Molex 217179 Series USB C Connector, 1.25A Current Rating, Right Angle Orientation - 217179-0001
This USB C connector is a high-quality PCB mount USB connector, designed to provide reliable connectivity in various applications. With a right-angled orientation and a robust female configuration, this connector is suitable for environments where space is limited. It features a surface mount design and supports USB 2.0 specifications, ensuring compatibility with a wide range of devices. This versatile component operates within a temperature range of -40°C to +85°C, making it adaptable for diverse settings.
Features & Benefits
• Right-angled orientation saves space in tight installations
• Durable design withstands up to 10,000 mating cycles
• Supports high current up to 1.25A for efficient performance
• Full shield design minimises interference for stable connections
• Gold plating enhances conductivity and prevents corrosion
• Supports surface mount style for easy PCB assembly
Applications
• Used with automation systems requiring reliable data transfer
• Utilised in electronic devices needing compact connectivity solutions
• Ideal for wearables where space and durability are crucial
• Commonly found in robotics for high-density board layouts
• Employed in communication devices for stable signal integrity
What is the maximum voltage this connector can handle?
The connector is rated for a maximum voltage of 30V AC/DC, ensuring safe operation in various applications.
How does the connector ensure a secure connection to the PCB?
It features a PCB locator and retention mechanism, providing a stable and secure attachment to the circuit board, preventing accidental disconnection.
What type of cabling is recommended for optimal performance?
It is best utilised with USB Type C plugs and cables for seamless connections and compatibility with modern devices.
What materials are used in this connector to enhance durability?
The connector utilises a copper alloy for the contacts, with nylon for the resin, ensuring longevity and resistance to wear over time.