Overview of 2-1462039-9 by TE Connectivity
The 2-1462039-9 is part of the IM Series relays from TE Connectivity, specifically designed for telecommunications applications. This component is a dual-pole, dual-throw (DPDT) signal relay capable of handling 2A current at both 250V AC and has a coil voltage specification of 5V DC. Its robust design includes surface mount (SMD) technology and non-latching coil features, making it suitable for high-density mounting and quick switching applications. The relay is tailored for efficient performance with a maximum coil current of 0.01 A and an operating voltage range minimizing power consumption.
The relay offers high reliability and durability, evidenced by its ability to support an electrical life cycle of up to 100,000 cycles and features both RoHS and REACH compliance, ensuring it meets the current environmental and safety standards. Moreover, its enclosure design includes IP67 rating, confirming its effectiveness in dust and water-resistant applications. The use of high-quality materials like lead ruthenium for the contact material and gold for the terminal finish enhances its conductivity and reduces potential contact resistance.
Industry Applications for 2-1462039-9
The 2-1462039-9 relay, given its design and specifications, potentially fits into several key industries where high reliability and precise control are necessary. The following are illustrative examples of how these might serve various sectors:
- Telecommunications: This relay is specifically designed for telecom applications which might include switching and signal routing in communication equipment where reliable performance and quick response times are critical.
- Consumer Electronics: Its high switching capability and small form factor could potentially make it suitable for audio-visual equipment and other portable electronics requiring compact, reliable relays.
- Industrial Automation: The durable and robust design possibly enables the relay to be used in industrial control systems, helping to manage and automate complex operations in harsh environments.
- Computing and Data Storage: The high dielectric strength and reliability might make the relay a candidate for managing power distribution and signal control in servers, networking gear, and storage units.
- Aerospace and Defense: Although contingent on specific requirements and standards, its high isolation, VSWR, and consistent performance over broad frequency ranges could suggest potential uses in aerospace applications where precision and durability are paramount.
It is essential to note that these potential industry applications are only conceptual/illustrative and require thorough validation 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 that are essential in today’s increasingly connected world. TE Connectivity has a prominent role in the RF Relays market, designing and manufacturing high-performance relays that accommodate a wide range of applications including telecommunications, automotive, and aerospace industries. Their RF relays, including models like the 2-1462039-9, are well-regarded for their reliability and performance, enhancing device functionality while meeting stringent industry standards. TE Connectivity’s broad portfolio of relays highlights their emphasis on innovation and responsiveness to technological and market changes.
Where to Find 2-1462039-9 by TE Connectivity
Prospective buyers should consider using findchips.com to locate and purchase the 2-1462039-9. The website offers comprehensive listings and helps in comparing pricing and availability across various suppliers. For alternative options, customers can search among other RF Relays that might be offered by TE Connectivity or other manufacturers. Historically, this part has been stocked by distributors such as New Advantage Corporation, LCSC, DigiKey, and Newark; however, current availability and pricing must be confirmed directly on findchips.com.