Molex Right Angle, SMT, Socket- Single Port Type C 3.2 USB Connector

Molex 201267 Series USB Connector, 1 Port, 5A Current Rating - 201267-0005

This USB connector is a surface mount USB C type receptacle designed for efficient connectivity in electronic devices. It features a right angle orientation, facilitating easy integration into compact assemblies, and is rated for a maximum current of 5.0A and a voltage of 30V. This connector is designed to operate effectively within a temperature range of -40°C to +105°C, making it suitable for various environmental conditions.

This USB connector is a surface mount USB C type receptacle designed for efficient connectivity in electronic devices. It features a right angle orientation, facilitating easy integration into compact assemblies, and is rated for a maximum current of 5.0A and a voltage of 30V. This connector is designed to operate effectively within a temperature range of -40°C to +105°C, making it suitable for various environmental conditions.

Features & Benefits

• Compact right angle design allows for efficient space utilisation • High current rating accommodates demanding power applications • Durable copper alloy construction enhances longevity and performance • Reliable solder termination method ensures secure connections • Designed to meet USB 3.2 specifications for high-speed data transfer • Temperature resistant, maintaining performance across extreme conditions

• Compact right angle design allows for efficient space utilisation • High current rating accommodates demanding power applications • Durable copper alloy construction enhances longevity and performance • Reliable solder termination method ensures secure connections • Designed to meet USB 3.2 specifications for high-speed data transfer • Temperature resistant, maintaining performance across extreme conditions

Applications

• Used for connecting devices in automated systems • Utilised in electrical control panels for power distribution • Employed in consumer electronics for robust data transfer • Suitable for integration in mechanical assemblies demanding space efficiency

• Used for connecting devices in automated systems • Utilised in electrical control panels for power distribution • Employed in consumer electronics for robust data transfer • Suitable for integration in mechanical assemblies demanding space efficiency

What ensures the durability of this connector over extended use?

The connector is constructed from copper alloy, providing enhanced robustness and resistance to wear. It is also designed for a high durability cycle, capable of sustaining up to 20,000 plug/unplug cycles without significant degradation.

The connector is constructed from copper alloy, providing enhanced robustness and resistance to wear. It is also designed for a high durability cycle, capable of sustaining up to 20,000 plug/unplug cycles without significant degradation.

How does the design accommodate heat?

This component features a temperature rating of -40°C to +105°C, allowing it to function reliably under varying thermal conditions, ensuring it remains operational in both cold and hot environments.

This component features a temperature rating of -40°C to +105°C, allowing it to function reliably under varying thermal conditions, ensuring it remains operational in both cold and hot environments.

What are the benefits of the right-angle design?

The right angle design facilitates easier installation in tight spaces and allows for more effective routing of cables within compact assemblies, promoting better organisation in electronic setups.

The right angle design facilitates easier installation in tight spaces and allows for more effective routing of cables within compact assemblies, promoting better organisation in electronic setups.

What is the advantage of the solder termination method?

Solder termination provides a robust and stable electrical connection, minimising resistance at the contact points, which is critical for maintaining performance in high-current applications.

Solder termination provides a robust and stable electrical connection, minimising resistance at the contact points, which is critical for maintaining performance in high-current applications.