2results about How to "Realize the power supply function" patented technology

The invention discloses a Type-C-based data transmission method and device, and the method comprises the steps: starting a power supply channel in response to an access signal of a male interface, and transmitting a verification request to the male interface through a first verification module, so as to enable the male interface to transmit verification data; if the first verification module receives the verification data within a preset time, matching the verification data with preset standard data, and if the matching is successful, starting a data transmission channel and a debugging communication channel; performing data transmission with the male interface based on the data transmission channel; and performing debugging analysis based on the debugging communication channel and the male interface. According to the invention, the functions of power supply, high-speed data transmission and encryption debugging communication can be simultaneously realized based on one Type-C interface, and the security of data transmission is ensured.

This invention provides a multi-channel high-precision analog signal output method and system, comprising the following steps: a host computer specifies an output channel and sets its configuration parameters according to the electrical pulse signal characteristics required for the test panel to display the signal; a control module distributes the corresponding configuration parameters to several signal output modules; all weakly correlated parameters in the configuration parameters of each output channel are distributed to the same signal output module, which configures the weakly correlated parameter for all output channels; all strongly correlated parameters in the configuration parameters of each output channel are distributed to the corresponding signal output module, and all strongly correlated parameters of each output channel are configured by the signal output module containing that output channel; each output channel outputs a corresponding electrical pulse signal to the test panel according to the configured parameters. This invention can meet the synchronous testing requirements of various test panels on the market.