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Accelerometer Sensors | |
ACC-001 Accelerometer Breakout Board - ADXL202JE +/-2g Breakout board for the Analog Devices accelerometers in the E8 package. The ADXL is a solid state MEMS accelerometer with digital PWM or Analog output. The ADXL can measure both static and dynamic acceleration. This means the ADXL is suited well for sensing tilt (used in many Glove / Air Mouse applications) and for sensing brute acceleration (rocketry and general motion sensing applications). Some ADXL sensors output Analog, some sensors output both Analog and PWM. Please refer to the current datasheet for your selected sensor for more information. PWM can be easier to interface to using very simple microcontrollers. Analog output sensor require a microcontroller that has an analog to digital converter (ADC). Board comes fully assembled and tested with selected sensor, 0.1uF filtering capacitors, and 1MOhm pulse width resistor (where required). Installed Sensor: ADXL202 +/-2g (PWM and Analog) Dimensions: 18x18 mm (0.70x0.70") Download ADXL202 Data Sheet Download Circuit Sheet Purchase! |
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ACC-002 Accelerometer Breakout Board - ADXL210AE +/-10g Breakout board for the Analog Devices accelerometers in the E8 package. The ADXL is a solid state MEMS accelerometer with digital PWM or Analog output. The ADXL can measure both static and dynamic acceleration. This means the ADXL is suited well for sensing tilt (used in many Glove / Air Mouse applications) and for sensing brute acceleration (rocketry and general motion sensing applications). Some ADXL sensors output Analog, some sensors output both Analog and PWM. Please refer to the current datasheet for your selected sensor for more information. PWM can be easier to interface to using very simple microcontrollers. Analog output sensor require a microcontroller that has an analog to digital converter (ADC). Board comes fully assembled and tested with selected sensor, 0.1uF filtering capacitors, and 1MOhm pulse width resistor (where required). Installed Sensor: ADXL210 +/-10g (PWM and Analog) Dimensions: 18x18 mm (0.70x0.70") Download ADXL202 Data Sheet (Reference only) Download Circuit Sheet Purchase! |
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ACC-005 Accelerometer Breakout Board - ADXL322 +/-2g Breakout board for the dual axis ADXL32x accelerometers. Brings out the analog voltage levels from the X and Y axis to a standard .1" header. The ADXL320 can be powered from 2.4V-5.25V. The Self-Test pin can be used to verify sensor operation. Board comes fully assembled and tested with selected sensor and 0.1uF filtering capacitors. Installed Sensor: ADXL322 (+/- 2g) Dimensions: 18x18 mm (0.70x0.70") Download ADXL320 Data Sheet Download Circuit Sheet Purchase! |
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ACC-006 Accelerometer Breakout Board - ADXL320 +/-5g Breakout board for the dual axis ADXL32x accelerometers. Brings out the analog voltage levels from the X and Y axis to a standard .1" header. The ADXL320 can be powered from 2.4V-5.25V. The Self-Test pin can be used to verify sensor operation. Board comes fully assembled and tested with selected sensor and 0.1uF filtering capacitors. Installed Sensor: ADXL320 (+/- 5g) Dimensions: 18x18 mm (0.70x0.70") Download ADXL320 Data Sheet Download Circuit Sheet Purchase! |
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| ACC-008
Tri-Axis Accelerometer Breakout Board - ADXL330 +/-3g
Breakout board for the 3 axis ADXL330 from Analog Devices. This is the latest is a long, proven line of Accelerometers from Analog - and now the holy grail has finally arrived. The ADXL330 is a triple axis accelerometer with extremely low noise and power consumption - only 320uA! Sensor ranges from +/-3g. Board comes fully assembled and tested with external components installed. The ADXL330 is a 3V part and outputs an analog voltage for each of the three outputs. This voltage is in ratio to the measured acceleration and to the supply voltage (ratiometric). You will need some extra hardware to convert this analog signal to a usable digital one. Luckily, many uCs have a built in Analog to Digital converter. Installed Sensor: ADXL330 (+/- 3g) Dimensions: 18x18 mm (0.70x0.70") Download ADXL330 Data Sheet Download Circuit Sheet Purchase! |
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ACC-020
Tri-Axis Accelerometer Breakout Board -
MMA7260Q
Breakout board for the 3 axis MMA7260Q accelerometer from Freescale. Please view the datasheet for this impressive sensor! With a low power shut-down mode, high sensitivity output with selectable ranges (+/- 1.5, 2, 4, and 6g), this sensor is one of the very first to market with three accelerometers sensors built onto a single IC! Board comes fully assembled and tested with external filters installed. Checkout Tom Igoe's online tutorial using the MMA7260Q! Dimensions: 25x25 mm (1x1") Documents: MMA7260Q Data Sheet, Tri-Ax-Schematic-v01.pdf Interface: The MMA7260Q is a 3.3V part and outputs an analog voltage for each of the three outputs. This voltage is in ratio to the measured acceleration and to the supply voltage (ratiometric). You will need some extra hardware to convert this analog signal to a usable digital one. Luckily, many uCs have a built in Analog to Digital converter. Download MMA7260 Data Sheet Download Circuit Sheet Purchase! |
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ACC-010 Serial
Accelerometer Tri-Axis v5 - Dongle The SerAccel v5 is a 3 axis accelerometer up to +/-6g with a simple serial interface. The latest SerAccel development, version 5 has many new improvements including variable baud rate, a factory reset command, and a complete triple axis measurement system based on the newly released MMA7260Q sensor from Freescale. Power is gained from any RS232 port (including USB-to-RS232 converters) so no external power supply is needed. The onboard PIC (16LF88) runs at 10MHz and outputs three different types of outputs including calculated, binary, and raw outputs. The SerAccel v5 has software configurable settings to select between 4 sensing ranges (+/- 1.5, 2, 4, and 6g), as well as a software selectable measurement frequency (0-590Hz). The SerAccel outputs real-time accelerations from 9600 to 57600bps using visible ASCII characters. The SerAccel is compatible with any RS232 Comm port in conjunction with any terminal program (Hyperterminal, VB Programs, or anything else that can read the comm port). Works with USB-RS232 converters. Device comes fully assembled and tested. Dimensions: 1.25x1.75" (3.2x4.4cm) A PC program is supplied (written in VB with source code) Download (you can now has log the readings to your hard disk) Download Data Sheet Purchase! |
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ACC-011 Enclosed Serial Accelerometer Tri-Axis v5 - Dongle The SerAccel v5 Enclosed is a 3 axis accelerometer up to +/-6g with a simple serial interface. The latest SerAccel development, version 5 has many new improvements including variable baud rate, a factory reset command, and a complete triple axis measurement system based on the newly released MMA7260Q sensor from Freescale. Power is gained from any RS232 port (including USB-to-RS232 converters) so no external power supply is needed. The onboard PIC (16LF88) runs at 10MHz and outputs three different types of outputs including calculated, binary, and raw outputs. The SerAccel v5 has software configurable settings to select between 4 sensing ranges (+/- 1.5, 2, 4, and 6g), as well as a software selectable measurement frequency (0-590Hz). The SerAccel outputs real-time accelerations from 9600 to 57600bps using visible ASCII characters. The SerAccel is compatible with any RS232 Comm port in conjunction with any terminal program (Hyperterminal, VB Programs, or anything else that can read the comm port). Works with USB-RS232 converters. Device comes fully assembled and tested. Dimensions: 1.22x2.20" (3.1x5.6cm) A PC program is supplied (written in VB with source code) Download (you can now has log the readings to your hard disk) Download Data Sheet Purchase! |
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