The DE-ACCM2G is an off the shelf 2 axis 2g accelerometer solution with analog outputs. It features integrated op amp buffers for direct connection to a microcontroller's analog inputs, or for driving heavier loads.
To maximise usability, it is designed to fit in the DIP-14 form factor, making the DE-ACCM2G suitable for breadboarding, perfboarding, and insertion into standard chip sockets. To keep things as simple as possible, there are only 4 pins - two for power, and two for the X and Y analog outputs.
The DE-ACCM5G is an off the shelf 2 axis 5g accelerometer solution with analog outputs. It features integrated op amp buffers for direct connection to a microcontroller's analog inputs, or for driving heavier loads.
To maximise usability, it is designed to fit in the DIP-14 form factor, making the DE-ACCM5G suitable for breadboarding, perfboarding, and insertion into standard chip sockets. To keep things as simple as possible, there are only 4 pins - two for power, and two for the X and Y analog outputs.
The DE-ACCM6G is an off the shelf 2 axis 6g accelerometer solution with analog outputs. It features integrated op amp buffers for direct connection to a microcontroller's analog inputs, or for driving heavier loads.
To maximise usability, it is designed to fit in the DIP-14 form factor, making the DE-ACCM5G suitable for breadboarding, perfboarding, and insertion into standard chip sockets.
The DE-ACCM3D is the most advanced analog accelerometer solution to date, featuring a triple axis ±3g accelerometer chip. It also has integrated op amp buffers for direct connection to a microcontroller's analog inputs, or for driving heavier loads.
The ACCM3D has an onboard 3.3V LDO regulator, allowing you to power the board with 3.5V to 15V sources. You can also use this regulator to power an external microcontroller with up to 50mA. For operation as low as 2.0V, you can bypass the voltage regulator and choose your own operating voltage.
It is designed to fit in the DIP-16 form factor, making the DE-ACCM3D suitable for breadboarding, perfboarding, and insertion into standard chip sockets. To keep things as simple as possible, there are only 5 pins - two for power, and three for the X, Y and Z analog outputs.
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