#tcs3200

[quartz-components]

How to Interface TCS3200 Color Sensor with Arduino?

The TCS3200 color sensor can detect the color of an object and generate a corresponding frequency signal in the form of a square wave. This sensor module comprises the TAOS TCS3200 RGB Sensor IC and is equipped with four white LEDs to illuminate the object, ensuring accurate color detection.

[blogdottv]

Colour sensing with a Raspberry Pi

Colour sensing with a Raspberry Pi

In their latest video and tutorial, Electronic Hub shows you how to detect colour using a Raspberry Pi and a TCS3200 colour sensor. Raspberry Pi Color Sensor (TCS3200) Interface | Color Detector A simple Raspberry Pi based project using TCS3200 Color Sensor. The project demonstrates how to interface a Color Sensor (like TCS3200) with Raspberry Pi and implement a simple Color Detector using…

[wonder-robots]

TCS3200 Color Sensor

Introducción Como ya contamos en la lección anterior, el color no es una característica sencilla, pero que sí podemos simplificar para determinar de qué color es cada cosa. Nosotros como seres humanos ya estamos acostumbrados a percibir todas las tonalidades de colores, interpretarlos y desarrollar conceptos como el arte a través de ellos. Pero un robot es como un cerebro que cada vez que…

[ijtsrd]

Colour Detector and Separator Based on Microcontroller

by Ni Ni San Hlaing | Hay Man Oo | Thin Thin Oo ""Colour Detector and Separator Based on Microcontroller""

Published in International Journal of Trend in Scientific Research and Development (ijtsrd), ISSN: 2456-6470, Volume-3 | Issue-5 , August 2019,

URL: https://www.ijtsrd.com/papers/ijtsrd26633.pdf  

Paper URL: https://www.ijtsrd.com/engineering/electronics-and-communication-engineering/26633/colour-detector-and-separator-based-on-microcontroller/ni-ni-san-hlaing

call for paper arts, ugc approved journals for social science, commerce journal

Sorting of objects is one of the most important tasks in the industries. Sorting machines can be made by using the sensor, camera, microcontroller and image processing system, etc., based on colour, size and shape of the objects. Among these systems, colour sorting machines are widely used in most industries to sort various coloured objects. This thesis describes the design and implementation of colour detection and sorting machine by using Arduino, colour sensor and two servo motors. In this system, a top servo motor is used for placing the object to the colour sensor which detects the RGB values of the object and then sends the information to Arduino. Then bottom servo motor will move according to the angle of respective degree which is command in the code depending on the RGB values of the object and then the object which is over the slider drops into the container. Servo motor is used to substitute the human operator and Arduino is used to controlling the overall process. 

[onlineelectroniccomponentss-blog]

Buy TCS3200 Color Recognition Module in Pakistan. GY-31 Color Detection Sensor can convert light intensity to frequency. 100% Genuine color sensing module.

[asisgotam]

IoT Based Colour Sorting Machine using ESP8266 and ThingSpeak

In this tutorial, we are going to build an IoT-based Colour Sorting Machine using NodeMCU-ESP8266, TCS3200 Colour Sensor, and two Servo Motors, as the title says it will sort the things according to their colour. The TCS3200 Colour Sensor is responsible for sensing the colour of an object and two servo motors are used to put them into the respective predefined colour box. And as it is IoT enabled, the number of products for each colour will be displayed on the Thingspeak control panel.

To know more about this project, please visit https://iotdesignpro.com/projects/iot-based-colour-sorting-machine-using-esp8266-and-thingspeak

[codingheroesonline]

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Funcionamiento 👌🏽 . . . . #tcs3200 #led #ingenieros #arduino #3dmodel #3dprinting #electronica #electronic #engineering #electronics #proyectos #pcb #robotdyn #board #science #robot #giroscopio #arduinouno #arduinoproject #arduinorobot #robotica #lsm303dlhc #maker #arduino #diy #arduinoprojects #engineer #arduinomega #atmega #dip #david_proyectos #Repost @david_proyectos with @make_repost (at Busan, South Korea) https://www.instagram.com/p/BvHN5zMnL2-/?utm_source=ig_tumblr_share&igshid=ehi3g38nnzrb

[new-arcade]

Helmet Racing

Brainstorming and Ideation:

We started by brainstorming a few ideas based on the constraint that was imposed on our group by the challenge: we couldn’t use buttons. After suggesting, discussing on pros and cons, and voting, we came down to three ideas:

Karting Game

We could use the gyroscope (MPU6050) to track movement and a potentiometer to control velocity

Based on Wooden Karts, we would add the sensor to a wood piece and the player would tweak that with their feet.

Cooking Game

It would be a game of sequence but with colors instead. We would use a TCS3200.

Players would be prompted with a recipe, where each ingredient represents a color.

They would either have to memorize and repeat the sequence. Or simply work against the clock to cook the recipe.

Prepare the ingredients while controlling sensors that would represent cooking actions - such as controlling the fire with a potentiometer or steering the food with an analogue.

Platformer w/ Speech Controller

We would use a microphone and a speech library to control the character.

The player would have to say commands such as “jump” or “attack” while the character moves through the map.

Shooter Game

We we would use the gyroscope to control the camera and add a button for shooting while waves of enemies would try to attack the player.

Although all those ideas sounded fun and exciting in our head, we decided to go with the safest approach. We didn’t really know how to map a camera or how to add a speech library to Unity. Even the TCS3200 project seemed too big of risk so we went with a Karting Game.

First Prototype: Our first prototype was focused on pinpointing the digital part and sketching the physical control. To make our life easier, we made use of Unity’s Karting Microgame and simply tweaked the project to our needs. During our first experimentations, the controls were too sensitive and the slightest tweak of the MPU6050 would make the character turn full speed. To fix that, we went for a more complex acceleration and driving code, mapping the gyroscope movement in one axis. At that point, we were not sure were no put the potentiometer but we realized the wooden kart idea would not work as we intended. Our main questions were: How do we keep the novelty without compromising the gameplay? Is there something we can do that doesn’t require damaging the piloting systems we’ve built? Will we need to cancel the karting idea? Maybe changing to a flight simulator? We took those concerns to the class and our helped us to think through it.

Second Prototype: Next step then was to find a new controller, and we did… A helmet! Opposing the feet-tweaking idea, the helmet was more feasible. We tweaked the sensor to detect tilting in all axis and attached the MPU6050 at the top of a motorcycle helmet. We were considering one axis as velocity (forward and back) and the other one as direction (right/left). Finally, we changed the avatar, making something similar to the physical controller.

Third Prototype: Of course, the solution would not be as simple as we wanted to be… We found out that tilting back and forward was bad for the player since the helmet would block their vision at some point. Because of that, we removed one of the axis and attached a potentiometer to the helmet instead (speed control). With the correct positioning and mapping, the gyroscope worked just fine, we would just have to test the speed. For looks, we changed the skybox, the track, visual effects of the scene and added a few assets in order to get a sci-fi-desert like map.

Final Prototype: While the alt-helmet-ctrl was feeling good, the potentiometer was feeling unnatural. We noticed players were “holding to their head” the entire time in order to accelerate and that was making difficult to tilt the head. To solve this problem we went for the obvious: a lever. We made a lever out of chopsticks and tape, which worked pretty well! Then we detached the potentiometer from the helmet and moved it in between the player’s legs. That was it! We had our final, working and immersive alt control. Most important, it was fun! We had a timer and tricky curves which added to the challenge quite well.

Lesson Learned and Potential Improvements:

Certain things, such as driving, have pretty straightforward standards. While looking for novelty is good and exciting, sometimes it might be good to keep well-known/natural patterns.

3D printing is a must skill for the future… We felt like our potentiometer would benefit if we had actually printed a lever to attach to it. -- Beatriz, Lawrence and Yamei.

[quartzcomponents]

TCS3200 Color Sensor Module

The TCS3200 color sensor senses the color of an object and produces an equivalent frequency signal (square wave) based on the color sensed. TCS3200 is a color recognizing sensor module which consists of TAOS TCS3200 RGB Sensor IC and 4 white LEDs to light the object to determine its color accurately. The sensor chip has a 8×8 Photodiode array to determine the color of the object and generate a signal of a frequency corresponding to the color detected with the help of Current to Frequency Converter. It can be used in Ambient Light Sensing and Calibration, Color Matching, Printers, Robotics, etc. The sensor is very similar and can work as a replacement alternative for TCS230 Colour Sensor.

Buy this TCS3200: https://quartzcomponents.com/products/tcs230-color-sensor-module

[planetarduino]

This Arduino isn’t Color Blind

You can sense a lot of things with the right sensor, and [Nikhil Nailwal] is here to show us how to sense colors using a TCS230. The project is a simple demo. It displays the color and lights up an LED to correspond to the detected color.

If you haven’t seen the TCS230 before, it is a chip with an array of photosensors, for different light wavelengths. The controlling chip — an Arduino, in this case — can read the intensity of the selected color.

The TCS230 uses a 4 x 4 array of photodiodes, along with a Bayer filter. That is, there are four detectors for red, four for green, and four for blue. There are also four unfiltered detectors that aid in low lighting detection.

The host computer controls two lines to select which group of four detectors to read. The output is a frequency from around 2 to 500 kHz that indicates the intensity. You can scale the output frequency if you don’t want to deal with higher frequencies.

From what we understand, the sensor’s resolution isn’t that great. But for simple color detection, it is easy to use and effective. There are very similar chips like the TCS3200 that have more sensors, but work in the same way.

We’ve seen similar projects, but we are always struck how simple this sensor is to use. Combine these with an RGB LED and you can make a chameleon.

This Arduino isn’t Color Blind was originally published on PlanetArduino

[quartz-components]

The TCS3200 color sensor senses the color of an object and produces an equivalent frequency signal (square wave) based on the color sensed. TCS3200 is a color recognising sensor module which consists of TAOS TCS3200 RGB Sensor IC and 4 white LEDs to light the object to determine its color accurately. The sensor chip has a 8×8 Photodiode array to determine the color of the object and generate a signal of a frequency corresponding to the color detected with the help of Current to Frequency Converter. It can be used in Ambient Light Sensing and Calibration, Color Matching, Printers, Robotics, etc. The sensor is very similar and can work as a replacement alternative for TCS230 Colour Sensor

[koliasa]

Colour Identification Using TCS3200 Module

https://koliasa.com/colour-identification-using-tcs3200-module/ Colour Identification Using TCS3200 Module - https://koliasa.com/colour-identification-using-tcs3200-module/ This project is used to detect colours and display the colour names on an LCD using ...

[wonder-robots]

Clumsee 101

Clumsee es un robot que a medida que se va añadiendo módulo por módulo se va haciendo cada vez más grande y nos puede dar problemas asociados con la memoria.

Por ello, existe una alternativa estable de este Robot para llevarla a cabo con una placa Arduino 101.

Esta placa, nos da una mayor estabilidad con sus sistema de navegación CurieIMU y además su conexión Bluetooth CurieBLEnos permite ahorrar…

[svsembedded]

Track a Vehicle Using Telegram App and Live Location on Google Maps With ESP32

Remotely GPS Tracker with IoT and Telegram App Using ESP32 With Exact Location on Google Maps | GPS Based Vehicle Tracking Using ESP32 and Live Location on Google Maps With Telegram App | IOT. ****************************************************************** If You Want To Purchase the Full Project or Software Code Mail Us: svsembedded@gmail.com Title Name Along With You-Tube Video Link Project Changes also Made according to Student Requirements http://svsembedded.com/ è https://www.svskits.in/ M1: +91 9491535690 è M2: +91 7842358459 ****************************************************************** 1. Google Maps and Live Location Tracking, 2. How to track exact location of your family members by using Google maps, 3. Track Live Location With Google Maps - Google Maps Live Location, 4. How to Track Location of Your Family & Friends Using Google Maps, 5. TRACK YOUR VEHICLE USING GPS TELEGRAM, 6. GPS To Telegram Locator | GPS Vehicle Tracker , 7. HOW TO TRACK YOUR VEHICLE DEMO OF AS GPS TRACKER, 8. Best Way To Track Your Car Using Android Phone Or PC For FREE, 9. GPS tracker for Car and Bike , 10. How to Install HIDDEN GPS Tracker in any Car | Spy Car Tracker, 11. Installing High security GPS tracker on My New Car, 12. Mini GPS GF-07 Tracker for Vehicle Haw to Use setup the APP, 13. Telegram Bot on Android Device, 14. Android GPS Shield App for Arduino Projects, 15. Trace Mobile Number Current Location , 16. Trace Mobile Number Exact Location on Map | Find GPS, 17. How To Find a GPS Tracker on My Car, 18. EASY GPS TRACKER To Track Your CAR, 19. How To Track A Phone Number Location, 20. Car GPS Tracker - easy install video with Relay Disable - india car tracker | Tegnotech, 21. GPS and how it works, 22. How To Find a GPS Tracker on Your Vehicle, 23. How to Detect a GPS Tracker On My Car, 24. Remotely GPS tracker with raspberry pi4 via telegram app, 25. Gas Alert System with IoT and Telegram App Using ESP32, 26. How to install a Car GPS Tracker in your Car or Bike or Truck, 27. Never Lose Your Vehicle Again - Portable Real Time GPS Tracker Unboxing & Review, 28. How To Detect Hidden GPS Trackers On Any Vehicle, 29. How to Install a Car Tracker DIY Simple Easy Steps, 30. How to Book OLA Cab Step By Step in Hindi, 31. Track Any Mobile Number With Exact Location Using Your Device Itself 2017, 32. How to Use Google Maps, 33. New Device Lets You Track Your Vehicles Using Your Smartphone, 34. GPS Tracker For Car - Track your Teenage Driver, 35. Covert GPS Tracker Placement Tips, 36. How To: Track a Vehicle Using Your Mobile Phone, 37. how to track bike location without gps tracker system, 38. gps tracking system with android mobile, 39. TRACK YOUR CAR with CarLock - GPS ANTI-THEFT DEVICE, 40. Tracking vehicles using GPS or license plates, 41. Track Your Vehicles Anywhere in Nepal, 42. 5 Best Car GPS Tracker No Monthly Fee, 43. Track Your Car Using This Device, 44. Vehicle Tracking System Using GPS – GSM, 45. GPS + GSM Based Advanced Vehicle Tracking System Project, 46. Where is my car- Realtime GPS+GPRS Tracking of Vehicles using Arduino, 47. Car Tracking Device for Parents - Bouncie App Review, 48. GOOGLE TRACKER, Track your car for free using Google, 49. Spy GPS tracker GF-07 unboxing review, 50. GPS Based Vehicle Tracking and Theft Detection System, 51. GUI Based Error Correction In Data Communication Using MATLAB, 52. Ultrasonic Distance Meter Using Raspberry Pi 2, 53. IoT-Enabled Air Pollution Meter With Digital Dashboard On Smartphone, 54. USB Interface Using Python Software, 55. Line Frequency Meter Based On Reciprocal Counting, 56. Arduino Based Digital Capacitance Meter: An Interrupt Based Approach, 57. Duck Hunt Game Using Arduino And Python, 58. IoT Based Notification System Using Android App, 59. RGB Colour Detector Using TCS3200 Sensor Module, 60. Time For A Break, 61. Short-Range FM Radio Station, 62. Diode Tester Using MATLAB Based GUI, 63. Serial Interface Using Python Software, 64. Real-Time Face Recognition Using Python And OpenCV, 65. Memory Design Using Verilog, 66. Arduino based Windows PC volume remote control, 67. Make Your Own Remote-Controlled Robot, 68. Precision Stopwatch, 69. Electronic voting machine demo using MATLAB GUI, 70. Auto reversible DC motor with speed and rotation control, 71. Ultra-low-power sensor hub using nRF24L01 modules, 72. Electronic tone generator system, 73. PC-based oscilloscope using Arduino, 74. Image compression using discrete cosine transform technique, 75. Voting Machine Using AVR Microcontroller, 76. Countdown Timer, 77. Centre-of-Mass Extraction Using MATLAB, 78. Arduino Based Digital IC Tester Using MATLAB, 79. Fan Speed increasing Regulator Using PIC16F73, 80. Arduino-Based Smartphone Controlled Robot Car, 81. Demo Of 555 Timer-Based Astable Multivibrator Using MATLAB, 82. Computer Vision Based Quality Control Using Python,

[ensklncblr-blog]

Arduino Color Sensor TCS230 TCS3200 | Random Nerd Tutorials - SINCE NO DUINO WAS HERE, AUDUINO INFO - https://arduino.eemuhendis.com/?p=10352

[rosesana]

TCS3200-DB Color Sensor Modul http://bit.ly/2RboqXn http://bit.ly/2IdQxT6