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Plug and remove self-locking connector manufacturer: for you talk about plug and remove self-locking connector
Release Date:
2021-09-23 14:35
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The design of the plug-in self-locking connector has been completely changed, and specialized signal integration engineers are responsible for the selection. New connector designs must also meet electrical performance requirements, rather than being measured after the entire connector design is complete, as was the case in the past. Electrical performance parameters. Especially for high-speed signals above 10GHz, electrical performance is very critical.
When designing a high-performance connector, whether it is an expensive backplane connector or a common standard PC connector, the first thing to consider is the electrical performance requirements. The choice of aerospace connectors has also shifted from packaging engineers to electrical engineers designing circuits.
Signal transmission plug-in self-locking connector: Signal transmission can be divided into two types: analog signal transmission and digital signal transmission. Whether it is an analog signal connector or a digital signal connector, its required function should mainly be to protect the integrity of the transmitted voltage pulse signal, including the waveform and amplitude of the pulse signal. Data signals pulse at a different frequency than analog signals. The pulse transmission speed determines the maximum frequency of the protected pulses. Data pulses travel much faster than some typical analog signals. Some pulses are in the connector. The transmission speed is close to the range of 100 billionths of a second. In today's microelectronics, connectors are often viewed as wires because the wavelengths associated with this rapidly increasing frequency can be compared to the size of the connector.
When interconnection systems such as pluggable self-locking connectors or cable assemblies are used for high-speed data signal transmission, the corresponding description of the connector performance changes. Characteristic impedance, which replaces resistance and crosstalk, becomes particularly important in interconnect systems. Controlling the characteristic impedance of connectors has become a major awareness trend, and in cables it is the control of crosstalk. The reason why characteristic impedance plays such an important role in connectors is because the resistor geometry is difficult to completely uniform and the connector is small in size, so the possibility of crosstalk must be minimized. In cables, control of the geometry is easier to achieve and its characteristic impedance is easier to control, but the length of the cable may create potential crosstalk.
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