Surface Mount Test Points

Ultra-low profile design, suited for advanced surface-mount printed circuit board applications

Keystone Electronics' Surface Mount Test PointsKeystone Electronics has developed both miniature and compact surface-mount test points, supplied on tape and reel, for easy convenient handling and use.

The Micro-Miniature Test Points are manufactured using silver-plated, .010 in. [0.25 mm] thick Phosphor Bronze, and are supplied on an 8 mm wide, 4 mm pitch, conductive polycarbonate tape that meets ANSI/EIA-481 standards.

The Compact and Miniature Test Points are manufactured using silver-plated, .015 in. [0.38 mm] thick Phosphor Bronze, and are supplied on a 12 mm wide, 4 mm pitch, conductive polycarbonate tape that meets ANSI/EIA-481 standards.

Keystone’s surface-mount test points feature an ultra-low profile design, ideally suited for advanced surface-mount printed circuit board applications. Designed and manufactured using flat wire, which provides a large mounting surface area, strength, and durability, these contacts simplify testing on dense SMT circuit boards and are ideal for use with miniature probes, clips, and hooks.

Surface Mount Test Points

ImageManufacturer Part NumberDescriptionHeightAvailable QuantityPrice
PC TEST POINT MINIATURE5015PC TEST POINT MINIATURE0.060" (1.52mm)390415 - Immediate
1901000 - Factory Stock
$3.95View Details
PC TEST POINT COMPACT5016PC TEST POINT COMPACT0.090" (2.29mm)381859 - Immediate$3.70View Details
PC TEST POINT MINIATURE5017PC TEST POINT MINIATURE0.060" (1.52mm)216196 - Immediate
1210000 - Factory Stock
$3.95View Details
PC TEST POINT COMPACT5018PC TEST POINT COMPACT0.090" (2.29mm)116013 - Immediate
55000 - Factory Stock
$3.62View Details
PC TEST POINT MINIATURE5019PC TEST POINT MINIATURE0.090" (2.29mm)256459 - Immediate$3.05View Details
PC TEST POINT MINIATURE5027PC TEST POINT MINIATURE0.120" (3.05mm)71243 - Immediate$3.95View Details
PC TEST POINT MINIATURE5029PC TEST POINT MINIATURE0.090" (2.29mm)167468 - Immediate
245000 - Factory Stock
$2.96View Details
Published: 2013-07-02