Overview of 1445022-4 by TE Connectivity
The part 1445022-4 is a plug and socket housing component from TE Connectivity, specifically designed for the Micro Mate-N-Lok Series. Classified under the subcategory of Combination Line Connectors, this receptacle houses 4 positions and offers a pitch spacing of 3mm. 1445022-4 is constructed from durable nylon, providing a robust physical backbone suitable for various electrical applications requiring a reliable connection. This part’s receptacle configuration supports its use with Micro Mate-N-Lok Series socket contacts, emphasizing its suitability for fine-pitch applications.
The dimensions of 1445022-4 include a body breadth of 0.207 inches, depth of 0.553 inches, and a length of 0.512 inches, making it compact yet capable of accomplishing significant electrical tasks. Its operating temperature ranges from -40°C to 105°C, allowing usage in various environmental conditions. 1445022-4 is recognized for its compliance with RoHS and REACH, ensuring it meets specific environmental standards for hazardous substances. Additionally, with reference standards such as UL, it underpins a general-purpose option suitable across numerous non-specialized applications.
Industry Applications for 1445022-4
The 1445022-4 connector, due to its design and specifications, might be suitable for deployment in a variety of industries. Here are some potential use cases:
- Consumer Electronics: Could potentially be used in personal computers, gaming consoles, or peripheral devices where compact and reliable connections are necessary. The nylon housing and secure crimp termination make it an excellent choice for internal power or signal connections that require durability and resistance to thermal stress.
- Telecommunications: Might find use in networking infrastructure equipment where space-efficient and secure connections are needed. As telecommunication setups often require reliable performance under fluctuating temperatures, the wide operating temperature range of the 1445022-4 could be beneficial.
- Industrial Automation: Possibly used in automated manufacturing equipment where precision connections are integral. The robust design and secure locking features could help prevent disconnections due to vibration or incidental contact.
- Computing and Data Storage: Could be applied in servers and storage devices where consistent and reliable connections are crucial for system integrity and data security. The UL flammability code rating ensures safety in environments with potential electrical hazards.
Please note, these potential industry applications are purely illustrative and require rigorous verification by engineering teams to ensure conformity with specific industrial standards and application nuances.
About TE Connectivity
TE Connectivity is a prominent technology company that specializes in the manufacturing and engineering of connectivity and sensor solutions across a wide range of industries. Within the realm of electronic components, TE Connectivity is notably proficient in producing various types of connectors, including Combination Line Connectors like the 1445022-4. Their products are widely recognized for innovation and reliability, making TE a preferred manufacturer for applications demanding high performance and consistent quality. TE Connectivity’s expansive range of connectors is suitable for addressing the diverse needs of electronic applications, emphasizing versatility and customization.
Where to Find 1445022-4 by TE Connectivity
For engineers and procurement specialists interested in purchasing the 1445022-4, it is advisable to research the current availability and pricing on findchips.com. By exploring the offerings under the Combination Line Connectors subcategory, one can also find alternative parts from TE Connectivity and other manufacturers. Historically, distributors such as DigiKey, Mouser Electronics, and RS have stocked this part. However, for the most accurate and up-to-date information, checking FindChips directly will provide real-time stock levels and competitive pricing.