ULH connector with Flange TypeThis SMT connector that achieves the world's smallest class connector height of 3.5 mm as a crimped specification while having performance that meets the in-vehicle standards USCAR-2 and LV214. This type that can insert by mechanical pushing with flat surface on both ends of female connector.
ULH connector Right Angle Down TypeThis SMT connector that achieves the world's smallest class connector height of 3.5 mm as a crimped specification while having performance that meets the in-vehicle standards USCAR-2 and LV214. (Contact JST for details)
JSRC connector0.64 mm wire-to-unit connector with rigid design and spring lock mechanism. Spring force prevents incomplete mating during the mating process and keeps constant rigid connection between unit and female connector
VH connector (Quick-connect type)Quick-connect type for use with solid wire can be successfully utilized in a wide range of applications. Wire harness assembly can be conveniently performed on-site by simply inserting stripped solid wire into the connector housing. This operation is ideal for making on-the-spot electrical connections at the worksite.
RGX connectorWith an in-unit connection, the RGX series is offered as both a signal type and a hybrid type drawer connector with combined signal and power lines. Misalignment is absorbed between units with exceptional durability against repeated insertion and withdrawal forces. The two-point contact structure significantly improves contact reliability.
MLH connectorUltra-miniaturized connection system for automotive usage
ZOM connectorThis is a small-sized, wire-to-wire, single row connector at 1.5mm pitch. It is not only compact for applications with limited space, but also provides a clear mating and locking sensation upon connecting the plug and receptacle. In addition, the ZOM series comes with low-insertion force contacts which can improve operability when mating and unmating the connector.
PICO-H® connectorMiniaturized 0.5mm & 1.2mm Hybrid SMT Connector System for automotive applications.