Most of the microcontrollers have limited built-in storage. For example, Arduino UNO (Atmega328)has 1Kbytes of EEPROM storage and it might not be enough for all projects. If your project has any graphics, video, audio and data logging feature, you need a removal storage in it. Read More »
Category Archives: Arduino
Feed SubscriptionAmarino shield 3.0 experiments- Android and Arduino
What’s on this page ? On this page, you will see how Amarino shield can be used for Android- Arduino experiments. It shows some basic experiments with android serial emulator and Amarino toolkit. You can get the original Amarino source codes and installable files also. Just install the application on your Android phone and experiment with the kit. This page basically gives examples for using Amarino 3.0, but you can also use the same source codes for Amarino shields 1.0 and 2.0. Read More »
Simple experiment with Bluetooth and Arduino
This is one of the simplest and easiest experiments using Bluetooth adapter, Android and Arduino. You just need an Android serial emulator, any type of emulator should work for this experiment. I recommend Blue term , you can find this application on your Android Market (Google Play). Read More »
Simple ultrasonic range finder using HC-SR04
Description: The HC-SR04 ultrasonic sensor uses sonar signals to determine distance to an object. It offers excellent range accuracy and stable readings in an easy-to-use package. Its operation is not affected by sunlight or black material.However, acoustically soft materials like cloth can be difficult to detect. Read More »
Amarino Experiment- Sensor graph and LED controller
This experiment makes the use of ’Android- Arduino BTCOMM Shield’ and Amarino. If you are not familiar with the shield, visit this page. This experiment is similar to my previous tutorials Sensor Graph basic experiment and Sensor graph and LED controller together. If you have never worked with Amarino, I strongly recommend you to visit Amarino page and understand the basics of Amarino. In this experiment, the sensor signal from LDR is fed to A1. You can also see A1 clearly on PCB. Read More »
RGB Multicolor lamp using Amarino and Smart Phone- Arduino Shield
This experiment makes the use of ’Android- Arduino BTCOMM Shield’ and Amarino. If you are not familiar with the shield, visit this page. This experiment is similar to my previous tutorials on RGB multicolor lamp using Amarino. and RGB multicolor lamp with custom Bluetooth ID on Amarino Interface. If you have never worked with Amarino, I strongly recommend you to visit Amarino page and understand the basics of Amarino. Read More »
Android- Arduino BTCOMM Shield Circuit Layout Using Fritzing
You can make this shield on breadboard also. The circuit layout is given below: The BlueSMiRF used in the layout is Bluetooth Mate Silver READ ABOUT THIS SHIELD SEE ALL THE PHOTOS OF THIS EXPERIMENT SEE ALL THE PHOTOS OF AMARINO SHIELD V.3.0 OTHER EXPERIMENTS WITH THIS SHIELD CIRCUIT LAYOUT ON BREADBOARD Read More »
CD4094 control with Android serial emulator – Amarino Shield
This project has been derived from the following experiment: http://www.buildcircuit.com/cd4094-basic-experiment-with-smart-phone-arduino-shield/ . I recommend you to do the basic experiment before you go for this experiment. Read More »
CD4094 basic experiment – Circuit Layout
ORIGINAL SOURCE- Basic CD4094 experiment with Android- Arduino BTCOMM shield(Amarino shield) can be found here: http://www.buildcircuit.com/cd4094-basic-experiment-with-smart-phone-arduino-shield/ If you are interested in doing this experiment on breadboard, follow the given circuit layout. Get Project details Read More »
CD4094 basic experiment with Smart Phone- Arduino Shield
This experiment has been derived from HEF4794_- Arduino_ Experiment. This example makes the use of an LED Driver in order to control an almost endless amount of LEDs with only 4 arduino pins. We use the CD4094. Here, you can get the original version of this experiment: http://www.arduino.cc/en/Tutorial/LEDDriver . The Arduino team has used HEF4794. Read More »
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