5G应用的毫米波滤波器

Pradosh Kumar Sharma, A. Rana, Smita Sharma, Manish Sharma, Mesay Mengstie, Annam Takshitha Rao
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引用次数: 0

摘要

带通滤波器是无线通信系统所必需的,它只传输在传输频带内的频率,而拒绝所有其他频率。随着5G的实施,对在新频率范围内工作的滤波器的需求将会增加。预计将于2022年投入使用。用于构建移动应用程序的过滤器的两个关键标准是大小和性能。在26 ~ 28ghz的重复频率范围内,设计、仿真并构建了通道。对于毫米波信号的下变频到微波频率在2和18 GHz之间,该通道可以用作设备的前端。在规划新的便携式通信应用时,必须考虑信道的大小和效率。通过合并两个组件制成的小型高性能滤波器可用于未来的毫米波应用,如5G。对于5G等毫米波应用,具有最小印记的高质量通道是首选。
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A Millimeter Wave Filter for 5G Applications
Bandpass filters, which only transmit frequencies that fall inside the transmission band and reject all other frequencies, are necessary for wireless communication systems. As 5G is set to be implemented, there will be a greater need for filters that operate in new frequency ranges. In 2022, the initial use is anticipated. The two key standards for filters that are used to build mobile applications are size and performance. With a repetition range of 26–28 GHz, the passband channel is designed in this proposal, simulated, and constructed. For downconversion of mmWave signals to microwave frequencies between 2 and 18 GHz, this channel can be employed as the front end of the apparatus. The size and efficiency of channels must be taken into account when planning new portable communications applications. Small, high-performance filters made by merging two components can be used in future mmWave applications like 5G. High-quality channels with minimal imprint are preferred for mmWave applications like 5G.
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