). Edge connector fingers are gold plated to a thickness of 1.5 microns. 1.0 mm (0.040 in.). Diameter holes are pre-drilled on a 2.54 mm (0.1 in.) matrix. Microboard Pattern Incorporates, on the component side of the card, a colander ground plane for maximum screening and glitch free high speed operation, and complete solder mask protection.

Nut Plates, Double-Sided This series of nut plates is designed to give technicians the ability to fine-tune the backplane to the requirements of their system. Each hole is a through-hole and the connector can be wired to series B as OV to prevent cross-talk on series A and B. The power supply is via M3 screws or 6.3 mm Faston connectors. The voltage supply to pins 1, 2, 31 and 32 is via 2.54 mm bridges. Series A, B and C can be connected using connecting strips in order to be able to supply one series with the same voltage. The end of these connecting strips is then inserted into a through-hole where this voltage is available. Backplane bare — please order connectors separately. Technical specifications Board Basismaterial Glasfaserepoxyd durchkontaktiert, Lötstopplack Thickness: 1.6 mm Plug connector: 96//96 DIN 41612 Bauform C Stock no. Connector Raster Number of slots Maße B ´ L 110-2523 20.32 21 128.6 ´ 420.8 110-2539 20.32 10 128.6 ´ 197.3