Applying the Analog Configurability Test Approach in a Wireless Sensor Network Application

Table 5

Modes test experimental results.

Test mode	Parameter	Test setup	Min	Mean	Max
Mode 0	Unity gain OAM0		0.9939	1.0013	1.0075
	Unity gain OAM1		0.9917	1.0010	1.0083
	Unity gain OAM2		0.9947	1.0011	1.0114
Mode 1	Unity gain OAM0		0.9969	1.0026	1.0091
	Unity gain OAM1		0.9954	1.0025	1.0098
	Unity gain OAM2		0.9916	0.9979	1.0045
Mode 4	Gain OAM0	Programmed gain = +2; Gain selection = 2	1.9879	2.0036	2.0167
	Gain OAM1		1.9924	2.0041	2.0182
	Gain OAM2		1.9894	2.0025	2.0152
Mode 6	Gain OAM0	Programmed gain = +2; Gain selection = 2	1.9894	2.0020	2.0198
	Gain OAM1		1.9894	2.0029	2.0167
	Gain OAM2		1.9939	2.0035	2.0167
	Gain OAM2-OAM0; in cascade	Programmed gain = 0.665; Gain selection OAM2 = 1; Gain selection OAM0 = 2	0.6626	0.6672	0.6727
	Gain OAM0-OAM1; in cascade	Programmed gain = 0.665; Gain selection OAM0 = 1; Gain selection OAM1 = 2	0.6619	0.6668	0.6717
	Gain OAM1-OAM2; in cascade	Programmed gain = 0.665; Gain selection OAM1 = 1; Gain selection OAM2 = 2	0.6611	0.6671	0.6709
Mode 7	Gain of arrangement; OAM0-OAM1-OAM2	Programmed gain = 1.666; CUT = OAM1	1.6591	1.6724	1.6823
	Gain of arrangement; OAM1-OAM2-OAM0	Programmed gain = 1.666; CUT = OAM2	1.6591	1.6721	1.6818
	Gain of arrangement; OAM2-OAM0-OAM1	Programmed gain = 1.666; CUT = OAM0	1.6601	1.6730	1.6859