SumIntegrateTwoReset
SumIntegrateTwo with voltage-controlled reset.
Parameters
scale_factor_input1
scale_factor_input2
Options
input1_polarity \( \in \{ \)
NONINVERTING
\( , \)
INVERTING
\( , \)
INPUT_DISABLED
\( \} \)
input2_polarity \( \in \{ \)
NONINVERTING
\( , \)
INVERTING
\( , \)
INPUT_DISABLED
\( \} \)
output_phase \( \in \{ \)
PHASE1
\( , \)
PHASE2
\( \} \)
compare_to \( \in \{ \)
GROUND
\( , \)
SECOND_INPUT
\( , \)
VARIABLE_REFERENCE
\( \} \)
control_signal_polarity \( \in \{ \)
ACTIVE_HIGH
\( , \)
ACTIVE_LOW
\( \} \)
opamp_mode \( \in \{ \)
DEFAULT
\( , \)
CHOPPER_STABILIZED
\( \} \)
Inputs
input1
Half-Cycle
input2
Half-Cycle
control
Half-Cycle
Outputs
output
Continuous
reset_out
Continuous
Transfer Function
$$
\frac{\Delta V_{out}}{\Delta t} = \sum_{i=1}^{2} \pm K_i V_{i} \\
\text{reset if $V_{ctrl} > V_{ref}$}
$$
Analog Resource Usage
$$
\begin{array}{|c|c|}
\hline
\text{Opamps} & \text{1 of 8} \\
\hline
\text{Comparators} & \text{1 of 4} \\
\hline
\text{Capacitors} & \text{3 of 32} \\
\hline
\end{array}
$$