20-668-0011 Rabbit Semiconductor, 20-668-0011 Datasheet - Page 308

• Manufacturer Part Number: 20-668-0011
• Description: IC MPU RABIT3000A 55.5MHZ128LQFP
• Manufacturer: Rabbit Semiconductor

Specifications of 20-668-0011

• Processor Type: Rabbit 3000 8-Bit
• Speed: 55.5MHz
• Voltage: 2.5V, 2.7V, 3V, 3.3V
• Mounting Type: Surface Mount
• Package / Case: 128-LQFP
• Data Bus Width: 8 bit
• Maximum Clock Frequency: 55.5 MHz
• Operating Supply Voltage: 1.8 V to 3.6 V
• Maximum Operating Temperature: + 85 C
• Mounting Style: SMD/SMT
• Minimum Operating Temperature: - 55 C
• Number Of Programmable I/os: 56
• Lead Free Status / RoHS Status: Lead free / RoHS Compliant
• Features: -
• Lead Free Status / Rohs Status: Lead free / RoHS Compliant
• Other names: 316-1061

registers
298
alphabetic listing (continued)
PDUER ........................225
PEB0R ...........................91
PEB1R ...........................91
PEB2R ...........................91
PEB3R ...........................91
PEB4R ...........................91
PEB5R ...........................92
PEB6R ...........................92
PEB7R ...........................92
PECR .............................90
PEDDR ..........................90
PEDR .............................90
PEFR .............................90
PEUER ........................225
PFCR .............................98
PFDCR ..........................99
PFDDR ..........................99
PFDR .............................98
PFFR ..............................98
PFUER .........................225
PGCR ...........................104
PGDCR ........................105
PGDDR .......................105
PGDR ..........................104
PGFR ...................105, 155
PGUER ........................225
PWBPR .......................226
PWLxR ........................190
PWMxR .......................190
QDCR ..................100, 183
QDCSR ........................182
QDCxHR .....................183
QDCxR ........................183
QDUER .......................227
RAMSR .........................51
RTCCR ..........................35
RTCxR ...........................35
RTUER ........................224
SAUER ........................228
SBUER ........................228
SCUER ........................228
SDUER ........................228
SEGSIZ .........................49
SEUER ........................230
SFUER .........................231
SPCR
SPDxR .........................166
SPSR ............................166
SPUER .........................224
STACKSEG ..................48
STKCR ..........................51
...27, 67, 72, 94, 167, 197
registers
alphabetic listing (continued)
bootstrap ............................24
breakpoints ......................199
clocks ...................................8
STKHLR .......................51
STKLLR ........................51
SWDTR .........................36
SxAR ...................130, 149
SxCR ......................77, 78,
SxDR ...................130, 149
SxER (asynch mode)
SxER (clocked serial mode)
SxER (HDLC mode) ...154
SxLR ....................130, 149
SxSR (asynch mode)
SxSR (clocked serial mode)
SxSR (HDLC mode) ...151
TACR ..........................113
TACSR ........................112
TAPR ...........................112
TAT10R .......................184
TAT8R .........................176
TAT9R .........................190
TATxR .........113, 136, 154
TAUER ........................227
TBCLR ........................119
TBCMR .......................119
TBCR ...........................118
TBCSR ........................118
TBLxR .........................119
TBMxR ........................119
TBUER ........................227
WDTCR .........................36
WDTTR .........................36
WPCR ............................50
WPHR ...........................53
WPLR ............................52
WPSxHR .......................55
WPSxLR ........................54
WPSxR ..........................53
Breakpoint/Debug Control
Global Clock Double
Global Clock Modulator 0
Global Clock Modulator 1
85, 99, 133, 134, 152
Register .....................200
Register .......................20
Register .......................19
Register .......................19
...........................135, 153
...................................136
...........................131, 150
...................................132
Rabbit 3000 Microprocessor User’s Manual
registers
clocks (continued)
external I/O control .........193
external interrupts ..............62
GCPU ..............................274
GCSR ..............................280
GREV ..............................274
input capture channels .....170
internal I/O registers ........269
low-power operation .......202
memory management ..42, 44
Global Control/Status
Global Output Control
Global Power Save Control
I/O Bank x Control Register
Interrupt x Control Register
Input Capture Control
Input Capture Control/
Input Capture LSB x
Input Capture MSB x
Input Capture Source x
Input Capture Trigger x
Global Clock Double Regis-
Global Control/Status
Global Power Save Control
Data Segment Register ..49
Memory Bank x Control
Memory Timing Control
MMU Expanded Code
MMU Instruction/Data
RAM Segment Register .51
Segment Size Register ...49
Stack High Limit Register
Stack Limit Control
Register .................18, 34
Register .................21, 37
Register .......................19
Register .....................175
Status Register ..........174
Register .....................176
Register .....................176
Register .....................176
Register .....................175
ter ..............................212
Register .....................210
Register .....................211
Register .......................49
Register .......................50
Register .......................50
Register .......................48
Register .......................51
...................................196
...............................64, 93
.....................................51