compatible 10pin Fischer Cable Connector 103 size 10pin Circular PCB board female connector

Fischer compatible 10pin connector 103 size 10pin Circular PCB board female connector

• Fischer alternative 102 plug with female pins for PCB board
• Half moon style, avoid miss plug
• Plug with female pins, mating with male plug for able connection
• Keying system for connector alignment
• Security of the push-pull self-latching system

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• Medical Electronics
• Test and Laboratary
• Measurement Instrumentation
• Data and Telecom Systems
• Audio and video Applications
• Military and Aerospace
• Industrial Controls
• Nuclear Technology

Ebuddy Technology Co., Ltd. was founded in 2015, is a high-tech enterprise integrating R&D, production and sales. Ebuddy focuses on high precision push-pull connector and cable assembly solutions. The products and services cover Mininature connector(M6-M18), Metal connector, plastic medical connector, waterproof connector, cable assembly , widely used in kinds of harsh environment and applications.

Through good quality, competitive price, stability products and appearance design capabilities, we constantly use advanced technology to meet the diverse needs of customer. At the same time, the company exerts its advantages in the custom cable assembly sulotions, gathers more technology and wisdom power, and constantly develops and innovates, striving to gradually enter the international market by providing competitive customized connector products and cable assembly solutions.

Ebuddy has rich experience in supplying connectors and custom cables to industrial control devices, medical equipments, measuring and inspecting devices,audio & Visual and military equipments. Ebuddy will provide perfect products and services to partners, work together to explore the market, realize customer value, achieve cooperation, and come up with win-win situation.

Ebuddy sincerely looks forward to more new partners to jointly explore the market, let us work together to create a new history and brilliance in the field of connectors.