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An Automatic Gain and Offset Control Circuit for DC-Coupled Continuous-Wave Radar Systems

机译:直流耦合连续波雷达系统的自动增益和失调控制电路

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This publication addresses the problem of offsets and offset drifts in continuous-wave radar systems and presents a compensation circuit as hardware solution. In the first part, the sources of static offsets in the baseband voltages are identified and quantified by using an exemplary six-port based radar system. To solve the problem, an offset control circuit is introduced and the benefit, a better use of the analog-to-digital-converter's inputs leading to a reduction of quantization noise, is derived in theory and validated by measurement. The compensation circuit is digitally controlled by a microcontroller and can be used in any six-port or mixer-based radar system.
机译:该出版物解决了连续波雷达系统中的失调和失调漂移问题,并提出了一种补偿电路作为硬件解决方案。在第一部分中,通过使用示例性的基于六端口的雷达系统来识别和量化基带电压中的静态偏移源。为了解决该问题,引入了失调控制电路,其优点是可以更好地利用模数转换器的输入,从而减少量化噪声,这在理论上得到了推论,并通过测量得到了验证。补偿电路由微控制器进行数字控制,可用于任何六端口或基于混频器的雷达系统。

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