PO21M-6P-SA-S

PO21M-6P-SA-S is a backplane connector housing manufactured by Amphenol. It is composed of two housing pieces with pins and receptacles securely mounted on the outside of each piece. It is designed to provide an efficient, secure connection between backplanes and other electrical components. It is used in a variety of applications, including communications, IT, and mobile devices. In this article, we will discuss the application fields and working principle of PO21M-6P-SA-S.

PO21M-6P-SA-S is suitable for various types of backplane applications. It is widely used in communications systems such as mobile phones, laptop computers, digital cameras, and satellite systems. It is also widely used in IT systems such as computer networks, server racks, and data centers. In addition, the connector can be used in various types of embedded systems and test & measurement systems. It can also be used in medical devices, industrial automation systems, and military applications.

PO21M-6P-SA-S is designed to securely connect two potentially different electrical systems. The two housing pieces are connected by pins that securely attach to the receptacles on each housing piece. The pins are designed with a standard 2.54mm centerline spacing which ensures a reliable connection between the two components. The pins are securely held in place by plastic nubs, which prevent the pins from slipping out of the receptacle.

The unique design of the PO21M-6P-SA-S connector ensures a reliable and secure connection between two systems. The two housing pieces are sealed using an environmental-resistant “gasket” to ensure that the connection remains intact in challenging ambient conditions. Furthermore, the connector is designed to resist vibrations, harsh temperatures, and other external factors which could affect the signal integrity.

In conclusion, PO21M-6P-SA-S is a robust and reliable backplane connector designed to securely connect two electrical systems. It is widely used in a variety of applications, including communication, IT, and embedded systems, and is capable of resisting various environmental factors. This makes it an ideal choice for a wide variety of applications.