1997年5月1日 · Two approaches (polyimide MMIC and flip-chip MIC) have been demonstrated for implementing low loss distributed elements for integration with Si-based devices, and circuit results have been shown using both techniques.

2005年4月7日 · This paper reports the performances of several broadband monolithic SiGe MMICs suitable for phased array radar applications. The amplitude and phase control MMIC designs are based on an optimized SiGe PIN diode offered by IBM 5-HP SiGe foundry process.

This paper presents a digitally controlled vector modulator integrated circuit aimed for millimeter wave phased array systems. The vector modulator operates over 60-100 GHz range covering 360 degree phase and over 10 dB gain control ranges. The maximum gain of …

一个是高性能的MMIC，主要适用于前向的探测，提供高分辨率以及长距离的探测；另一个是高集成度的SOC，可降低成本，作为前向或者环视雷达，应用于辅助驾驶、自动泊车等。

This paper reports the performances of several broad-band monolithic SiGe monolithic microwave integrated circuits (MMICs) suitable for phased-array radar applications. The amplitude and phase control MMIC designs are based on an optimized SiGe p-i-n diode offered by the IBM 5HP SiGe foundry process.

involved in the design and development of SiGe based Monolithic Microwave Integrated Circuits (MMICs) for airborne, ground, and space based active array applications.

In recent years, the frequency limits of SiGe Heterostructure Bipolar Transistors (HBTs) have been extended to frequencies above 50 GHz. This opens new perspectives for Si-based monolithic circuits and raises questions up to which frequency range …

2021年2月22日 · Toshiba 公司 推出的小型、低噪音 放大器 系列，在VHF-UHF宽带应用中能够提供良好的线性和低 电流 消耗，其中输入 信号 强度可能是变化的。 新的SiGe 单 芯片 组合器件尤其适用于固定和移动地面调谐器应用，在这些方面可用来改进动态范围和限度减少失真，同时降低能耗和元件密度。 TB76xxTU系列MM IC （单片 微波 集成电路）集成了低噪音放大器（LAN）和旁路电路，采用UF6封装，尺寸大小仅为2.0mm x 2.1mm x 0.7mm。 对于极度限制的空间要 …

2024年12月16日 · This paper presents a flexible SiGe monolithic microwave integrated circuit (MMIC) chipset for 120 GHz ultra-wideband frequency-modulated continuous wave radar systems.

This paper describes the cost effective 77 GHz transmitter and receiver MMIC (monolithic microwave integrated circuit) that uses a three-dimensional MMIC technology optimized for flip-chip implementation.