461
edits
Changes
Jump to navigation
Jump to search
Line 180:
Line 180: − + + + + +
no edit summary
* <math>T_1</math>: <math>Z_1 \!\cdot\! j_b = Q_1 \!\cdot\! (V_{01} + V_3 - U_1)</math>
* <math>T_1</math>: <math>Z_1 \!\cdot\! j_b = Q_1 \!\cdot\! (V_{01} + V_3 - U_1)</math>
* <math>T_2</math>: <math>Z_2 \!\cdot\! K_b = Q_2 \!\cdot\! (V_{02} + V_7 - V_4 - U_2)</math>
* <math>T_2</math>: <math>Z_2 \!\cdot\! k_b = Q_2 \!\cdot\! (V_{02} + V_7 - V_4 - U_2)</math>
== Solution ==
The solution (that is, <math>V_{out}</math>) is found by first iterating as described above to find the transistor operating points to the desired precision, then solving under AC conditions to find the correct <math>V_{out}</math>. "Solving" (both during iteration and for the final answer) involves running the 24-equation matrix through MATLAB and selecting out the solution generated for the <math>V_{out}</math> variable. For responses, see the article on the [[SiPM Amplifier]].