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SWRA370 Datasheet(PDF) 8 Page - Texas Instruments

Part # SWRA370
Description  Basic RF Testing of CCxxxx Devices
PDF  34 Pages
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Manufacturer  TI1 [Texas Instruments]
Direct Link  http://www.ti.com
Logo TI1 - Texas Instruments

SWRA370 Datasheet(HTML) 8 Page - Texas Instruments

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Any board with
TI LPRF
Radio
USB MCU
PC
Windows OS
CEBAL
USB Driver
SmartRF Studio/
LabVIEW
CEBAL Firmware
USB
Cable
SmartRF Evaluation Board or
CC Debugger
Note (1)
Standards and System Requirements
www.ti.com
It is possible to connect your own hardware to the SmartRF Evaluation Board to test your own radio
design with SmartRF Studio7/LabVIEW. Connect the board to the TI evaluation board via the breakout
pins on the EB, or use the target connector on the CC Debugger. For SoCs, use the debug interface; for
transceivers, use the serial peripheral interface (SPI). Figure 2 shows the connection between a PC and a
generic evaluation board with a TI LPRF radio.
(1)
Connect the board to the TI evaluation board via the break-out pins on the board, or user the target
connector on the CC Debugger. For SoCs, use the debug interface; for transceivers, use the SPI interface.
Refer to the evaluation board user guide for more details.
Figure 2. Interface Between PC and Any Board with TI LPRF Radio
In all cases, make sure that the boards are properly connected and that the voltage levels are correct.
These cautions are especially relevant if you are not using level shifters and the voltage level on your
board is different from the voltage level on the EB (usually 3.3 V). For more information, see Ref. 11 and
Ref. 12.
CAUTION
The CC Debugger operates internally at 3.3 V. However, it has level converters
that will detect the voltage on the target board and ensure that the debug
control lines are set to a voltage that corresponds to the target I/O voltage.
2.3.4
Test System Operation
Use these general parameters to perform tests in TX mode when using LabVIEW:
Set the DUT to TX mode using SmartRF Studio 7.
Supply and temperature are set by LabVIEW.
The signal analyzer is configured by LabVIEW to measure the transmitted data.
LabVIEW captures the data from the signal analyzer.
The collected information then can be interpreted either in LabVIEW or other PC-based software.
8
Basic RF Testing of CCxxxx Devices
SWRA370
– August 2011
Submit Documentation Feedback
Copyright
© 2011, Texas Instruments Incorporated



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