2024-07-10
Compatible/Replacement HRS|Hirose|Hirose|Hirose Connectors|FH34SRJ-11S-0.5SH FPC/FFC Connector is a: 0.5mm pitch, 1.0mm height, top and bottom contact backflip FPC/FFC connector; its main features and
2024-07-10
Compatible/Replacement HRS|Hirose|Hirose|Hirose Connectors|FH34SRJ-26S-0.5SH FPC/FFC Connector is a: 0.5mm pitch, 1.0mm height, top and bottom contact backflip type FPC/FFC connector; its main feature...
2024-07-10
Compatible/Replacement HRS|Hirose|Hirose|Hirose Connectors|HRS|DF14/14A-8P-1.25H Low Proffle Crimp Connector is a 1.25 mm pitch, low-proffle crimp connector; its main features and benefits are
2024-07-10
Compatible/Replacement Japan Crimp Terminal|JST|Japan Crimp Terminal Connector|22FLZ-RSM2-TB|FFC/FPC Connector is a compact design with a package height of 2.0mm and a pitch of 0.5mm using a Z-type co...
2024-07-10
Compatible/Replacement Japan Crimp Terminal |JST|Japan Crimp Terminal Connector|22FLZ-SM2-TB|FFC/FPC Connector is a compact design with a package height of 2.0mm and a pitch of 0.5mm that utilizes a Z...
2024-07-10
Compatible / Replacement HRS|Hirose|Hirose|Hirose Connectors|FH52K-80S-0.5SH(05)|FPC/FFC Connector is a: 0.5mm/1mm Pitch 2mm Height 125℃ Heat Resistant FPC/FFC Connector; Its...
2024-07-10
Compatible/Replacement HRS|Hirose|Hirose|Hirose Connectors|FH52E-50S-0.5SHFPC/FFC Connector is a: 0.5mm/1.0mm Pitch, 2.0mm Height, Bottom Contact, Front Flip-Flop, FPC/FFC Connection
2024-07-10
Compatible/Replacement Japan Crimp Terminal|JST|Japan Crimp Terminal Connector|21FLZ-RSM2-TB|FFC/FPC Connector is a compact design with a package height of 2.0mm and a pitch of 0.5mm using a Z-type co...
2024-07-10
Compatible/Replacement Japan Crimp Terminal|JST|Japan Crimp Terminal Connector|19FLZ-RSM2-TB|FFC/FPC Connector is a compact design with a package height of 2.0mm and a pitch of 0.5mm using a Z-type co...
2024-07-10
Compatible / Replacement Japan Crimp Terminal |JST|Japan Crimp Terminal Connector |23FLZ-SM2-TB|FFC/FPC connector is a: package height of 2.0mm, pitch 0.5mm compact design using ZI can effectively imp...
