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M32C/8A 数据表(PDF) 11 Page - Renesas Technology Corp

部件名 M32C/8A
功能描述  RENESAS MCU M16C FAMILY / M32C/80 Series
PDF  372 Pages
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制造商  RENESAS [Renesas Technology Corp]
网页  http://www.renesas.com
标志 RENESAS - Renesas Technology Corp

M32C/8A 数据表(HTML) 11 Page - Renesas Technology Corp

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A - 4
15.1.2
Event Counter Mode ......................................................................................................................... 156
15.1.3
One-Shot Timer Mode ...................................................................................................................... 161
15.1.4
Pulse Width Modulation Mode ......................................................................................................... 163
15.2
Timer B ................................................................................................................................................. 166
15.2.1
Timer Mode ...................................................................................................................................... 173
15.2.2
Event Counter Mode ......................................................................................................................... 174
15.2.3
Pulse Period Measurement Mode, Pulse Width Measurement Mode .............................................. 175
16.
Three-Phase Motor Control Timer Function ............................................................................... 178
16.1
Triangular Wave Modulation Mode ...................................................................................................... 189
16.2
Sawtooth Wave Modulation Mode ....................................................................................................... 193
16.3
Short Circuit Prevention Features ......................................................................................................... 195
16.3.1
Prevention Against Upper/Lower Arm Short Circuit by Program Errors ........................................ 195
16.3.2
Arm Short Circuit Prevention Using Dead Time Timer ................................................................... 195
16.3.3
Forced-Cutoff Function by the NMI Input ....................................................................................... 195
17.
Serial Interfaces .......................................................................................................................... 196
17.1
UART0 to UART4 ................................................................................................................................ 197
17.1.1
Clock Synchronous Mode ................................................................................................................ 207
17.1.2
Clock Asynchronous (UART) Mode ................................................................................................ 216
17.1.3
Special Mode 1 (I2C Mode) ............................................................................................................. 224
17.1.4
Special Mode 2 ................................................................................................................................. 236
17.1.5
Special Mode 3 (GCI Mode) ............................................................................................................ 241
17.1.6
Special Mode 4 (SIM Mode) ............................................................................................................ 245
18.
A/D Converter ............................................................................................................................. 251
18.1
Mode Descriptions ................................................................................................................................ 259
18.1.1
One-Shot Mode ................................................................................................................................. 260
18.1.2
Repeat Mode ..................................................................................................................................... 261
18.1.3
Single Sweep Mode .......................................................................................................................... 262
18.1.4
Repeat Sweep Mode 0 ...................................................................................................................... 263
18.1.5
Repeat Sweep Mode 1 ...................................................................................................................... 264
18.1.6
Multi-Port Single Sweep Mode ........................................................................................................ 266
18.1.7
Multi-Port Repeat Sweep Mode 0 .................................................................................................... 267
18.2
Functions ............................................................................................................................................... 268
18.2.1
Resolution ......................................................................................................................................... 268
18.2.2
Sample and Hold .............................................................................................................................. 268
18.2.3
Trigger Select Function .................................................................................................................... 268
18.2.4
DMAC Operating Mode ................................................................................................................... 268
18.2.5
Extended Analog Input Pins ............................................................................................................. 268
18.2.6
External Operating Amplifier (Op-Amp) Connection Mode ........................................................... 269
18.2.7
Power Consumption Reduce Function ............................................................................................. 269
18.3
Read from the AD0i Register (i = 0 to 7) .............................................................................................. 270
18.4
Output Impedance of Sensor Equivalent Circuit under A/D Conversion ............................................. 270



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