101-1006 Rabbit Semiconductor, 101-1006 Datasheet - Page 236

• Manufacturer Part Number: 101-1006
• Description: MODULE POWERCORE FLEX 3800
• Manufacturer: Rabbit Semiconductor

Specifications of 101-1006

• Module/board Type: MPU Core Module
• For Use With/related Products: RCM3800
• Lead Free Status / RoHS Status: Contains lead / RoHS non-compliant

J
jumper configurations .117, 118
K
keypad template ..................142
L
LCD/keypad module
228
JP2 (flash memory bank
JP3 (data SRAM size) .....118
JP3 (Ethernet LEDs) ........118
JP4 (Ethernet LEDs) ........118
jumper locations ..............117
removing and inserting la-
bezel-mount installation ..146
dimensions .......................139
function calls
header pinout ...................143
I/O address assignments ..143
keypad
keypad template ...............142
LCD display
dispInit() ......................150
function calls
function calls
select) ....................43, 118
bel ................................142
keyConfig() ..............189
keyGet() ...................191
keyInit() ...................188
keypadDef() .............193
keyProcess() .............191
keyScan() .................194
keyUnget() ...............192
glBackLight() ...........152
glBlankRegion() ......157
glBlankScreen() .......154
glBlock() ..................158
glBuffLock() ............168
glBuffUnlock() ........168
glDispOnOff() .........153
glDown1() ................176
glFastFillRegion() ....156
glFillCircle() ............162
glFillPolygon() .........161
glFillRegion() ..........155
glFillScreen() ...........154
glFillVPolygon() ......160
glFontCharAddr() ....164
glGetBrushType() ....170
glGetPfStep() ...........165
glHScroll() ...............177
glInit() ......................152
LED
LEDs .....................................33
libraries
LEDs
mounting instructions ......145
reconfigure keypad ..........142
remote cable connection ..148
removing and inserting keypad
sample programs .............149
specifications ...................140
versions ...........................139
voltage settings ................141
function calls
ADCRAMP.LIB ................50
LCD122KEY7.LIB .........150
PowerCoreFLEX.LIB .......65
RN_CFG_PowerCore-
RNET.LIB .......................214
TRIAC.LIB .......................76
function calls ...............151
ledOut() .........................68
label .............................142
FLEX.LIB .....................65
glLeft1() ...................173
glPlotCircle() ...........162
glPlotDot() ...............172
glPlotLine() ..............172
glPlotPolygon() ........159
glPlotVPolygon() .....158
glPrintf() ..................167
glPutChar() ..............166
glPutFont() ...............164
glRight1() ................174
glSetBrushType() ....169
glSetContrast() .........153
glSetPfStep() ............165
glSwap() ..................169
glUp1() ....................175
glVScroll() ...............178
glXFontInit() ............163
glXGetBitmap() .......170
glXGetFastmap() .....171
glXPutBitmap() .......179
glXPutFastmap() ......180
TextBorder() ............183
TextBorderInit() ......182
TextCursorLocation() 184
TextGotoXY() .........183
TextMaxChars() ......187
TextPrintf() ..............186
TextPutChar() ..........185
TextWinClear() ........187
TextWindowFrame() 181
displedOut() .............151
M
MAC addresses .....................96
models
mounting instructions
P
peripheral cards
pinout
power supplies
PowerCore FLEX
Program Mode .......................37
programming cable
programming port .................35
Prototyping Board ...............122
flexible options ....................4
production models ...............4
LCD/keypad module .......145
connection to master 211, 212
Ethernet port ......................34
LCD/keypad module .......143
PowerCore
PowerCore headers ............28
Prototyping Board ...........127
+5 V .................................195
battery backup .................208
mounting module on Prototyp-
power-supply options ......198
switching modes ................37
PowerCore module connec-
PROG connector ...............36
adding components ..........128
dimensions .......................124
expansion area .................123
features ....................122, 123
mounting PowerCore module
pinout ...............................127
power supply ...................126
prototyping area ..............128
specifications ...................125
use of parallel ports .........137
alternate configurations .30
full-wave bridge ..........200
full-wave CT ................203
half-wave rectifier .......203
no onboard power sup-
ing Board .......................10
tions ...............................11
.......................................10
plies ...........................198
PowerCore FLEX