.8mm x 1.2mm (0.031" x 0.047") Pitch Connector

GCT's range of fine pitch, surface mount .8mm x 1.2mm pitch (0.031" x 0.047" centreline) connectors are available in vertical orientation for parallel PCB stacking applications.

The socket BB060 comes with a locating peg, while the header BB080 offers an optional locating peg.

The .8mm pitch connectors are suitable for high temperature surface mount processing, Available in tape & reel with cap. With an operating temperature of -40°C to + 105°C and a current rating of 0.5 amps.

This range is RoHS and Reach compliant, download all documentation here, including specs, drawings and 3d models.


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  • Pitch
    Distance between connector pin centrelines. For dual row products pitch defines distance between both pins and rows. Note 0.8 x 1.2mm (0.31” x .047”) is the exception to this rule.
  • Gender
    Male headers with exposed pins and female sockets with insulated non-exposed contacts.
  • Mount Type
    Termination method of soldering connector onto PCB.
  • PCB Orientation
    Defines the orientation which a connector sits on the PCB. Vertical (straight) is 90° to the PCB, right angle (horizontal) is 180° to the PCB. Use the appropriate mating connector pairs for parallel, co-planar and right angle PCB mating configuration.
  • Number Of Rows
    Defines PCB connector number of rows. GCT offer single in line (SIL), dual in line (DIL), triple in line (three rows) and quad in line (four rows) options.
  • Elevated?
    Products which achieve a greater space between PCB’s, normally used in parallel PCB stacking applications to achieve a desired height. Elevated headers normally have two insulators, while elevated sockets use an insulator block and modular insulator extenders.
  • Socket Entry Type
    Searches female connectors only and displays whether header pins may enter from above (top entry), from below with appropriate holes in PCB (bottom entry) or from both above and below (dual entry). See drawings for details of PCB layouts required for bottom entry connector mating.
  • Socket Contact Type
    Socket contact type", "Searches female connectors only. Two contact types: ‘Leaf Spring’ and ‘Tuning Fork’, both offer two points of contact with mating header pins. ‘Tuning Fork’ is the lower cost option, with higher insertion and extraction force, suitable only for top entry applications. ‘Leaf Spring’ is lower force contact and suitable for top, bottom & dual entry applications. For higher number of mating cycles choose ‘Leaf Spring’.
  • Locating Peg
    Plastic locating pegs to hold the connector in place during solder process and may provide extra strength post soldering. Also known as plastic post.
  • Profile
    The profile of connectors above the PCB. Vertical connectors denote the stacking profile in parallel PCB applications, right angle connectors denotes height above the PCB.
  • Insulator Colour
    Standard board to board connector range is black, white insulators used for White Lite range for Solid State Lighting (SSL) applications.
  • Header Square Pin Size
    Displays the size of the header square pin/post, as connector pitch reduces sq. post size reduces too, one reason for lower current carrying capability of smaller pitch PCB connectors. Note: Two options in 1.27mm (.050”) pitch. Female sockets clearly state which header square pin size they mate with.
    • 0.30mm2
    • 0.30mm x 0.42mm
    • 0.40mm
    • 0.46mm
    • 0.50mm
    • 0.64mm
    • 1.14mm
    • N/A

Board to Board Connectors - 2 connectors

BB080 - 0.8mm x 1.2mm pitch Header Board to Board Connector

Series: BB080

Product Status: Active
Pitch0.80mm x 1.20mm
Number of Contacts06-100
PCB Mount typeSurface mount
Number of RowsDual
Square Pin Size0.30mm
Insulator ColourBlack
Locating PegOptional locating peg
BB060 - 0.8mm x 1.2mm pitch Socket Board to Board Connector

Series: BB060

Product Status: Active
Pitch0.80mm x 1.20mm
Number of Contacts06-100
PCB Mount typeSurface mount
Number of RowsDual
Square Pin Size0.30mm
Insulator ColourBlack
Entry TypeDual entry
Locating PegWith locating peg

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