System and method for single channel position control source to control time division multiplexing circuit strobe

Abstract

The present invention relates to the technical field of communication devices, in particular to a system for a single channel position control source to control time division multiplexing circuit strobes. The system comprises a signal control strobe unit, a signal transceiver and a communication connection module; the signal control strobe unit and the signal transceiver communicate with each other via the communication connection module. The present invention also particularly relates to a method for the single channel position control source to control time division multiplexing circuit strobes, comprising a pulse counting unit and a multiplex separation unit; as the control signal of the multiplex separation unit, the output terminal of the pulse counting unit is connected to the controlled signal input terminal of the multiplex separation unit, forming multipath input one path output or one path output multipath input. Compared to prior art, the present invention has the characteristics of occupying little position control channel resource, high utilization efficiency, simple and reliable time division multiplexing circuit handover, good system compatibility, easy maintenance, and simple device miniaturization and the like.

Description

technical field [0001] The invention relates to the technical field of communication equipment, in particular to a system and method for controlling time-division multiplexing circuit gating by a single-channel bit-controlled source. Background technique [0002] At present, in terms of signal acquisition and detection software systems, a special acquisition card is generally used for data exchange with a computer. This acquisition card has the advantages of fast transmission speed and wide measurement range, but because of its high price and poor compatibility with the computer, at the same time It also faces many problems such as the difficulty of upgrading the driver program, and its scope of use is limited; Chen et al. proposed a physiological signal acquisition and processing system based on a sound card to better solve the above problems. It has low cost and superior performance. Good compatibility and other advantages, especially when the user system is upgraded, the ...

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Problems solved by technology

[0002] At present, in terms of signal acquisition and detection software systems, a special acquisition card is generally used for data exchange with a computer. This acquisition card has the advantages of fast transmission speed and wide measurement range, but because of its high price and poor compatibility with the computer, at the same time It also faces many problems such as the difficulty of upgrading the driver program, and its scope of use is limited; Chen et al. proposed a physiological signal acquisition and processing system based on a sound card to better solve the above problems. It has low cost and superior performance. Good compatibility and other advantages, especially when the user system is upgraded, the developer hardly needs to care about the driver upgrade issues involved in the agreement with the new machine or system and control channel, but if the collected signal is more than two channels, it needs to use There are enough sound card channels or position control lines, showing the problem of low utilization rate of control lines, especially in wireless control mode, it is more likely to show the problem of low utilization efficiency of control lines

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