BULME_AHEL20 / Mbed 2 deprecated LPC_HL_FUNC_GENERATOR_DAC

Function generator

Dependencies:   Serial_HL mbed

FuncGen.h@2:100244cef3d6, 2016-03-17 (annotated)

Committer:
hollegha2
Date:
Thu Mar 17 13:45:13 2016 +0000
Revision:
2:100244cef3d6
Child:
3:c8c3b755ef54
V1.0

Who changed what in which revision?

UserRevisionLine numberNew contents of line
hollegha2 2:100244cef3d6 1 #ifndef FuncGenFSST_h
hollegha2 2:100244cef3d6 2 #define FuncGenFSST_h
hollegha2 2:100244cef3d6 3
hollegha2 2:100244cef3d6 4 // Amplituden fix auf +/-1
hollegha2 2:100244cef3d6 5
hollegha2 2:100244cef3d6 6 class SignedRampGen
hollegha2 2:100244cef3d6 7 {
hollegha2 2:100244cef3d6 8 public:
hollegha2 2:100244cef3d6 9 float val; // momentaner Ausgangswert
hollegha2 2:100244cef3d6 10 private:
hollegha2 2:100244cef3d6 11 float _inc;
hollegha2 2:100244cef3d6 12 public:
hollegha2 2:100244cef3d6 13 SignedRampGen(); // Konstruktor
hollegha2 2:100244cef3d6 14
hollegha2 2:100244cef3d6 15 void SetPointsPerPeriod(int aPoints);
hollegha2 2:100244cef3d6 16
hollegha2 2:100244cef3d6 17 // bezogen auf Fsample 0..0.5
hollegha2 2:100244cef3d6 18 void SetFrequ(float aFrequ);
hollegha2 2:100244cef3d6 19
hollegha2 2:100244cef3d6 20 // Einen Abtastwert berechnen
hollegha2 2:100244cef3d6 21 // wird bei z.B. Fsample=100Hz 100x pro sec afgerufen
hollegha2 2:100244cef3d6 22 void CalcOneStep();
hollegha2 2:100244cef3d6 23 };
hollegha2 2:100244cef3d6 24
hollegha2 2:100244cef3d6 25
hollegha2 2:100244cef3d6 26 class TriangleGen
hollegha2 2:100244cef3d6 27 {
hollegha2 2:100244cef3d6 28 public:
hollegha2 2:100244cef3d6 29 float val; // momentaner Ausgangswert
hollegha2 2:100244cef3d6 30 private:
hollegha2 2:100244cef3d6 31 float _inc;
hollegha2 2:100244cef3d6 32 int _state;
hollegha2 2:100244cef3d6 33 public:
hollegha2 2:100244cef3d6 34 TriangleGen();
hollegha2 2:100244cef3d6 35
hollegha2 2:100244cef3d6 36 void SetPointsPerPeriod(int aPoints);
hollegha2 2:100244cef3d6 37
hollegha2 2:100244cef3d6 38 // bezogen auf Fsample 0..0.5
hollegha2 2:100244cef3d6 39 void SetFrequ(float aFrequ);
hollegha2 2:100244cef3d6 40
hollegha2 2:100244cef3d6 41 // Einen Abtastwert berechnen
hollegha2 2:100244cef3d6 42 void CalcOneStep();
hollegha2 2:100244cef3d6 43 };
hollegha2 2:100244cef3d6 44
hollegha2 2:100244cef3d6 45
hollegha2 2:100244cef3d6 46 class RectGen
hollegha2 2:100244cef3d6 47 {
hollegha2 2:100244cef3d6 48 public:
hollegha2 2:100244cef3d6 49 float val; // momentaner Ausgangswert
hollegha2 2:100244cef3d6 50 private:
hollegha2 2:100244cef3d6 51 float _inc;
hollegha2 2:100244cef3d6 52 float _phase;
hollegha2 2:100244cef3d6 53 public:
hollegha2 2:100244cef3d6 54 RectGen();
hollegha2 2:100244cef3d6 55
hollegha2 2:100244cef3d6 56 void SetPointsPerPeriod(int aPoints);
hollegha2 2:100244cef3d6 57
hollegha2 2:100244cef3d6 58 void SetFrequ(float aFrequ);
hollegha2 2:100244cef3d6 59
hollegha2 2:100244cef3d6 60 // Dauer des ON-Pulses in Prozent ( 0..1 )
hollegha2 2:100244cef3d6 61 void SetPulsWidth(float aPercent);
hollegha2 2:100244cef3d6 62
hollegha2 2:100244cef3d6 63 // Einen Abtastwert berechnen
hollegha2 2:100244cef3d6 64 void CalcOneStep();
hollegha2 2:100244cef3d6 65 };
hollegha2 2:100244cef3d6 66
hollegha2 2:100244cef3d6 67 #endif
hollegha2 2:100244cef3d6 68
hollegha2 2:100244cef3d6 69
hollegha2 2:100244cef3d6 70