M30201 Просмотр технического описания (PDF) - Renesas Electronics

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M30201

16-BIT SINGLE-CHIP MICROCOMPUTER M16C FAMILY

Renesas Electronics 

2.4.3 Operation of Timer X (timer mode, gate function selected) ................................................. 226

2.4.4 Operation of Timer X (timer mode, pulse output function selected) .................................... 228

2.4.5 Operation of Timer X (event counter mode, reload type selected) ...................................... 230

2.4.6 Operation of Timer X (event counter mode, free run type selected) .................................... 232

2.4.7 Operation of Timer X (one-shot timer mode) ....................................................................... 234

2.4.8 Operation of Timer X (pulse period measurement mode) ................................................... 236

2.4.9 Operation of Timer X (pulse width measurement mode) ..................................................... 238

2.4.10 Operation of Timer X (pulse width modulation mode, 16-bit PWM mode selected) .......... 240

2.4.11 Operation of Timer X (pulse width modulation mode, 8-bit PWM mode selected) ............ 242

2.4.12 Precautions for Timer X (timer mode, event counter mode) .............................................. 244

2.4.13 Precautions for Timer X (one-shot timer mode) ................................................................. 245

2.4.14 Precautions for Timer X (pulse period/pulse width measurement mode) ......................... 246

2.4.15 Precautions for Timer X (pulse width modulation mode) ................................................... 247

2.5 Clock-Synchronous Serial I/O ..................................................................................................... 248

2.5.1 Overview .............................................................................................................................. 248

2.5.2 Operation of Serial I/O (transmission in clock-synchronous serial I/O mode) ..................... 254

2.5.3 Operation of the Serial I/O (transmission in clock-synchronous serial I/O mode, transfer clock

output from multiple pins function selected) ........................................................................ 258

2.5.4 Operation of Serial I/O (reception in clock-synchronous serial I/O mode) ........................... 262

2.5.5 Precautions for Serial I/O (in clock-synchronous serial I/O) ................................................ 266

2.6 Clock-Asynchronous Serial I/O (UART) ...................................................................................... 268

2.6.1 Overview .............................................................................................................................. 268

2.6.2 Operation of Serial I/O (transmission in UART mode) ......................................................... 276

2.6.3 Operation of Serial I/O (reception in UART mode) .............................................................. 280

2.7 A-D Converter ............................................................................................................................. 284

2.7.1 Overview .............................................................................................................................. 284

2.7.2 Operation of A-D converter (one-shot mode) ...................................................................... 290

2.7.3 Operation of A-D Converter (in repeat mode) ...................................................................... 292

2.7.4 Operation of A-D Converter (in single sweep mode) ........................................................... 294

2.7.5 Operation of A-D Converter (in repeat sweep mode 0) ....................................................... 296

2.7.6 Operation of A-D Converter (in repeat sweep mode 1) ....................................................... 298

2.7. 7 Precautions for A-D Converter ............................................................................................ 300

2.7.8 Method of A-D Conversion (10-bit mode) ............................................................................ 301

2.7.9 Method of A-D Conversion (8-bit mode) .............................................................................. 303

2.7.10 Absolute Accuracy and Differential Non-Linearity Error .................................................... 305

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