Hello friends, I hope you all are doing great. Today, I am going to share the new MAX30205 Body Temperature Sensor Library for Proteus , the fourth of the biomedical set in our University Lab series. The MAX30205 is a small digital temperature sensor made for the human body: it reads 0.1 °C accurate between 37 and 39 °C, gives 16-bit results over I2C and has its own alarm output. It is the chip inside many wearable thermometers, fever patches and fitness bands, and it is a favourite in biomedical student projects because it turns a body temperature into a clean number with only two wires. Updates MAX30205 Body Temperature Sensor Library for Proteus Latest version: V1.0 (November 2026, this tutorial) Other component libraries: C945 Transistor · PC817 Optocoupler · Relay Module · Resistor · ...
Hello friends, I hope you all are doing great. Today, I am going to share the new GSR Galvanic Skin Response Sensor Library for Proteus , the third of the biomedical set in our University Lab series. A GSR sensor measures how well the skin conducts electricity between two fingers. When something startles or excites a person, the sweat glands of the hand open for a moment, the skin conducts a little better, and the sensor sees it about a second and a half later. Psychology labs use it to measure arousal and stress, game and media researchers to see which moments grab attention, and students to build biofeedback and relaxation projects. The small Grove GSR board, with its two finger sleeves, is the one most of them start with. Updates GSR Galvanic Skin Response Sensor Library for Proteus Lat ...
Hello friends, I hope you all are doing great. Today, I am going to share the new MyoWare EMG Muscle Sensor Library for Proteus , the second of the biomedical set in our University Lab series. An EMG muscle sensor reads the electrical activity of a muscle through three electrodes on the skin. Flex your arm and its output rises; relax and it falls. Students use it to control prosthetic hands, robot grippers, game controllers and exoskeletons, and to measure muscle effort in sports labs. The MyoWare 2.0, a red triangle with a snap electrode at each corner, is the one most of them reach for. Updates MyoWare EMG Muscle Sensor Library for Proteus Latest version: V1.0 (November 2026, this tutorial) Other component libraries: C945 Transistor · PC817 Optocoupler · Relay Module · Resistor · 5 mm LE ...
Hello friends, I hope you all are doing great. Today, I am going to share the new AD8232 ECG Heart Monitor Library for Proteus , the first of the biomedical set in our University Lab series. The AD8232 is the little red module students use for their first heart monitor: three electrodes, a 3.5 mm jack, and an output that draws an ECG on any Arduino's analog pin. It is in countless biomedical engineering labs and final-year projects, yet there has been no way to try it in a simulator: Proteus has no heart. Updates AD8232 ECG Heart Monitor Library for Proteus Latest version: V1.0 (November 2026, this tutorial) Other component libraries: C945 Transistor · PC817 Optocoupler · Relay Module · Resistor · 5 mm LED · Designer Colour LED · Push Button · Active Buzzer · Electrolytic Capacitor · Ceram ...
Hello friends, I hope you all are doing great. Today, I am going to share the new Coupled Tanks Level Control Lab Library for Proteus , the sixth and last control plant of our University Lab series. Water tanks are where process control starts: a pump, a tank, a level to hold, and a flow out that changes with the level itself. Put a second tank under the first and you have the coupled tanks of process control labs. You can control the top tank directly, but the bottom one only through the top one. That is the classic reason for cascade control. Updates Coupled Tanks Level Control Lab Library for Proteus Latest version: V1.0 (November 2026, this tutorial) Other component libraries: C945 Transistor · PC817 Optocoupler · Relay Module · Resistor · 5 mm LED · Designer Colour LED · Push Button · ...
Hello friends, I hope you all are doing great. Today, I am going to share the new Rotary Inverted Pendulum Lab Library for Proteus , the fifth of our University Lab series. The inverted pendulum is the classic test of a control engineer: a stick that falls over the moment you stop correcting it, held upright by a motor and a few lines of code. In the rotary version a motor swings an arm, and a pendulum hangs from the end of the arm. The controller first swings the pendulum up from hanging, then catches it at the top and keeps it there, while the arm still goes where it is told. Updates Rotary Inverted Pendulum Lab Library for Proteus Latest version: V1.0 (November 2026, this tutorial) Other component libraries: C945 Transistor · PC817 Optocoupler · Relay Module · Resistor · 5 mm LED · Desi ...
Hello friends, I hope you all are doing great. Today, I am going to share the new Magnetic Levitation Control Lab Library for Proteus , the fourth of our University Lab series. A steel ball floating in mid-air under an electromagnet, held there by nothing but a controller, is one of the most striking experiments in a control course, and one of the most demanding. The magnet pulls harder the closer the ball comes, so the ball sits on a knife edge: a little too close and it snaps to the magnet, a little too far and it falls. The controller has to correct it hundreds of times a second. The same idea floats maglev trains and holds the shafts of magnetic bearings. Updates Magnetic Levitation Control Lab Library for Proteus Latest version: V1.0 (November 2026, this tutorial) Other component libr ...
Hello friends, I hope you all are doing great. Today, I am going to share the new Ball and Beam PID Control Lab Library for Proteus , the third of our University Lab series. The ball and beam is the most famous unstable plant in control teaching: a ball rolls along a beam, a motor tilts the beam, and the controller has to bring the ball to a chosen spot and keep it there. Leave the beam alone for a moment and the ball rolls off the end. It is the experiment that shows, better than any other, why a controller needs its derivative term, and the same ideas balance robots, steer rockets and keep a camera level. Updates Ball and Beam PID Control Lab Library for Proteus Latest version: V1.0 (November 2026, this tutorial) Other component libraries: C945 Transistor · PC817 Optocoupler · Relay Modu ...
Hello friends, I hope you all are doing great. Today, I am going to share the new DC Motor Speed and Position Control Lab Library for Proteus , the second of our University Lab series. The DC servo is the workhorse of control courses: a small motor with a flywheel and an encoder, driven from a computer, on which students identify the motor with a bump test, design a PD controller for a given overshoot and peak time, and then watch the flywheel snap to an angle. The same skills drive robot joints, camera gimbals, printer heads and the feed axes of machine tools. Updates DC Motor Speed and Position Control Lab Library for Proteus Latest version: V1.0 (November 2026, this tutorial) Other component libraries: C945 Transistor · PC817 Optocoupler · Relay Module · Resistor · 5 mm LED · Designer C ...
Hello friends, I hope you all are doing great. Today, I am going to share the new PID Temperature Control Lab Library for Proteus , the first of our University Lab series. Temperature control is everywhere: in an oven, a 3D printer's hot end, an incubator, a soldering station and the heating of every building. It is also the classic way to learn process control. Many universities, in the United States and around the world, teach their process dynamics and control courses with a small two-heater board on an Arduino, such as the TCLab kit from Brigham Young University: students run a step test, fit a model, tune a PID loop and watch it hold a temperature. Updates PID Temperature Control Lab Library for Proteus Latest version: V1.0 (November 2026, this tutorial) Other component libraries: C94 ...
