Overview of 22-23-2061 by Molex
The 22-23-2061 by Molex stands as a male, straight, board connector with a pitch of 2.54mm, designed for signal, wire-to-board connections. This component is part of the KK 254 6373 series, featuring six contacts in one row and employing through-hole straight contact termination. Its white insulator and lead-free construction signal its compliance with current environmental standards, notably RoHS. The connector system emphasizes ease of use in physical design elements, such as a friction lock to ensure secure connections and a receptacle build that prioritizes reliable linkage.
Molex has designed the 22-23-2061 to meet demanding performance standards, offering features like a matte tin over nickel contact finish termination and brass contact material for durability and good conductivity. It showcases an insulation resistance of 1,000,000,000 Ω and a contact resistance of 10 mΩ, indicating highly reliable electrical performance. Additionally, its polyamide insulator and a UL 94V-0 flammability code rating further attest to its safety and quality. This part’s dimensions, including a body length of 0.594 inches and a terminal pitch of 2.54 mm, make it a versatile choice for a variety of board layouts.
Industry Applications for 22-23-2061
The 22-23-2061 connector may find a potential role in a wide range of industry applications. While specific use cases would require validation by engineering and design teams for compliance and suitability, here are some conceivable applications:
- Consumer Electronics: Given its electrical characteristics and compact size, the 22-23-2061 could potentially be utilized in devices such as home entertainment systems, computing equipment, and portable electronic devices where reliable signal connections are crucial.
- Renewable Energy Systems: In renewable energy applications, such as solar panel arrays or wind turbine controls, the requirement for reliable wire-to-board connectors that can withstand various environmental conditions potentially aligns with the specifications of the 22-23-2061.
- Industrial Automation: The durable design and locking feature of this connector might suit it for use in industrial control systems and automation equipment, where connections must remain secure in the face of vibration and other mechanical stresses.
- Communication Equipment: Its reliable signal transfer capabilities could possibly extend to telecommunication infrastructures, including routers, switches, and base stations, where consistent performance is key.
Note that these possible industry applications are conceptual and necessitate thorough analysis and verification by specialized design teams to ensure adherence to specific standards and application requirements.
About Molex
Molex is a globally recognized leader in the field of electronic connectors, including the category of Headers and Edge Type Connectors. Known for its innovation, the company manufactures a diverse range of connectors to meet the vast spectrum of requirements across industries. The 22-23-2061 is a prime example of Molex’s commitment to providing high-quality, reliable components that engineers and designers can depend on. Molex’s portfolio spans a broad array of products designed for signal, power, and data applications, with each component engineered to provide secure connections in a wide range of environmental conditions.
Where to Find 22-23-2061 by Molex
For those interested in procuring the 22-23-2061 connector or exploring alternative parts, Findchips.com offers a comprehensive platform to check current stock levels, pricing, and availability from multiple distributors. To find Headers and Edge Type Connectors including other offerings by Molex or different manufacturers, Findchips.com is an essential resource.
Historically, the part has been available at distributors such as TestEquity LLC, Master Electronics, Component Electronics, Inc., and Avnet Asia, among others. However, the inventory at these or any other distributors fluctuates regularly. Therefore, for the most accurate and up-to-date information, it is recommended to utilize Findchips.com.