Overview of 1658614-2 by TE Connectivity
The 1658614-2 is a 25-position high density female D sub connector from TE Connectivity’s Amplimite HDF-20 series. This RoHS compliant receptacle is designed with a plastic body and operates with an IDC/IDT contact termination type. It features a DB shell size and is notable for its compliance with environmental and regulatory standards, such as Pb-free and Reach compliance. The connector is ideally suited for applications requiring compact, reliable connections with a robust design for handling multiple mating cycles.
This component has a wide operating temperature range from -55 °C to 105 °C, catering to various demanding environments. Additionally, the connector supports a mating contact pitch of 0.109 inch and provides an insulation resistance of 5000000000 Ω, ensuring excellent separation and performance under electrical stresses. With its staggered contact pattern and options for threaded mounting, the 1658614-2 offers flexibility in design and ease of integration into various systems.
Industry Applications for 1658614-2
The 1658614-2 connector might serve a variety of industries due to its versatile features and specifications. Here are some potential industries and applications:
- Computing and Data Storage: This connector could potentially be used for connections within servers, storage arrays, or networking equipment due to its high insulation resistance and robust design capable of withstanding environmental variability and electronic interference.
- Telecommunications: In telecom infrastructures, this type of connector might be used in routers, switches, and base stations where high-density connections and reliable data transmission are crucial. The contact design and rated current specification of 1.25 A make it suitable for low to moderate current applications.
- Consumer Electronics: It could be applicable in consumer devices like gaming consoles and home entertainment systems, where space is at a premium and reliable connectivity is essential. The small form factor and high contact density are particularly beneficial in compact electronic assemblies.
- Industrial Automation: This connector might find applications in control systems and industrial equipment, where durable and stable connections are necessary for consistent operations over a wide range of temperatures and conditions.
Note that these potential industry applications are only conceptual/illustrative and require analysis and verification by engineering and design teams for adherence to industry standards and specific application requirements.
About TE Connectivity
TE Connectivity is a global leader in connectivity and sensor solutions. Known for their innovation and quality, TE Connectivity’s products are used in a wide variety of industries. In the realm of D Type Connectors, TE Connectivity offers a broad range of solutions that include the Amplimite series, among others. As such, they provide connectors that serve critical applications in diverse sectors spanning automotive, telecommunications, industrial applications, and consumer electronics.
The 1658614-2 is just one example of TE Connectivity’s commitment to delivering high-quality, reliable products. Their comprehensive lineup of connectors illustrates their capacity to meet varied industry requirements, enhancing connections and functionality across many platforms.
Where to Find 1658614-2 by TE Connectivity
To purchase the 1658614-2 connector, or to find alternate parts, one can refer to findchips.com. On the website, you can assess stock levels, compare pricing, and review specifications from various distributors. Historically, this part has been available from distributors such as Mouser Electronics, DigiKey, Heilind Electronics, and Future Electronics, though current availability can only be confirmed through an up-to-date search on findchips.com.
For further options, one might also explore other D Type Connectors that might be offered by TE Connectivity or other manufacturers, ensuring a broad selection to meet specific requirements and preferences.