I’m scoping the A and B HPWM outputs on a 14M (Half mode). I can’t see any effect of various different dead band delay settings. EG:
hpwm 1,0,10,128,256
hpwm 1,0,50,128,256
hpwm 1,0,120,128,256
… all produce identical complementary wave forms with no discernable timing differences.
If I understand the manual correctly, this setting is supposed to allow a delay between the falling edge of one wave and the rising edge of it’s complement, so that the two transistors driven by these waves can’t both be on at the same moment. A useful setting. But I’m not seeing any difference at all. Did I misunderstand the manual?
hpwm 1,0,10,128,256
hpwm 1,0,50,128,256
hpwm 1,0,120,128,256
… all produce identical complementary wave forms with no discernable timing differences.
If I understand the manual correctly, this setting is supposed to allow a delay between the falling edge of one wave and the rising edge of it’s complement, so that the two transistors driven by these waves can’t both be on at the same moment. A useful setting. But I’m not seeing any difference at all. Did I misunderstand the manual?