09260243201

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Backplane connectors are an important part of several different types of electronic systems. The housing holds the connector\'s contacts in an organized, protected way, as well as creating an airtight seal so that contact signals pass reliably. 09260243201 backplane connectors are no exception. Oftentimes they are found in telecommunications, medical, and industrial applications. This article will discuss the application field and working principle of the 09260243201 backplane connectors.

The 09260243201 backplane connectors are designed primarily for high-speed and high-density signal applications. They are suited to a wide range of applications from FPGAs and high-speed memory technologies to communications systems. This type of connector is constructed with an Insulated Structure to ensure that the signal connections stay stable and do not degrade over time. The primary housing is made from a rigid polycarbonate and the contacts are typically gold plated for their excellent electrical properties and maximum temperature performance.

The contact path of 09260243201 backplane connectors includes two symmetrical switch-like contacts and a common contact with integrated additional grounds. This common contact is integrated into the inner cavity of the connector to ensure that it is resistant to load and vibration for reliable connections. This design also ensures that the contacts and ICs are held firmly in place. The contacts and ICs are held in place by a two-stage locking system, which includes a quick-release latch and a secure screw.

One of the most important features of the 09260243201 backplane connector is the high-speed differential signal transfer. This allows the user to transfer digital information from one device to another at much higher speeds than traditional methods. The contacts are designed to have a precisely controlled impedance match between them and the PCB which is essential to ensure a robust high-speed signal transfer. This also helps to reduce board design complexity as well as reduce series transmission losses.

The 09260243201 backplane connectors also offer low crosstalk levels to protect sensitive data and ensure communications reliability. Crosstalk is a natural phenomenon that occurs when high speed signals are transferred from one circuit to another. It is caused by electromagnetic interference between the two circuits and can interfere with signal integrity and data accuracy. The 09260243201 backplane connector design minimizes crosstalk by spacing the contacts and controlling the cable routings.

The 09260243201 backplane connectors are also designed to keep out environmental contaminants and dust, thanks their polycarbonate housing and gasket-sealed surface. This helps to ensure the contacts remain clean and the signal runs without any interference. In addition, the connectors are RoHS compliant and also help to reduce system cost. The connectors can be kept in a vented enclosure or an air-filled one for special applications.

In conclusion, 09260243201 backplane connectors offer a wide range of benefits for a variety of different applications. They are designed for high-speed and high-density signal applications, and feature an insulated structure and high-speed differential signal transfer. The contacts are gold-plated and feature a two-stage locking system. They also offer low crosstalk levels and help to keep out environmental contaminants and dust. The 09260243201 backplane connector is ideal for FPGAs, memory technologies, communications systems and can help reduce system cost.

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