Integrated portable single board detection platform

Abstract

The invention relates to an integrated portable single board detection platform, which belongs to the technical field of single board hardware debugging and software detection, and comprises a case shell, and an automatic power-on and power-off control module, an AC / DC power supply module, a V / I display module, a board card to be detected, lower computer software, a board card interface module, an upper computer, upper computer software and a cooling fan which are arranged on the case shell, the integrated portable single board detection platform organically combines a structure, hardware and software, can realize dual functions of board card hardware debugging and software detection, and can realize platform detection by only needing a power line to supply power to the automatic power-on and power-off control module and connecting a to-be-detected board card with external equipment running upper computer software through a network cable. And carrying is convenient anytime and anywhere. The upper computer software integrates a debugging program, a testing program and a human-computer interface, an intelligent testing means is provided, the single board debugging and testing time is shortened, the debugging cost is reduced, and the debugging reliability and convenience are improved.

Description

technical field [0001] The invention relates to single-board hardware debugging and software detection technology, in particular to an integrated portable single-board detection platform. Background technique [0002] Debugging is an essential step in the process of equipment development and its subsequent maintenance. The traditional development mode relies on various emulators, downloaders, online debugging tools, serial lines, VGA and other external supports. However, there are many types of debugging equipment and cables, and it is time-consuming and laborious to set up the environment. It is extremely inconvenient to carry the debugging equipment to go out. In addition, the single-board test program is scattered in different development software or tools, and it takes time and effort to complete the whole set of tests, and the requirements for operators are also high. [0003] At the same time, the board to be tested is generally placed flat on the table, which is ext...

AI Technical Summary

Problems solved by technology

However, there are many types of debugging equipment and cables, and it takes time and effort to set up the environment. It is extremely inconvenient to carry the debugging equipment to go out.

In addition, the single-board test program is scattered in different development software or tools, and it is time-consuming and laborious to complete the entire set of tests, and the requirements for the operator are also high.

[0003] At the same time, the board to be tested is generally placed flat on the table, which is extremely inconvenient when the signal on the other side needs to be tested or the signals on both sides need to be tested at the same time.

When it is necessary to repeatedly power on and off to verify the reliability of the hardware and software of the board, it can only be done manually, which is inefficient

[0004] In short, the existing hardware debugging and software testing methods for single boards are not only inefficient, but also poor in reliability and convenience.

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