无线局域网Rx PER测试在ATE中的实现

Alban Haynse Immanuel, Jeyendran Nithyanadam
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摘要

随着无线保真技术(通常称为Wi-Fi)在通信和计算机网络领域的发明,一个新的时代或革命已经发生。在最近的二十年中,许多IEEE 802.11技术已经被开发用于无线局域网(WLAN)连接。这些技术的共同点是,最新的IEEE 802.11版本与之前的版本相比总是具有几个高级功能。同时,在ATE生产环境中测试该技术标准参数是一个挑战。误码率(Packet Error Rate, PER)是无线电接收机规范中一个重要的标准参数,它是现场参数的直接度量。本文描述和研究了无线局域网Rx PER测试在生产自动化测试设备(ATE)环境下并行测试的具体实现。本研究结合了实施效率、产出率提高2%和测试时间与传统测试方法的比较。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
WLAN Rx PER Test Implementation in ATE
With the advert invention of wireless fidelity commonly called as Wi-Fi in the field of communication and computer networks a new era or revolution has taken place. In the recent twenty years, numerous IEEE 802.11 technologies have been developed for Wireless Local Area Network (WLAN) connectivity. The common point of these technologies is that the latest IEEE 802.11 version has always several advanced features compared to its predecessor. Simultaneously, testing this technology standard parameter is a challenge in the ATE production environment. One of the key standard parameters in radio receiver specification is Packet Error Rate (PER) which is a direct measurement of field parameter. In this paper, a detailed implementation of WLAN Rx PER test in Production Automated Test Equipment (ATE) environment with parallel testing is described and studied. This study incorporates efficiency of implementation, yield improvement of 2% and test time comparison with respect to legacy test methodology.
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