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At any time it is possible to take any period of data previously recorded, generate a file and display the data for analysis You are also able to post filter the data, with band pass, notch, low pass, and high pass capability The Ultra Low Frequency Receiver project is shown in Figure 21-1 This ULF receiver circuit was designed as an all purpose ULF and ELF receiver with a frequency range from DC to 30 hertz The signals from both leads of the non-polarized antenna array are connected to J3, as seen in the schematic diagram in Figure 21-2 and 21-3, a two sheet diagram The antenna input signal travels to pins 2 and 3 on U5, which is a high impedance differential instrumentation amplifier This chip s gain is controlled by a single variable resistor at R3 The combined signals then travel from pin 6 of U5 on to U3:A which is a buffer amplifier, followed by a 2 pole low pass filter at U3:B and U3:C and signal amplifier at U3:D From pin 14 on U3, the partially filtered signal travels on to integrated circuit U2 and U1 which are 5 pole Butterworth low pass filters in cascade The LTC1063 ICs at U1 and U2 are clock controlled and the frequency is set at 3000 hertz by R9 This configures the two LTC1063 chips to have a cut-off frequency of about 30 hertz The clock ratio is 1/100 The integrated circuit at U4 consists of a X5 gain amplifier at U4:D, a buffer at U4:C and another 2 pole analog low pass filter at U4:B and U4:A Trim potentiometer R17 is the final gain control for the desired output voltage at U4:A IC section U4B is a 2 pole low pass filter which removes any residual clocking pulses from the signal which may have been caused by U1 and U2 The amplified output signal at J1 can be routed to your analog-to-digital converter card in your PC Power is supplied to the ULF receiver at the terminals of J2 The output from the ULF receiver can be routed to an analog-to-digital.

THE OPTIONS MENU (SELECT)

The Like operator is different from the preceding comparison operators in that it is used with strings rather than numbers, returning True if a string matches a specified pattern, False if it does not Here is the syntax for the Like operator:

R16 R5 U3:A + 4 C6 C11 C5 C12 R11 R12 R13 4 U3:B 6 7 5 + 11 U3:C 9 10 + 8 11 12 13 + 14 11 U3:D R1

The first of the methods that we are going to look at for doing simple selections between different options is, appropriately enough, the options statement Here is an example showing a simple selection of an animal that the user would like to have as a pet:

+ 3 11

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Figure 21-2 ULF receiver schematic Part I converter card in a personal computer for recording and displaying the receiver s output in real time or for later viewing The ULF receiver circuit is powered from a dual plus/minus 5 volt power supply, shown in the schematic at Figure 21-4 The power supply will furnish plus and minus 5 volts DC for all of the op-amps in the receiver A 110 to 12 volt center tapped transformer is fed directly to a four diode bridge rectifier The resultant DC signal is then coupled to two 2200 F filter capacitors at C1 and C4 The plus voltage output from C1 is then fed to the input of an LM7805 The output of U1 is then sent to a 1 F capacitor at the positive output terminals The minus voltage output from C4 is sent to a

< xml version="10" > <!DOCTYPE wml PUBLIC "-//WAPFORUM//DTD WML 11//EN" "http://wwwwapforumorg/DTD/wml_11xml"> <wml> <card id="FirstCard" title="First Card"> <p align="center"> Pick a Pet <br/><br/> <select name="x" title="Pets"> <option value="c">cat</option> <option value="d">dog</option> <option value="g">guinea pig</option> <option value="h">hamster</option> <option value="s">snake</option> </select> </p> </card> </wml>

Figure 21-3 ULF receiver schematic Part II negative voltage regulator at U2, an LM7905 The output from U2 is then sent to capacitor C6, at the minus voltage output terminals Let s get started building the ULF receiver! Before we begin building the ULF receiver, you will need to

All we are doing here is displaying the line Pick a Pet, and then allowing the user to select one of several animals (If this were a quiz, the correct answer would of course be cat, as cats are the undisputed masters of the universe) In the following sections, you ll see what the resultant screens look like on the Nokia and Phonecom micro-browsers

[string] Like [pattern]

locate a clean well lit and well ventilated work area A large table or workbench would be a suitable work surface for your project Next you will want to locate a small 27 to 33 watt pencil-tipped soldering iron, as well as a roll of #22 ga 60/40 tin/lead solder and a small jar

6:

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