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Amplifier coarse gain

Switch amplifier settings to those recommended on the detector specification sheet, or alternatively, put coarse gain to 50, time constant to 4 (is. [Pg.226]

H. V. 1050 Window Level 52.0 Integrate Coarse Gain 4 Amplifier Gain 1500 H. V. 1050 Window Level 56 Integrate Coarse Gain 2 Amplifier Gain 1500... [Pg.630]

X-Ray diffraction data of atenolol are presented in Table 7 (5) The diffraction spectrum was produced by monochromatic radiation from the CuK line (1.542 a) which was obtained by excitation at 55 kV and 2o mA. Recording conditions were as follows. Optics detector slit o.2° M.R. soller slit, 5° beam slit, o.ooo7 Ni filter, 3° take off angle. Goniometer scan at 2°, 2o/min. Detector amplifier gain 16 coarse, 9 1 fine. Scintillation co-... [Pg.15]

Detector Slit MR sollor slit 3° Beam slit 0.0007" Ni Filter 4° take off angle Scan at 0.4° 20 per minute Amplifier - 16 coarse, 8.7 fine (gain)... [Pg.48]

Now adjust the amplifier gain, coarse and fine, so as to place a target peak where expected. For the 1332keV,... [Pg.229]


See other pages where Amplifier coarse gain is mentioned: [Pg.16]    [Pg.25]    [Pg.75]    [Pg.305]    [Pg.516]    [Pg.563]    [Pg.78]    [Pg.134]   
See also in sourсe #XX -- [ Pg.16 ]




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Amplifiers

Coarse

Coarseness

Gaines

Gains

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