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mLine 18:
Line 18: − \exp \left[ \frac{-(t-t1)}{2 \sigma_1^2} \right] + + − \exp \left[ \frac{-(t-t2)}{2 \sigma_2^2} \right]+ − + − + − + − + − + − + − + − + − + + + + +
SiPM Amplifier Signal Analysis (view source)
Revision as of 16:05, 2 October 2009
, 16:05, 2 October 2009no edit summary
e^{-\left(\frac{t}{T_2}\right)^{p_2}}
e^{-\left(\frac{t}{T_2}\right)^{p_2}}
\cos \left[ \left(\frac{t-t_3}{T_3} \right)^{p_3} \right] +
\cos \left[ \left(\frac{t-t_3}{T_3} \right)^{p_3} \right] +
e^{ \frac{-(t-t1)}{2 \sigma_1^2} } +
a e^{ \frac{-(t-t2)}{2 \sigma_2^2} }
</math>
</math>
* T_1 =
* T_1 = 14.9ns
* p_1 =
* p_1 = 99.2
* T_2 =
* T_2 = 2.54μs
* p_2 =
* p_2 = 2.50
* t_o
* t_o = -0.206μs
* T_3
* T_3 = 0.125μs
* p_3
* p_3 = 0.642
* sigma_1
* t_1 = 9.57ns
* sigma_2
* sigma_1 = 1.50ns
* a = 0.258
* t_2 = 13.0ns
* sigma_2 = 1.53ns
=== Modeling of realistic signals ===
=== Modeling of realistic signals ===