Down-Conversion Mixer Using Quadrature Hybrid Couple and Schottky Diode for S-Band Radar Application

Y. Taryana, Y. Sulaeman, T. Praludi, Y. Wahyu, Arief Budi Santiko
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引用次数: 1

Abstract

In the superheterodyne receiver system needs frequency translation process between the Radio Frequency (RF) signal and Local Oscilator (LO) signal. The process will converts RF to Intermediate Frequency (IF). In this paper, present designed and realized a down-conversion mixer which operates at S-band frequency for coastal-radar application. In the design process, the advanced design system (ADS 2011.11) software is applied to design and simulate it. This mixer has been built by using 90o quadrature hybrid Coupler with single balance technique. Whilst, the realization uses microstrip lines technique and two pieces of SMS 3923 schottky diode. The measurement results has been obtained as follows: 24.42 dB conversion loss at 600 MHz, with -30 dBm of RF signal and 15 dBm of LO signal.
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基于正交杂化偶联和肖特基二极管的下变频混频器在s波段雷达中的应用
在超外差接收系统中,射频(RF)信号与本振(LO)信号之间需要进行频率转换。该过程将射频转换为中频(IF)。本文设计并实现了一种工作在s波段的沿海雷达下变频混频器。在设计过程中,运用先进的设计系统(ADS 2011.11)软件对其进行了设计和仿真。该混合器采用单平衡技术,采用90o正交混合耦合器构成。同时,实现采用微带线技术和两片SMS 3923肖特基二极管。测量结果如下:600 MHz时的转换损耗为24.42 dB,其中RF信号为-30 dBm, LO信号为15 dBm。
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