77G毫米波天线设计

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一. 一个 AWR1642 的demo板, 现在打算自己制作一个符合客户需求的77G毫米波雷达, 但是对于天线设计比较空白, TI 是否有对毫米波PCB天线设计的指导书或者相关文献可以参考?


AWR1642BOOST PCB 工程查看详情
AWR1642BOOST Schematic, Assembly, and BOM 查看详情

TI mmWave Radar sensor RF PCB Design, Manufacturing and Validation Guide
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二.如何使用两个AWR1642雷达做干扰实验？需要在时域上看到干扰情况，请问需要如何配置？

推荐使用DCA1000数据采集卡对AWR1642的ADC数据进行采集。干扰可参考以下介绍

    [url=]mmWave AWR1x Interference Detection - A crucial step to effective mitigation[/url]

三.测试AWR1642+DCA1000能够测量的最大距离，在使用带宽都均约为4GHz，然后发现斜率更高的情况下，雷达能够探测到更远的目标，但是对比原理却发现与斜率没有直接关系，所以想请问各位大神这是什么原因。

主要是ADC采样率的限制，ADC采样率固定的情况下，斜率越高，同一个目标的中频信号频率越高。

Training 在线培训(毫米波传感器基本原理)

Fundamentals of FMCW technology and mmWave sensors, Quick start

[url=]https://training.ti.com/mmwave-training-series[/url]

1.       Introduction to mmWave sensing: FMCW radars

1.1.    [url=]Intro to mmWave Sensing : FMCW Radars - Module 1 : Range Estimation[/url]

1.2.    [url=]Intro to mmWave Sensing : FMCW Radars - Module 2 : The Phase of the IF Signal[/url]

1.3.    [url=]Intro to mmWave Sensing : FMCW Radars - Module 3 : Velocity Estimation[/url]

1.4.    [url=]Intro to mmWave Sensing : FMCW Radars - Module 4 : Some System Design Topics[/url]

1.5.    [url=]Intro to mmWave Sensing : FMCW Radars - Module 5 : Angle Estimation[/url]

2.       TI mmWave sensor device trainings

2.1.    [url=]TI Automotive mmWave Sensors Device Overview[/url]

2.2.    [url=]TI Industrial mmWave Sensors Device Overview[/url]

2.3.    [url=]Introduction to mmWave SDK[/url]

2.4.    [url=]DCA1000 Training Video[/url]

2.5.    [url=]mmWave Radar Programming Model[/url]

2.6.    [url=]mmWave EVMs Deep Dive[/url]

2.7.    [url=]Introduction to mmWave Sensor 1443 Hardware Accelerator[/url]

2.8.    [url=]mmWave Sensor Raw Data Capture Using the TSW1400 Board[/url]

2.9.    [url=]mmWave AWR1x Interference Detection - A crucial step to effective mitigation[/url]

2.10.[url=]mmWave AWR1x Power Optimization Options[/url]

3.       TI mmWave sensor labs

3.1.    [url=]mmWave SDK EVM Out-of-Box Demo[/url]

3.2.    [url=]mmWave Water vs. Ground Classification Lab[/url]

3.3.    [url=]mmWave Vital Signs Lab[/url]

3.4.    [url=]mmWave sensors in robotics: enabling robots to ‘sense & avoid’[/url]

3.5.    [url=]mmWave sensors in robotics: technical deep dive[/url]

4.       TI mmWave Experiments: Sense the world with TI's mmWave

4.1.    [url=]Sense the world with TI mmWave: See through rain and walls, and detect small objects[/url]

5.       TI mmWave sensor webinars

5.1.    [url=]Getting Up and Running with TI's mmWave Sensors[/url]

5.2.    [url=]mmWave Sensors on the TI-Resource Explorer[/url]

5.3.    [url=]mmWave Sensors : People Counting Demo (English)[/url]

5.4.    [url=]mmWave Sensors : People Counting Demo (Chinese)[/url]

5.5.    [url=]AWR1642 Vehicle Occupant Detection (VOD) Demo Webinar[/url]

6.       TI mmWave sensor application

6.1.    [url=]TI Industrial mmWave Sensors Device Overview[/url]

6.2.    [url=]TI Automotive mmWave Sensors Device Overview[/url]

6.3.    [url=]mmWave RADAR in ADAS Applications[/url]

6.4.    [url=]Build Cascaded Radar Using TI's mmWave Sensors[/url]

6.5.    [url=]mmWave AWR1x Power Optimization Options[/url]