Advanced manpower and time saving testing concept for development, production, and maintenance of electro-optical systems

Autor: Jacob Dolev, Claudia Ben Yaakov, Moshe Lavi, R. A. Buckwald, Oded Neria, Dario Cabib, Shimon Nirkin, Moshe Blau, Efraim Tzafrir
Rok vydání: 2006
Předmět:
Zdroj: Infrared Imaging Systems: Design, Analysis, Modeling, and Testing XVII.
ISSN: 0277-786X
DOI: 10.1117/12.665410
Popis: In all stages of an electro-optics system's life, development, production, and periodic maintenance, a large amount of manpower and time is devoted to testing. Each subsystem separately as well as the system as a whole are tested by a PC controlled test system, which consists of hardware for creation of the appropriate stimuli, and software for tests management and control. A very considerable portion of this manpower and time is devoted by the system manufacturer to configure the test routines, to manually input certain parameter values of the Unit Under Test (UUT) at predefined test nodes, and to reconfigure these routines from time to time, as the needs change during the system's life time. CI has developed the CTE (CI Test Executive), a software package which is a breakthrough in saving manpower and time devoted to electro-optics system testing. The new concept is based on: 1. The CTE can communicate directly with any UUT able to communicate with the outside world through a known protocol, to automatically set the UUT parameters before testing, 2. The user can more easily reconfigure the communication with the UUT through a provided special Excel file, without the help of the test system manufacturer, 3. The interface screen is automatically reconfigured every time the Excel file is changed to build the new test routine, 4. The CTE can simulate the test system stimuli with error injection capability, and simultaneously monitor communication and other hardware functions, 5. Test "verification" signals are provided on-line for the convenience and time saving of the test operator.
Databáze: OpenAIRE