Texas Instruments AWRL6432BOOST, Руководство пользователя

Страница: 2 / 23

Figure 6-3. Azimuth Antenna Radiation Patterns...................................................................................................................... 10
Figure 6-4. Elevation Antenna Radiation Patterns..................................................................................................................... 11
Figure 6-5. S1 Switch for Various Mode Settings....................................................................................................................... 11
Figure 6-6. S4 Switch for Various mode Settings...................................................................................................................... 12
Figure 6-7. SOP Switches......................................................................................................................................................... 12
Figure 6-8. USB Connector (J5)................................................................................................................................................ 13
Figure 6-9. DCA1000 HD Connector......................................................................................................................................... 14
Figure 6-10. Booster pack connector......................................................................................................................................... 14
Figure 6-11. CANFD Connector................................................................................................................................................. 15
Figure 6-12. Analog Mux for the CAN PHY Switch.................................................................................................................... 15
Figure 6-13. CAN FD PHY used in the EVM............................................................................................................................. 16
Figure 6-14. LIN header and PHY interface.............................................................................................................................. 16
Figure 6-15. LIN PHY interface.................................................................................................................................................. 16
Figure 6-16. Virtual COM port.................................................................................................................................................... 17
Figure 6-17. EVM in functional mode using standalone operation............................................................................................ 18
Figure 6-18. DCA1000EVM mode top view............................................................................................................................... 19
Figure 6-19. DCA1000EVM mode side view............................................................................................................................. 20
Figure 6-20. DCA1000 CMOS TO LVDS Conversation for Data Lines..................................................................................... 21
Figure 6-21. DCA1000 CMOS TO LVDS Conversation for Clock and Control Lines................................................................ 21
Trademarks
ARM Cortex ® is a registered trademark of Arm Cortex.
TI ® is a registered trademark of Texas Instruments.
All trademarks are the property of their respective owners.
2 Getting Started
2.1 Key Features
• FR4-based PCB substrate
• Wide field of view antenna, targeted for wall mount applications
• Industrial: Building automation, Presence / motion detection, Displacement sensing, Robotics, Security and
Surveillance, Vital sign detection, Gesture, Factory automation applications
• Automotive: In cabin sensing, Occupancy detection, Child presence detection, Intruder detection, Seat belt
reminder, Gesture applications
• XDS110 JTAG interface with USB connectivity for code development and debugging
• Power optimized discrete DCDC power management solution
• Relaxed PCB rules: lower manufacturing cost
– No micro vias, only through via
– No vias on the BGA pads
• Serial port for onboard QSPI flash programming
• 60-pin, high-density (HD) connectors for raw analog-to-digital converter (ADC) data
• Onboard CAN-FD transceiver
• On board LIN PHY transceiver for automotive variant.
• USB powered standalone mode of operation
• EVM is designed as booster pack to connect with other LaunchPad EVMs
• On board 16Mbit QSPI flash
2.2 Kit Contents
xWRL6432BOOST includes the following:
• XWRL6432BOOST Evaluation board
• Micro USB cable
• Quick Start Guide
2.3 mmWave Out of Box Demo
TI ® provides sample demo codes to easily get started with the XWRL6432BOOST evaluation module (EVM)
and to experience the functionality of the XWRL6432 mmWave sensor. For details on getting started with these
demos visit mmWave SDK on ti.com page.
Trademarks www.ti.com
2 IWRL6432BOOST/AWRL6432BOOST EVM: FR4-Based Low Power 60 GHz
mm-Wave Sensor EVM User Guide SWRU596 – DECEMBER 2022
Submit Document Feedback
Copyright © 2022 Texas Instruments Incorporated