Update BOM to specify switch pin spacing
Update BOM to specify switch pin spacing

file:a/bom.txt -> file:b/bom.txt
--- a/bom.txt
+++ b/bom.txt
@@ -1,9 +1,6 @@
 Parallel JTAG (Wiggler) - BOM
 
 --
-
-Parts Quantity
-
 
 Capacitors
 
@@ -44,97 +41,5 @@
 (1) 2N3904 transistor
 (1) DO-41 diode, 1N4004 to 1N4007
 (1) barrel jack, 5.5mm x 2.1mm, female, 3 prong
-(1) DPDT ON-ON switch, 2.54mm pin spacing
+(1) DPDT ON-ON switch, 2.54mm x 5.08mm pin spacing
 (2) LM1117T-ADJ or LD1117 LDO regulator
-
---
-
-Components
-
-
-JTAG Section
-
-J1 - DSUB-25 Connector, Right Angle, Male [1]
-P1 - 2 pin header
-P2 - 3 pin header
-P3 - 8 pin header
-U1 - 74HCT244 octal buffer/line driver [2]
-Q1 - 2N3904 transistor [3]
-D1 - 5mm LED, Yellow (VREF power indicator)
-C1 - Ceramic or Film cap, 100nf (output voltage filter)
-R1 - 1/4W resistor, 10K (to 2N3904, base)
-R2 - 1/4W resistor, 100 (to 74HCT244, 1A0)
-R3 - 1/4W resistor, 100 (to 74HCT244, 1A1)
-R4 - 1/4W resistor, 100 (to 74HCT244, 1A2)
-R5 - 1/4W resistor, 100 (to 74HCT244, 1A3)
-R6 - 1/4W resistor, 100 (from 74HCT244, 2Y0)
-R7 - 1/4W resistor, 47K (to 2N3904, base to emitter ground)
-R8 - 1/4W resistor, 2K2 (TMS power tap, current limiter)
-R9 - 1/4W resistor, 2K2 (TCK power tap, current limiter)
-R10 - 1/4W resistor, 2K2 (TDI power tap, current limiter)
-R11 - 1/4W resistor, 2K2 (nTRST power tap, current limiter)
-R12 - 1/4W resistor, 100 (from 2N3904, collector to nSRST)
-R13 - 1/4W resistor, 100 (to 74HCT244, 2A0, TDO)
-R14 - 1/4W resistor, 100 (from 74HCT244, 1Y3, nTRST)
-R15 - 1/4W resistor, 100 (from 74HCT244, 1Y2, TDI)
-R16 - 1/4W resistor, 100 (from 74HCT244, 1Y1, TCK)
-R17 - 1/4W resistor, 100 (from 74HCT244, 1Y0, TMS)
-R18 - 1/4W resistor, 1K (nSRST pullup resistor)
-R19 - 1/4W resistor, 330 to 5K1 (VREF LED current limiter) [4]
-
-
-Dual Power Supply Section
-
-J2 - Barrel Jack, 5.5mm x 2.1mm, female, 3 prong (VCC)
-SW1 - DPDT ON-ON switch, 2.54mm pin spacing (3V3/5V0 power switch)
-U2 - LM1117T-ADJ or LD1117 LDO regulator (3V3 power supply)
-U3 - LM1117T-ADJ or LD1117 LDO regulator (5V0 power supply)
-D2 - 5mm LED, Green (3V3 power indicator)
-D3 - 5mm LED, Red (5V0 power indicator)
-D4 - DO-41 diode, 1N4004 to 1N4007 (protection diode)
-C2 - Electrolytic cap, 100uf 16V (3V3 power supply in filter)
-C3 - Electrolytic cap, 100uf 6.3V (3V3 power supply adj to out filter)
-C4 - Electrolytic cap, 100uf 6.3V (3V3 power supply out filter)
-C5 - Electrolytic cap, 100uf 16V (5V0 power supply in filter)
-C6 - Electrolytic cap, 100uf 6.3V (5V0 power supply adj to out filter)
-C7 - Electrolytic cap, 100uf 6.3V (5V0 power supply out filter)
-R20 - 1/4W resistor, 330 (3V3 power supply adj)
-R21 - 1/4W resistor, 200 (3V3 power supply out)
-R22 - 1/4W resistor, 330 to 5K1 (3V3 LED current limiter) [4]
-R23 - 1/4W resistor, 680 (5V0 power supply adj)
-R24 - 1/4W resistor, 220 (5V0 power supply out)
-R25 - 1/4W resistor, 330 to 5K1 (5V0 LED current limiter) [4]
-
-
-Notes
-
-[1] The US standard is preferred, as this board is designed in the US. The
-    European standard may fit, but the installation may be off by ~1.3mm; it
-    will slightly stick out. An European variant will be created soon.
-
-    US standard
-    board edge to nearest pin line: ~8.08mm
-    board edge to mounting hole: ~9.50mm
-    
-    European standard
-    board edge to nearest pin line: ~9.40mm
-    board edge to mounting pin: ~11.80mm
-
-[2] You can also use the HC variant, but HCT is recommended. You're also better
-    off socketing this IC!
-
-[3] 2N3904 NPN transistor is from the original alec @ sensi.org schematic. It
-    is US-centric, however. The onetransistor.eu schematic uses the BC548 due
-    to the schematic's European origin. To install the BC548 NPN transistor, it
-    must be installed backward in comparison to its 2N3904 cousin.
-
-    However, the other European BC547 is exactly pin-to-pin compatible to the
-    2N3904, so backwards installation is not necessary.
-
-    2N3904, 2N2222, BC547 = EBC
-    BC548, BC337 = CBE
-
-[4] LED brightness. The higher value the resistor is, the lower the LED's
-    brightness is. Notice R20 is separate from these resistors. Do NOT change
-    this particular resistor unless you know what you are doing, as it affects
-    the set voltage from 3V3!