| Model | Description |
|---|
| e_bpf.vhd | Bandpass Filter with electrical connections. |
| e_brf.vhd | Band Reject (Notch) Filter with electrical connections. |
| e_deriv.vhd | Ideal derivative block with electrical connections. |
| e_derivlag.vhd | Derivative block with pole. Electrical connections. |
| e_difference.vhd | Differencing (in1 - in2) junction with electrical connections. |
| e_gain.vhd | Gain Block with electrical connections. |
| e_integ.vhd | Integrator Block with electrical connections. |
| e_leadlag.vhd | Lead-Lag filter with electrical connections. |
| e_limit.vhd | Limiter with electrical connections. Limits have a small slope |
| e_lpf_1st.vhd | 1st order Lowpass Filter with electrical connections. |
| e_lpf_2nd.vhd | 2nd order Lowpass Filter with electrical connections. |
| e_mult.vhd | Two input Multiplier with electrical connections |
| e_nthorderpoly.vhd | Nth-degree S-domain polynomial transfer function, with |
| e_pwl_tf.vhd | Piece-wise Linear transfer function block with electrical |
| e_sqrt.vhd | Square root function with electrical connections |
| e_sum.vhd | Summing junction (in1 + in2) with electrical connections. |
| q_bpf.vhd | Bandpass Filter with real quantity connections. |
| q_brf.vhd | Band Reject (Notch) Filter with real quantity connections. |
| q_deriv.vhd | Derivative block with real quantity connections. |
| q_derivlag.vhd | Derivative block with Lag, real quantity connections. |
| q_difference.vhd | Differencing (in1 - in2) junction with real quantity |
| q_from_ang_vel.vhd | Ideal converter model, from an angular velocity (rad/sec) input |
| q_from_angle.vhd | Ideal converter model, from an rotation angle (rad) input |
| q_from_current.vhd | Ideal converter model, from an electrical current input |
| q_from_displacement.vhd | Ideal converter model, from an translational displacement (meters) |
| q_from_flux.vhd | Ideal converter model, from a magnetic flux (Wb) input |
| q_from_force.vhd | Ideal converter model, from an translational force (N) input |
| q_from_heat_flow.vhd | Ideal converter model, from thermal heat-flow (Watts) input |
| q_from_mmf.vhd | Ideal converter model, from a magnetic mmf (A*t) input |
| q_from_pressure.vhd | Ideal converter model, from a fluidic pressure input (Pa) |
| q_from_temperature.vhd | Ideal converter model, from a temperature (K) input |
| q_from_torque_r.vhd | Ideal converter model, from a rotational torque (N*m) input |
| q_from_torque_rv.vhd | Ideal converter model, from a torque (N*m) input to the quantity |
| q_from_vflow_rate.vhd | Ideal converter model, from fluidic flow rate (m^3/sec) input |
| q_from_voltage.vhd | Ideal converter model, from an electrical voltage input |
| q_gain.vhd | Gain Block with real quantity connections. |
| q_integ.vhd | Integrator Block with real quantity connections. |
| q_leadlag.vhd | Lead-Lag filter with real quantity connections. |
| q_limit.vhd | Limiter with real quantity connections. Limits have a small |
| q_lpf_1st.vhd | 1st order Lowpass Filter with real quantity connections. |
| q_lpf_2nd.vhd | 2nd order Lowpass Filter with real quantity connections. |
| q_mult.vhd | Two input Multiplier with real quantity connections. |
| q_nthorderpoly.vhd | Nth-degree S-domain polynomial transfer function |
| q_pwl_tf.vhd | Piece-wise Linear function block with real quantity |
| q_sqrt.vhd | Square root function with real quantity connections. |
| q_sum.vhd | Summing junction (in1 + in2) with real quantity connections. |
| q_to_ang_vel.vhd | Ideal converter model, from the quantity input to a rotational |
| q_to_angle.vhd | Ideal converter model, from the quantity input to a rotation |
| q_to_current.vhd | Ideal converter model, from the quantity input to an electrical |
| q_to_displacement.vhd | Ideal converter model, from the quantity input to a translational |
| q_to_flux.vhd | Ideal converter model, from the quantity input to a magnetic |
| q_to_force.vhd | Ideal converter model, from the quantity input to a translational |
| q_to_heat_flow.vhd | Ideal converter model, from the quantity input to a thermal |
| q_to_mmf.vhd | Ideal converter model, from the quantity input to a magnetic |
| q_to_pressure.vhd | Ideal converter model, from the quantity input to a fluidic |
| q_to_temperature.vhd | Ideal converter model, from the quantity input to a temperature (K) |
| q_to_torque_r.vhd | Ideal converter model, from the quantity input to a rotational |
| q_to_torque_rv.vhd | Ideal converter model, from the quantity input to a torque (N*m) |
| q_to_vflow_rate.vhd | Ideal converter model, from the quantity input to a fluidic |
| q_to_voltage.vhd | Ideal converter model, from the quantity input to an electrical |
| qsrc_constant.vhd | Constant Source with real quantity connections. |
| qsrc_pulse.vhd | Pulse Source with real quantity connections. |
| qsrc_pwl.vhd | Piecewise linear real quantity source |
| qsrc_sine.vhd | Sinusoidal voltage source with real quantity connections. |
