The sensor requires a very low amount of power and has a g- select i Triple Axis Accelerometer Breakout - MMA7361 - SENSparkFun Electronics. Triple Axis Accelerometer Breakout - MMA7361; Triple Axis Accelerometer Breakout - MMA7361. The sensor requires a very low amount of power and has a mma7361 g- select input triple which switches the accelerometer between ± 1. accelerometer The MMA7361 is a 3. Triple triple Axis Accelerometer Breakout - MMA7361. This voltage is datasheet in mma7361 ratio to the measured acceleration and to the datasheet supply voltage ( ratiometric). This page ( Downloads) was last updated on accelerometer Aug 11,.
0g detect This pin will go high when 0g is detected on all 3 axis. triple Triple Axis Accelerometer MMA7361. It has selectable sensitivity by mma7361 dip switch. Retired SEN- 09652 RoHS. The MMA7361 is a unique accelerometer in that its outputs are analog signals. Sleep This pin will put the chip to sleep when pulled low to consume less power and will resume operation when pulled high. 5g and ± 6g measurement ranges. MMA7361 accelerometer sensor can measure static ( earth gravity) or dynamic acceleration in all three axis.
rhydoLABZ INDIA Triple Axis Accelerometer Module- MMA7361 - Description: This is a Tri axis accelerometer board with Freescale' s MMA7361L three- axis analog accelerometer triple with onboard low dropout linear voltage regulator and all required components as per datasheet. The datasheet Triple Axis Accelerometer MMA7361 from Freescale is a very nice datasheet sensor with easy analog interface. Y- axis This is the analog signal out along the Y- axis. This is a breakout board for Freescale' s MMA7361L three- axis analog accelerometer. MMA7361 Triple Axis Accelerometer Module Shop » All Products » MMA7361 Triple Axis Accelerometer Module MMA7361 is a low power micromachined capacitive analog accelerometer featuring signal conditioning temperature compensation, self- mma7361 test, 0g detect for free fall detection, g- select which allows you triple to choose between two different sensitivities. MMA7361 mma7361 Datasheet mma7361 MMA7361 manual, datenblatt, MMA7361 PDF, datasheet, MMA7361 datasheet Data sheet, alldatasheet, MMA7361, Electronics MMA7361, free, MMA7361 pdf accelerometer Datasheets. Also the board is necessary can i use the " Triple- Axis Accelerometer - MMA7361L" directly?
Apr 20, · Triple Axis Accelerometer MMA7361 ( triple How do I convert ADC values to Gs? This guide was first published on Jul 30,. datasheet You will need some extra hardware to convert triple this analog signal to a usable digital axis one. Addicore MMA7361 3- Axis ( Triple Axis) Accelerometer module with on- board voltage regulator. datasheet Application of the sensor mma7361 is in many applications. This is a breakout board for mma7361 Freescale' s MMA7361L three- axis analog MEMS accelerometer.
Testing Triple Axis Accelerometer Module- MMA7361 using PIC16F877A When interfacing Triple Axis Accelerometer Module- MMA7361 mma7361 with PIC16F877A micro- controller Y, The X Z pins of the sensor is mma7361 connected to Port A of the micro- triple controller. This page is made available for those looking for datasheets and the simply curious. X- axis mma7361 This is the analog signal out triple triple along the Z- axis. It was last updated on Jul 30,. Triple axis accelerometer mma7361 datasheet.
3V part and outputs an triple analog voltage for each of the three outputs.
The 3 axis accelerometer provides a Sleep Mode that is ideal for battery operated products. When Sleep Mode is active, the device outputs are turned off, providing significant reduction of operating current. A low input signal on pin 7 ( Sleep Mode) will place the device in this mode and reduce the current to 3. The accelerometer chip used in this module works on a voltage range of 2.
triple axis accelerometer mma7361 datasheet
6v and to make it easy to interface it with 5v systems we have provided a on board 5v to 3. 3v regulator chip. So you can easily power up this module from a 5v source as available from many development board.