Overview of 1565917-4 by TE Connectivity
The 1565917-4 by TE Connectivity is a memory socket designed for SO-DIMM 200-position interfaces, making it an essential component in the realm of computing hardware. This specific model, falling under the product range of the 1565917 series, showcases a connector type of SO-DIMM socket with 200 contacts. The construction utilizes a copper alloy for the contacts, further enhanced with gold-plated finishes to ensure reliable electrical conductivity and resistance to corrosion. This part is recognized for its compliance with RoHS standards, denoting its adherence to environmental and safety regulations regarding hazardous substances.
This memory socket employs a cam-in locking mechanism for the insert and eject process, ensuring a secure attachment of the memory module to the motherboard. With a design centered on ease of use, durability, and reliable connection, it’s tailored for applications requiring a compact, high-density memory solution. Key physical attributes include dimensions reflecting its slim profile and right-angle mounting style, suited for space-restricted environments. Moreover, the socket’s black insulator is fabricated from polyethylene, presenting a robust framework for prolonged use.
Industry Applications for 1565917-4
The broad utility of the 1565917-4 extends across various industries, with its primary alignment towards computing and data storage solutions. Below are key sectors and examples where this part could potentially find applications:
- Computing and Data Storage: Given its design for SO-DIMM interfaces, this component is quintessential for laptops, compact desktops, and servers requiring scalable memory options. The high contact density and right-angle orientation offer flexibility in design for space-constrained hardware.
- Consumer Electronics: Devices such as ultra-portable PCs, high-performance gaming consoles, and other sophisticated electronics that demand robust and compact memory solutions could utilize such sockets for memory expansion.
- Telecommunications: Networking hardware, including routers, switches, and other infrastructure that facilitates data transmission, could incorporate this part for buffering and process acceleration purposes.
- Industrial Automation: In applications requiring data loggers, PLCs, and control systems, the 1565917-4 can offer a reliable memory interface, ensuring seamless operations and data management capabilities within harsh industrial environments.
It’s imperative for engineering and design teams to analyze and verify the compatibility and suitability of the 1565917-4 for their specific applications, considering the product’s properties and electrical specifications.
About TE Connectivity
TE Connectivity is a global leader in the design and manufacturing of connectors and sensors, with a strong portfolio that includes a wide range of Headers and Edge Type Connectors. Known for its innovation and quality, TE Connectivity provides cutting-edge solutions for a myriad of industries, from automotive to aerospace, healthcare, and consumer electronics. The 1565917-4 is just one example of TE Connectivity’s commitment to developing reliable and high-performance electrical components. TE Connectivity’s parts, including the 1565917-4, are designed with meticulous attention to detail, ensuring they meet the rigorous standards required by manufacturers and engineers across various fields.
Where to Find 1565917-4 by TE Connectivity
To source the 1565917-4, findchips.com is a powerful resource, offering up-to-date inventory status, pricing from various distributors, and detailed part information. This platform allows you to compare options and make an informed purchasing decision. For alternate parts to 1565917-4, one might also explore the comprehensive listing of Headers and Edge Type Connectors offered by TE Connectivity and other manufacturers on FindChips. Historically, distributors like Master Electronics, Avnet, Digi-Key, and Mouser Electronics have been known to stock the 1565917-4. However, for the most accurate and current stock levels, pricing, and possible alternative solutions, visiting FindChips directly is highly recommended.