Power connection application, high current compatible, board-to-board connector.
The 7129 series is a high-current board-to-board connector product capable of carrying up to 10A. It is a space-saving product with a mating height of 0.7mm, a depth dimension (short direction) of 2.2mm, and a width dimension (long direction) of 5.64mm. By covering both ends with metal fittings, it prevents damage to the insulator and contacts caused by misalignment during mating, achieving high robustness and smooth engagement. *Please refer to the catalog for more details.*
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basic information
- It is capable of a high current flow of 10A, which is among the best in the industry for smartphone use (*), contributing to reduced battery charging times. (Please refer to the catalog for the circuit board pattern.) (*) Based on our research as of January 2017 for board-to-board connectors used in smartphone battery connections. - By covering the top with a metal fitting, we reinforce the strength that may decrease due to space-saving design and prevent damage caused by misalignment during mating. Additionally, the flat shape covered by the metal fitting enables smooth guiding and facilitates mating. - Space-saving design with a mating height of 0.7mm, depth of 2.2mm, and width of 5.64mm. - Compatible with automatic mounting. Delivered in embossed tape packaging containing 15,000 pieces. - Environmentally friendly, compliant with RoHS directives, and halogen-free. - Contact material: copper alloy. - Insulator material: heat-resistant resin. - Operating temperature range: -40℃ to +85℃.
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Applications/Examples of results
Smartphones, tablet PCs/laptops, wearable devices, digital still cameras/digital video cameras, AV equipment, etc.
Company information
Kyocera offers electronic components that are installed in a wide range of devices, from everyday products like smartphones and wearable devices to industrial equipment. Utilizing cutting-edge technology and maintaining high quality throughout the development and mass production processes, we contribute to the evolution of electronics.
