*Result*: ARCHITECTURE AND ORGANIZATION THE SYSTEM THAT HANDLES THE NAVIGATIONAL INFORMATION OF MICROSATELLITE ; АРХИТЕКТУРА И ОРГАНИЗАЦИЯ СИСТЕМЫ ОБРАБОТКИ НАВИГАЦИОННОЙ ИНФОРМАЦИИ МИКРОСПУТНИКА ; АРХІТЕКТУРА ТА ОРГАНІЗАЦІЯ СИСТЕМИ ОБРОБКИ НАВІГАЦІЙНОЇ ІНФОРМАЦІЇ МІКРОСУПУТНИКА
*Further Information*
*The navigation system must provide accurate and rapid determination of microsatellite navigation information, be small-sized and have low power consumption. Navigational information microsatellite's processing system (NIMPS) used to identify microsatellite, recording and processing of navigation data to determine the position of microsatellite relative Earth and the subsequent transfer of this information to carry of microsatellite tasks. In this article, the structure of hardware and software system, and research-based standards for the exchange of information between navigation devices, passport data and electrical circuits of the receiver AN-4706, analyzed the possibility of its application.Conventionally NIMPS can be divided into on-board (devices on board microsatellite) and off-board components (hardware and software that runs on Earth).The main components of NIMPS are receiver radio frequencies (RF – receiver), the navigation processor, RF-antenna and additional elements for the operation: output serial interface for transferring data RS-232 software to display navigation information and more.The practical significance of the proposed presents the printed circuit board that can be used for further experimental studies of microsatellite processing of navigational information.This will ensure small-sized, reducing power consumption, and enable to improve the accuracy of registration and processing of microsatellite navigation information through the use of advanced algorithms for processing and filtering of signals. ; Система навигации должна обеспечивать точное и быстрое определение навигационных параметров микроспутника, быть малогабаритной и иметь малое энергопотребление. Система обработки навигационной информации микроспутника используется для определения, регистрации и обработки навигационной информации с целью определения положения микроспутника относительно Земли и дальнейшей передачи этой информации для выполнения возложенных на микроспутник задач. В данной статье предложена структура ...*