Electrical Resistance Module
An electrical resistance is a device that opposes the flow of electricity through it, so that when connected in an electrical circuit it will make it more or less oppose the flow of electricity, depending on its value in ohms.
Shift Potentiometer Module
A displacement potentiometer is a type of resistance that has a maximum ohm between its terminals A and B, however, through a third terminal called wiper or W, it is possible to obtain a value between zero and maximum, depending on the distance in which we place your perrilla.
Rotary Potentiometer Module
An angular potentiometer is a type of resistance that has a maximum ohm between its terminals A and B, however, by means of a third terminal called wiper or W it is possible to obtain a value between zero and maximum, depending on the degrees in which Let's place your dog.
Rotary Potentiometer Module
A thermistor or RTD, for its acronym in English for Temperature Dependent Resistor, is a device that varies its electrical resistance value depending on the temperature at which it is found.
Photoresistance module
A photoresistor or LDR, for its acronym in English for Light Dependent Resistor, is a device that varies its electrical resistance value depending on the amount of light that falls on it.
Button Module
The button is a device used to allow or not the passage of electricity in an electrical circuit. When the switch is pressed, it behaves as a conductor, allowing the passage of electricity, and when it is not pressed, it behaves as an insulator, preventing the passage of electricity.
Switch Module
The switch is a device used to allow or not the passage of electricity in an electrical circuit. When the switch is activated, it behaves as a conductor, allowing the passage of electricity, and when it is deactivated, it acts as an insulator, preventing its passage.
Light Bulb Modules
An incandescent light bulb works similar to a torch. It is based on the heating of some metals that produce light when heated, for example, the light bulb invented by Edison is built with a tungsten filament, which when energized begins to heat up due to the circulation of electrons, which causes it to radiate light. .
LED Module
The light emitting diode or better known as "LED" is an electronic device which emits light when energized correctly.
Wheel Motor Module
Electric motors are machines that convert electrical energy into mechanical energy. For it to work we only have to energize its two terminals and it will start to rotate with a speed that depends on the amount of electricity that we supply to it. These are commonly used to move wheels, blades and gears, currently they are the ones that allow everything to move.
Blade Motor Module
Electric motors are machines that convert electrical energy into mechanical energy. For it to work we only have to energize its two terminals and it will start to rotate with a speed that depends on the amount of electricity that we supply to it. These are commonly used to move wheels, blades and gears, currently they are the ones that allow everything to move.
Electromagnet Module
An electromagnet is a type of magnet that has the ability to attract ferromagnetic objects, and works through a phenomenon called a magnetic field, which is produced when we energize a wire that is wound on a metal, commonly called a coil.
Buzzer Module
The buzzer or buzzer is an electroacoustic device that produces a very characteristic sound or buzz that tends to attract attention.
Controller Module
A controller is an electrical device that allows an output voltage to be controlled based on an input ohm. Allowing the use of variable resistors at its input to control other devices such as motors, light bulbs, LEDs and electromagnets; which is not possible to do with variable resistors alone.
Comparator Module
A comparator is an electrical device that allows turning on or off another electrical device such as an LED, light bulb, motor or any other, based on the comparison of two input voltages.
Its operation is that if the voltage between terminal T1 and T4 is greater than the voltage between terminal T2 and T4 at terminal T3, which is the output, there will be 5 volts.
