Sensor: S_2x4B_17, Data for leakage current measurement , and plot on overall it is a GOOD sensor

ROC	ROC wafer	Label
ROC0	XH4KFBT	49D
ROC1	XH4KFBT	40A
ROC2	XH4KFBT	40B
ROC3	XH4KFBT	41A
ROC4	XH4KFBT	41B
ROC5	KMNG2DT	56A
ROC6	XH4KFBT	42B
ROC7	XH4KFBT	43A

This plaquette was reworked. Old results here

Inspected by Arndt Kirk on date 7/30/2007

Picture	Comment
	Picture of substance on backside of ROC0 (representative of substance on backsides of all original ROCs) in the reworked BMM. The substance is not removed by gentle swabbing with alcohol.

Depletion Voltage is -50 and suggested operational voltage is -90

Ibias_DAC, Ibias_DAC Data	176	146	150	144	154	146	162	138
Vana, VanaData	147	124	124	127	130	131	140	127
CalDelData and plots	78	87	78	87	79	81	70	87
VthrCompData and plots	84	74	72	74	75	85	75	70
TestDdata ,TestD Plots	11	30	1	1	8	1	0	1
LightData ,Light Plots	9	35	2	0	0	1	0	1
Pass/Fail TestD	GOOD	GOOD	GOOD	GOOD	GOOD	GOOD	GOOD	GOOD
Pass/Fail LIGHT	GOOD	GOOD	GOOD	GOOD	GOOD	GOOD	GOOD	GOOD

Noise MAP at VMAX

Efficiency MAP

EXTRA DACs for NOISE

ROC0 NOISE			MEAN = 3.612841 SIGMA = 0.301909
ROC1 NOISE			MEAN = 4.872327 SIGMA = 0.399815
ROC2 NOISE			MEAN = 4.186844 SIGMA = 0.328762
ROC3 NOISE			MEAN = 4.807365 SIGMA = 0.358047
ROC4 NOISE			MEAN = 4.576379 SIGMA = 0.372002
ROC5 NOISE			MEAN = 4.814260 SIGMA = 0.382925
ROC6 NOISE			MEAN = 4.799895 SIGMA = 0.375798
ROC7 NOISE			MEAN = 5.163919 SIGMA = 0.434417

Comment (if any):

P_2x4B_172_C-1.html,

P_2x4B_172_C-10.html,

P_2x4B_172_C-11.html,

P_2x4B_172_C-12.html,

P_2x4B_172_C-13.html,

P_2x4B_172_C-14.html,

P_2x4B_172_C-15.html,

P_2x4B_172_C-16.html,

P_2x4B_172_C-2.html,

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End testing time: 10:53 AM