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

Abstract

The invention relates to the communication equipment technology field and especially relates to a system for a single channel position control source to control time division multiplexing circuit strobe. The system comprises: a signal control strobe apparatus, a signal transceiver apparatus and a communication connection module. The signal control strobe apparatus and the signal transceiver apparatus can realize mutual communication through the communication connection module. The invention also especially relates to a method for the single channel position control source to control the time division multiplexing circuit strobe. The signal control strobe apparatus comprises a pulse counting unit and a selection one path from multipath unit. An output terminal of the pulse counting unit is taken as a control signal of the selection one path from multipath unit and is connected with an input terminal of a controlled signal of the selection one path from multipath unit. Multipath input one path output or one path output multipath input is formed. Compared to the prior art, by using the system and the method of the invention, position control channel resource occupation is small, a utilization efficiency is high, time division multiplexing circuit switching is simple and reliable. System compatibility is good and is easy to maintenance. Equipment miniaturization can be performed. The system and the method have many other characteristics.

Description

Technical field [0001] The invention involves the field of communication equipment technology, especially the system and method of re -use the circuit selection of the circuit when controlling the control source control of a single letter. Background technique [0002] At present, in terms of signal acquisition and detection software systems, special collection cards and computers are generally used for data exchange. This collection card has the advantages of fast transmission speed and wide measurement range.It also faces many problems such as the difficulty of upgrading of the driver, and its scope of use has been limited; Chen and others have proposed that the physiological signal collection and processing system solutions based on sound cards have better solved the above problems. It has low cost and excellent performance.The advantages such as good compatibility, especially when the user system is upgraded, developers have almost no need to care about the upgrade of the dri...

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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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