Pocket Science Lab Documentation¶ Introduction to PSLab Introduction What’s PSLab Hardware PSLab Android App PSLab Desktop Application Building from source Using the app Python Library Science Experiment Tutorials Oscilloscope What Is An Oscilloscope How To Use It Experiment: Measure Sound Multimeter What’s a Multimiter How to use it Experiment: Measuring Voltage (check your battery) Experiment: Measuring Resistance Experiment: Measuring Capacitance Logic Analyzer What’s a Logic Analyzer Experiment: Digital Circuit Analysis Experiment: Analyse signals received by an i2c sensor Sensors What are Sensors What are Analog and what Digital Sensors Analog Sensor Experiments with the Generic Sensor Instrument Digital Sensor Experiments with the Generic Sensor Instrument Wave Generator Introduction to Waves How to use the Wave Generator Experiment: Generate Sounds with Waves Experiment: Blinking LEDs with the wave generator Power Source What’s a Power Source Experiment: power your LED with PSLab Lux Meter What is Lux Meter Experiment for Lux Meter Accelerometer What is an Accelerometer Experiment for Accelerometer Barometer What is a Barometer Uses of Barometer Digital Barometer in PSLab Compass What is a Compass? EXPERIMENT FOR PSLAB COMPASS EXPERIMENT 2 Experiment 3 Gyroscope Introduction Layout Configuration How to Use it Thermometer What is a Thermometer Robotic Arm Servos Introduction to motors Servos Experiment: How to move servos with PSLab Experiment: The Robot Arm Kit Gas Sensor What is a Gas Sensor Layout Dust Sensor What is a Dust Sensor Layout Communications How to add WiFi to PSLab How to add Bluetooth to PSLab Universal Asynchronous Receiver-Transmitter (UART) Inertial Measurement Unit (IMU) Contribution Collaborate with PSLab! Pocket Science Lab Experiments Instructions
