Accelerometer Sensor in Chennai

Our organization deals in offering Accelerometer Sensor to our customers. Accelerometer Sensor is noted for its easy operation and excellent quality and has got strong market demand. This product is tested on number of parameters of quality under the vigil of our quality inspectors. Lastly, we are offering this at affordable rates to our customers. Features: Optimum outputQuality testedTested in various parameters

Keeping the diverse requirements of customers in mind our company provides supreme quality range of Dual Output Accelerometer. This Dual Output Accelerometer is available in different specifications and models. Our product range is widely demanded for different industrial applications. Features: Compatible with all Parallax micro controllersSingle bit outputSmall size makes it easy to conceal

Viberation sensor

The ADXL335 module is a breakout board that incorporates the ADXL335 accelerometer sensor. It simplifies the usage of the ADXL335 sensor by providing a compact and user-friendly package with voltage regulators and pull-up resistors, making it easier to interface with microcontrollers. Here's a quick overview of the ADXL335 module: Axes of Measurement: Similar to the ADXL335 sensor, the module measures acceleration along three perpendicular axes: X, Y, and Z. Output Type: Analog Output: The module includes three analog voltage outputs (X, Y, Z) that are proportional to the acceleration along each axis. Voltage Regulators: Some ADXL335 modules include voltage regulators, allowing them to operate over a wider range of input voltages. They might accept input voltages from 3V to 5V. Pull-Up Resistors: The module may include pull-up resistors on the X, Y, and Z output lines to help stabilize the output signals. Pin Configuration: X, Y, Z: Analog voltage outputs corresponding to the X, Y, and Z axes. VCC: Connect to the positive power supply. GND: Connect to the ground. Self-Test (ST): Used for self-testing the accelerometer. Usage: Connect the VCC and GND pins to the power supply. Connect the X, Y, and Z pins to the analog input pins of your microcontroller. Read the analog values from these pins to obtain the acceleration along each axis. Scale the analog values to obtain acceleration in units of gravity (g). Code Example (Arduino): Here's a basic example using an Arduino to read the analog output from an ADXL335 module: const int xPin = A0; // Analog input pin for X-axis const int yPin = A1; // Analog input pin for Y-axis const int zPin = A2; // Analog input pin for Z-axis void setup() { Serial.begin(9600); } void loop() { int xValue = analogRead(xPin); int yValue = analogRead(yPin); int zValue = analogRead(zPin); float xAcceleration = map(xValue, 0, 1023, -300, 300) / 100.0; // Scaling to get acceleration in g float yAcceleration = map(yValue, 0, 1023, -300, 300) / 100.0; float zAcceleration = map(zValue, 0, 1023, -300, 300) / 100.0; Serial.print("X-Axis: "); Serial.print(xAcceleration); Serial.print(" g\t"); Serial.print("Y-Axis: "); Serial.print(yAcceleration); Serial.print(" g\t"); Serial.print("Z-Axis: "); Serial.print(zAcceleration); Serial.println(" g"); delay(1000); } Considerations: Check the module's datasheet or documentation for specific details, such as voltage requirements and pin configurations. Properly power and ground the module according to its specifications. Calibration may be needed for accurate measurements. Be aware of the scaling factor required to convert analog readings to physical units. Always refer to the specific datasheet and documentation provided with your ADXL335 module for accurate information and details about its usage.

Seat Pad Accelerometer

Accelerometer

3 AXIS MEMS Accelerometer

The offered product is a low power, low profile capacitive micro machined Accelerometer that is used to measure proper acceleration of the devices such as process control systems, pumps, fans, rollers, compressors, etc. Apart from this, this product is known for its outstanding performance and accuracy. Can be used to measure vibration in vehicles, we offer this multipurpose product at very reasonable prices. Features: A 1-pole low pass filter Temperature compensation Environment friendly Self Test for Freefall Detect Diagnosis Signal Conditioning with Low Pass Filter Robust Design High Shocks Survivability OG-Detect to detect linear freefall G-Select for the selection between 2 sensitivities Product highlights: 3mm x 5mm x 1.0mm LGA-14 Package Sleep Mode: 3 A High Sensitivity (800 mV/g @ 1.5g) Selectable Sensitivity ( 1.5g, 6g) Fast Turn On Time (0.5 ms Enable Response Time)

Accelerometer

ACCELEROMETER

Accelerometer