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before building this section.
Most of the components for this section come from Bag 5 and 6. Use a VOM (volt-ohm meter) or DVM (digital volt/ohm meter) to measure resistance values on the resistors (do not trust the color codes) and a small magnifying glass to read the numbers on the small capacitors.
You can go through and mark the parts in both Bags, or look for the parts as you put them in, marking those you measure and don't need right now.
Wire size does make a small difference on the VFO coil. Tests show that using wire size #20 on the toroid gives the best stability. Wire size with the kit will be #24 or #22, but if you have the larger size wire it would be the best to use.
____Wind the VFO coil. Use the large toroid, T68-6 (Bag 6, Yellow color, outside diameter 11/16"), and cut a length of wire 16" long. Start with 1" of wire on the end where you start. Wind 18 turns on the toroid and put a 30 degree gap between the ends of the winding. A turn is counted each time the wire passes through the center of the core.
____Wind one of the FT50A-75 ferrite cores (Black color, Bag 4) that is used at the 5V input to the VFO. Measure 8" of wire and put 7 Turns on the ferrite core. Wind evenly around the core with a 30 degree space between the ends of the winding. This is the VFO RF Choke.
____After winding the cores, trim the excess length, and scrape the enamel off the wire on the ends as close to the toroid/ferrite core as possible. Then flow solder onto the wires.
Please Note!: Pre-tinning the wires shows where you missed scraping the enamel and makes a good solder connection on the board.
____Mount spacers on each side of the board on the four corners to provide support for insertion of parts and easy soldering. Picture
Begin each section by filling in the parts that have the value inside their footprint. They are the following:
____1 - Large RF Choke (Bag 3), Footprint on PCB is a rectangle with square edges, "Large RF" inside the rectangle. Choke is a wirewound choke about 1/2" long with black plastic ends.
____1 - 39K (Bag 6), below FET (2N5486) Remember, square edges for resistors, do not put the resistor in the 39pf NPO capacitor footprint.
Capacitors (Going left to right on the board):
Note: The 68pf capacitor next to the 10.545 relay is not installed. The capacitor marked 10pf above the trim cap marked 14.068 is replaced with a 47pf NPO capacitor. Picture
____1 - 47pf NPO (Bag 5), Orange colored, small square, labeled "470, JCC". Placement of this capacitor depends on whether you are using the stabilizer. If using the stabilizer, capacitor goes inside the stabilizer parts box as shown in the picture above. If not using the stabilizer, capacitor is put in the bottom footprint outside the box.____2 - 39pf NPO (Bag 4), small, blue colored, short leads, labeled "390J, 201". One is located next to the FET (2N5486).
Second one is located at the tuning capacitor, leave one end unsoldered until the tuning capacitor has been mounted. Bend the capacitor toward the large hole so that most of the lead length is underneath the board. The short lead will barely reach the main tuning capacitor if mounted flush with the board. Push unsoldered lead against the PCB to keep out of the way. Picture
Solder____1 - 82pf NPO (Bag 6), orange, small square, short leads, labeled "820K".
____2 - 100pf POLY (Bag 5), Clear plastic, tubular part with long thin leads, labeled "100". One next to Relay, one next to FET (2N5486)
Note: Be careful not to splash solder on the Poly capacitors. Do not remove the solder if you get any on the poly caps. It will be very difficult to remove and could destroy the capacitor. Just check to make sure the solder is not touching one of the lead wires.____2 - 120pf POLY (Bag 6), Labeled "120". Same as above, both located near the FET.
____2 - 3.3pf NPO (Bag 4), Orange colored, small square, leads flared out, labeled "3R3 D", or short leads, grey with black top, labeled "3R3" (R looks like a P). Both located next to the "Frequency Cntr" box.
____1 - 47pf NPO (Extra SWL parts bag). This capacitor replaces the 10pf cap next to the VFO trim capacitor. Leave one end unsoldered until the tuning capacitor has been mounted. Push unsoldered lead against the PCB to keep out of the way. Picture
Note: The higher value of this cap allows the VFO to be lowered to 13.5 MHz and provides a 500Hz bandwidth - 13.5 to 14.0 MHz, to cover two SWL bands.
____2 - LEDs (Bag 3), Red color, next to relays. Match flat of the LED to the flat on the footprint. The short lead is on the same side as the flat. Note: If you ordered the Super Bright LEDs, one can be placed next to the 1N914 diode. See Modifying the LEDs.
Note: The Yellow Trim cap at the 10.455 text tunes the 41 meter band. With no modifications, the VFO will tune the 41 meter band from 7.300 to 7.6 MHz. If the lower end of the 41 meter band is desired, 7.100 to 7.300 MHz, solder a 20pf NPO (SWL parts bag) capacitor across the two unmarked holes next to the yellow trim capacitor. See picture below:
See "Adjustments, 41 Meters" for details. ____1 - 1N914 diode (Bag 4), black band, very small size. Note band on footprint and mount accordingly.
Bend the leads about 1/8" away from the body of the diode for easy insertion into the PCB.
____1 - 2/8 Ceramic Trim cap (Bag 1), Note arrow over one leg, match the arrow on the trimmer to the arrow on the footprint. Clean and tin the leads to make sure of a good connection before soldering on the board.
Note: Placement depends on whether you are using the stabilizer. If you are using the stabilizer, the trimmer goes inside the stabilizer parts box as shown above. If you are not using the stabilizer, the trimmer goes next to the 14.068 text.
____1 - Photodiode (Bag 4), This photodiode is not installed. Solder a wire (2" long hookup wire) to the "A" terminal of the photodiode on the PCB. This wire will go to one of the SPST switches used to switch VFO frequencies.
Solder____1 - IRFU220 (Bag 2), static sensitive part, please touch a ground wire before taking it out of the bag. Note thick black line on footprint, this shows where the heat sink of the part should be mounted. Marked "FU220, IR 625T, 32 03".
Solder____2 - Blue Relays (Bag 4), Do not bend the pins of this relay when mounting/soldering on the PCB. The pins are very fragile. Orientation does not matter (Coil is the two center pins, relay is the two outer pins).
Solder each one individually
Important Blue Relay mounting information!
1. Clean and tin the pins with solder before mounting on board to ensure a good solder joint. The pins can be difficult to solder without pre-tinning.
2. Be sure to mount the relays flush with the board. If mounted slightly off the board, the relay will flex back and forth while handling the board, and break the pins between the relay and PCB.
Solder one pin to the PCB, then hold the relay against the top side of the PCB and remelt the soldered pin to set the relay against the board. Then solder the other pins.____1 - T68-6 toroid core, enameled wire (Bag 6), Pre-wound, as per instructions under the title "Preparation". Do not tie down on the board until the 14 MHz frequency has been set.
You can use a tie wrap, using the center hole and any hole around the core, or use a screw and nut with a 3/16" rubber grommet inside the toroid. (Parts not provided in kit) Picture____1 - FT50A-75 Ferrite Core, enameled wire (Bag 4), Pre-wound as per instructions under the title "Preparation".
A small 3/16" grommet can be cut to fit inside the core, and with a 3/4" long screw and nut (4-40's), use the hole in the middle of the footprint to hold the ferrite core onto the board. (Parts not provided in kit) Picture
Solder____1 - 2N5486 (Bag 4), Spread the end pins slightly so they fit through the holes. Do not force all the way down onto the PCB and stress the pins. Note flat side of part and match to the flat side of the footprint.
If you are not using the stabilizer, skip this section and go to "VFO Amplifiers".
The arrows show the parts that should already be installed and their locations. Continue by installing the following parts:____2 - 100K resistors (Bag 3), (brown, black, yellow) Be careful: do not solder over the hole between the two resistors - this is where the output of the stabilizer connects.
Solder____1 - 50pf Varicap (Stabilizer Parts Bag) Marked H66 (or H65). Other part numbers may be used, check Part List in Stabilizer Parts Bag for the part number used. Place in the varicap footprint to the left of the box labeled "Stabilizer". Match flat of part with the flat of the footprint. Check picture above.
____1 - MV2104 varicap (Stabilizer Parts Bag) Marked MV2104. Place in the varicap footprint to the right of the box labeled "Stabilizer" next to the 2/8 ceramic trimmer. Match flat of part with the flat of the footprint. Check picture above.
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Note: If you are going to test the VFO before the stabilizer is installed, use a clip lead and place it to the connection labeled Stabilizer and the output of the 5 volt regulator. This will approximate the output of the stabilizer (which is between 4 to 5 volts at startup). See below:
If you would like to use a Rotary Switch instead of manual switching see Instructions for using a Rotary Switch.
____1 - Phototransistor Footprint (between the VFO Amplifiers), The phototransistor is not used in the SWL receiver and is not installed. An 8 1/2" length of hook up wire is soldered to the "E" terminal of the phototransistor and is connected to an SPST switch for VFO Switching.
Solder____1- 9" hook up wire. Solder wire to the 12 Volt box located above a 10mfd tantalum and LED at the second VFO Amplifier. Picture
____2 - SPST switches (Check SWL Parts Bag - may not included with the kit depending on supplies).
Pictures/Instructions - The switches are mounted on VFO PCB shielding. When drilling the holes for the switches, make sure they don't interfere with the adjustment of the 10.455 yellow trim cap.____Connect the 12 Volt wire to center terminal on one of the switches.
____Connect a jumper from the 12 Volt wire on one switch to the center terminal of the other switch.
____Connect the wire coming from the BPX-38 footprint ("E" terminal) to the top switch terminal of one of the switches.
____Connect the wire coming from the Photodiode footprint ("A" terminal) to the top switch terminal of the other switch.
The above instructions are just guidelines. Individual layouts may be used depending on your layout or personal preferences.
Arrows point to the holes and tiny rectangles that indicate where the feet of the main tuning capacitor will be soldered. Arrows also point out the outline of the capacitor. The main tuning capacitor is soldered underneath the board. The holes are not used. ____1 - 5 section tuning capacitor (Bag 1), Because of its weight and size, best to mount after all the other parts have been mounted on the PCB. Information for mounting the tuning capacitor is at the end of the instructions for Board 1: