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Intentional emitters above 2400 MHz: how best to measure the transmitted signal level for FCC part 15 compliance

机译:在2400 MHz以上的故意发射器:如何最好地测量FCC第15部分合规性的传输信号电平

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This paper investigates the commonly used methods for measurement of the intentional signal levels emitted by Part 15 radio frequency (RF) devices operating above 2400 MHz, and that have built-in antennae that are soldered directly to a printed circuit (PC) board and are not normally removable. In this paper, we look at what the Federal Communication Commission (FCC) rules really require, and the extent of the possible errors involved in the different ways of measuring the intentional signal fundamental and harmonics. The reliability of the measurements for preventing interference to licensed radio services may be improved by making radiated emission measurements whenever possible. Compare the maximum field strengths to the FCC field-strength limits; determine the transmitter output from the EIRP at the higher frequencies; and, apply the FCC guidance on measurements for direct sequence spread spectrum systems [3] only to direct sequence spread spectrum transmitters.
机译:本文研究了第15部分射频(RF)器件发出的有意信号电平的常用方法,其在2400 MHz以上工作,并且具有直接焊接到印刷电路(PC)板的内置天线的内置天线通常不是可拆卸的。在本文中,我们看看联邦通信委员会(FCC)规则确实要求的是什么,以及衡量故意信号基础和谐波的不同方式所涉及的可能误差的程度。通过尽可能地制造辐射发射测量,可以改善防止对许可无线电服务的干扰的测量的可靠性。比较FCC场强度限制的最大场地强度;在较高频率下确定从EIRP的发射器输出;并且,仅在直接序列扩频系统的测量上应用FCC指导[3]仅在直接序列扩频发射器。

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