86093967113765NPLF

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

Backplane connectors, such as DIN 41612, are used as a means to connect different PCBs within an electronic system. The DIN 41612 specification covers a wide range of power, signal and versatile connectors, allowing the interconnection of applications such as high-speed control systems, industrial control and military and test instrumentation.

86093967113765NPLF application field and working principle is one type of backplane connectors specified by the DIN 41612 standards. The connector provides high-speed, multifunctional communications for PC, industrial control, communication systems and measurement & analysis / automation applications. It is an up-to-the-minute design for modern electronics technologies which provide higher density, better performance, and greater flexibility at reduced cost from previous generation backplane connectors.

Similar to most backplane connectors, 86093967113765NPLF application field and working principle is an electrical component used to connect with a backplane. It includes a range of electrical contacts, mostly pins or sockets, and an insulating body. These components are available with various numbers of pins, and different contact grounds, such as the typical two-level differential signal ground. The pitch, length, and current capability of the individual contacts vary depending on the application requirements.

The 86093967113765NPLF application field and working principle features a wide range of characteristics, depending on the type of application it is designed for. It can be easily integrated into existing systems, and is constructed from multiple individual pieces for complete connection. This includes the mechanical components, latching devices, insulators, and optionally, gold plating. Its excellent contact grouping and combination assortment allows the design of complex systems with multiple boards, flexible design options, and multiple contact counts for scalability. In addition, the low-profile design of the 86093967113765NPLF application field and working principle ensures compatibility with neighboring components, for easier integration into existing systems.

The 86093967113765NPLF application field and working principle is a versatile solution for low- to high-current and low- to high-voltage interconnections. It is capable of transmitting signals as well as power, as required. It is constructed from quality materials and is designed to deliver reliable electrical performance over long periods of time. It is also designed to be easy to assemble, with plug-and-play capabilities for quicker installation. The optimized design of the 86093967113765NPLF application field and working principle provides good shielding in noisy environments, as well as a high degree of immunity against arcing and voltage gradients.

The 86093967113765NPLF application field and working principle is suitable for a wide range of applications, including distributed control system systems, communication networks, and data processing systems. Its performance is matched by precise engineering, with optimal performance in any environment. It is also compliant with industrial standards, ensuring safety and compatibility with conventional systems.

Overall, the 86093967113765NPLF application field and working principle is an ideal solution for connecting multiple boards and systems in a wide variety of environments. Its plug-and-play design allows interaction with a variety of devices, and its combination of high-speed, low-profile design, and robust construction ensures reliable electrical performance and durability. The 86093967113765NPLF application field and working principle is a powerful solution for interconnection in any environment.

The specific data is subject to PDF, and the above content is for reference