diff --git a/examples/python/adcDemo.py b/examples/python/adcDemo.py
deleted file mode 100644
index 4b1391c..0000000
--- a/examples/python/adcDemo.py
+++ /dev/null
@@ -1,89 +0,0 @@
-#!/usr/bin/env python
-# coding: utf-8
-
-'''
-@disc:  ADC readout Sensor Test (Analog Devices LTC2308)
-        Fast way over the virtual memory
-           
-@date:   21.01.2020
-@device: Intel Cyclone V 
-@author: Robin Sebastian
-         (https://github.com/robseb)
-'''
-import os
-import time
-import math
-# 
-# This demo uses the python class "devmen" (https://github.com/kylemanna/pydevmem)
-# be sure that this file is on the same directory 
-#
-import devmem
-
-# Demo duration  
-TEST_DURATIONS  =30
-
-# the Lightweight HPS-to-FPGA Bus base address offset
-HPS_LW_ADRS_OFFSET = 0xFF200000 
-
-# LTC2308 Address offset
-ADC_ADDRES_OFFSET = 0x40
-
-# Register set of the LTC2308
-ADC_CMD_REG_OFFSET  = 0x0
-ADC_DATA_REG_OFFSET = 0x4
-
-#### Used ADC Channel 
-# Select here the ADC Channel for this Demo 
-ADC_CH = 1
-##
-
-### FIFO Convention Data Size for average calculation
-FIFO_SIZE = 255 # MAX=1024 
-
-VALUE_OR_VOLTAGE_OUTPUT = 0 # 1: Raw Value output | 0: Volage
-
-if __name__ == '__main__':
-    print("ADC readout Demo for LTC2308 ADC with Channel "+str(ADC_CH))
-
-    # open the memory Access to the Lightweight HPS-to-FPGA bridge
-    #                  (Base address, byte length to acceses, interface)
-    de = devmem.DevMem(HPS_LW_ADRS_OFFSET, ADC_ADDRES_OFFSET+0x8, "/dev/mem")
-    
-    # Enter test loop
-    for var in range(TEST_DURATIONS):
-
-        # Set meassure number for ADC convert
-        de.write(ADC_ADDRES_OFFSET+ADC_DATA_REG_OFFSET,[FIFO_SIZE])
-        # Enable the convention with CH0 
-        de.write(ADC_ADDRES_OFFSET+ADC_CMD_REG_OFFSET, [(ADC_CH <<1) | 0x00])
-        de.write(ADC_ADDRES_OFFSET+ADC_CMD_REG_OFFSET, [(ADC_CH <<1) | 0x01])
-        de.write(ADC_ADDRES_OFFSET+ADC_CMD_REG_OFFSET, [(ADC_CH <<1) | 0x00])
-        
-        timeout = 300 #ms
-        # Wait untis convention is done or timeout
-        while (not(timeout == 0)):
-            
-            if(de.read(ADC_ADDRES_OFFSET+ADC_CMD_REG_OFFSET,1)[0] & (1<<0)): 
-                break
-
-            timeout = timeout -1
-            time.sleep(.001) # delay 1ms 
-
-        # Avarage FIFO values
-        rawValue = 0
-        for i in range(FIFO_SIZE): 
-            rawValue = rawValue+ (de.read(ADC_ADDRES_OFFSET+ADC_DATA_REG_OFFSET,1))[0]
-        
-        value = rawValue / FIFO_SIZE
-
-        if VALUE_OR_VOLTAGE_OUTPUT:
-            value = round(value,2)
-            print("ADC AVG: "+str(value))
-        else: 
-            # Convert ADC Value to Volage
-            volage = round(value/1000,2)
-            print("U AVG: "+str(volage)+"V")
-
-        time.sleep(.2) # 200ms delay
-
-print('End of demo...')
\ No newline at end of file