Characterization of MITLL
	CCID20-W6C1
	thin 2k x 4k
	pixel size 15um x 15um
	
	Reported by M.Wei 	Sep.11,1997

Both "A" and "B" amps work 

TEST CONDITIONS

temperature:    -130c
Voltages:	Vdd 	= +19v
		Vr  	= +12.5v
		Vopg 	= 0v
		Vsub	= 0v
		Vp1,2,3 = +2, -6v
		Vs1,2,3 = +6, -3v
          	Vsw	= +5, -5v
		RG	= 10, 0v
		SCP	= 10v

read 3800(r)x2048(c) area only.
changed gain of preamp. from 21 to 4.83

TEST RESULTS

e-/DN:	        A:	0.40	Determined by Fe55 x-ray test
		B:	0.35
serial CTE	A:	0.99999727	Determined by Fe55 x-ray test
		B:	0.99999855	Determined by Fe55 x-ray test


vertical CTE		0.99999673	Determined by cosmic ray

Vertical charge traps:	4		(in 3800(r) x 1024(c) area) Determined
					by charge-pumping method

Read noise:		A: 2.28e-	DSC timing: 16us on data and 16us 
					on baseline
			   2.36e-	DSC timing: 4us on data and 4us 
					on baseline
			B: 2.14e-	DSC timing: 16us on data and 16us 
					on baseline
			   2.17e-	DSC timing: 4us on data and 4us 
					on baseline
Full well(nonmpp)	143 ke- 

Dark current:				Measured from 1000s integration
	(nonmpp)	top: 4.28e-/hour/pixel
	(nonmpp)	med: 3.78e-/hour/pixel
	(nonmpp)	btm: 3.78e-/hour/pixel

low level linearity:	1sec.	 5.5 DN
			2sec	11.5 DN
			4sec	21.7 DN
			8sec	43.4 DN
high level linearity:

QE(%)

3200A		 1.1
3500A		 0.9
4000A		28.3
4500A		42.9
5000A		61.4
6000A		83.8
6500A		84.5
7000A		81.0
8000A		63.8
9000A		30.7
10000A		 6.3

Fringing
 8000A		9.7%
 9000A		12.4%
10000A		26.6%
 
---------------------------------------------
Discussion:

(1)serial clocks -- noise

"A":
Vh		noise(16us) noise(4us)
5,-5v		5.04e-		4.68e-
6,-3v		2.20e-		2.26e-

"B":
Vh		noise(16us) noise(4us)
5,-5v		3.89e-		3.50e-
6,-3v		1.68e-		1.96e-

(2) image:darkpattw6c1.ps is a dark field
    which was taken when the dewar was warming up