2198265-2

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Backplane connectors are designed to provide an efficient and reliable connection between the backplane and any other component in a system. Connectors come in many forms and are used to accommodate the physical and electrical demands of various industries. The 2198265-2 backplane connector is designed specifically for use in medical imaging and diagnostic equipment. This type of connector is a high-performance, flexible, and integrated assembly that is designed to provide fast, reliable, and safe connection between the backplane and various lens, camera, and imaging components.

In order to meet the strict requirements of medical imaging and diagnostic equipment, the 2198265-2 backplane connector has a number of important features. It is constructed using high quality electrical components, such as oxygen-free copper contacts, as well as a high temperature, shock, and vibration-resistant housing. The connector is designed to operate in temperatures from -20 °C to +100 °C. The housing is also designed to provide physical protection to the components it connects, as well as providing an EMI/RFI shield.

The 2198265-2 is designed to work in high-performance and high data throughput applications. It has the ability to transfer data at speeds up to 25 Gbits/s with low signal reflections. It also features a high crosstalk cancellation of 28 dB. This connector also offers high performance in applications that require high mechanical stability. Its screwless design makes the connector easy to install and reliable and robust over its lifetime.

The 2198265-2 backplane connector’s working principle is based on two primary components. The first is the electrical contact that connects all the components in the system, such as the camera, lens, and sensor. The contact is designed to provide fast, reliable, and safe conductivity with minimal signal reflection. The second component is the mechanical interface that forms the connection between the connector and the system. This interface consists of a number of components, such as the screws, clasp and latch arms, and the latch recess.

The screws, clasp and latch arms connect the mechanical interface to the backplane, while the latch recess holds and stabilizes the connector during operation. Once the mechanical interface is secured, the electrical contact then connects the various components in the system. The electrical contact can be made using a number of technologies, such as soldered contacts, printed circuit board contacts, or integrated IC chip contacts. Depending on the application, the electrical contact may be riveted, soldered, or crimped into place.

The 2198265-2 backplane connector is designed for use in high-performance medical imaging and diagnostic systems. Its fast data transfer rates, high crosstalk cancellation, and robust mechanical design make it well-suited for this demanding field. Furthermore, the connector’s flexible design and its ability to accommodate various electrical and mechanical interfaces make it a versatile and reliable connection option for any type of medical imaging or diagnostics system.

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