| OCR Text |
Show 97 coincidence gate pulse To mean analyze life, sents x = we correction the assume alt, d(x) of the cathode-follower chain). non-linearity to the measured that_ the horizontal axis in Fig. and then ()C) (A4.3) arrives at the A5.3(c) repre- WTite • 2: ai tJ., = i-=t where the Then we position assume of for 54 no delay is taken to that the delay distribution is represent continuous, t = O. and of the fom (A4.4 ) Now the mean life 1/ Am l =.! 1/ nm al where p(x) (A4.6) is measured f: p(x) dx = dx, o i the measured p(x) by computing the integral p(t) dt 51 to = e- 54 displacement distribution; t dt., Thus (A4.7) From Fig. A5.3(c), we compute for the interval 0< t< 1.5 (a sufficiently good appro;x:imation order of O.25fAsec) the values to 0 < t< 00, since 1/ 'A !,sec is of the |
