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In the Spheric, or RF section of the Lightning Monitor, the whip antenna at Antenna-1 was fed to a coil consisting of a 4 foot long 6 inch diameter PVC pipe, the coil consists of about 3000 turns of insulated wire on it You will find that just a straight whip antenna works fine, so it was found that the large coil is not mandatory The original thought for using the coil at the antenna was to have a lot of signal at low frequencies with a high Q inductor, to give more signal while trying to reduce the overall gain of the circuit, to minimize 60 cycle hum On that note, long whips or especially long wires are not very desirable here, so stay with a 5 to 6 vertical whip antenna The input signal is amplified with a JFET input op-amp at U1, with selectable input range through a small value capacitor to allow high gain to be achieved with minimum 60 cycle hum A LM741 op-amp gives gain to provide audio signal and then another LM741 is used to drive a 500 A single ended meter for a reading of RF levels You may find it easier to make the series resistance control for the meter to be a front mounted control as well as the gain control for the meter driver, ie the 741 op-amp, as it give much more flexibility under differing weather conditions This meter is very helpful in determining the number of lightning strokes per unit time in severe weather The audio output from the Spheric monitor section is derived form an LM380 IC circuit; you will notice interaction between controls if you build it as shown A buffer and mixer circuit might be helpful here, but in the original design we decided to keep the parts count low Also, an equalizer circuit for the signal out is a very good addition, so you can tailor the output response and reduce unwanted signals such as line power noise A signal output is provided so the output can be fed to a digital multi-meter with PC interface, if desired to log readings of the Lightning Monitor over time.

Know what you want to do and where you want to be throughout the course of your life It is essential to write down a set of goals to reach in

Table 19-1

The Franklin Mint US Route 1 Franklin Center, PA 19091 wwwfranklinmintcom Kit Car Crown Communications 26949 Whitehorse Place Santa Clarita, CA 91387 wwwkitcarmagcom

Color Band Black Brown Red Orange Yellow Green Blue Violet Gray White Gold Silver No color 1st Digit 0 1 2 3 4 5 6 7 8 9 2nd Digit 0 1 2 3 4 5 6 7 8 9 Multiplier 1 10 100 1,000 (K) 10,000 100,000 1,000,000 (M) 10,000,000 100,000,000 1,000,000,000 01 001 5% 10% 20% 1% 2% 3% 4% Tolerance

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ve years and continue to review your goals and adjust them as necessary In this eld, you must decide between the academic world and the professional world of this profession They are two different worlds, so you should thoroughly research each area Pick the rm you want to work for and pursue it as if it s the last place in the world to work And the most important item is to believe in what you want to do and then do it

see where these resistors are to be placed on the circuit board Once you verify where the resistors are placed, you can install all four resistors on the circuit board and solder them in place on the board Now locate your end-cutter and trim the excess component leads Cut the extra component lead lengths flush to the edge of the circuit board Now go ahead and identify another group of three or four resistors and place them on the circuit board Once you are sure of their respective locations you can solder the next grouping of resistors onto the circuit board, remember to trim the excess component leads from the board Place all the remaining resistors on the circuit board and solder them all in place, trim the extra leads as necessary Now we will move on to installing the capacitors for the SIDs receiver project Capacitors come in two major flavors, non-polarized and polarized types First, we will talk about non-polarized capacitors Usually non-polarized capacitors are smaller value types which could take form as ceramic disks, mica, tantalum or polyester types Often the capacitors are small in size and frequently the capacitor values are printed as three-digit codes rather than their actual values, since this code system takes less space to print We have included a chart in Table 19-2, which lists the actual capacitor values and their respective codes For example, a capacitor with a value of 001 F will have a code designation of 102, a 01 F capacitor will have 103, and a 01 F capacitor will have a code of 104 marked on it The SIDs project has a number of non-polarized type capacitors which you will need to install Take a look through the component pile and see if you can identify the small non-polar capacitors before attempting to install them on the PC board Polarized capacitors are called electrolytic capacitors, and they are often larger in physical size Electrolytic capacitors will always have some sort of polarity marking on them You will see either a black or white band or a plus (+) or minus ( ) marking somewhere on the capacitor body It is very important that you install these types of capacitors with respect to their polarity in order for the circuit to work properly and to not be damaged upon power-up You will need to refer to the schematic and parts layout diagrams when installing electrolytic capacitors to make sure that you have installed them correctly The plus (+) marking on the capacitor will point to the most positive portion of the circuit.

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