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ControlEx02_StartCollectWithDigIn.vi
In this example, the DIG input signal triggers the sensor to begin data collection.
ControlEx03_TempControl.vi
In this example, a Vernier Stainless Steel Temperature Probe (input), and a heating
source and fan (outputs) are used to create a temperature-controlled environment.
ControlEx04_MoveThenMeasure.vi
You can manually activate the digital-out lines of the screw terminal or DIG channel
in addition to taking the current data reading from a sensor. In this example, two DC
motors and a sensor are completely controlled by the user.
ControlEx05_TurnStepperMotor.vi
Stepper motors are used in cases where you want to have exact control of motion. In
this example, the stepper motor is controlled by the data threshold levels monitored
by a sensor.
ControlEx06_BuzzerWarning.vi
SensorDAQ can be used as a simple alarm system. In this example, it monitors an
analog sensor connected to Ch 1 and sets off a buzzer, connected to terminal 1
(P0.0), when the reading reaches a pre-determined limit.
ControlEx07_ControlAnOutWithSensor.vi
In this example, the reading of a sensor controls the Analog Out voltage.
ControlEx08_ControlAnalogOut.vi
The Analog Out feature allows you to command screw terminal 9 (AO.0) to output
an analog signal in a number of different patterns. SensorDAQ's analog out can only
update output voltage when called by software, at a maximum update rate of 150 Hz.
This example simulates the device performing an output waveform by outputting
one value at a time, at 150 Hz.
ControlEx09_AnInAnOutDigOutvi.vi
Demonstrates doing multiple input/output tasks simultaneously.
ControlEx10_Ch1MonitorsAnOut.vi
This example demonstrates how to control SensorDAQ's analog output, while at the
same time monitoring the analog output using a Voltage Probe connected to Ch. 1. A
Trigger Threshold control is also used to generate a digital out signal when the
analog-out voltage rises above the threshold level.
ControlEx11_ServoMotorControl.vi
This example demonstrates how to control a small servo motor using the
SensorDAQ's ability to create a pulse train output from the screw terminal #7 (PFI
0).
ControlEx12_MotionAlarm.vi
The Vernier Motion Detector can be connected to the DIG channel to measure
distance. In this example, the Motion Detector is monitoring to make sure no one
SensorDAQ User's Manual
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