Fujitsu MB90460 Series Hardware Manual page 730

F2mc-16lx 16-bit microcontroller
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PLL Clock Multiplier
Selection of a PLL Clock Multiplier .................... 84
Pointer
Register Bank Pointer (RP) ................................. 50
Polarity
Making Non-overlap Signals by using PPG in Inverted
Polarity (DTCR0/DTCR1/DTCR2:TMD2 to
TMD0=111
B
Making Non-overlap Signals by using PPG in Normal
Polarity (DTCR0/DTCR1/DTCR2:TMD2 to
TMD0=111
B
Making Non-overlap Signals by using RT1/RT3/RT5
in Inverted Polarity (DTCR0/DTCR1/
DTCR2:TMD2 to TMD0=100
Making Non-overlap Signals by using RT1/RT3/RT5
in Normal Polarity (DTCR0/DTCR1/
DTCR2:TMD2 to TMD0=100
Port 0
Block Diagram of Port 0 Pins ............................ 168
Functions of Port 0 Registers............................. 169
Operation of Port 0........................................... 171
Port 0 Configuration......................................... 167
Port 0 Pins....................................................... 167
Port 0 Registers................................................ 168
Port 1
Block Diagram of Port 1 Pins ............................ 174
Functions of Port 1 Registers............................. 175
Operation of Port 1........................................... 176
Port 1 Configuration......................................... 173
Port 1 Pins....................................................... 173
Port 1 Registers................................................ 174
Port 2
Block Diagram of Port 2 Pins ............................ 179
Functions of Port 2 Registers............................. 180
Operation of Port 2........................................... 181
Port 2 Configuration......................................... 178
Port 2 Pins....................................................... 178
Port 2 Registers................................................ 179
Port 3
Block Diagram of Port 3 Pins ............................ 184
Functions of Port 3 Registers............................. 185
Operation of Port 3........................................... 186
Port 3 Configuration......................................... 183
Port 3 Pins....................................................... 183
Port 3 Registers................................................ 184
Port 4
Block Diagram of Port 4 Pins ............................ 189
Functions of Port 4 Registers............................. 190
Operation of Port 4........................................... 191
Port 4 Configuration......................................... 188
Port 4 Pins....................................................... 188
Port 4 Registers................................................ 189
Port 5
Block Diagram of Port 5 Pins ............................ 194
Functions of Port 5 Registers............................. 195
) ..................................... 346
) ..................................... 345
) .......... 344
B
) .......... 343
B
Operation of Port 5 ...........................................196
Port 5 Configuration .........................................193
Port 5 Pins .......................................................193
Port 5 Registers ................................................194
Port 6
Block Diagram of Port 6 Pins ............................199
Functions of Port 6 Registers .............................200
Operation of Port 6 ...........................................201
Port 6 Configuration .........................................198
Port 6 Pins .......................................................198
Port 6 Registers ................................................199
Position
Signal Flow Diagram for Reload Timer 0 or Position
Detection by Setting OPS2 to OPS0 = 100
or 101
....................................................404
B
Position Detection
Operation of Position Detection .........................399
Signal Flow Diagram for Position Detection by Setting
OPS2 to OPS0=010
Signal Flow Diagram for Reload Timer 0 and Position
Detection by Setting OPS2 to OPS0 = 011
or 111
....................................................403
B
Timing Generated by One-shot Position Detection
(OPS2 to OPS0=110
Timing Generated by One-shot Position Detection and
Timer Underflow (OPS2 to OPS0 = 111
..........................................................419
Timing Generated by One-shot Position Detection or
Timer Underflow (OPS2 to OPS0 = 101
..........................................................420
Timing Generated by Position Detection.............411
Timing Generated by Position Detection
(OPS2 to OPS0=010
Timing Generated by Position Detection and Timer
Underflow...........................................413
Timing Generated by Position Detection and Timer
Underflow (OPS2 to OPS0=011
Timing Generated by Position Detection or Timer
Underflow...........................................416
Timing Generated by Position Detection or Timer
Underflow (OPS2 to OPS0=100
When One-shot Position Detection .....................418
When One-shot Position Detection and Timer
Underflow...........................................419
When One-shot Position Detection or Timer
Underflow...........................................420
Position Detection Circuit
Block Diagram of Position Detection Circuit.......366
Power Supplied
Example of Connection for Serial Writing
(when Power Supplied by User) ............618
Example of Connection for Serial Writing
(when Power Supplied from Writer) ......620
Example of Minimum Connection with Flash
Microcontroller Programmer (when Power
Supplied by User) ................................622
INDEX
B
or 110
.................403
B
B
B
) .........................418
B
)
B
)
B
) .........................412
B
).........415
B
).........417
B
711

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