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end of the resistor body The lead closest to the colored band is the cathode lead of the diode The main ULF schematic diagram is broken into two diagrams, since the schematic is rather large You have most likely noted that along the bottom of diagram (A), you will see designations of P1, P2, P3 and P4 These are not connectors as such but merely to help separate the two diagrams for illustration purposes The receiver was constructed on a single printed circuit board In the original prototype, the antenna input shown at J3 was a screw terminal strip, but this could be changed to an SO-238 antenna jack mounted on the chassis enclosure The power connection was made at a second screw terminal jack at J2, which had three terminal posts for plus/minus and ground connections The output of the ULF receiver was connected to a third screw terminal jack at J3, this could be changed to an RCA jack if desired The ULF receiver contains a number of variable resistors or potentiometers in the circuit Potentiometer R1, R3 are PC board trimmer types, while R2, which is a 20 turn precision chassis mounted potentiometer, and R4 is a conventional chassis mounted linear taper potentiometer The ULF receiver is now almost completed, so take a short well deserved break, and when we return we will inspect the circuit board for any possible cold solder joints and short circuits before we apply power to the circuit Pick up the PC board with the foil side of the board facing upwards toward you Examine the foil side of the board carefully, take a look at the solder joints All of the solder joints should look clean, bright, shiny and smooth; if any of the solder joints look dark, dull or blobby then you should remove the solder from the joint with a solder-sucker and then completely re-solder the joint all over again so that the solder joints all look good Next we will examine the PC board for any possible short circuits, which may be caused from stray component leads which were cut from the board Another possible cause of short circuits are solder blobs which may have stuck to the foil side of the board Rosin core solder often leaves a sticky residue which can cause leads and solder blobs to stick to the board and possibly bridge across circuit traces Next we will need to build the dual voltage power supply circuit board The power supply was built on the circuit board as well The transformer was mounted off.

Table 21-2

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