2024-12-12
Hirose Electric Co Ltd's FH34SRJ series connectors are high-performance FFC/FPC (flat flexible) interconnect assemblies designed for high-density electronic devices.
2024-12-12
Hirose Electric Co Ltd's FH34SRJ series of FFC/FPC (Flat Flexible) connectors provide reliable interconnect solutions for modern electronic devices with their high performance and miniaturized design.
2024-12-11
The Molex KK 254 series of rectangular connectors is known for its high quality and reliability. The 0022013027 model is a 2-pin receptacle housing designed to meet a wide range of PCB interconnect re...
2024-12-11
The FFC/FPC connector from Hirose Electric Co Ltd is a high-performance surface mount right-angle connector with a 5-pin design and a pitch of 0.50 mm. The contacts are designed for top and bottom con...
2024-12-11
FH34SRJ-4S-0.5SH(50) is a high-performance FFC/FPC connector manufactured by Hirose Electric Co Ltd and designed for precision electronic devices. This connector is a surface mount, right-angle mounti...
2024-12-09
The I-PEX 20539-026E-01 connector is a 0.5mm pitch FPC/FFC connector with an auto-locking feature, designed for application scenarios requiring efficient and reliable connections.
2024-12-09
The I-PEX 20539-022E-01 connector is a 0.5mm pitch FPC/FFC connector with an auto-locking feature, designed for application scenarios requiring efficient and reliable connections.
2024-12-09
The I-PEX 20720-015E-02 connector is a self-locking FFC/FPC connector that supports high temperature (105°C) and high speed transmission. Its 0.5 mm pitch design for compact arrangement is compatible ...
2024-12-09
The I-PEX 20647-068E-01 connector features a rugged design and is equipped with a retention feature for a variety of FPC/FFC connection needs. With a height of 2.55 mm, it features a 0.5 mm pitch and ...
2024-12-09
The EVAFLEX® 5-SE VT Series is a 0.5mm pitch FPC/FFC connector with auto-locking function, designed for applications requiring efficient and reliable connections. It supports unshielded FPC/FFC and is...
