© Gooligum Electronics 2015
www.gooligum.com.au
Baseline and mid-range PIC training and dev board operation guide
Page 10
Appendix A
– Jumper settings
The tables on the following pages show how the jumpers on the training board should be configured, for
each baseline, mid-range or introductory enhanced mid-range tutorial example.
Use a shunt to connect jumpers indicated by ‘●’.
A single digit indicates that you should place a shunt at that numbered position in a jumper block.
‘1-2’ and ‘2-3’ mean that a shunt should be used to connect positions 1 and 2, or 2 and 3, of that jumper.
Jumper block JP4, used to connect PIC pins to six of the 7-segment display anodes, is all or nothing.
Where you see ‘all’, you should place shunts across all six jumpers, numbered 1-6, in the block.
Where a table cell is blank, the jumper should be left open.
In many cases, it won’t matter if additional jumpers are connected, but to ensure that the board is correctly
configured for each lesson, you should leave each jumper unconnected, unless specified.
For example, for mid-range assembler lesson 15, example 6, install shunts on:
JP3 (enabling the pull-up resistor on the pushbutton on
RA3
)
all positions (1-6) of JP4. connecting pins
RA0-1
and
RC1-4
to segments A-D and F-G of the 7-
segment displays
position 2 of JP5, connecting pin
RA2
to segment E of the 7-segment displays
pins 1 and 2 of JP6, connecting the common cathode of digit 1 to ground
position 2 of JP20, connecting one side of a 32.768 kHz watch crystal to
OSC1
position 2 of JP21, connecting the other side of the watch crystal to
OSC2
Every other jumper should remain open.
