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of the capacitor You will find either a plus (+) or minus ( ) marking near one of the leads on the capacitor body Both the sensor head and control/display board utilize silicon diodes Diodes also have polarity, so they must be installed correctly in order for the circuit to work properly Look closely at a diode and you will see either a white or black color band near one end of the diode body The colored band indicates the cathode end of the diode Go ahead and install D1 on the sensor head board The sensor head and the display boards both have integrated circuits on them, so before we begin installing the ICs, take a quick look at the pin-out diagram depicted in Figure 20-5, which will help you orient the integrated circuits Integrated circuits are highly recommended as an insurance against possible circuit failure at some later date It is much easier to simply unplug an IC and place a new one in the socket rather than trying to un-solder a 14 or 16 pin IC from a circuit board Integrated circuit sockets will usually have a notch or cut-out at one end of the plastic IC socket To the immediate left of the notch or cut-out you will see pin one (1) of the socket Pin (1) of U1 is connected to one end of potentiometer R4 The IC package itself will also have a notch or cut-out at the top end of the IC When placing the IC into its respective socket make sure you align pin one (1) of the IC with pin one (1) of the socket The integrated circuits must be inserted into the socket properly aligned or the circuit will not work and may damage the components Go ahead and place U1 into its socket on the sensor head PC board.

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core 1 2 in diameter and 10 (The iron core concentrates the flux lines by offering a lower reluctance path than air) Wind the fine insulated magnet wire carefully on the iron core to avoid kinks and breakage Tape the ends of the winding temporarily to the core and carefully solder hook-up wire at each end to form permanent terminals The terminals can be secured to the core with room-temperature vulcanizing (RTV) adhesive to relieve any strains that might develop in the fine magnet wire In the prototype, the sensing circuit board, coil, and battery pack, consisting of two C cells were housed in a case made from standard diameter PVC water pipe cut to a length that will accommodate all of those elements as shown in Figures 20-6 The covers for the sensing head housing are PCV end-caps that press-fit over the 23 8 outside diameter of the pipe The upper cap is a simple cup, but the lower cap is a sleeve with a threaded insert at its end Drill a hole in the square base of the threaded insert for jack J1 and fasten it with a ring nut Then close the cover on the empty pipe and drill two pilot holes 180 apart in the sleeve for self-tapping screws to clamp the cap in position after the sensor head is assembled Cut about a 6 length of RG-174/U coaxial cable, strip both ends and solder the inner conductor of one end to the jack terminal and its shield to the jack lug Solder the inner conductor and shield of the other end to the sensor circuit board Attach the coil to the sensor circuit board with about a 6 length of RG-174/U coaxial cable as shown Connect the inner conductor to one terminal and the shield to the other and solder both in position The prototype includes a twin C cell holder that, with cells in position, has a maximum width dimension of.