Come again ?graphic Realizer
Seriously ?Yes - graphic programming. Look at www.actum.com
Yes it does. I have made program last 20 year with PIC. Looke at Actum.com under Realizer. As I remember, it is possibel to download fylly working version, but max. 15 symbols. Then Yuu can testSeriously ?
I got to try that .
Does it work with PIC's?
It is I have used it about 20 year. I have attached an example og PWM Actum has made, but I can get it work. You see it is Timer 2 witch are used. Under setting Timer 2, I am not sure what to select. Can someone help ?? Thank Very much !First thought is to create a 10-bit free running counter. Compare counter value to some adjustable 10-bit number. From the image you provided, you seem to have access to basic digital logic and elements like flip-flops.
Is your question more how to develop the logic or how to use the software?
I have never seen the Actum interface before. It does look interesting though.
Yes, I have seen it, but I am not sure how to construct it in Realizer, and how to set uo timer 2. Please see attached picture somewhere in this thread. But ThanksHave you seen this application note from ST?
Hi ph_elec,
I am a Realizer user since many years back.
Perhaps I can be of any help.
Nice to find a another user.
Can´t find any other user forum for us as Actum support has closed down...
Have you ?
Based on Actum Timer 2 I have edit the design to adapt to the STM8S-Discovery kit for you ( recommended start ).
Hardware settings must be 111:OC1M // 111:OC2M if you want noninverted PWM signals. 110 gives inverted ditto.
Attached is my pdf.
Be in touch.
BR/Nissebola
Hi ph_elec,
I am a Realizer user since many years back.
Perhaps I can be of any help.
Nice to find a another user.
Can´t find any other user forum for us as Actum support has closed down...
Have you ?
Based on Actum Timer 2 I have edit the design to adapt to the STM8S-Discovery kit for you ( recommended start ).
Hardware settings must be 111:OC1M // 111:OC2M if you want noninverted PWM signals. 110 gives inverted ditto.
Attached is my pdf.
Be in touch.
BR/Nissebola
by Jake Hertz
by Aaron Carman
by Aaron Carman