10120132-S0E-10DLF

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Backplane connectors are used to make data and power connections between cards in electronic systems. Examples of backplane systems include computers, servers, and telecommunications systems. The leading 10120132-S0E-10DLF application field and working principle is specifically referred to as a high-speed backplane connector. This type of connector was designed for applications that require high data rate and high signal integrity.

The 10120132-S0E-10DLF backplane connector has a specialized set of features that helps increase performance compared to a standard backplane connector. For example, it has an enhanced design that significantly reduces crosstalk and impedance mismatch. It delivers higher speeds between 90 Gbps and 250 Gbps, which makes it suitable for high-performance applications. The connector also has an improved signal integrity, thanks to its high signal attenuation and improved eye pattern. Additionally, it offers a higher bandwidth, reducing the mismatch between signals in a system.

One of the key features of a high-speed backplane connector is its working principle. Generally speaking, the connector works on the principles of ground interconnect, which is based on the propagation speed of the signals. In this concept, the connector uses two conductors of the same material. When the signals propagate through the conductors, they reach the other end at the same speed, maximizing the throughput of the data.

The 10120132-S0E-10DLF connector also has a similar design that increases the speed of the signals. The connector utilizes a symmetrical design that reduces the crosstalk and the impedance mismatch, while providing a shorter signal path. Additionally, the connector is equipped with a proprietary edge launch geometry that reduces the attenuation of the signal and improves the reliability of the transmission.

The high-speed backplane connector also utilizes a variety of shielding options to reduce the radiated emissions. The shielding for the connector can be applied to the tracks, connectors, and cables. This helps to reduce the noise from external sources and to maintain the signal integrity of the system. The shielding also serves to reduce the EMI radiated from the connector, ensuring that the data transmission is not interfered with.

The 10120132-S0E-10DLF connector also utilizes a number of features that increase the reliability of the system. These features include a lower insertion force, which reduces damage to the wires, and a flexible design that makes it easier to install. In addition, the connector has a rugged construction and is rated for operating temperatures up to 125 degrees Celsius. The connector also offers a higher level of grounding assurance, ensuring that the data signals are properly transmitted without interference.

In conclusion, the 10120132-S0E-10DLF application field and working principle has proven to be a reliable and high-performing backplane connector. The connector features technologies that reduce crosstalk and impedance mismatch, allowing for faster speeds and lower signal attenuation. It also utilizes a range of shielding options to reduce EMI radiation, as well as robust construction and a higher level of grounding assurance. All these features make the connector suitable for high-performance applications.

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