Differences between a full image and the on-chip binned image

Data set will be redone with a stable source rather than the Fluorescent room light

This set of images is to look at the differences between a full image and the on-chip binned image

Room Fluorescent light source
Darks are with shutter disabled closed
100khz, gain 3
all files are 11 images per file
Dark tracks are bin of 1
Light tracks are bin of 40

BINTestLights7.SPE Dark 0.1 sec odd tracks are the between track dark areas, even tracks are the lighted areas
BINTestdarks7.SPE Light 0.1 sec odd tracks are the between track dark areas, even tracks are the lighted areas
BINTestImagedark7.SPE Dark 0.1 sec full image
BINTestImageLights7.SPE Light 0.1 sec full image
BINTestImageDk4Sec7.SPE Dark 4 sec full image
BINTestImageLt4Sec7.SPE Dark 4 sec full image

I would like to look for differences in wavelength resolution and SNR

Ideally the 0.1 sec bins and the 40 second image should show comparable signal levels (40 x 0.1 sec = 4 sec) but have different noise

Mark

Email 2 -----------------------------------

Hi Steph,

More on Exp 13:

For the 2 image files there will be 2 standard deviations each.  One for each image (stats on the software binning of the 40 row tracks) and a standard deviation for the 10 images (stats on the averaging of the 10 summed tracks).  SNR would be the same for either.

Mark

Email 3 -----------------------------------

Hi Steph,

Your part looks good.  But was talking to Carol and I need to redo this with a stable source 'cus the fluorescent lights have 60 hz noise to worry about since I used .1 sec int time.

Anyway I will redo it today.  the processing will be the same.

Mark

Track 13 had very little light and a number of other tracks were lower.


pwd: C:\zflora\mldata\MOBY2\Intital_testing\091214
Date: 16-Dec-2009 10:02:49
Created from ontrck_binning(1)