磁控溅射纳米级钇铁石榴石膜表面静磁滤波器

V. Ivanov, S. Yakovlev, G. A. Nikolaychuk, M. V. Demikhova
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引用次数: 0

摘要

介绍了纳米级钇铁石榴石膜MSSW过滤器的运行结果。讨论了滤波器特性的特殊性。在低磁场1E条件下,纳米级薄膜可以实现单畴态,从而扩大了输入信号的动态范围。在MSSW滤波器中使用纳米级YIG薄膜可以增加这些器件在分米微波范围内的频率选择特性。磁控溅射生长薄膜的MSSW滤波器与LPE生长薄膜相比具有较低的插入损耗。
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Surface magnetostatic wave filters with magnetron sputtered nanoscale films of yttrium iron garnet
Results of operation of MSSW filters with nano-scale films of yttrium iron garnet are presented. The peculiarities of filter characteristics are discussed. Nanoscale films in MSSW filter are used for broadening of input signal dynamical range due to the realization of single domain state in YIG films even at low magnetic field 1E. The use of nanoscale YIG films in MSSW filters allows increasing of frequency selective characteristics of these devices in the decimeter microwave range. MSSW filters with films grown by the magnetron sputtering have low insert losses in comparison with films grown by LPE.
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