UK-electronic 2014 Manual Kit Plexiclone V1.1

Transcription

1 UK-electronic 0 Manual Kit Plexiclone V. Page...Basics Page...BOM Page...Soldering the pcb Page...Inside of a building device Page 7 External wiring, notes Page 8...Mechanical tips Page.Drill template, print template for foil or decal, wiring, circuit sheet Important connections of some components LF DPDT 0 UK-electronic

2 0 UK-electronic Color table for resistors MF07 FTE % and a example

3 Bill of material Quantity Description Mono jack ¼ Stereo jack ¼ Steel washer 0,mm DPDT Switch Fresnel Lens for mm with spacer blue, green, red Pot K-B angled (linear) Pot 00K-A angled (log.) Pot 00K-B angled (linear) Pot M-A angled (log.) Steel washer 7.mm DC-kacj isolated./.mm Z-Diode ZPD Schottky Diode N87 LED blue, green, red mm LED red mm Low Current ICL70SCPA (DC-DC converter) LF (Dual OPV, JFET-inputs) IC Socket 8-pole pcs. to isolating pots from pcb Resistor 7R (yellow/violet/black/gold/brown) Resistor 00R (brown/black/black/black/brown) Resistor K (brown/black/black/brown/brown) Resistor K (red/black/black/brown/brown) Resistor k (red/red/black/brown/brown) Resistor K7 (yellow/violet/black/brown/brown) Resistor K (red/red/black/red/brown) Resistor 7K (yellow/violet/black/red/brown) Resistor 00K (brown/black/black/orange/brown) RLD LED blue Resistor M (brown/black/black/yellow/brown) Resistor M (red/red/black/yelow/brown) Capacitor ceramik pf Capacitor foil FKP 0pF Capacitor foil MKT nf (0.0µF) Capacitor foil MKT 8nF (0.08µF) Capacitor foil MKT 0nF (0.µF) Capacitor foil MKT 70nF (0.7µF) Electrolytic capacitor RASM.µF/0V Electrolytic capacitor Elko RASM 0µF/V Electrolytic capacitor RA 00/V Battey connector some coloured wire PCB PLEXICLONE Cable fastener 0 UK-electronic

4 Top an Bottom PCB Soldering pcb First, the circuit board is populated on the basis of the placement plan or imprint on the board. For this purpose, you should start with the lowest components to assemble, i.e. first the resistors, diodes, the IC socket, pinheader and finally the capacitors. The connections to the potentiometer only after inserting the board into the chassis manufactured. For this purpose simply short pieces of wire (eg the cut ends of the resistors used). Clean work, in particular the execution of the solder joints and the exact placement of the components should have top priority, as it is this is a through-hole printed circuit board and, in contrast to a single-layer printed circuit board is not as easy to correct any incorrect configurations are (Especially when multipolar elements), The next step is to edit the enclosure, if there is no pre-drilled is used. The wiring of the input connector with the two blue ground wires, the battery clip and the tip of the input jack (white wire) should be made in advance, as well as the connection to the DC power jack and the two wires Ub and ground for supply boards. All you see in the image below what is shown. 0 UK-electronic

5 Thereafter, the circuit board is adhered by means of the supplied.mm spacer to fit on the two outer potentiometer. In what is shown below the photo LED bezel with the corresponding LEDs and the DPDT switches are already fitted. You should definitely pay attention to the correct assignment of the LEDs, as each LED has its own resistor. If, for example, taken the red LED instead of the blue LED will be unlit as the Rv of the blue LED is 00KOhm. The cathodes of LEDs (short leg) always points to the switch. The power supply of the board is then simply soldered from above. 0 UK-electronic

6 Sits the board in the enclosure, the potentiometers are soldered with short pieces of wire, as already described above. After that then the input socket to be mounted and the remaining wires are according to the wire map drawn at the corresponding points. The cathodes of the LEDs can be easily soldered to the corresponding Lugs switch. The whole is then analogous to with the wiring diagram shown below. 0 UK-electronic

7 The appendix contains the wire map, a second wiring variant for true bypass and separate Boost control (requires PDT switch - not included) as well as templates for a template and for the pressure of a possible film. When printing the PDF print files, set the printer to "No adjustment" The lead wires are easily soldered from above into the holes, with some you can even solder from below the wires. Changes: Who intends to operate the device with DC 8V, must make a few changes. The most important use of a TC9 in place of ICL70SCPA be provided. Thus, the protective diode (Zener diode V) can be dispensed with for the 70 or the security a zener diode of 8V is soldered, since the TC9 can be operated up to 8V. The pin has the TC9 no boost function and, accordingly, the two jumpers JP and JP must be set according to the description. (see above in the assembly diagram) As enclosure you can use the size 90BB, GEH090, 980. Drill diameter: DPDT Switch, DC-jack: mm Potentiometer : 7mm LED bezel: mm With clean design and proper wiring, the effects device should work immediately. For any questions we are always at your disposal. 0 UK-electronic

8

9

10 RLD RLS RLB Beschaltung für höhere Spannung bei Verwendung eines TC9CPA - 7R IC IC M K 0n 0p M K K K 7K n K 8n K 0p K7 70n K 70n K p 00R K 9V 8.7V -8.7V UB max8v -Ub max 8V CRUNCH LV CAP- BOOST VOUT V 8 OSC 7 CAP IC ICA 7 ICB 8 ICA 7 ICB 8 S R T J SLEEVE TIP D D - G X C C LED LED LED LED HI-GAIN SELECT SELECT C7 TONE LEVEL LED DRIVE DRIVE BOOST LED BOOST_SW BOOST_SW LED7 LV CAP- BOOST VOUT V 8 OSC 7 CAP IC C C D JP JP 00K-A ICL70SCPA LFN LFN LFN LFN N87 ZPD F 0/ 0/ M-A µ K-B 00K-B V V V- V- V- V V 00K-B V V TC9 0/ 0/ ZPD8

11

12