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2007•Journal of Agricultural Mechanization ResearchRequires access

Application of Wireless Transmission on Vehicle Function Testing System

LI Zeng-xiang

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Abstract

Applying the wireless transceiver chip nRF401 based on blue tooth technique, the thesis works out a kind of multi-channel signal transmission and its way of realization with fine compatibility, wide universality and low cost. The hardware circuit and software design methods of a general wireless transceiver, which adopts the MCU to control the wireless transceiver nRF401 is presented in this paper, duplex communication of data can be realized by inserting the wireless transceiver developed here into all kinds of measurement and control system, which improves the traditional signal transmission in current vehicle circuitry testing.

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What this paper is about

Applying the wireless transceiver chip nRF401 based on blue tooth technique, the thesis works out a kind of multi-channel signal transmission and its way of realization with fine compatibility, wide universality and low cost. The hardware circuit and software design methods of a general wireless transceiver, which adopts the MCU to control the wireless transceiver nRF401 is presented in this paper, duplex communication of data can be realized by inserting the wireless transceiver developed here into all kinds of measurement and control system, which improves the traditional signal transmission in current vehicle circuitry testing.

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Available abstract

Applying the wireless transceiver chip nRF401 based on blue tooth technique, the thesis works out a kind of multi-channel signal transmission and its way of realization with fine compatibility, wide universality and low cost. The hardware circuit and software design methods of a general wireless transceiver, which adopts the MCU to control the wireless transceiver nRF401 is presented in this paper, duplex communication of data can be realized by inserting the wireless transceiver developed here into all kinds of measurement and control system, which improves the traditional signal transmission in current vehicle circuitry testing.

Key concepts: Transceiver, Wireless, Microcontroller, Electronic engineering, Engineering, Wi-Fi array, Computer hardware, Base transceiver station

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