Jumpers and shunts are devices used in circuits to close, open or bypass part of the circuit. Jumpers are often used in the design of printed circuit boards such as motherboards, whereas shunts have a wide range of applications, such as in Christmas tree lights where they can bypass faulty bulbs.
How do jumpers and shunts work?
Jumpers work by using pairs of contact points called jumper points to complete the circuit when the jumper sleeve is connected to them, creating another path for the current in a circuit. The jumper is electrically conductive, but usually encased in a plastic block to ensure that the jumper will not cause a short.
Shunts work by creating a low resistance path in the circuit, so that the current may pass around another point. This can be useful when one part of a circuit is defective.
Types of jumpers and shunts
Jumpers and shunts can have differing numbers of contacts and rows, as well as being of varying sizes. The contact material and plating can also differ.
Description:
Insulated Ø2mm jumper plugs in 6mm and 12mm
spacing, with Ø2mm socket connection point built-in to the grip of the jumper. Equipped MC-Multilams on the plugs make a very low contact resistant. Vibration-proof contact that is ideal for testing and ...
Description:
A large variety of connector options, to cover
the majority of board-to-board, bussing and programming requirements. Designed for use with square or round 0.635mm pins with 2.54mm pitchIntergral handle allows for easy insertion and removal.
Description:
A wide range of modular interconnects on the
industry standard 2.54mm (0.1in ) Grid, addressing applications across all industry sectors. Designed for wire to board or board to board connection, including stacking. Low-profile shunts with 2.54 mm spacing, stick of ...
Description:
C-Grid III 90059 series 2.54mm micro shunts with
a low profile design for use with 0.64mm square and round pins. These C-Grid III female micro shunts have UL94V-0 polyester housings and are available with tin or gold plated contacts.
