The ODU CARD connectors are suitable as pluggable contact elements with a medium or high number of contacts. Thanks to the geometrically favourable positioning, they allow a high packing density on the PCBs. ODU CARD connectors are available as square sockets / pin combination. Features: - Detachable connection using pin and female headers - Pin headers with optimal pin tip shape - Female headers for vertical assembly also available with covering foil Some of the pictures are illustrations. Errors and omissions excepted.

ODU CARD Female headers Series 517

ODU CARDContentsFemale headers, Series 517 Chapter

Number codes JODU Meaning Coding A Series 517 = Female headers, pitch 2.54 mm 022 = Vertical assembly, 2-point contact, 023 = Vertical assembly, 2-point contact, 027 = Vertical assembly, with angled soldering lugs, 4-point contact, 1-row B T 028 = Vertical assembly, with angled soldering B lype lugs, 4-point contact, 2-row 032 = Pluggable on one side, insulator 5.08 / 2.8 mm, mating length 6.0 mm, 2-row, straight 033 = Vertical assembly, with cranked soldering 220 = Horizontal assembly, 4-point contact, 1-row 221 = Horizontal assembly, 4-point contact, 2-row 003 = In mating area 0.5 pm Au on...

ODU CARD female headers, Series 517 for pin headers in cross-section 0.64 × 0.64 mm 1-row, for horizontal and vertical assembly, in pitch 2.54 mm Brief description The 1-row female headers are designed for either horizontal or vertical assembly on PCBs, matching the ODU CARD 1-row pin headers with 0.64 × 0.64 mm pins. The contact points of the sockets are selectively goldplated in the mating area. The contacts of the horizontal version have 4 contact points and those of the vertical versions have 2 contact points. The version for vertical assembly is suitable for throughhole assembly and is pluggable...

Female headers, 1-row JODU ODU CARD female headers, Series 517for pin headers in cross-section 0.64 x 0.64 mm1-row, for horizontal and vertical assembly, in pitch 2.54 mm Order information and dimensional table (All dimensions are in mm) PCB layout for horizontal assembly PCB layout for vertical assembly 11 For _ please enter the required surface plating: 003: 0.5 pm Au on Ni (standard) 009: Flash-gold-plated (upon request) Number codes, see page 5. Vertical models with straight or cranked soldering lug are also available with covering foil (solder proof).

3> duC ODU CARD female headers, Series 517for pin headers in cross-section 0.64 x 0.64 mm1-row, for vertical assembly with angled soldering lugsBrief description Female headers, 1-row, in through-hole version with 2.54-mm pitch, matching ODU CARD pin headers. The soldering lugs are angled, the solder hole is next to the mating hole. The advantages of this female header model are: - No manual soldering because these connectors can be soldered together with other components in the splash bath. - No covering the female contacts because they are not moistened by the rising solder. - Special holes...

ODU CARD female headers, Series 517 for pin headers in cross-section 0.64 × 0.64 mm 1-row, for vertical assembly with angled soldering lugs Order information and dimensional table (All dimensions are in mm) For _ please enter the required surface plating: 003: 0.5 μm Au on Ni (standard) 009: Flash-gold-plated (upon request) 035: 0.75 μm Au on Ni (upon request) Number codes, see page 5.

ODU CARD female headers, Series 517 for pin headers in cross-section 0.64 × 0.64 mm 1-row, for vertical assembly with cranked soldering lugs, in soldering pitch 2.54 mm Brief description Female headers, 1-row, are manufactured for PCBs that require the pitch 2.54 mm. The soldering lugs are cranked to this dimension. They match the ODU CARD pin headers, 1-row, with pins with a cross-section of 0.64 × 0.64 mm. The contact points of the sockets are selectively gold-plated and the soldering lugs are tin-plated. Technical data Mechanical specification Operating temperature: – 55 °C to +125 °C 93%...

ODU CARD female headers, Series 517 for pin headers in cross-section 0.64 × 0.64 mm 1-row, for vertical assembly with cranked soldering lugs, in soldering pitch 2.54 mm Order information and dimensional table (All dimensions are in mm) For _ please enter the required surface plating: 003: 0.5 μm Au on Ni (standard) 009: Flash-gold-plated (upon request) 035: 0.75 μm Au on Ni (upon request) Number codes, see page 5. Vertical models with straight or cranked soldering lugs are also available with covering foil (solder proof).

ODU CARD female headers, Series 517 for pin headers in cross-section 0.64 × 0.64 mm 2-row, for horizontal and vertical assembly, in pitch 2.54 mm Brief description The 2-row female headers, which have been designed for either horizontal or vertical assembly on PCBs, match the 2-row ODU CARD pin headers with 0.64 × 0.64 mm pins. The contact points of the sockets are selectively goldplated in the mating area. The contacts of the horizontal model have 4 contact points, and those of the vertical have 2 contact points. The version for vertical assembly is suitable for throughhole assembly and is pluggable...

3> duC ODU CARD female headers, Series 517for pin headers in cross-section 0.64 x 0.64 mm2-row, for horizontal and vertical assembly, in pitch 2.54 mmOrder information and dimensional table(All dimensions are in mm) PCB layout for horizontal assemblyNumber of Part number 11 Horizontal installation Vertical installation PCB layout for vertical assemby For non-through-hole For through-hole design design 11 For _ please enter the required surface plating: 009: Flash-gold-plated (upon request) Number codes, see page 5. Vertical models with straight or cranked soldering lugs are also available with...

3> duC ODU CARD female headers, Series 517 for pin headers in cross-section 0.64 x 0.64 mm2-row, for vertical assembly with angled soldering lugsBrief description Female headers, 2-row, in through-hole design with a 2.54-mm pitch, matching the ODU CARD pin headers. The soldering lugs are angled, the solder hole is next to the mating hole. The advantages of this female header model are: - No manual soldering because these connectors can be soldered together with other components in the splash bath. - No covering the sockets contacts because they are not moistened by the rising solder. - Special...