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How to use Python to control ADXUD1AEBZ

		
	
				

			

									
					    Oceanman
					
							

            
            			
				
									
											
			
			
				
			
			
			    	
			                    
                
				                on Aug 1, 2025 
				
			
			
		

		
		                    	    

        	    
Thread Summary

                The user inquires about controlling the ADXUD1AEBZ board using Python, similar to a given MATLAB code snippet. The final answer provides a Python demo code to configure the XUD1A board, setting specific channels to TX or RX modes and configuring the PLL and LO frequency. Relevant products: ZCU102, AD9081, ADXUD1AEBZ, ADF4371.
                        	    

                
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Category: Software

    		        		        		        		        
Software Version: Python

    		    		    

		    		    
		    			

			    
Hi,


We are using ZCU102+AD9081+ADXUD1AEBZ+Stingray. I am writing to ask if we are able to control ADXUD1AEBZ using Python, and if so, would you please refer some demo code for me? Specifically, I would like to know how to achieve a similar function as the MATLAB code below:


sray.TXRX0 = 0;
sray.TXRX1 = 1;
sray.TXRX2 = 1;
sray.TXRX3 = 0;


Thank you! 

			

			
									
		                             
                        

    

                                            
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    •  Analog Employees  
    
            
						
                            
            
            				
            
                on Aug 1, 2025 12:24 PM
            
            
						
			            		
    
		
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    Hi,

    Take a look at the demo code attached. This will allow you to control the XUD1A board in Python.
    

    

    Regards,
    Brandon

    ctx = conv._ctrl.ctx
xud = ctx.find_device("xud_control")
adf4371 = ctx.find_device("adf4371-0")

# Find channel attribute for TX & RX
txrx1 = xud.find_channel("voltage1", True)
txrx2 = xud.find_channel("voltage2", True)
txrx3 = xud.find_channel("voltage3", True)
txrx4 = xud.find_channel("voltage4", True)
PLLselect = xud.find_channel("voltage5", True)
rxgainmode = xud.find_channel("voltage0", True)
XUDLO = adf4371.find_channel("altvoltage2", True)

# XUD1A Switches: "1" = TX, "0" = RX
txrx1.attrs["raw"].value = "0"
txrx2.attrs["raw"].value = "1"
txrx3.attrs["raw"].value = "0"
txrx4.attrs["raw"].value = "0"
PLLselect.attrs["raw"].value = "1"
rxgainmode.attrs["raw"].value = "1"
XUDLO.attrs["frequency"].value = "14500000000"
XUDLO.attrs["powerdown"].value = "0"
    
			
    

		
			
	      

		
		
	
    
	
    
		
    
			
		
    
	
    
	
    
		
						
						
						
						
				
				
		
		
    
			
		
    
	
    

    

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