VIBRATION SENSOR

OVERVIEW

INTRODUCTION

This basic piezo sensor can be used in anti-theft devices, electronic locks, mechanical equipment vibration detection, sound gesture application and detection range bull's-eye counts vibration sensor occasions. These vibration levels could be given to any controller/processor and necessary decisions could be taken through it. Module triple output mode, digital output simple, analog output more accurate, serial output with exact readings.

FEATURES

• Sensitivity adjustable.
• The vibration detection has no direction.
• With analog, digital and TTL level output signal. 
• With mounting holes, firmware installation flexible and convenient.
• Module triple output mode, digital output is simple, analog output more 
• Accurate, serial output with exact readings. 

APPLICATIONS

• Vibration analysis 
• Shock detection and event capture 
• Condition monitoring

SPECIFICATIONS

Parameter	Value
Operating Voltage	+5v dc regulated
Vibration	Digital value is indicated by out pin

PIN DETAILS

PIN	NAME	DETAILS
1	out	Active high output
2	+5v	Power supply
3	gnd	Power supply gnd
4	rx	receiver
5	tx	transmitter
6	gnd	Power supply gnd

USING THE SENSOR

• Connect +5v to pin 2 and ground to pin 3 and 6.
• Pin 4 and 5 should be connected to particular transmitter and receiver pin of controller.
• Output pin may be connected to any port pins and can be used to any application.

WORKING

Digital vibration sensing in the ADIS16220 starts with a wide- bandwidth MEMS accelerometer core that provides a linear motion-to-electrical transducer function. It uses a fixed frame and a moving frame to form a differential capacitance network that responds to linear acceleration. Tiny springs tether the moving frame to the fixed frame and govern the relationship between acceleration and physical displacement. A modulation signal on the moving plate feeds through each capacitive path into the fixed frame plates and into a demodulation circuit, which produces the electrical signal that is proportional to the acceleration acting on the device.

SCHEMATIC AND CODES

ATMEL

http://researchdesignlab.com/vibration-digital-code

http://researchdesignlab.com/vibration-digital-i/oshematic.html

ATMEL UART CODE

http://researchdesignlab.com/vibration-uart-code

http://researchdesignlab.com/vibration-sensor-urat-schematic.html

PIC

http://researchdesignlab.com/digital-vibration-pic-code.html

RASPBERRYPI AND BEAGLEBONE

http://researchdesignlab.com/digital-vibration-raspberryandbeaglebone-code.html

CONNECTION DIAGRAM

ARDUINO CODE

#include <SoftwareSerial.h>

SoftwareSerial mySerial(10, 11);                        // RX, TX

void setup()

{

          // Open serial communications and wait for port to open:

Serial.begin(9600);

while (!Serial) {

;                                              // wait for serial port to connect.

}

Serial.println("Digital all sensor");

mySerial.begin(9600);                                              // set the data rate for the SoftwareSerial port

}

void loop()                                                                  // run over and over

{

if (mySerial.available())

Serial.write(mySerial.read());

}

OUTPUT

RELATED PRODUCTS

PIC PROJECT BOARD                                                 PIC DEVELOPMENT BOARD

ATMEL PROJECT BOARD                                     ATMEL  DEVELOPMENT BOARD