77G millimeter wave antenna design

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77G millimeter wave antenna design [Copy link]

I. I have a demo board of AWR1642. I am planning to make a 77G millimeter-wave radar that meets customer needs. However, I have no idea about antenna design. Does TI have any guide or related literature on millimeter-wave PCB antenna design that I can refer to? AWR1642BOOST PCB Engineering查看详情 查看详情 TI mmWave Radar sensor RF PCB Design, Manufacturing and Val idation Guide 查看详情 II.How to use two[/ font]AWR1642Radar interference experiment? I need to see the interference situation in the time domain. How should I configure it? I recommend using the DCA1000 data acquisition card to collect the ADC data of the AWR1642. For interference, please refer to the following introduction. 102)]mmWave AWR1x Interference Detection - A crucial step to effective mitigation

3. Test[color=rgb(170, 102, The maximum distance that AWR1642+DCA1000 can measure is about 4GHz when using bandwidth. It is found that when the slope is higher, the radar can detect farther targets. However, when comparing the principles, it is found that it has no direct relationship with the slope. So I would like to ask the experts why this is the case.

It is mainly limited by the ADC sampling rate. When the ADC sampling rate is fixed, the higher the slope, the higher the intermediate frequency signal frequency of the same target.

Training Online Training (Basic Principles of Millimeter Wave Sensors)

Fundamentals of FMCW technology and mmWave sensors, Quick start

https://training.ti.com/mmwave-training-series

1.       Introduction to mmWave sensing: FMCW radars

1.1.    Intro to mmWave Sensing : FMCW Radars - Module 1 : Range Estimation

1.2.    Intro to mmWave Sensing : FMCW Radars - Module 2 : The Phase of the IF Signal

1.3.    Intro to mmWave Sensing : FMCW Radars - Module 3 : Velocity Estimation

1.4.    Intro to mmWave Sensing : FMCW Radars - Module 4 : Some System Design Topics

1.5.    Intro to mmWave Sensing : FMCW Radars - Module 5 : Angle Estimation

2.       TI mmWave sensor device trainings

2.1.    TI Automotive mmWave Sensors Device Overview

2.2.    TI Industrial mmWave Sensors Device Overview

2.3.    Introduction to mmWave SDK

2.4.    DCA1000 Training Video

2.5.    mmWave Radar Programming Model

2.6.    mmWave EVMs Deep Dive

2.7.    Introduction to mmWave Sensor 1443 Hardware Accelerator

2.8.    mmWave Sensor Raw Data Capture Using the TSW1400 Board

2.9.    mmWave AWR1x Interference Detection - A crucial step to effective mitigation

2.10.mmWave AWR1x Power Optimization Options

3.       TI mmWave sensor labs

3.1.    mmWave SDK EVM Out-of-Box Demo

3.2.    mmWave Water vs. Ground Classification Lab

3.3.    mmWave Vital Signs Lab

3.4.    mmWave sensors in robotics: enabling robots to ‘sense & avoid’

3.5.    mmWave sensors in robotics: technical deep dive

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

4.1.    Sense the world with TI mmWave: See through rain and walls, and detect small objects

5.       TI mmWave sensor webinars

5.1.    Getting Up and Running with TI's mmWave Sensors

5.2.    mmWave Sensors on the TI-Resource Explorer

5.3.    mmWave Sensors : People Counting Demo (English)

5.4.    mmWave Sensors : People Counting Demo (Chinese)

5.5.    AWR1642 Vehicle Occupant Detection (VOD) Demo Webinar

6.       TI mmWave sensor application

6.1.    TI Industrial mmWave Sensors Device Overview

6.2.    TI Automotive mmWave Sensors Device Overview

6.3.    mmWave RADAR in ADAS Applications

6.4.    Build Cascaded Radar Using TI's mmWave Sensors

6.5.    mmWave AWR1x Power Optimization Options