I'm looking for what is essentially a one dimensional version of an optical mouse sensor. I need to have a non contact sensor that can detect lateral movement of a target in one dimension only. I could use an optical mouse sensor, and use only one axis output, but all of the current mouse chips I've seen have only a USB output which are very difficult to interface to. Some early chips (eg., the PS/2 versions) had quadrature outputs as well so that they could emulate a standard quadrature encoder, but it appears that those chips are all obsolete and unavailable.
Is anyone aware of a sensor that would work in this application and has an easy to use output interface?
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How did you find the price? When I click on the link, I don't get any price info unless I submit a price request (which I don't want to do). I doubt that they'd be selling them for $0.50 each unless I order several thousand.
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Okay thanks. Giving this some more thought, I think my best bet is to find an old PS2 mouse and salvage the chip and optics from it. Because I'm going to need the optics no matter what.
Long ago I managed to read a mouse using the PS2 protocol. Software was written in Assembly for PICs (the old one). If I find all data from my project (could take some time) I could post it here. Are you interested?
With this RGB and Gesture sensor, you will be able to control a computer, microcontroller, robot, and much more with a simple hand gesture! The usage pins are as follows: VL (optional IR LED power supply), GND (Ground), VCC (3.3V power supply), SDA (I2C data), SCL (I2C clock), INT (interrupt)...
Long ago I managed to read a mouse using the PS2 protocol. Software was written in Assembly for PICs (the old one). If I find all data from my project (could take some time) I could post it here. Are you interested?
With this RGB and Gesture sensor, you will be able to control a computer, microcontroller, robot, and much more with a simple hand gesture! The usage pins are as follows: VL (optional IR LED power supply), GND (Ground), VCC (3.3V power supply), SDA (I2C data), SCL (I2C clock), INT (interrupt)...
Thanks. I'd been looking at gesture controller chips, but it wasn't clear to me how they worked, and I didn't realize there was a breakout board available. They're cheap enough, so I'll probably order one, and check it out.
OK BobW. Here we go with the schematic used for developing the code and further tests.
NB the chip is turned ON after the micro has finished the initial chores (initialization) otherwise you could never detect in time the codes emitted by the IC at power on.