-
Bild
Konfigurationssoftware für Arduino Mega Steuerung
Anschluss: COM3 Ausgänge: A0 - A2: Dir X, Y, Z A3 - A5: Step X, Y, Z 08: Fräsmotor an / 09: Fräsmotor PWM 14 - 21: Ausgänge 1 - 8 Eingänge: 53 - 50: Eingänge 1 - 4 10 - 13: Eingänge 5 - 8 49 - 42: Eingänge 9 - 16 30: OK Taste 32: Fräsmotor Start / Stopp Taste 34: Programm Start / Stopp Taste A8: Poti Vorschubanpassung
-
Bild
Oszilloskop-Screenshot mit zwei Kurvenverläufen
Utility Display Acquire Trigger Cursors Meas Analysis SIGLENT Stop C3 X1=0.0s X2=35µs ΔX=35µs 1/ΔX=28.7kHz Y1=2.87V Y2=-2.73V ΔY=-5.60V USB flash drive detected. C1 10X AC1M 2.0V/div C3 1X AC1M FULL 5.0V/div RefA 0.0V H 2.0V/div RefC 0.0V Timebase 802µs 20µs/div Stop 1.0Mpts 50MSa/s Edge Rising 0:34:36 1970/1/1
-
Bild
Oszilloskop-Messung eines Signals
Utility Display Acquire Trigger Cursors Meas Analysis SIGLENT Stop C3 Y1 X1=-10µs Y1=7.67V ΔX=1.150ms 1/ΔX=869.57Hz X2 Y2=-7.83V X2=1.140ms f < 2.0Hz C1 DC 1X FULL 20mV/ C3 1X FULL AC1M RefA 2.0V/ 0.0V H RefC 2.0V/ 0.00V H 50kpts 10Msa/s Edge 1.51ms 50µs/div Stop 197mV 0:20:29 1970/1/1
-
Bild
Oszilloskop-Screenshot eines Signals
Utility Display Acquire Trigger Cursors Meas Analysis SIGLENT Stop CURSORS f < 2.0Hz X1=-10µs Y1=7.67V X2 ΔX=1.150ms 1/ΔX=869.57Hz Y2=1.140ms Y2=-7.83V ΔY=-15.50V C1 DC1M C3 AC1M RefA 2.0V/ 2.0V/ 2.0V/ H Timebase Trigger C1 DC FULL -3.3mV 0.0V 0.0V 0.0V 1.51ms 500µs/div Stop 50kpts 100MSa/s Edge 197mV 0:20:0
-
Bild
Oszilloskop-Screenshot eines periodischen Signals
Utility Display Acquire Trigger Cursors Meas Analysis SIGLENT Stop f < 2.0Hz X1 X2 ΔX= 2.40µs 1/ΔX= 416.7kHz X1=-0.06µs Y1= 7.50V ΔY=-15.08V Y2=-7.58V X2= 2.34µs Y2= -7.58V C1 10X DC1M 2.0V/div C3 1X AC1M 5.0V/div RefA 2.0V/div RefC 0.0V H 0.0V Timebase 8.0µs 2.0µs/div Trigger Stop 50kpts 100MSa/s Edge C1 DC 1.93V 0:27:53 Rising 1970/1/1
