IMSA-13103B-04Y908

IMSA-13103B-02Y909

IMSA-13103B-02Y908

IMSA-11603S-04Y903

IMSA-11603S-20Y901-

IMSA-11603S-04Y901-

IMSA-18021S-05Y912

IMSA-18021S-05Y901

IMSA-18021S-04Y911

IMSA-18021S-04Y910

IMSA-18021S-04Y900

IMSA-12001S-68Y905

IMSA-12001S-60Y905

IMSA-11600S-45Y962

IMSA-11600S-25Y959

IMSA-11600S-15Y961

IMSA-11008S-40Y502

This is a 2.2 mm pitch, vertical connection type FPC-to-Board connector. It is designed for DIP mounting. It features a two-point contact structure that clamps and secures the plug terminals from both sides, improving contact reliability. It incorporates a removable locking mechanism. This product is designed to withstand high-temperature environments up to 125°C. (FPC cable-side connector)

IMSA-11008B-30Y903

This is a 2.2 mm pitch, parallel-connection type FPC-to-Board connector. It supports SMT mounting. When mated with the “11008S” series, it forms a two-point contact structure that clamps and secures the plug terminals from both sides, thereby improving contact reliability. This reduces the risk of momentary disconnections under vibration. The connector features a removable locking mechanism. It is designed to withstand high-temperature environments up to 125°C.

IMSA-10133B-80Y907

10133Bseries is floating Board to Board connector (0.5mm pitch, 2 rows). In addition to IRISO’s unique function “Z-MoveTM”, the contact is designed with 2-point contact. It is expected and designed to be durable under severe vibrating condition. By 0.5mm pitch, 10133B series achieve space saving compared to the conventional 1012* series. Our unique vibration simulation will propose a fixing method that is suitable for your equipment, and will strongly support your design.

IMSA-10133B-80Y906

10133Bseries is floating Board to Board connector (0.5mm pitch, 2 rows). In addition to IRISO’s unique function “Z-MoveTM”, the contact is designed with 2-point contact. It is expected and designed to be durable under severe vibrating condition. By 0.5mm pitch, 10133B series achieve space saving compared to the conventional 1012* series. Our unique vibration simulation will propose a fixing method that is suitable for your equipment, and will strongly support your design.