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Monitoring Radiation with the CheeseBoard

Posted by Matthew Little on

This post covers adding a radiation sensor (Geiger counter) to my environmental monitoring system.   A while ago I had purchased a NETIO  GC10 v2.4 Geiger Counter. This measures Beta and Gamma radiation and has a serial output, at 9600 baud. The unit was designed in the aftermath of the Fukushima disaster as a low cost way for monitoring radiation levels. Some more links to this unit are here: Manual for GC10 NetIO Unit (assembly in English) NetIO Shop (currently sold out!) GC10 (aka 'Kinoko Geiger') users group (mainly Japanese) Review of the unit (youTube) I wanted to include this sensor...

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CheeseBoard: Adding I2C Sensors

Posted by Matthew Little on

The next step for my environment monitor: add some I2C sensors.

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CheeseBoard: Adding an Air Quality Sensors

Posted by Matthew Little on

I've been interested in environmental sensing for a long time - mainly for monitoring renewable energy sources. I've been collecting interesting sensors for a while and one of those was a "Nova PM Sensor SDS011 High Precision Laser PM2.5 Air Quality Detection Sensor" (mine came from Bang Good, but available in lots of places). This is quite a large sensor with a fan to control air flow over a laser detection sensor. The datasheet is available here.     The data is obtainable via a digital output (pulses when particles are detected) or via a serial connection (at a default of...

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Inventors Kit 5: Solar Light

Posted by Matthew Little on

We are going to make a light that is powered by the sun! We need to use the little LED which is in your kit: it has a clear plastic case and two small wires. An LED is a Light Emitting Diode. It is a very efficient light. You might see some on devices around your house. They can be in lots of different colours: you probably have one on the front of your TV or on a radio. Some torches and house lights also use LEDs now. An LED has a positive (+) and a negative (-) lead and...

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Inventors Kit 4: Solar Spinner

Posted by Matthew Little on

We are now going to use the solar panel to power our motor with the sun, no batteries required! This time we want to use two cable connector block to connect the solar panel directly to the motor, as shown here. If you put on the motor connector to the motor then you can see the motor spinning more easily. Takes this to a window or (if you can) outside and try pointing the solar panel at the sun. What happens to the motor? Does it start to turn? If not - is it a sunny day? Are you pointing...

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