50000-5090H

5000-5090H Application Field and Working Principle

The 5000-5090H is a specialized backplane connector, designed for use in high-speed dual-redundancy data channel applications. The connector is equipped with three pins, one each for supply, signal and ground connections, and can act as a transmitter or receiver for transmitting data between two components. The 5000-5090H is typically used in applications where EMI/RFI shielding is critical, such as industrial control systems, computer/telecommunications systems, networking, and medical instrumentation, or for preventing unwanted interference between two data-critical components.

The 5000-5090H utilizes a two-level frequency-hopping pattern in order to maximize transmission fidelity and efficiency. This technique involves breaking the data into small packets consisting of the same size, and then sending them in rapid succession, over-hopping to the next packet before the previous is received. This allows for more reliable transmission of data between two components, as the data is split into “mini-packets” and sent rapidly, avoiding lengthy transmission of large blocks of data and through vectoring.

The 5000-5090H also has an EMI/RFI shield which is designed to protect the data from unwanted interference from external sources, such as other electronic components or environmental noise. The shield is made of anodized aluminum with a low RF attenuation factor, and is designed to aid the two-level frequency hopping pattern by preventing any interference from reaching the transmitted data.

The 5000-5090H is also designed for easy installation, as it is a single-piece connector with adjustable spring bolts and secure housing modules. The spring bolts provide both vertical and horizontal adjustment, making it easy to install in tight spaces. The secure housing modules ensure that the connector is securely held in place during operation.

In conclusion, the 5000-5090H is a specialized backplane connector designed for use in high-speed dual-redundancy data channel applications. It utilizes a two-level frequency-hopping pattern in order to maximize transmission fidelity and efficiency, and also features an EMI/RFI shield for added protection. It is also designed for easy installation, as it is a single-piece connector with adjustable spring bolts and secure housing modules.