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Category Archives: sensor
An essential part of setting up a new mouse is the proper alignment of the sensors. You micromouse sensors must have the emitters pointing exactly where you want them to and the detectors have to be aligned to get the … Continue reading
Micromouse sensors need shielding to work at their best. Here we are going to show you how to make a simple, flexible light shield for your micromouse sensors that will cut down the effect of ambient light and reduce leakage … Continue reading
Learn how you can calculate the standard deviation, or spread, of your sensor readings on-the-fly while collecting data without having to first record all the values and then do the statistics. Incoming search terms:statistics for sensor data (1)
Analog Devices recently release new vibration rejection gyros which seemed a perfect fit for use on a micromouse. Since I was using the ADXRS610 on Zeetah V, I temporarily mounted an ADXRS642 to ZV to compare the two.
Most commonly, micromouse reflective sensors use Infra Red LEDs as the emitter component. That is all very well and suits many, or most, phototransistors. the thing is, you cannot easily see where they are pointing and what kind of illumination … Continue reading
The TSL262 sensor has been popular with a number of micromouse builders. It is compact, easy to use and results in a low component count. A common alternative is the use of a simple phototransistor in an emitter foloower configuration. … Continue reading
The front, or forward-facing, sensors on a micromouse have several uses. Apart from detecting the distance to walls ahead and obstacles on one side or another, properly setup forward sensors can be used to measure an angular error with respect … Continue reading
My micromouse, Decimus 2A, has not been behaving well. The most notable problem is that detection of the wall ahead, and the distance to that wall has been erratic. Worse, the problem seems to come and go. For a while … Continue reading
A while back, I posted a way to make simple reflective wall sensor responses appear linear. After struggling with it for a while, it is apparent that it is over complicated. There is an easier way to get acceptable responses…
How do you decide where to point the sensors?