public param_model_t_value_t m_ORH; //!< Output output resistance for logic 1
//template <typename P>
public family_model_t(param_value_interface model)
{
m_TYPE = new param_model_t_value_str_t(model, "TYPE");
m_IVL = new param_model_t_value_t(model, "IVL");
m_IVH = new param_model_t_value_t(model, "IVH");
m_OVL = new param_model_t_value_t(model, "OVL");
m_OVH = new param_model_t_value_t(model, "OVH");
m_ORL = new param_model_t_value_t(model, "ORL");
m_ORH = new param_model_t_value_t(model, "ORH");
}
//template <typename P, typename Y=T, typename DUMMY = std::enable_if_t<plib::is_arithmetic<Y>::value>>
public value_base_t(param_value_interface param, string name)
{
if (ops.is_arithmetic())
{
m_value = ops.cast(param.value(name)); //: m_value(gsl::narrow<T>(param.value(name)))
}
else
{
m_value = ops.cast(param.value_str(name)); //: m_value(static_cast<T>(param.value_str(name)))
}
}
public param_model_t_value_t m_DAB; //!< Differential Amp Bias - total quiescent current
public opamp_model_t(param_value_interface model)
{
m_TYPE = new param_model_t_value_t(model, "TYPE");
m_FPF = new param_model_t_value_t(model, "FPF");
m_SLEW = new param_model_t_value_t(model, "SLEW");
m_RI = new param_model_t_value_t(model, "RI");
m_RO = new param_model_t_value_t(model, "RO");
m_UGF = new param_model_t_value_t(model, "UGF");
m_VLL = new param_model_t_value_t(model, "VLL");
m_VLH = new param_model_t_value_t(model, "VLH");
m_DAB = new param_model_t_value_t(model, "DAB");
}
