Mill-Max is expanding its selection of target connectors in both 0.100" (2.54 mm) and 0.050" (1.27 mm) grid families. Target connectors are used in place of surface-mount (SMT) pads on a printed ciruit board (PCB) as the mating surface for spring-loaded pins. The series include right angle with concave mating face (0.100" grid), through-hole and surface-mount with concave face (0.050" grid), and horizontal surface mount (HSMT) and right angle (0.050" grid) with both flat and concave face options available.

Combining target connectors with spring-loaded connectors on opposing boards can be a simple and convenient solution for making connections between stacked boards or docking stations and devices.

As a complement to their existing 0.100" grid right angle target connectors, Mill-Max is introducing two series featuring targets with concave faces. The single row series is 399-10-1XX-10-007000 and the double row is 499-10-2XX-10-007000; both are for through-hole mounting.

In their 0.050" grid lineup, Mill-Max has added concave face versions of their SMT and through-hole target connectors: 856-10-0XX-10-002000 (single row, through-hole); 856-10-0XX-30-002000 (single row, SMT); 857-10-0XX-10-002000 (double row, through-hole); 857-10-0XX-30-002000 (double row, SMT).

Concave face targets provide additional surface area for mating and can aid in the centering and aligning of components and/or boards fitted with spring-loaded connectors.

Rounding out the lineup of target connectors are right angle and HSMT versions on .050” grid. These connectors provide low profile options for parallel or right angle board mating arrangements. The HSMT version is especially suited for daisy chaining applications such as those found in LED strip lighting assemblies. These connectors are available with both flat and concave face options. The right angle series are 856-10-0XX-20-001000 (flat face) and 856-10-0XX-20-002000 (concave face); the HSMT series are 856-10-0XX-40-001000 (flat face) and 856-10-0XX-40-002000 (concave face).

All the pins are precision-machined and gold-plated for environmental protection, durability, and reliable conductivity. The connector insulators are molded from high temperature plastic suitable for most soldering processes, including RoHS environments. All these products are RoHS compliant.