BQ Zum Kit

BQ Zum Kit

By: Diana Barcala

Index

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Potentiometer

Button

Introduction

Light sensor

LED

Components

Zum Core 2.0 Controller Board

Servo

Buzzer

Continuously rotating servo

Infrared Sensor

Ultrasonic sensor

Introduction:

The BQ Zum Kit is an educational kit for teaching electronics, robotics, and programming. It is very useful for people new to programming who want to learn and for students. It helps you understand electronic circuits, sensors and programming through projects. It is designed to facilitate learning through the creation of interactive projects.

Zum Core 2.0 Board

The Zum Core 2.0 board is a small electronic circuit with a brain that allows us to control our electronic components.

Infrared Sensor

It is a small hexagonal plant that is used to receive infrared signals and also to detect signals from a remote control.

Button

This button is pressed or turned to activate, regulate, or interrupt a device's operation.

Light Sensor

The function of the light sensor is to detect the intensity of the ambient light in order to adjust the brightness level of the terminal screen.

Buzzer

It serves as a warning mechanism using a buzzing sound that it emits.

Ultrasonic Sensor

They are detectors that detect objects at distances ranging from a few centimeters to several meters.

Potentiometer

This is a sensor that is used in the electrochemical method to measure the pH of a solution.

LED

It is an electrical component that, through a few movements, creates light

Servo

It is a device that allows you to control the position and movements of your axis with maximum precision

Continuously rotating servo

This is a device that allows you to control the position and movements of your axis with maximum precision.

EXERCISES

01 Título principal

Subtítulo aquí

Thank you for your attention!

Explanation of exercise 01 LED+BUTTON

In the first exercise I made it so that when you press the button the light turns on and when we press the button again the LED turns off.

Exercice 02 LED

In this exercise I made the light sensor detect a value less than 200 and the LED turns on, but in case the value of the light sensor is not correct, it turns off.

Exercise 03 LED+BUTTON+LIGHT SENSOR

In exercise three I made it so that when pressing the button the light sensor would detect a light value, if the value is less than 200 the LED will be on but if it is greater than that value it will be off.

Exercise 04 STATES MAQUINE

In this exercise I have commanded that each time I press the button a different function appears, in the first function both lights will be off, in the second function the lights will be flashing, in the third the lights will be alternating to flash, and in the fourth both lights will be on.

Exercise 05 STATES MACHINE WITH FUNTIONS

In this exercise we are going to use the same as in the previous one, adding variables, state 1,2 and , and adding a execute state1,2,3

Exercise: 06 TRAFIC LIGHTS

I have created 3 functions so that different things are executed in each one, I have used two LEDs and a servo, in the first function,The green light is on and the red light is off and so the barrier goes down 5 seconds, in the second I have made the green light flash and the barrier is still down for 2 seconds and in the third I have made the green light turn off and the red light comes on and so the barrier goes up to be able to pass for 5 seconds

Exercise 07 ROBOT HAND

In this exercise I have done that if the button is pressed, the servo moves to the 100 degree position and the buzzer makes a sound, if the button is not pressed then the servo will return to the 5 degree position