Sensor: S_2x3T_09, Data for leakage current measurement , and plot on overall it is a GOOD sensor

ROC	ROC wafer	Label
ROC0	W28_X54K5TT	35D
ROC1	W28_X54K5TT	14C
ROC2	W28_X54K5TT	35A
ROC3	W28_X54K5TT	16A
ROC4	W28_X54K5TT	16B
ROC5	W28_X54K5TT	16D

This plaquette has been reworked. Old results

Inspected by Arndt Kirk on date 10/24/2007

Picture	Comment
	Scratches on sensor as received from BBM vendor IZM (reworked module) between ROC0 and ROC5.

Depletion Voltage is -44 and suggested operational voltage is -84

Ibias_DAC, Ibias_DAC Data	148	146	154	146	144	142
Vana, VanaData	145	143	130	134	125	134
CalDelData and plots	86	73	71	96	72	92
VthrCompData and plots	86	78	78	71	81	70
TestDdata ,TestD Plots	2	0	0	28	0	82
LightData ,Light Plots	0	0	0	0	0	0
Pass/Fail TestD	GOOD	GOOD	GOOD	GOOD	GOOD	BAD
Pass/Fail LIGHT	GOOD	GOOD	GOOD	GOOD	GOOD	GOOD

Noise MAP at VMAX

Efficiency MAP

EXTRA DACs for NOISE

ROC0 NOISE			MEAN = 4.613833 SIGMA = 0.361247
ROC1 NOISE			MEAN = 4.545671 SIGMA = 0.380460
ROC2 NOISE			MEAN = 4.377338 SIGMA = 0.363389
ROC3 NOISE			MEAN = 5.030979 SIGMA = 0.400237
ROC4 NOISE			MEAN = 5.138125 SIGMA = 0.422083
ROC5 NOISE			MEAN = 4.521260 SIGMA = 0.369354

Comment (if any): Test D showed too many unbumped pixels on ROC3 and ROC5

End testing time: 5:24 PM