In this work is dedicated of the structure of the automated measuring system input control power supply laptops with the ability to integrate with the platform, NI MYRIO. The developed system is expected to be used to test the output characteristics of the secondary power sources of laptops, i.e. the implementation of the input control devices at the enterprises.
The basic principles of automated control systems, taking into account the requirements is studied. A new approach based on the principle of voltage control is offered. The block diagrams af the system is shown.
The paper presents a solution for the development of the complex automated control of key parameters of the secondary power source. A complex structure, the key element of which is a programmable platform NI MyRIO, performing control functions, generating test signals and analysis of inspection results.
The paper represents creation of macro-models of component parts of computer engineering means by the example of secondary power supply. Macro-model is used as unified form of record by means of analytic form for each component part. This is advantage of the macro-model and difference from the numerical method. In the paper is made accurate definition numerical value of base failure rate in the range of temperature from 0 to +70 C, which producing companies indicate for the equipment. The developed macro-models allows to specify the reliability characteristics of calculated component parts depending on terms and conditions of its application, also has been solved problem of effectiveness of component parts application.