10104999-Q0E-70DLF

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

Backplane connectors are used for a variety of applications in today\'s high-performance systems. This type of connector is especially important for data transfer between systems, as it allows for rapid communications for signal transmission without any latency issues. One such connector is the 10104999-Q0E-70DLF, which offers superior performance in high-bandwidth environments. Here we will discuss the application field and working principle of this connector.

The 10104999-Q0E-70DLF backplane connectors provide an ideal passage for high-speed communication. They are designed as a flexible interconnection system which can transmit and receive signals between systems at speeds up to forty-thousand Megabits per second. This connector is especially suited for multiport applications, such as in embedded systems, storage systems, and telecommunications equipment. As such, it is often used in high-demand applications, such as for high-speed data transfer between servers.

The 10104999-Q0E-70DLF connectors are typically constructed from three layers of material, with the innermost layers being composed of copper alloys embedded in insulation. The middle layer is typically a hard plastic, while the outer layer includes both a hard plastic material and a metal shield for protection. The outer layer helps reduce electromagnetic interference, while the inner layers are designed to facilitate signal transfer. This connector also includes an additional contact for grounding, helping to ensure integrity in the field.

The 10104999-Q0E-70DLF backplane connectors operate by transferring signals from one system to another through the introduction of a buffer between them. The buffer is commonly referred to as the “transceiver”, and is responsible for the conversion and transmission of data between systems. It is designed to detect and interpret incoming signal patterns, and then convert them for transmission to the target system. The transceiver is also responsible for buffering the data to prevent it from being corrupted during transmission.

The working principle of the transceiver can be explained as follows: The incoming signal is first detected and interpreted by the buffer, and the appropriate protocol is established. The buffer then translates the signal into a suitable form for transmission to the target system. Upon receipt of the signal, the target system will interpret the signal and determine the appropriate action to take. This process is facilitated by the presence of a backplane connector like the 10104999-Q0E-70DLF, which effectively allows communication between two disparate systems.

In conclusion, the 10104999-Q0E-70DLF backplane connector is designed for fast and reliable communication between systems. It is composed of three layers of material, with one layer providing an additional contact for ground transmission. The inner layers are responsible for ensuring signal integrity, while the transceiver facilitates their conversion and transmission to the target system. This type of connector is suitable for use in a variety of applications, including embedded systems, storage systems, and telecommunications equipment. As such, it is well suited for high-demand applications requiring high-speed data transfer between systems.

The specific data is subject to PDF, and the above content is for reference