Who has a working pure sine wave inverter code in gcb and diagram

[samco]

[Anobium]

I will let others offer solutions but they will need to know the frequency and magnitude.

[Sod Almighty]

Do you work for a fellow named Dave, by any chance....?

[samco]

thanks for your respond @Anobium it will be the following, 50Hz 220V sine wave o/p, feedback control , 220V i/p charging with with current about 10 to 15A ,Led display

[samco]

thanks for your respond @Anobium it will be the following, 50Hz 220V sine wave o/p, feedback control , 220V i/p charging with with current about 10 to 15A ,Led display, using pic16f88,72,73, 16Mhz,20Mhz

[Anobium]

I think you posted on this in the past. Generating a Sine Wave see https://www.engineersgarage.com/how-to-generate-sine-wave-using-pwm-with-pic-microcontroller-part-19-25/ this code will port.

Re the electrics - you were advised previously. See https://sourceforge.net/p/gcbasic/discussion/579125/thread/28151ce38d/?limit=25#ba6c/77de as follows:

To add a note of caution...
You may be only building this in 'code' and not in hardware, but If you are building this in hardware, my advice would be: Be incredibly careful.

The slightest mistake in the hardware could lead to a potentially life threatening failure. The slightest mistake in code could also lead to potentially life threatening failure.

I've made (purely hardware) inverters myself, and when they go bang, they go bang!

[samco]

thank you for you quickly respond but all i asked is for gcb language so i can get little understand of how to implement it, here, I found this while am searching for example in gcb and is your guide to someone, now what i dont understand is how to add a feedback table and charging stage i will be happy is any one here can guide me the more thanks
; ----- Configuration
#chip 16F684,8

Dim TBL_POINTER_NEW, TBL_POINTER_OLD, TBL_POINTER_SHIFT, SET_FREQ as Integer

SET_FREQ = 410
TBL_POINTER_SHIFT = 0
TBL_POINTER_NEW = 0
TBL_POINTER_OLD = 0
DUTY_CYCLE = 0

Dir portc.2 out
HPWM 1, SET_FREQ, DUTY_CYCLE
On Interrupt Timer2Match call HandleSineWave

Do

Loop

Sub HandleSineWave

    TBL_POINTER_NEW = TBL_POINTER_OLD + SET_FREQ
    if (TBL_POINTER_NEW < TBL_POINTER_OLD) then
        P1M1 = !P1M1 ' Reverse direction of full-bridge
    End if

    TBL_POINTER_SHIFT =  FnLSR(TBL_POINTER_NEW, 11)
    DUTY_CYCLE = TBL_POINTER_SHIFT

    readtable sin_table, DUTY_CYCLE,  CCPR1L

    TBL_POINTER_OLD = TBL_POINTER_NEW
    TMR2IF = 0

End Sub

table sin_table
0,25,49,73,96,118,137,
159,177,193,208,220,231,239,245,249,250,249,245,
239,231,220,208,193,177,159,137,118,96,73,49,25
end table

[samco]

please I really need help and how it should be placed well.
feedback pointer and charging mode
; ----- Configuration
#chip 16F684,8

Dim TBL_POINTER_NEW, TBL_POINTER_OLD, TBL_POINTER_SHIFT, SET_FREQ as Integer

SET_FREQ = 410
TBL_POINTER_SHIFT = 0
TBL_POINTER_NEW = 0
TBL_POINTER_OLD = 0
DUTY_CYCLE = 0


Dir feedback in  'as portA.2
Dir portc.2 out
HPWM 1, SET_FREQ, DUTY_CYCLE
On Interrupt Timer2Match call HandleSineWave
   waituntill switch_button=1
Do
      if switch_button =on and mains=1then goto charging_mode
      if switch_button =off and mains =1 then goto charging_mode
      else
      mains =0
Loop
charging_mode:
relay=o //put relay off
on pwm for charging
return

if feedback <9 then feedback =feedback +1
else
feedback >10
end if
Sub HandleSineWave

    TBL_POINTER_NEW = TBL_POINTER_OLD + SET_FREQ
    if (TBL_POINTER_NEW < TBL_POINTER_OLD) then
        'P1M1 = !P1M1 ' Reverse direction of full-bridge
  direction =1
  portB.0=1
    portB.1=0
    portB.2=1
    portB.3=0
    direction =0
    else
    portB.0=1
    portB.1=0
    portB.2=1
    portB.3=0
    direction=1
    End if

    TBL_POINTER_SHIFT =  FnLSR(TBL_POINTER_NEW, 11)
    DUTY_CYCLE = TBL_POINTER_SHIFT

    readtable sin_table, DUTY_CYCLE,  CCPR1L

    TBL_POINTER_OLD = TBL_POINTER_NEW+feedback
    TMR2IF = 0

feedback =TBL_POINTER _NEW
End Sub

table sin_table
0,25,49,73,96,118,137,
159,177,193,208,220,231,239,245,249,250,249,245,
239,231,220,208,193,177,159,137,118,96,73,49,25
end table