RMF 01 und RMF 02 Sender + Empfänger

**guenter1604** · 04.04.2009, 21:33

Hallo baubau,

in Anlehnung an http://www.elektor.de/jahrgang/2009/januar/bei-uns-hat-s-gefunkt!.769040.lynkx , hier eine Version, die für den Pollin RFM12 funktioniert:

Sender:

Code:

'Elektor RFM12 Sender

$regfile = "m8def.dat"
$hwstack = 32
$swstack = 10
$framesize = 40

$crystal = 16000000
$baud = 19200

Nsel Alias Portb.2
Sdi Alias Portb.3
Sdo Alias Pinb.4
Sck Alias Portb.5

Dim D As Word
Dim Data_in(10) As Byte
Dim Data_out(10) As Byte
Dim N As Byte
Dim Timeout As Word
Dim T As Word
Dim Tt As Word
Dim Freq As Single

Declare Sub Send_rfm12
Declare Sub Receive_rfm12
Declare Sub Freq_rfm12
Declare Sub Wait_rfm12
Declare Function Spi16(byval Dout As Word) As Word

Config Nsel = Output
Config Sdi = Output
Config Sck = Output
Config Portc.5 = Output
Config Pinc.4 = Input
Pinc.4 = 1

'Init
  Nsel = 1
  Sck = 0
 D = Spi16(&H80d7)                                          ' El , Ef , 11.5pf, 433 MHz band
  'D = Spi16(&H80e7)                                         ' El , Ef , 11.5pf, 868 MHz band
  D = Spi16(&H82d9)                                         '!er , !ebb , Et , Es , Ex , !eb , !ew , Dc
  D = Spi16(&Ha67c)                                         ' 434,15 MHz / 868,3 MHz
  D = Spi16(&Hc647)                                         ' 4.8kbps
  D = Spi16(&H94a4)                                         ' Vdi , Fast , 134 kHz , 0db , -79dbm
  D = Spi16(&Hc2ac)                                         ' Al , !ml , Dig , Dqd4
  D = Spi16(&Hca81)                                         ' Fifo8 , Sync , !ff , Dr
  D = Spi16(&Hc483)                                         ' @pwr , No Rstric , !st , !fi , Oe , En
  D = Spi16(&H9850)                                         ' 90 kHz , power - 0 dB
  D = Spi16(&He000)                                         '
  D = Spi16(&Hc800)                                         '
  D = Spi16(&Hc000)                                         ' 1 MHz , 2.2V


 Do
    For N = 1 To 10
      Data_out(n) = 6
    Next N
    If Pinc.4 = 0 Then
      Data_out(1) = 5
      Data_out(2) = 12
      Data_out(3) = 6
      Data_out(4) = 1
      Data_out(5) = 3
    End If
    Send_rfm12
    'Waitms 500
    For N = 1 To 10
       Data_in(n) = 0
    Next N
    Timeout = 400 + Rnd(1000)
    'Receive_rfm12
    For N = 1 To 10
       Print Data_in(n);
       Print " ";
    Next N
    'Waitms 700
 Loop


Sub Freq_rfm12
  If Freq < 800 Then Freq = Freq * 2
  Freq = Freq - 860
  D = Freq / 0.0050
  If D < 96 Then D = 96
  If D > 3903 Then D = 3903
  D = D + &HA000
  D = Spi16(d)
End Sub


Sub Send_rfm12
  D = Spi16(&H8238)
  Wait_rfm12
  D = Spi16(&Hb8aa)
  Wait_rfm12
  D = Spi16(&Hb8aa)
  Wait_rfm12
  D = Spi16(&Hb8aa)
  Wait_rfm12
  D = Spi16(&Hb82d)
  Wait_rfm12
  D = Spi16(&Hb8d4)
  For N = 1 To 10
    Wait_rfm12
    D = &HB800 + Data_out(n)
    D = Spi16(d)
  Next N
  Wait_rfm12
  D = Spi16(&Hb8aa)
  Wait_rfm12
  D = Spi16(&Hb8aa)
  Wait_rfm12
  D = Spi16(&H8208)
End Sub

Sub Wait_rfm12
  Nsel = 0
  Do
  Loop Until Sdo = 1
End Sub


Sub Receive_rfm12
  Tt = Timeout * 10
  D = Spi16(&H82c8)
  D = Spi16(&Hca83)
  For N = 1 To 10
    Nsel = 0
    T = 0
    Do
      T = T + 1
      Waitus 100
      If T > Tt Then Goto Nosignal
    Loop Until Sdo = 1
    D = Spi16(&Hb000)
    Data_in(n) = D
  Next N
Nosignal:
  D = Spi16(&H8208)
End Sub


Function Spi16(byval Dout As Word) As Word
Local Nspi As Integer
Local Dspi As Integer
Local Dsdo As Word
  Nsel = 0
  Dsdo = 0
  For Nspi = 1 To 16
    Dspi = Dout And &H8000
    If Dspi = 0 Then
       Sdi = 0
    Else
       Sdi = 1
    End If
    Dout = Dout * 2
    Dsdo = Dsdo * 2
    Dsdo = Dsdo + Sdo
    Sck = 1
    Waitus 5
    Sck = 0
  Next Nspi
  Nsel = 1
  Spi16 = Dsdo
End Function

Empfänger:

Code:

'Elektor RFM12 Empfänger

$regfile = "m8def.dat"
$hwstack = 32
$swstack = 10
$framesize = 40

$crystal = 16000000
$baud = 19200

Nsel Alias Portb.2
Sdi Alias Portb.3
Sdo Alias Pinb.4
Sck Alias Portb.5

Dim D As Word
Dim Data_in(10) As Byte
Dim Data_out(10) As Byte
Dim N As Byte
Dim Timeout As Word
Dim T As Word
Dim Tt As Word
Dim Freq As Single

Declare Sub Send_rfm12
Declare Sub Receive_rfm12
Declare Sub Freq_rfm12
Declare Sub Wait_rfm12
Declare Function Spi16(byval Dout As Word) As Word

Config Nsel = Output
Config Sdi = Output
Config Sck = Output
Config Portc = Output

'Init
  Nsel = 1
  Sck = 0
 D = Spi16(&H80d7)                                          ' El , Ef , 11.5pf, 433 MHz band
  'D = Spi16(&H80e7)                                         ' El , Ef , 11.5pf, 868 MHz band
  D = Spi16(&H82d9)                                         '!er , !ebb , Et , Es , Ex , !eb , !ew , Dc
  D = Spi16(&Ha67c)                                         ' 434,15 MHz / 868,3 MHz
  D = Spi16(&Hc647)                                         ' 4.8kbps
  D = Spi16(&H94a4)                                         ' Vdi , Fast , 134 kHz , 0db , -79dbm
  D = Spi16(&Hc2ac)                                         ' Al , !ml , Dig , Dqd4
  D = Spi16(&Hca81)                                         ' Fifo8 , Sync , !ff , Dr
  D = Spi16(&Hc483)                                         ' @pwr , No Rstric , !st , !fi , Oe , En
  D = Spi16(&H9850)                                         ' 90 kHz , power - 0 dB
  D = Spi16(&He000)                                         '
  D = Spi16(&Hc800)                                         '
  D = Spi16(&Hc000)                                         ' 1 MHz , 2.2V

 Do
    For N = 1 To 10
      Data_out(n) = N
    Next N
    'Send_rfm12
    'Waitms 500
    For N = 1 To 10
       Data_in(n) = 0
    Next N
    Timeout = 400 + Rnd(1000)
    Receive_rfm12
    For N = 1 To 10
       Print Data_in(n);
       Print " ";
    Next N
    'Waitms 700
    If Data_in(1) = 5 And Data_in(2) = 12 And Data_in(3) = 6 And Data_in(4) = 1 And Data_in(5) = 3 Then
     Portc.5 = 1
     Else
     Portc.5 = 0
     End If
 Loop


Sub Freq_rfm12
  If Freq < 800 Then Freq = Freq * 2
  Freq = Freq - 860
  D = Freq / 0.0050
  If D < 96 Then D = 96
  If D > 3903 Then D = 3903
  D = D + &HA000
  D = Spi16(d)
End Sub


Sub Send_rfm12
  D = Spi16(&H8238)
  Wait_rfm12
  D = Spi16(&Hb8aa)
  Wait_rfm12
  D = Spi16(&Hb8aa)
  Wait_rfm12
  D = Spi16(&Hb8aa)
  Wait_rfm12
  D = Spi16(&Hb82d)
  Wait_rfm12
  D = Spi16(&Hb8d4)
  For N = 1 To 10
    Wait_rfm12
    D = &HB800 + Data_out(n)
    D = Spi16(d)
  Next N
  Wait_rfm12
  D = Spi16(&Hb8aa)
  Wait_rfm12
  D = Spi16(&Hb8aa)
  Wait_rfm12
  D = Spi16(&H8208)
End Sub

Sub Wait_rfm12
  Nsel = 0
  Do
  Loop Until Sdo = 1
End Sub


Sub Receive_rfm12
  Tt = Timeout * 10
  D = Spi16(&H82c8)
  D = Spi16(&Hca83)
  For N = 1 To 10
    Nsel = 0
    T = 0
    Do
      T = T + 1
      Waitus 100
      If T > Tt Then Goto Nosignal
    Loop Until Sdo = 1
    D = Spi16(&Hb000)
    Data_in(n) = D
  Next N
Nosignal:
  D = Spi16(&H8208)
End Sub


Function Spi16(byval Dout As Word) As Word
Local Nspi As Integer
Local Dspi As Integer
Local Dsdo As Word
  Nsel = 0
  Dsdo = 0
  For Nspi = 1 To 16
    Dspi = Dout And &H8000
    If Dspi = 0 Then
       Sdi = 0
    Else
       Sdi = 1
    End If
    Dout = Dout * 2
    Dsdo = Dsdo * 2
    Dsdo = Dsdo + Sdo
    Sck = 1
    Waitus 5
    Sck = 0
  Next Nspi
  Nsel = 1
  Spi16 = Dsdo
End Function

Natürlich kann der Code noch weiter für reines senden und empfangen vereinfacht werden.

Günter

Thema: RMF 01 und RMF 02 Sender + Empfänger

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