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MATERIAL HIGH-TEMPERATURE DIELECTRIC PERFORMANCE TEST SYSTEM

机译:材料高温介电性能测试系统

摘要

Provided is a material high-temperature dielectric performance test system, comprising: a vector network analyzer (1), an electronic computer (2), a heating furnace (3), a wave guide tube (4), a test chamber (5), a sample rod (6), a vacuum pump (7), and an inflation apparatus (8); the waveguide tube (4) is fixed on the heating furnace (3) by means of a positioning flange (41), one end being connected to the vector network analyzer (1) and the other end being connected to the test chamber (5); a sample to be tested (10) is placed in the test chamber (5); the test chamber (5) and the sample to be tested (10) are placed in an effective hot zone of the heating furnace (3); the means of heating of the heating furnace (3) is microwave heating; the heating furnace chamber (31) is a closed space; the heating chamber (31) uses an air environment, or, in combination with the vacuum pump (7), achieves a vacuum environment in the furnace, or, in combination with the inflatable apparatus (8), achieves an inert atmosphere environment; a microwave signal is introduced by means of the waveguide tube (4), passes through the sample to be tested (10), then is then drawn out by means of the waveguide tube (4), and then enters the vector network analyzer (1), the analysis data of the vector network analyzer (1) being finally transmitted to the electronic computer (2). The present system achieves more efficient, fast, and energy-saving high-temperature dielectric performance testing.
机译:提供一种材料高温介电性能测试系统,包括:矢量网络分析仪(1),电子计算机(2),加热炉(3),波导管(4),测试室(5)样品棒(6),真空泵(7)和充气装置(8)。波导管(4)通过定位法兰(41)固定在加热炉(3)上,一端连接到矢量网络分析仪(1),另一端连接到测试室(5) ;将要测试的样品(10)放入测试室(5)中;将测试室(5)和待测样品(10)放置在加热炉(3)的有效热区中;加热炉(3)的加热方式为微波加热。加热炉室(31)是密闭空间。加热室(31)使用空气环境,或者与真空泵(7)组合,达到炉内的真空环境,或者与充气设备(8)组合,达到惰性气氛。微波信号通过波导管(4)引入,穿过待测样品(10),然后通过波导管(4)抽出,然后进入矢量网络分析仪(1 ),矢量网络分析仪(1)的分析数据最终传输到电子计算机(2)。本系统实现了更高效,快速和节能的高温介电性能测试。

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