Index: ADuCM360_demo_cn0359/src/applications/DDdefs.cpp
===================================================================
diff -u -re5e6c6f79e38c2f82de516ea81069dfe0fc558b5 -rbad01dd4e1cd53b1bd16aa8291da2a43dc71570e
--- ADuCM360_demo_cn0359/src/applications/DDdefs.cpp	(.../DDdefs.cpp)	(revision e5e6c6f79e38c2f82de516ea81069dfe0fc558b5)
+++ ADuCM360_demo_cn0359/src/applications/DDdefs.cpp	(.../DDdefs.cpp)	(revision bad01dd4e1cd53b1bd16aa8291da2a43dc71570e)
@@ -208,17 +208,17 @@
 			printf("+Vp-p: %eV\n", adc.p_volt);
 			printf("-Vp-p: %eV\n", adc.n_volt);
 			printf("TEMP: %f'C\n", adc.temp);
-			printf("Raw Temperature Resistance - : %eOhms\n", get_raw_temperature_resistance());
+			printf("Raw Temperature Resistance - : %e kOhms\n", get_raw_temperature_resistance());
 
 			raw_conductivity = ((adc.p_curt - adc.n_curt) /
 					      	  	(adc.p_volt - adc.n_volt));
 
-			printf("Raw Conductivity - (Current/Voltage) : %eS/cm\n", raw_conductivity);
+			printf("Raw Conductivity - (Current/Voltage) : %e S/cm\n", raw_conductivity);
 
 			raw_resistance = ((adc.p_volt - adc.n_volt) /
 							  (adc.p_curt - adc.n_curt));
 
-			printf("Raw Conductivity Resistance - (Voltage/Current): %eOhms\n\n", raw_resistance);
+			printf("Raw Conductivity Resistance - (Voltage/Current): %e Ohms\n\n", raw_resistance);
 		}
 
 		fflush(stdout);