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→Oscilloscope LabVIEW Program
• Library Function “sdSetFilt” – sets channel and filter trigger
• Library Function “sdSetFilt” – sets channel and filter trigger
[[File:Frame 2.png|200px|thumb|right|Frame 2]]
[[File:Frame 2.png|100px|thumb|right|Frame 2]]
'''Frame 3:'''
'''Frame 3:'''
• Library Function “sdSetVoltageAndCoupling” – sets voltage and coupling of both channels of the oscilloscope
• Library Function “sdSetVoltageAndCoupling” – sets voltage and coupling of both channels of the oscilloscope
[[File:Frame 3.png|200px|thumb|right|Frame 3]]
[[File:Frame 3.png|100px|thumb|right|Frame 3]]
'''Frame 4:'''
'''Frame 4:'''
• Library Function “sdGetLevel”
• Library Function “sdGetLevel”
[[File:Frame 4.png|200px|thumb|right|Frame 4]]
[[File:Frame 4.png|100px|thumb|right|Frame 4]]
'''Frame 5:'''
'''Frame 5:'''
• Library Function “sdSetOffset” – adjusts the position of the channel
• Library Function “sdSetOffset” – adjusts the position of the channel
[[File:Frame 5.png|200px|thumb|right|Frame 5]]
[[File:Frame 5.png|100px|thumb|right|Frame 5]]
'''Frame 6:'''
'''Frame 6:'''
• Library Function “sdCaptureStart” – starts to capture data from the oscilloscope
• Library Function “sdCaptureStart” – starts to capture data from the oscilloscope
[[File:Frame 6.png|200px|thumb|right|Frame 6]]
[[File:Frame 6.png|100px|thumb|right|Frame 6]]
'''Frame 7:'''
'''Frame 7:'''
• Library Function “sdTriggerEnabled” – sets the trigger
• Library Function “sdTriggerEnabled” – sets the trigger
[[File:Frame 7.png|200px|thumb|right|Frame 7]]
[[File:Frame 7.png|100px|thumb|right|Frame 7]]
'''Frame 8:'''
'''Frame 8:'''
There are a couple other things in the program that are shown but do not quite pertain to the actual data acquisition. The scales of “X” and “Y” of the graph are depicted in the LabVIEW program. And, a trigger rate is shown; the trigger rate gives a value in hertz which shows how quickly the program is executing. For the most part, the more parts of the program enabled, the faster it runs. The controls enabler and the graph display take up the most processing power.
There are a couple other things in the program that are shown but do not quite pertain to the actual data acquisition. The scales of “X” and “Y” of the graph are depicted in the LabVIEW program. And, a trigger rate is shown; the trigger rate gives a value in hertz which shows how quickly the program is executing. For the most part, the more parts of the program enabled, the faster it runs. The controls enabler and the graph display take up the most processing power.
[[Media:LabView.vi]]
[[File:Front Panel Graph.png|200px|thumb|Graph]]
[[File:Front Panel Graph.png|200px|thumb|Graph]]
[[File:Front Panel variables.png|200px|thumb|Variables]]
[[File:Front Panel variables.png|200px|thumb|Variables]]