350779-1 by TE Connectivity

Overview of 350779-1 by TE Connectivity

The 350779-1 component is a plug housing designed for use with Universal Mate-N-Lok connectors. Classified under Combination Line Connectors, this part is capable of accommodating four positions with a 6.35mm pitch spacing. It is structured to ensure secure and reliable connections in diverse applications. TE Connectivity, the component’s manufacturer, specifies that the plug housing uses a plug and socket connector type, predominantly made from nylon in a natural white color. This product is compliant with major safety and environmental standards including CSA, UL, VDE, REACH, and RoHS.

Highlighting its design, the 350779-1 features a body length of 1.051 inches, a breadth of 0.58 inches, and a depth of 1.079 inches. It supports a wire-to-wire connection style, equipped with options for mounting through latching or locking mechanisms. Temperature resilience is substantial, ranging from -55°C to 105°C, making it adaptable to various environmental conditions. The product also supports a crimp termination type, enhancing its versatility and usability across multiple applications.

Industry Applications for 350779-1

The 350779-1 connector from TE Connectivity, due to its specific features, might be utilized in numerous industries. Some potential applications are conceptual and would require further analysis by engineering and design teams to ensure compliance with industry standards and specific application requirements. Here are several possible uses:

  • Consumer Electronics: This part could potentially be used in the manufacturing of household electronic appliances where secure and simple connections are required. The material and design are conducive to high-use environments.
  • Industrial Automation: In this sector, the robust temperature range and durable housing might make it suitable for automation control systems, potentially contributing to system reliability and maintenance convenience.
  • Computing and Data Storage: Given its capabilities, the 350779-1 might also find relevance in data centers for power supply connections, where stable and reliable connections are critical.
  • Telecommunications: This connector may potentially be applied in telecommunications equipment for internal power and signal distribution tasks.
  • Aerospace and Defense: While not specified for military use, the operational temperature range and component resilience could make it suitable for less critical applications in aerospace and defense, albeit further specifications might be required.

Note that the suggested uses above are hypothetical scenarios that showcase the type of applications possible with the 350779-1.

About TE Connectivity

TE Connectivity is a global leader in connectivity and sensor solutions that are essential in today’s increasingly connected world. They serve customers in various sectors such as automotive, industrial equipment, data transmission systems, aerospace, defense, medical, oil and gas, consumer electronics, and energy.

Within the realm of connectors, TE Connectivity offers a broad array of product types including Combination Line Connectors. The 350779-1 is part of this extensive product range, designed to meet diverse needs in connectivity with reliability and efficiency at the forefront of its design and application possibilities.

Where to Find 350779-1 by TE Connectivity

To procure the 350779-1 plug housing or explore alternative options, visiting findchips.com is advantageous. Here, you can compare real-time prices and stock availability from a wide array of distributors including New Advantage Corporation, Master Electronics, Mouser Electronics, and DigiKey among others. However, for the most current data, checking the website directly is recommended.

Further research for alternate parts can be conducted through the Combination Line Connectors link to identify parts offered by TE Connectivity or other manufacturers that might meet specific requirements.

Compare pricing for 350779-1 and other Combination Line Connectors at findchips.com