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Nuvoton NuMicro NUC029SEE manuals

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NuMicro NUC029SEE

Brand: Nuvoton | Category: Microcontrollers
Table of contents
  1. Table Of Contents
  2. Table Of Contents
  3. Table Of Contents
  4. Table Of Contents
  5. Table Of Contents
  6. Table Of Contents
  7. Table Of Contents
  8. Table Of Contents
  9. Table Of Contents
  10. Table Of Contents
  11. GENERAL DESCRIPTION
  12. FEATURES
  13. ABBREVIATIONS
  14. Table 4.1-1 List of Abbreviations
  15. PARTS INFORMATION LIST AND PIN CONFIGURATION
  16. NuMicro ® NUC029 Series Selection Guide
  17. Pin Configuration
  18. Pin Description
  19. BLOCK DIAGRAM
  20. FUNCTIONAL DESCRIPTION
  21. System Manager
  22. System Power Distribution
  23. System Memory Map
  24. Register Lock
  25. Auto Trim
  26. Register Map
  27. Register Description
  28. System Timer (SysTick)
  29. Nested Vectored Interrupt Controller (NVIC)
  30. Table 6.2-2 Exception Model
  31. Table 6.2-3 System Interrupt Map
  32. System Control
  33. Clock Controller
  34. Figure 6.3-1 Clock Generator Block Diagram
  35. Figure 6.3-2 Clock Generator Global View Diagram
  36. System Clock and SysTick Clock
  37. Power-down Mode Clock
  38. Figure 6.3-6 Frequency Divider Block Diagram
  39. Table 6.3-1 Chip Idle/Power-down Mode Control Table
  40. Flash Memory Controller (FMC)
  41. Figure 6.4-2 Flash Memory Organization
  42. Figure 6.4-3 Program Executing Range for Booting from APROM and LDROM
  43. Figure 6.4-4 Executable Range of Code with IAP Function Enabled
  44. Figure 6.4-5 Example Flow of Boot Selection by BS Bit
  45. Figure 6.4-6 ISP Flow Example
  46. Table 6.4-2 ISP Command List
  47. External Bus Interface (EBI)
  48. Figure 6.5-2 Connection of 16-bit EBI Data Width with 16-bit Device
  49. Figure 6.5-4 Timing Control Waveform for 16-bit Data Width
  50. Figure 6.5-5 Timing Control Waveform for 8-bit Data Width
  51. Figure 6.5-6 Timing Control Waveform for Insert Idle Cycle
  52. General Purpose I/O (GPIO)
  53. Basic Configuration
  54. Figure 6.6-2 Open-Drain Output
  55. PDMA Controller (PDMA)
  56. Timer Controller (TIMER)
  57. Figure 6.8-2 Clock Source of Timer Controller
  58. Figure 6.8-3 Continuous Counting Mode
  59. PWM Generator and Capture Timer (PWM)
  60. Figure 6.9-3 PWM Generator 2 Clock Source Control
  61. Figure 6.9-5 PWM Generator 4 Clock Source Control
  62. Figure 6.9-8 PWM-Timer Operation Timing
  63. Figure 6.9-10 Center-aligned Type Output Waveform
  64. Figure 6.9-11 PWM Center-aligned Interrupt Generate Timing Waveform
  65. Figure 6.9-12 PWM Double Buffering Illustration
  66. Figure 6.9-14 Paired-PWM Output with Dead-zone Generation Operation
  67. Figure 6.9-16 Capture Operation Timing
  68. Figure 6.9-17 PWM Group A PWM-Timer Interrupt Architecture Diagram
  69. Watchdog Timer (WDT)
  70. Figure 6.10-3 Watchdog Timer Time-out Interval and Reset Period Timing
  71. Window Watchdog Timer (WWDT)
  72. Figure 6.11-3 Window Watchdog Timer Reset and Reload Behavior
  73. Table 6.11-2 WINCMP Setting Limitation
  74. Real Time Clock (RTC)
  75. UART Interface Controller (UART)
  76. Table 6.13-3 UART Controller Baud Rate Parameter Setting Table
  77. Figure 6.13-3 Transmit Delay Time Operation
  78. Table 6.13-5 UART Controller Interrupt Source and Flag List
  79. Table 6.13-7 UART Line Control of Word and Stop Length Setting
  80. Figure 6.13-4 Auto Flow Control Block Diagram
  81. Figure 6.13-6 UART RTS Auto Flow Control Enabled
  82. Figure 6.13-8 IrDA Control Block Diagram
  83. Figure 6.13-9 IrDA TX/RX Timing Diagram
  84. Figure 6.13-11 Structure of LIN Byte
  85. Figure 6.13-12 Break Detection in LIN Mode
  86. Figure 6.13-13 LIN Frame ID and Parity Format
  87. Figure 6.13-14 LIN Sync Field Measurement
  88. LINS_DUM_EN (UA_LIN_CTL[3])= 0
  89. Figure 6.13-17 RS-485 RTS Driving Level in Auto Direction Mode
  90. Figure 6.13-19 Structure of RS-485 Frame
  91. Overview
  92. Figure 6.14-4 START and STOP Conditions
  93. Figure 6.14-6 Acknowledge on the I 2 C Bus
  94. Figure 6.14-8 Master Reads Data from Slave
  95. Figure 6.14-10 Master Transmitter Mode Control Flow
  96. Figure 6.14-11 Master Receiver Mode Control Flow
  97. Figure 6.14-12 Save Mode Control Flow
  98. Figure 6.14-13 GC Mode
  99. Figure 6.14-14 Arbitration Lost
  100. Example for Random Read on EEPROM
  101. Figure 6.14-18 Protocol of EEPROM Random Read
  102. Serial Peripheral Interface (SPI)
  103. Figure 6.15-2 SPI Master Mode Application Block Diagram
  104. Figure 6.15-4 32-Bit in One Transaction
  105. Figure 6.15-5 Variable Bus Clock Frequency
  106. Figure 6.15-7 Timing Waveform for Byte Suspend
  107. Figure 6.15-8 Bit Sequence of Dual Output Mode
  108. Figure 6.15-10 FIFO Mode Block Diagram
  109. Timing Diagram
  110. Figure 6.15-11 SPI Timing in Master Mode
  111. Figure 6.15-13 SPI Timing in Slave Mode
  112. Programming Examples
  113. USB Device Controller (USBD)
  114. Figure 6.16-2 Wake-up Interrupt Operation Flow
  115. Figure 6.16-3 Endpoint SRAM Structure
  116. Figure 6.16-4 Setup Transaction Followed by Data IN Transaction
  117. Analog-to-Digital Converter (ADC)
  118. Figure 6.17-3 Single Mode Conversion Timing Diagram
  119. Figure 6.17-4 Single-Cycle Scan on Enabled Channels Timing Diagram
  120. Figure 6.17-5 Continuous Scan on Enabled Channels Timing Diagram
  121. Application Block Diagram
  122. Figure 6.17-8 A/D Controller Interrupt
  123. Figure 6.17-9 ADC Single-end Input Conversion Voltage and Conversion Result Mapping
  124. Figure 6.17-10 ADC Differential Input Conversion Voltage and Conversion Result Mapping
  125. ELECTRICAL CHARACTERISTICS
  126. PACKAGE DIMENSIONS
  127. pin LQFP (7x7x1.4 mm footprint 2.0 mm)
  128. REVISION HISTORY
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