This following example procedure describes how to configure, generate, and download an 802.15.4 SUN FSK waveform to your instrument.
The sample 802.15.4 SUN FSK signal parameters are defined in the table below.
Modulation Method | Filtered 2FSK |
Modulation Index | 1 |
Filter | Gaussian (BT=0.5) |
Data Rate | 50 kbps |
Payload | PN9 |
Preamble Length | 4 octets |
SFD | phyMRFSKSFD=0, Uncoded |
Mode Switch | Disable |
FCS Type | 4 octets |
Data Whitening | Disable |
Frame Length | 20 octets |
SHR | PHR | PHY Payload | |||||
Preamble | SFD |
|
PSDU | ||||
2FSK, 32 bits | SFD Index=0 |
|
PN9 | ||||
55 55 55 55 | 90 4E | 00 14 | 20 bytes continuous data |
Open the software. The system configuration wizard appears.
Configure the hardware system.
Select
and highlight your instrument. Click .
Highlight MXG/EXG/ESG/PSG Signal Generator and click Next.
Highlight New and click Next.
Enter the IP address of your signal generator and click Next.
Click Hardware in the tree view and check your signal generator has installed the license for N7610C Signal Studio for IoT 2025.
Click Instrument in the tree view and configure the instrument parameters, such as frequency and amplitude.
Click Waveform Setup in the tree view and select 802.15.4 SUN FSK format.
Click 802.15.4 SUN FSK in the tree view and configure the waveform parameters.
Click the
button.
Click the
button to download the waveform to your instrument. Or you can export the waveform as following steps.
Under the File menu, select
.
Name the waveform file and save it to your PC.
Copy the waveform file to a portable USB storage device.
This would be a good time to also save a backup copy of the waveform file.
Insert the USB storage device into a USB port on the controlling PC and copy the waveform file to the proper directory, as described in the instrument's documentation.