Beta Technologies India Pvt Ltd.

 KEYPAD 4x4                      Keypad is used as an input device to read the key pressed by the user and to process it.The  4x4 keypad consists of 4 rows and 4 columns. Switches are placed between the rows and columns. A key press establishes a connection between the corresponding row and column, between which the switch is placed. We can interface the keypad with arduino and can get the output of the key we pressed through serial monitor. Application: It is used in communication devices. It is used in security devices for entering the PIN. It also used in vending machines, sale payment devices, time clocks, calculators etc,. Sample Project Using Arduino:                                 In this going to get the output of the keys pressed in the keypad through the serial monitor in arduino.  Materials required: Keypad 4x4 Arduino UNO...

  MPR 121          The MPR121 is the second generation capacitive touch sensor controller.I ts working is like the capacitor's working principle. T his module has twelve electrodes points, it communicates via I2C protocol . In  those points we can connect any conductive materials.The conductive materials means nothing it like a metal which conduct electricity.We can interface the MPR 121 with arduino to turn ON\OFF the LED or any other. Application: It is used in MP3 Players,Remote Controls,Mobile Phones. It is also used in  PC Peripherals and  Lighting Control s. Sample Project With Arduino:                                       In this we going to turn ON and OFF the LED whenever the touch in electrode point is detected by MPR 121 sensor. Materials required: MPR 121 Arduino UNO LED  220 ohm resister Jumper wire Bread board Circuit: Code:...

 IR ARRAY SENSOR                    IR array sensor consists of more than one IR sensor. Each IR sensor is capable of detecting black and white colors. The array is capable of emitting sounds. IR array can perform object detection at proper distances. We can interface IR array sensor with Arduino to develop automation projects in a wide range. Application: Double line following robot. Automatic street  light turn ON vehicle presence. Detection of multiple objecs. Sample Project With Arduino:                                       In this we going to detect the object or obstacle using the IR array and it indicate the object detected in which array. Materials required: IR array sensor Arduino UNO Connecting wires Circuit: Code: int IRpin = 0; int IRpin1 = 1; int IRpin2 = 2; int IRpin3 = 3; void setup() {   Serial.begin...

 CAPACITIVE TOUCH SENSOR 4X4                                                Capacitive touch sensor 4X4 has 16 touch switches. Capacitive sensing (sometimes capacitance sensing) is a technology, based on capacitive coupling, that can detect and measure anything that is conductive or has a dielectric different from air. Capacitive sensors can also replace mechanical buttons. We can interface 4X4 capacitive touch sensor with Arduino to automatically identify the touch and given an indication   Application: Used to proximity sensing (personnel detection, light switching, vehicle detection). Switches (lamp dimmer, keyswitch, limit switch). For measurement  of  flow, pressure, liquid level, spacing, scanned  multi plate  sensor, thickness measurement, ice detection, shaft angle, linear position, and balances. Sample Project With Arduino:  ...

  CAPACITIVE TOUCH SWITCH 1x4                                      Capacitive touch sensor 1X4 has four touch switches. Capacitive sensing (sometimes capacitance sensing) is a technology, based on capacitive coupling, that can detect and measure anything that is conductive or has a dielectric different from air. Capacitive sensors can also replace mechanical buttons. We can interface 1X4 capacitive touch sensor with Arduino to automatically identify the touch and given an indication. . Application: For measurement  of  flow, pressure, liquid level, spacing, scanned  multi plate  sensor, thickness measurement, ice detection, shaft angle, linear position, and balances . switches (lamp dimmer, key switch, limit switch). Sample Project With Arduino:                                    ...

  TRIPLE AXIS MAGNETOMETER                                           The triple axis magnetometer is used to measure the magnetic fields. It identifies where the strongest magnetic force is coming from, and generally used to detect magnetic north. This is the same magnetometer sensor that is inside the LSM303. We can interface triple axis magnetometer with Arduino to measure the presence of magnetic fields.               Application: Used to Measure earth’s Magnetic Fields. To determine direction for sailors and pilots. Sample Project With Arduino:                                 In this we going to know the presence of magnetic field which is detected by the magnetometer sensor. Materials requireed: Triple Axis Magnatometer Arduino UNO  Jumper Wires Circuit: ...

  TRIPLE AXIS ACCELEROMETER(ADXL345)                                   The triple axis accelerometer is used to sense the tilt in position on three dimensional axis.The ADXL345 is a small, thin, low power, three-axis MEMS accelerometer with high resolution (13-bit) measurement. It measures the static acceleration of gravity in tilt-sensing applications, as well as dynamic acceleration resulting from motion or shock. We can interface tilt sensor with Arduino to automatically identify the tilt.                                    Application: Accelerometer is used for motion sensing. It is used in navigation analysis. It can be used in GPS with e-compass systems. Sample Project With Arduino:                                   ...

  PULSE RATE SENSOR                                    Pulse Sensor is a plug-and-play heart-rate detection sensor .It can be used for who want live heart-rate data into their projects. This pulse sensor fits over a fingertip and uses the amount of infrared light reflected by the blood circulating inside to do just that. When the heart pumps, blood pressure rises sharply, and so does the amount of infrared light from the emitter that gets reflected back to the detector. We can interface pulse rate sensor with Arduino to identify the pulse rate automatically.         Application: H eart rate data is difficult to read, however the Pulse Sensor Amped help us to read heart rate. The Pulse Sensor is a plug-and-play heart-rate sensor for Arduino. It can be used by students, artists, athletes, makers, and game & mobile developers who want to easily incorporate live heart-rate...