Renesas V850ES/F 3-L Series Manuals

Manuals and User Guides for Renesas V850ES/F 3-L Series. We have 1 Renesas V850ES/F 3-L Series manual available for free PDF download: User Manual

Renesas V850ES/F 3-L Series User Manual (753 pages)

32-bit Single-Chip

Brand: Renesas | Category: Microcontrollers | Size: 14.99 MB

Table of Contents
7
Chapter 1 Introduction

17
- General
  17
- Features Summary
  18
- Description
  21
- Internal Units
  23
- Structure of the Manual
  24
- Ordering Information
  25
- V850ES/FE3-L Ordering Information
  25
- V850ES/FF3-L Ordering Information
  27
- V850ES/FG3-L Ordering Information
  28
Chapter 2 Pin Functions

29
- Overview
  29
- Description
  30
- Terms
  32
- Noise Elimination
  32
- Port Group Configuration Registers
  33
- Overview
  33
- Pin Function Configuration
  34
- Pin Data Input/Output
  40
- Configuration of Pull-Up Resistors
  42
- Open Drain Configuration
  43
- Port Buffers Diagrams
  44
- Port Type Diagrams
  47
- Port Type C
  47
- Port Type C-U
  47
- Port Type D0
  48
- Port Type D0-U
  48
- Port Type D1
  49
- Port Type D1-U
  49
- Port Type D1-UI
  50
- Port Type D3-UI
  51
- Port Type D1A
  52
- Port Type D1O1-UI
  53
- Port Type D2
  54
- Port Type E01-U
  55
- Port Type E10-U
  56
- Port Type E10-UI
  57
- Port Type E11-U
  58
- Port Type E11-UI
  59
- Port Type E21-U
  60
- Port Type Ex0-U
  61
- Port Type Ex1-U
  62
- Port Type Ex1-UI
  63
- Port Type Ex2-U
  64
- Port Type F010X-U
  65
- Port Type F010X-UI
  66
- Port Type F100X-U
  67
- Port Type F1010-U
  68
- Port Type F101X-U
  69
- Port Type F1100O0-U
  70
- Port Type F1100O1-U
  71
- Port Type F1100-U
  72
- Port Type F1110-UI
  73
- Port Type F113X-UI
  74
- Port Type F1X10-UI
  75
- Port Type F3X1X-UI
  76
- Port Type F1Xx0O1-U
  77
- Port Type Fx010-U
  78
- Port Type Fx01X-U
  79
- Port Type Fx103-UI
  80
- Port Type Fx10X-U
  81
- Port Type Fx10X-UI
  82
- Port Type Fx110-U
  83
- Port Type Fx120-UFI
  84
- Port Type Fx123-UFI
  85
- Port Type Fx12X-UFI
  86
- Port Type Fx13X-U
  87
- Port Type Fx210-U
  88
- Port Type Fx2X0-U
  89
- Port Type Fxx10-U
  90
- Port Type Fxx1X-U
  91
- Port Type Fxx2X-U
  92
- Port Group Configuration
  93
- Port Group Configuration Lists
  93
- Alphabetic Pin Function List
  96
- Port Group 0
  100
- Port Group 1 (V850ES/FG3, V850ES/FJ3, V850ES/FK3)
  102
- Port Group 3
  103
- Port Group 4
  105
- Port Group 5
  106
- Port Group 7
  107
- Port Group 9
  109
- Port Group CM
  112
- Port Group CS (V850ES/FF3-L, V850ES/FG3-L)
  113
- Port Group CT (V850ES/FF3-L, V850ES/FG3-L)
  114
- Port Group DL
  115
- Noise Elimination
  116
- Analog Filtered Inputs
  116
- Digitally Filtered Inputs
  117
- Pin Functions in Reset and Power Save Modes
  120
- Recommended Connection of Unused Pins
  121
- Package Pins Assignment
  122
- V850ES/FE3-L Package Pins Assignment
  122
- V850ES/FF3-L Package Pins Assignment
  123
- V850ES/FG3 Package Pins Assignment
  124
Chapter 3 CPU System Functions

125
- Overview
  125
- Description
  126
- CPU Register Set
  127
- General Purpose Registers (R0 to R31)
  128
- System Register Set
  129
- Operation Modes
  136
- Normal Operation Mode
  136
- Flash Programming Mode
  136
- On-Chip Debug Mode
  136
- Address Space
  137
- CPU Address Space and Physical Address Space
  137
- Program and Data Space
  139
- Memory
  141
- Memory Areas
  141
- Recommended Use of Data Address Space
  144
- Write Protected Registers
  145
- Write Protection Control Registers
  147
Chapter 4 Clock Generator

148
- Overview
  148
- Description
  149
- Clock Monitor
  152
- Power Save Modes Overview
  153
- Start Conditions
  154
- Clock Generator Registers
  155
- General Clock Generator Registers
  157
- PLL Control Registers
  167
- Stand-By Control Registers
  170
- Prescaler3 Control Registers
  172
- Clock Monitor Control Registers
  173
- Selector Control Registers
  174
- Option Bytes
  177
- Option Byte 0000 007A H
  178
- Option Byte 0000 007B H
  179
- Clock Generator Operation
  180
- Overview of Clock Operation Control Settings
  180
- Operation State Transitions
  181
- Power Save Modes Description
  184
- Available Clocks in Power Save Modes
  200
- Power Save Mode Activation
  202
- Controlling the PLL
  204
- Watch Dog Timer Clock
  204
- CLKOUT Function
  204
- Operation of Prescaler3
  205
- Operation of the Clock Monitor
  206
Chapter 5 Interrupt Controller (INTC)

209
- Features
  209
- Non-Maskable Interrupts
  213
- Operation
  216
- Restore
  217
- Non-Maskable Interrupt Status Flag (NP)
  218
- NMI Control
  218
- Maskable Interrupts
  219
- Operation
  219
- Restore
  221
- Priorities of Maskable Interrupts
  222
- Xxicn - Maskable Interrupt Control Registers
  226
- Imrm - Interrupt Mask Registers
  229
- ISPR - In-Service Priority Register
  232
- Maskable Interrupt Status Flag (ID)
  233
- External Maskable Interrupts
  233
- External Interrupts Edge Detection Configuration
  233
- Software Exception
  239
- Operation
  239
- Restore
  240
- Exception Status Flag (EP)
  241
- Exception Trap
  242
- Illegal Opcode Definition
  242
- Debug Trap
  243
- Multiple Interrupt Processing Control
  245
- Interrupt Response Time
  247
- Periods in Which Interrupts Are Not Acknowledged
  248
Chapter 6 Key Interrupt Function

249
- Function
  249
- Control Register
  250
- Cautions
  250
Chapter 7 Flash Memory

251
- Code Flash Memory Overview
  252
- Code Flash Memory Features
  252
- Code Flash Memory Mapping
  253
- Code Flash Memory Functional Outline
  255
- Code Flash Memory Erasure and Rewrite
  258
- Flash Programming with Flash Programmer
  259
- Programming Environment
  259
- Communication Mode
  260
- Pin Connection with Flash Programmer PG-FP5
  262
- Flash Memory Programming Control
  264
- Code Flash Self-Programming
  269
- Self-Programming Enable
  270
- Self-Programming Library Functions
  270
- Secure Self-Programming (Boot Cluster Swapping)
  271
- Interrupt Handling During Flash Self-Programming
  275
- Variable Reset Vector
  276
- Flash Mask Options
  277
- Device Information
  279
- PRDSELH Register - Product Selection Code Register
  279
Chapter 8 Data Protection and Security

280
- Overview
  280
- N-Wire Debug Interface Protection
  280
- Flash Programmer and Self-Programming Protection
  282
Chapter 9 Bus Control Unit (BCU)

285
- Description
  285
- Peripheral I/O Area
  286
- NPB Access Timing
  288
- Bus Properties
  289
- Boundary Operation Conditions
  289
- Registers
  291
Chapter 10 16-Bit Timer/Event Counter AA

294
Chapter 11 16-Bit Interval Timer M

359
- Features
  359
- Configuration
  360
- Timer M Registers
  361
- Operation
  363
- Interval Timer Mode
  363
- Cautions
  364
Chapter 12 Timer AA Synchronous Operation

365
Chapter 13 Watch Timer Functions

367
- Functions
  367
- Configuration
  368
- Control Registers
  369
- Operation
  371
- Operation as Watch Timer
  371
- Operation as Interval Timer
  371
- Cautions
  372
Chapter 14 Watchdog Timer 2

373
- Functions
  373
- Configuration
  374
- Control Registers
  375
- Watchdog Timer Operation
  378
- Watchdog Timer Operation in Power Save Mode
  378
Chapter 15 Asynchronous Serial Interface (UARTD)

379
- Features
  380
- Configuration
  381
- UARTD Registers
  384
- Interrupt Request Signals
  394
- Operation
  395
- Data Format
  395
- SBF Transmission/Reception Format
  397
- SBF Transmission
  399
- SBF Reception
  399
- Data Consistency Check
  401
- UART Transmission
  403
- Continuous Transmission Procedure
  404
- UART Reception
  406
- Reception Errors
  407
- Parity Types and Operations
  408
- Receive Data Noise Filter
  409
- Baud Rate Generator
  410
- Cautions
  417
Chapter 16 Clocked Serial Interface (CSIB)

418
- Features
  418
- Configuration
  419
- CSIB Control Registers
  421
- Operation
  428
- Single Transfer Mode (Master Mode, Transmission/Reception Mode)
  428
- Single Transfer Mode (Master Mode, Reception Mode)
  430
- Continuous Mode (Master Mode, Transmission/Reception Mode)
  431
- Continuous Mode (Master Mode, Reception Mode)
  433
- Continuous Reception Mode (Error)
  434
- Continuous Mode (Slave Mode, Transmission/Reception Mode)
  435
- Continuous Mode (Slave Mode, Reception Mode)
  437
- Clock Timing
  438
- Output Pins
  440
- Operation Flow
  441
Chapter 17 I 2 C Bus (IIC)

448
- Features
  448
- I 2 C Pin Configuration
  448
- Configuration
  449
- IIC Registers
  453
- I 2 C Bus Mode Functions
  470
- Pin Functions
  470
- I 2 C Bus Definitions and Control Methods
  471
- Start Condition
  471
- Addresses
  472
- Transfer Direction Specification
  473
- Acknowledge Signal (ACK)
  473
- Stop Condition
  474
- Wait Signal (WAIT)
  475
- C Interrupt Request Signals (Intiicn)
  477
- Master Device Operation
  477
- Slave Device Operation
  480
- Slave Device Operation (When Receiving Extension Code)
  484
- Operation Without Communication
  488
- Arbitration Loss Operation (Operation as Slave after Arbitration Loss)
  488
- Operation When Arbitration Loss Occurs
  490
- Interrupt Request Signal (Intiicn)
  495
- Address Match Detection Method
  496
- Error Detection
  496
- Extension Code
  497
- Arbitration
  498
- Wakeup Function
  499
- Cautions
  500
- Communication Operations
  501
- Master Operation 1
  501
- Master Operation 2
  502
- Slave Operation
  503
- Timing of Data Communication
  507
Chapter 18 CAN Controller (CAN)

514
- Features
  515
- Overview of Functions
  516
- Configuration
  517
- CAN Protocol
  518
- Frame Format
  518
- Frame Types
  519
- Data Frame and Remote Frame
  519
- Error Frame
  526
- Overload Frame
  527
- Functions
  528
- Determining Bus Priority
  528
- Bit Stuffing
  528
- Multi Masters
  529
- Multi Cast
  529
- CAN Sleep Mode/Can Stop Mode Function
  529
- Error Control Function
  529
- Baud Rate Control Function
  536
- Connection with Target System
  539
- Internal Registers of CAN Controller
  540
- CAN Module Register and Message Buffer Addresses
  540
- CAN Controller Configuration
  541
- CAN Registers Overview
  542
- CAN3 Register Bit Configuration
  548
- Bit Set/Clear Function
  551
- Control Registers
  553
- CAN Controller Initialization
  589
- Initialization of CAN Module
  589
- Initialization of Message Buffer
  589
- Redefinition of Message Buffer
  589
- Transition from Initialization Mode to Operation Mode
  591
- Resetting Error Counter Cnerc of CAN Module
  592
- Message Reception
  593
- Receive Data Read
  594
- Receive History List Function
  595
- Mask Function
  597
- Multi Buffer Receive Block Function
  598
- Remote Frame Reception
  599
- Message Transmission
  600
- Transmit History List Function
  602
- Automatic Block Transmission (ABT)
  604
- Transmission Abort Process
  606
- Remote Frame Transmission
  607
- Power Saving Modes
  608
- CAN Sleep Mode
  608
- CAN Stop Mode
  611
- Example of Using Power Saving Modes
  612
- Interrupt Function
  613
- Diagnosis Functions and Special Operational Modes
  614
- Receive-Only Mode
  614
- Single-Shot Mode
  615
- Self-Test Mode
  616
- Receive/Transmit Operation in each Operation Mode
  617
- Time Stamp Function
  618
- Baud Rate Settings
  619
- Baud Rate Setting Conditions
  619
- Representative Examples of Baud Rate Settings
  623
- Operation of CAN Controller
  627
Chapter 19 A/D Converter (ADC)

653
- Functions
  653
- Configuration
  655
- ADC Registers
  657
- Operation
  669
- Basic Operation
  669
- Trigger Mode
  670
- Operation Modes
  672
- Power-Fail Compare Mode
  677
- Cautions
  683
- How to Read A/D Converter Characteristics Table
  685
Chapter 20 Power Supply Scheme

690
- Overview
  690
- Description
  691
- On-Chip Voltage Regulators
  692
Chapter 21 Reset

693
- Overview
  693
- General Reset Performance
  693
- Reset at Power-On
  696
- External RESET
  698
- Reset by Watchdog Timer 2
  699
- Reset by Clock Monitor
  699
- Reset by Low-Voltage Detector
  699
- Reset Registers
  700
Chapter 22 Low-Voltage Detector

701
- Functions
  701
- Configuration
  702
- Registers
  703
- Operation
  707
- Reset Generation from LVI (LVIM.LVIMD = 1)
  707
- Interrupt Generation from LVI (LVIM.LVIMD = 0)
  708
- Disabling the LVI Operation
  709
- RAM Retention Voltage Detection Operation
  710
Chapter 23 On-Chip Debug Unit

711
- Functional Outline
  711
- Debug Functions
  711
- Controlling the N-Wire Interface
  714
- N-Wire Enabling Methods
  716
- Starting Normal Operation after RESET and RESPOC
  716
- Starting Debugger after RESET and RESPOC
  716
- N-Wire Activation by RESET Pin
  717
- Connection to N-Wire Emulator
  718
- KEL Connector
  718
- Restrictions and Cautions on On-Chip Debug Function
  722
Appendix A Special Function Registers

723
- CAN Registers
  723
- Other Special Function Registers
  725
Appendix B Registers Access Times

734
- Timer AA
  735
- Timer M
  736
- Watchdog Timer 2
  737
- A/D Converter
  737
- I2C Bus
  738
- Asynchronous Serial Interface (UARTD)
  738
- Clocked Serial Interface (CSIB)
  738
- CAN Controller
  739
- All Other Registers
  739
Appendix C Differences between Fx3-L Andfx3

740
- Revision History
  741
- Index
  743

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Renesas V850ES/F 3-L Series Manuals

Renesas V850ES/F 3-L Series User Manual (753 pages)

Table of Contents

Chapter 1 Introduction

Chapter 2 Pin Functions

Chapter 3 CPU System Functions

Chapter 4 Clock Generator

Chapter 5 Interrupt Controller (INTC)

Chapter 6 Key Interrupt Function

Chapter 7 Flash Memory

Chapter 8 Data Protection and Security

Chapter 9 Bus Control Unit (BCU)

Chapter 10 16-Bit Timer/Event Counter AA

Chapter 11 16-Bit Interval Timer M

Chapter 12 Timer AA Synchronous Operation

Chapter 13 Watch Timer Functions

Chapter 14 Watchdog Timer 2

Chapter 15 Asynchronous Serial Interface (UARTD)

Chapter 16 Clocked Serial Interface (CSIB)

Chapter 17 I 2 C Bus (IIC)

Chapter 18 CAN Controller (CAN)

Chapter 19 A/D Converter (ADC)

Chapter 20 Power Supply Scheme

Chapter 21 Reset

Chapter 22 Low-Voltage Detector

Chapter 23 On-Chip Debug Unit

Appendix A Special Function Registers

Appendix B Registers Access Times

Appendix C Differences between Fx3-L Andfx3

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