Difference between revisions of "CH Discriminator Dual Pulsing"

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I used a DC offset to create a purely negative pulse using a sine wave signal ranging from 0 to -1V
  
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|  Run Number || Configuration || Generator Rate || Generator Pulse Amplitude (Set) || Generator Pulse Height (Measured) || Counts || Run Time (Sec) || Count Rate (Hz) || Uncertainty
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|  1  || Function Gen feeding Scalar || 1.00 KHz || 1.00V || ~1V ||  || 100 || 1.000KHz ||
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|  2  || Function Gen feeding Scalar || 1.00 KHz || 1.00V || ~1V ||  || 100 || 1.000KHz ||
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|  3  || Function Gen feeding Scalar || 1.00 KHz || 1.00V || ~1V ||  || 100 || 1.000KHz ||
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|  4  || Function Gen feeding Scalar || 1.00 KHz || 1.00V || ~1V ||  || 100 || 1.000KHz ||
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|  5  || Function Gen feeding Scalar || 1.00 KHz || 1.00V || ~1V ||  || 100 || 1.000KHz ||
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Revision as of 18:47, 3 March 2022

Discriminators

All needed specifications can be found within the appropriate manual

CAEN N841 Leading Edge Discriminator

Modes: Update and Non-Update

  • For use with He3 tube, Update vs Non-update mode did not seem to make a difference in discriminator output.
  • See pages 10 & 12 in user manual

File:CAEN N841 Manual.pdf

Lecroy 821 Quad Discriminator

File:LRS 821 Specifications.pdf

Tektronix DPO 4104 Digital Phosphor Oscilloscope

For reference: Input to discriminators is spec amp output with the following settings

Course gain: 10

Fine gain: 1

Shaping type: Gaussian

Shaping time: 2us

Continued Investigations

03/01/2022

  • Sourced a function generator

Function generator: Protek 93120 Digital Synthesis Arbitrary Function Generator/Counter

Measurements

I used a DC offset to create a purely negative pulse using a square wave signal ranging from 0 to -1V

Run Number Configuration Generator Rate Generator Pulse Amplitude (Set) Generator Pulse Height (Measured) Counts Run Time (Sec) Count Rate (Hz) Uncertainty
1 Function Gen feeding Scalar 1.00 KHz 1.00V ~1V 100000 100 1.000KHz
2 Function Gen feeding Scalar 1.00 KHz 1.00V ~1V 100000 100 1.000KHz
3 Function Gen feeding Scalar 1.00 KHz 1.00V ~1V 100000 100 1.000KHz
4 Function Gen feeding Scalar 1.00 KHz 1.00V ~1V 100000 100 1.000KHz
5 Function Gen feeding Scalar 1.00 KHz 1.00V ~1V 100000 100 1.000KHz

I used a DC offset to create a purely negative pulse using a sine wave signal ranging from 0 to -1V

Run Number Configuration Generator Rate Generator Pulse Amplitude (Set) Generator Pulse Height (Measured) Counts Run Time (Sec) Count Rate (Hz) Uncertainty
1 Function Gen feeding Scalar 1.00 KHz 1.00V ~1V 100 1.000KHz
2 Function Gen feeding Scalar 1.00 KHz 1.00V ~1V 100 1.000KHz
3 Function Gen feeding Scalar 1.00 KHz 1.00V ~1V 100 1.000KHz
4 Function Gen feeding Scalar 1.00 KHz 1.00V ~1V 100 1.000KHz
5 Function Gen feeding Scalar 1.00 KHz 1.00V ~1V 100 1.000KHz



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