• Check out the demo videos »

Vernier SensorDAQ connected to 3 Dual Range Force Sensors	Setting up LED outputs from the screw terminal connector
Motion Detector connected to SensorDAQ digital channel.	Testing bridge strength with Vernier SensorDAQ and Vernier Force Plate

•  Thông số kỹ thuật

Experiment 1: Controlling an LED

In this experiment, you will write a LabVIEW program to control an LED and become familiar with wiring an electronic component in an open drain circuit.

• Download Experiment 1 (460 KB)

Experiment 2: Photodiode Switch

In this experiment, you will write a LabVIEW program that uses the input reading of a photodiode to control the on/off state of an electronic component and investigate the characteristics of a photodiode.

• Download Experiment 2 (348 KB)

Experiment 3: RC Servo Motor

In this experiment, you will write a LabVIEW program to control an RC servo motor and investigate the characteristics of a pulse train and pulse width modulation.

• Download Experiment 3 (304 KB)

Experiment 4: Solar Cell

In this experiment, you will measure current and voltage of a solar cell to investigate the effect of irradiance angle on the total power output.

• Download Experiment 4 (684 KB)

Experiment 5: Sun Tracker

In this activity, you will build a single axis Sun Tracker using two light sensors and a DC motor. A simple mathematical algorithm in the Sun Tracker program will compare the light readings from the two sensors, and then rotate them right or left to balance the light source between them.

• Download Experiment 5 (1.74 MB)

Experiment 6: Build a Temperature Sensor

In this experiment, you will create your own temperature sensor with a voltage divider circuit using a resistor and a thermistor. You will create a LabVIEW subVI to convert the voltage reading to temperature (°C) and a LabVIEW program to measure the voltage of the voltage divider circuit and convert to temperature with the subVI.

• Download Experiment 6 (1.29 MB)

Experiment 7: Strain Gage Measurement

In this activity, you will create a Wheatstone half-bridge circuit that uses two strain gages, and measure the strain on a cantilever beam as a load is applied at the end of the beam.

• Download Experiment 7 (848 KB)