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Watt: W V I Work or power is represented by the Watt, which is a function of voltage and current. The watt could also be considered joules per second, W J/s.

where Pot is the command, and pin is the pin number the resistive sensor is connected to. Variable scale is used to adjust the RC constant. For a large RC constant, scale should be set low, and for a small RC constant, scale should be set to its maximum value of 255. When the value of scale is set correctly, the value contained in the var variable will be near zero at minimum resistance value and to 255 near maximum resistance value.

Downloaded from Digital Engineering Library @ McGraw-Hill (www.digitalengineeringlibrary.com) Copyright 2004 The McGraw-Hill Companies. All rights reserved. Any use is subject to the Terms of Use as given at the website.

This discussion of electricity has focused on the ow (current) and pressure (voltage) of the electric charges. The question is then, how do we create this voltage With electron pumps. The electricity that comes out of the walls in your house is pumped there by giant generators. These generators use magnets to push the electrons around. Batteries do the same thing but on a smaller scale and without magnets. Inside the battery is a chemical paste that acts as a pump. As the chemical reaction inside the battery goes forwards, it charges its terminals. Batteries are like chemical springs unwinding, converting chemical potential energy into electrical energy. When you recharge a battery, you are rewinding this chemical spring. Inside a battery, a chemical redox (reduction/oxidation) reaction occurs at two electrodes, or conductive posts, which are separated by a conductive uid or paste, the electrolyte. The reduction reaction occurs at the cathode, which is the positive electrode. The oxidation reaction occurs at the anode, which is the negative electrode.

The value of scale needs to be determined experimentally. To find a good scale value, set the resistive device under measurement to its maximum resistance and read the var variable with scale set to 255. Under these conditions, the value held in the var variable will contain a reasonable value for scale. A schematic of a basic circuit is shown in Fig. 6.25. For the resistive sensor you can connect a 50K-ohm potentiometer. As the potentiometer is varied, one of the LEDs will be lit depending upon the value held in the variable B0. If the resistance value read is above 125, LED 1 will light; if not, LED 2 will light. The program for the PICBASIC compiler is as follows:

As the battery discharges, powering your circuit, the anode oxidizes (picks up oxygen) and creates a surplus of electrons These electrons then ow through your circuit (the load) and reenter the battery at the cathode They can get back in through the cathode because it is performing the reduction reaction (losing oxygen), which combines the electrons with the cathode The electrolyte that bathes both the anode and cathode nishes this electron loop, allowing the electrons to hitch a ride to the anode for another trip through the oxidation reaction Note that batteries don t create electrons; they just provide a way to move them around Of course it s far more complicated than that It s not just electrons, the negatively charged particles, that move Protons also ow in the electrolyte, and the chemical reactions are fairly complicated.

PICBASIC Compiler ** reading resistance type sensors ** Photoresistor test program @@@@@@@ &&&&&&&&& %%%%%%%% ############# Team LRN