2-1445100-5

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2-1445100-5 connectors are rectangular connectors that are made up of headers and male pins. They are used in a wide variety of applications, ranging from industrial automation to communications equipment and automotive wiring. In some applications, these connectors are used to connect printed circuit boards (PCB) and other circuit elements, while in other cases, they are used to directly interface with wiring systems. In either case, the design of these connectors allows for reliable and secure electrical connections that are resistant to vibration and external impacts.The standard 2-1445100-5 connector is composed of two corresponding parts, the header and the male pin. The header is designed to be mounted onto the PCB, while the male pin is inserted into the header. The male pin features two electrical contacts that are beveled on the outside. This design helps to ensure a secure mechanical connection and electrical contact between the two parts. The header assembly is typically mounted onto the PCB via through-hole soldering, but can also be mounted with surface mount technology (SMT).The working principle of these connectors is based on the combination of physical and electrical contact. The beveled electrical contacts, which are soldered onto the headers, are inserted into the mating male pin contacts. This combination results in a secure electrical connection that is resistant to shocks and vibration, making it suitable for many different applications, including military and avionic applications.In addition to providing reliable electrical connections, the design of 2-1445100-5 also provides great flexibility. The headers and male pins are available in different sizes and configurations that allow for a variety of connection options. This is especially useful in cases where space and layout are critical factors.Overall, 2-1445100-5 connectors are a great choice for a variety of applications, thanks to their reliable mechanical and electrical connections, and flexibility in terms of configuration. They are highly resistant to vibration and external impacts, making them an ideal choice for applications that require these performance attributes.

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