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(New page: =12-12-08= Finding out what is gain for each channel using the Stanford pulse generator. Setting: <br> Run Number: r634 && r635<br> [[Image:Amplified_pulse_for_two_channels.gif|300px]...)
 
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Gain_for_Channel_1 = Gain_TrigOut = <math>\frac{175 \times 10.7918}{110} = 17.1688</math><br>
 
Gain_for_Channel_1 = Gain_TrigOut = <math>\frac{175 \times 10.7918}{110} = 17.1688</math><br>
 
Gain_for_Channel_5 = Gain_Strip = <math>\frac{650 \times 10.7918}{145} = 48.377</math><br>
 
Gain_for_Channel_5 = Gain_Strip = <math>\frac{650 \times 10.7918}{145} = 48.377</math><br>
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[[User_talk:Tamar]]

Revision as of 23:09, 17 December 2008

12-12-08

Finding out what is gain for each channel using the Stanford pulse generator.

Setting:

Run Number: r634 && r635

Amplified pulse for two channels.gifAmplified pulse for two channels swapped.gif

Original pulse from stanford pulse generator goes to the ADC: r636 && r637


Pulse for two channels.gifPulse for two channels swapped.gif

I used the attenuator for both channels and it was set to the same value: 12dB = 10.7918.

[math]X db = 20 log_{10}\frac{I_1}{I_2}[/math]
[math]\frac{I_1}{I_2} = 10^{12/20} = 3.98[/math]

Gain Calculation

Gain_for_Channel_1 = Gain_TrigOut = [math]\frac{175 \times 10.7918}{110} = 17.1688[/math]
Gain_for_Channel_5 = Gain_Strip = [math]\frac{650 \times 10.7918}{145} = 48.377[/math]


User_talk:Tamar