modules/e_adp_mos.h

   1 #ifndef ADPMOS_H
   2 #define ADPMOS_H
   3
   4 namespace UF{
   5
   6 class ADP_BUILT_IN_MOS :public ADP_BUILT_IN_DIODE{
   7 public:
   8   explicit ADP_BUILT_IN_MOS( COMPONENT* c, const std::string n);
   9   virtual ADP_CARD* clone()const{ return new ADP_BUILT_IN_MOS(*this); }
  10 protected:
  11   ADP_BUILT_IN_MOS(const ADP_BUILT_IN_MOS& a): ADP_BUILT_IN_DIODE(a),
  12         vthscale_bti(a.vthscale_bti),
  13         vthdelta_bti(a.vthdelta_bti),
  14         delta_vth(a.delta_vth)
  15         {
  16                 _n = _nodes;
  17         };
  18
  19   void init(const COMPONENT*);
  20 public:
  21 //  ADP_NODE* ids_stress; // obsolete?
  22 //  ADP_NODE* igd_stress;
  23 public:
  24
  25   ADP_NODE* bti_stress; // FIXME, BTI_?
  26   double tr_probe_num(const std::string& x)const;
  27   double tt_probe_num(const std::string& x)const;
  28
  29 private:
  30 //   double btistress_taken; // unused?
  31 //   double bti_eff_voltage; // unused?
  32   double _tr_last_acc; // unused?
  33
  34 protected:
  35   enum {n_bti};
  36   node_t _nodes[1];
  37 public:
  38   unsigned max_nodes()const{return 1;}
  39   unsigned min_nodes()const{return 1;}
  40
  41 public:
  42   void expand();
  43   virtual void tt_accept();
  44   virtual void tr_stress_last();
  45   virtual void apply(const COMPONENT*);
  46   double vthscale_bti ; //  exp ( 10000. * a->hci_stress->get() / c->w_in );
  47   double vthdelta_bti ;
  48 //  virtual double wdT()const;
  49   double delta_vth ;
  50
  51   virtual void tr_accept();
  52 };
  53 /*--------------------------------------------------------------------------*/
  54 }
  55 #endif