I use AD9371 EVB and ZC706 on Windows
1) AD9371 initial setting
2) Log Rx data to txt file
I want to create a program that can do both of the above.
I will use the SD card for TES delivered with the AD9371 EVB.
In my opinion, I can use the DLL file provided by TES (GUI).
Can I get the documentation for the DLL file?
I look forward to your help.
thank you.
You can get the DLL help file from the help tab in TES GUI.
From Tools tab in the GUI , you can create the full initialization script in iron python format.
Attached is the RX capture script in python format.
########################
#ADI Demo Python Script
########################
#Gui Version:2.0.68 DLL Version:1.5.2.3566 Fpga Version:46000200 ArmVersion: 5.2.2
#Import Reference to the DLL
import System
from System import Array
from System import Int16
from System import UInt32
from System import Byte
from System import SByte
import time
import clr
clr.AddReferenceToFileAndPath("C:\\Program Files (x86)\\Analog Devices\\AD9371 Transceiver Evaluation Software\\AdiCmdServerClient.dll")
from AdiCmdServerClient import AdiCommandServerClient
from AdiCmdServerClient import Enums
from AdiCmdServerClient import MykDpdConfig
from AdiCmdServerClient import MykClgcConfig
from AdiCmdServerClient import MykVswrConfig
from AdiCmdServerClient import TddFsmParameters_us
from AdiCmdServerClient import MykonosProfileData
from AdiCmdServerClient.AD9528 import AD9528Settings
#Create an Instance of the Class
Link = AdiCommandServerClient.Instance
Mykonos = AdiCommandServerClient.Instance.Mykonos
FpgaMykonos = AdiCommandServerClient.Instance.FpgaMykonos
#Connect to the Zynq Platform
#Connect to the Zynq Platform
if(Link.hw.Connected == 1):
Connect = 1
else:
Connect = 0
Link.hw.Connect("192.168.1.10", 55555)
Link.Mykonos.radioOff()
Link.Mykonos.setRfPllFrequency(Mykonos.PLLNAME.RX_PLL,2400000000)
Link.Mykonos.radioOn()
Link.FpgaMykonos.enableRxDataPaths(Link.FpgaMykonos.RX_DATAPATH.DISABLE)
Link.FpgaMykonos.setRxCaptureSamples(FpgaMykonos.RXCAPTURE.RX1_DM , 122880)
Link.FpgaMykonos.setRxTrigger(FpgaMykonos.RXTRIGGER.IMMEDIATE)
print("capture started")
Link.FpgaMykonos.enableRxDataPaths(Link.FpgaMykonos.RX_DATAPATH.RX1_RX2)
Link.FpgaMykonos.CaptureRxData()
Link.FpgaMykonos.waitRxCapture(1000)
rx_data = Link.readRam(Enums.FPGA_CHANNEL.RX1,0,122880)
#orx2_data = Link.readRam(Enums.FPGA_CHANNEL.RX2,0,8000000)
Link.FpgaMykonos.enableRxDataPaths(Link.FpgaMykonos.RX_DATAPATH.DISABLE)
print("capture complet")
fid = open('C:/Users/sroy/Desktop/rx1_data.txt','w')
j=0
for i in range(len(rx_data)/2):
rx_i = str(rx_data[j])
rx_q = str(rx_data[j+1])
fid.write(rx_i+"\t"+rx_q+"\n")
j=j+2
fid.close()
#Read the Version
print Link.version()
#Disconnect from the Zynq Platform
if(Connect == 0):
Link.hw.Disconnect()
You can get the DLL help file from the help tab in TES GUI.
From Tools tab in the GUI , you can create the full initialization script in iron python format.
Attached is the RX capture script in python format.
########################
#ADI Demo Python Script
########################
#Gui Version:2.0.68 DLL Version:1.5.2.3566 Fpga Version:46000200 ArmVersion: 5.2.2
#Import Reference to the DLL
import System
from System import Array
from System import Int16
from System import UInt32
from System import Byte
from System import SByte
import time
import clr
clr.AddReferenceToFileAndPath("C:\\Program Files (x86)\\Analog Devices\\AD9371 Transceiver Evaluation Software\\AdiCmdServerClient.dll")
from AdiCmdServerClient import AdiCommandServerClient
from AdiCmdServerClient import Enums
from AdiCmdServerClient import MykDpdConfig
from AdiCmdServerClient import MykClgcConfig
from AdiCmdServerClient import MykVswrConfig
from AdiCmdServerClient import TddFsmParameters_us
from AdiCmdServerClient import MykonosProfileData
from AdiCmdServerClient.AD9528 import AD9528Settings
#Create an Instance of the Class
Link = AdiCommandServerClient.Instance
Mykonos = AdiCommandServerClient.Instance.Mykonos
FpgaMykonos = AdiCommandServerClient.Instance.FpgaMykonos
#Connect to the Zynq Platform
#Connect to the Zynq Platform
if(Link.hw.Connected == 1):
Connect = 1
else:
Connect = 0
Link.hw.Connect("192.168.1.10", 55555)
Link.Mykonos.radioOff()
Link.Mykonos.setRfPllFrequency(Mykonos.PLLNAME.RX_PLL,2400000000)
Link.Mykonos.radioOn()
Link.FpgaMykonos.enableRxDataPaths(Link.FpgaMykonos.RX_DATAPATH.DISABLE)
Link.FpgaMykonos.setRxCaptureSamples(FpgaMykonos.RXCAPTURE.RX1_DM , 122880)
Link.FpgaMykonos.setRxTrigger(FpgaMykonos.RXTRIGGER.IMMEDIATE)
print("capture started")
Link.FpgaMykonos.enableRxDataPaths(Link.FpgaMykonos.RX_DATAPATH.RX1_RX2)
Link.FpgaMykonos.CaptureRxData()
Link.FpgaMykonos.waitRxCapture(1000)
rx_data = Link.readRam(Enums.FPGA_CHANNEL.RX1,0,122880)
#orx2_data = Link.readRam(Enums.FPGA_CHANNEL.RX2,0,8000000)
Link.FpgaMykonos.enableRxDataPaths(Link.FpgaMykonos.RX_DATAPATH.DISABLE)
print("capture complet")
fid = open('C:/Users/sroy/Desktop/rx1_data.txt','w')
j=0
for i in range(len(rx_data)/2):
rx_i = str(rx_data[j])
rx_q = str(rx_data[j+1])
fid.write(rx_i+"\t"+rx_q+"\n")
j=j+2
fid.close()
#Read the Version
print Link.version()
#Disconnect from the Zynq Platform
if(Connect == 0):
Link.hw.Disconnect()