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soft:cadence:simulations:usefull_calc_formulas [2013/12/19 13:06]
dominik.przyborowski [CSA]
soft:cadence:simulations:usefull_calc_formulas [2019/03/08 14:08] (current)
Line 22: Line 22:
 </​code>​ </​code>​
   * Charge gain   * Charge gain
-<​code>​1e-15 * (ymax(VT("​OUTPUT_NODE"​)) - VDC("​OUTPUT_NODE"​)) / pv("/​INPUT_CHARGE"​ "​value"​ ?result "​variables"​)</​code>​Where:​ \\+<​code>​1e-15 * (ymax(VT("​OUTPUT_NODE"​)) - VDC("​OUTPUT_NODE"​)) / pv("/​INPUT_CHARGE"​ "​value"​ ?result "​variables"​)</​code>​ 
 +  * Signal FWHM 
 +<​code>​(cross(((100 * ((- VT("​OUTPUT_NODE"​)) + value(VT("​OUTPUT_NODE"​) 0))) / ((- ymin(VT("​OUTPUT_NODE"​))) + value(VT("​OUTPUT_NODE"​) 0))) 50 1 "​falling"​ nil nil) - cross(((100 * ((- VT("​OUTPUT_NODE"​)) + value(VT("​OUTPUT_NODE"​) 0))) / ((- ymin(VT("​OUTPUT_NODE"​))) + value(VT("​OUTPUT_NODE"​) 0))) 50 1 "​rising"​ nil nil))</​code>​ 
 +Where: \\
 F_MIN, F_MAX - frequency range for noise simulation \\ F_MIN, F_MAX - frequency range for noise simulation \\
-OUTPUT_NODE - output node of CSA +OUTPUT_NODE - output node of CSA \\ 
-INPUT_CHARGE - variable containing input charge value+INPUT_CHARGE - variable containing input charge value \\
  
 +===== AC amplifiers =====
 +  * Gain--Bandwidth Product
 +<​code>​bandwidth(VF("/​out_ac"​) dB20(abs(value(VF("/​out_ac"​) 0))) "​low"​)</​code>​
 +<​code>​cross(dB20(VF("/​out_ac"​)) 0 1 "​either"​ nil nil)</​code>​
/services/www/http/wiki/data/attic/soft/cadence/simulations/usefull_calc_formulas.1387454797.txt.gz · Last modified: 2019/03/08 14:06 (external edit)