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Renesas RA4 Series Manuals
Manuals and User Guides for Renesas RA4 Series. We have
17
Renesas RA4 Series manuals available for free PDF download: User Manual, Quick Design Manual, Quick Start Manual, Engineering Manual
Renesas RA4 Series User Manual (1317 pages)
32-bit MCU
Brand:
Renesas
| Category:
Microcontrollers
| Size: 17 MB
Table of Contents
Table of Contents
9
Features
47
1 Overview
48
Function Outline
48
Block Diagram
54
Part Numbering
54
Function Comparison
56
Pin Functions
57
Pin Assignments
60
Pin Lists
61
2 Cpu
64
Overview
64
Debug
64
Operating Frequency
65
MCU Implementation Options
66
Trace Interface
66
JTAG/SWD Interface
67
Debug Mode
67
Debug Mode Definition
67
Debug Mode Effects
67
Low Power Mode
67
Reset
67
Programmers Model
68
Address Spaces
68
Cortex-M4 Peripheral Address Map
68
Coresight ROM Table
69
ROM Entries
69
Coresight Component Registers
69
DBGREG Module
70
Debug Status Register (DBGSTR)
70
Debug Stop Control Register (DBGSTOPCR)
71
Trace Control Register (TRACECTR)
71
DBGREG Coresight Component Registers
72
OCDREG Module
72
ID Authentication Code Register (IAUTH0 to 3)
72
MCU Status Register (MCUSTAT)
73
MCU Control Register (MCUCTRL)
74
OCDREG Coresight Component Registers
74
Coresight ATB Funnel
75
Flash Patch and Break Unit
75
Systick System Timer
75
Coresight Time Stamp Generator
75
OCD Emulator Connection
75
Dbgen
76
Unlock ID Code
76
Restrictions on Connecting an OCD Emulator
76
Starting Connection While in Low Power Mode
76
Changing Low Power Mode While in OCD Mode
76
Modifying the Unlock ID Code in OSIS
77
Connecting Sequence and JTAG/SWD Authentication
77
References
78
3 Operating Modes
79
Overview
79
Details of Operating Modes
79
Single-Chip Mode
79
SCI Boot Mode
79
USB Boot Mode
79
Operating Mode Transitions
79
Operating Mode Transitions as Determined by the Mode-Setting Pin
79
4 Address Space
80
Overview
80
5 Memory Mirror Function (MMF)
81
Overview
81
Register Descriptions
81
Memmirror Special Function Register (MMSFR)
81
Memmirror Enable Register (MMEN)
82
Operation
82
MMF Operation
82
Setting Example
86
6 Resets
87
Overview
87
Register Descriptions
90
Reset Status Register 0 (RSTSR0)
90
Reset Status Register 1 (RSTSR1)
91
Reset Status Register 2 (RSTSR2)
93
Operation
94
RES Pin Reset
94
Power-On Reset
94
Voltage Monitor Reset
95
Independent Watchdog Timer Reset
96
Watchdog Timer Reset
96
Software Reset
97
Determination of Cold/Warm Start
97
Determination of Reset Generation Source
97
7 Option-Setting Memory
99
Overview
99
Register Descriptions
99
Option Function Select Register 0 (OFS0)
99
Option Function Select Register 1 (OFS1)
102
MPU Registers
103
Access Window Setting Control Register (AWSC)
104
Access Window Setting Register (AWS)
105
Ocd/Serial Programmer ID Setting Register (OSIS)
106
Setting Option-Setting Memory
107
Allocation of Data in Option-Setting Memory
107
Setting Data for Programming Option-Setting Memory
107
Usage Note
108
Data for Programming Reserved Areas and Reserved Bits in the Option-Setting Memory
108
8 Low Voltage Detection (LVD)
109
Overview
109
Register Descriptions
111
Voltage Monitor 1 Circuit Control Register 1 (LVD1CR1)
111
Voltage Monitor 1 Circuit Status Register (LVD1SR)
111
Voltage Monitor Circuit Control Register (LVCMPCR)
112
Voltage Detection Level Select Register (LVDLVLR)
112
Voltage Monitor 1 Circuit Control Register 0 (LVD1CR0)
113
VCC Input Voltage Monitor
113
Monitoring Vdet0
113
Monitoring Vdet1
113
Reset from Voltage Monitor 0
114
Interrupt and Reset from Voltage Monitor 1
114
Event Link Output
116
Interrupt Handling and Event Linking
116
9 Clock Generation Circuit
117
Overview
117
Register Descriptions
120
System Clock Division Control Register (SCKDIVCR)
120
System Clock Source Control Register (SCKSCR)
122
PLL Clock Control Register 2 (PLLCCR2)
123
PLL Control Register (PLLCR)
123
Memory Wait Cycle Control Register (MEMWAIT)
124
Main Clock Oscillator Control Register (MOSCCR)
126
Sub-Clock Oscillator Control Register (SOSCCR)
127
Low-Speed On-Chip Oscillator Control Register (LOCOCR)
128
High-Speed On-Chip Oscillator Control Register (HOCOCR)
129
Middle-Speed On-Chip Oscillator Control Register (MOCOCR)
130
Oscillation Stabilization Flag Register (OSCSF)
130
Oscillation Stop Detection Control Register (OSTDCR)
132
Oscillation Stop Detection Status Register (OSTDSR)
133
Main Clock Oscillator Wait Control Register (MOSCWTCR)
134
High-Speed On-Chip Oscillator Wait Control Register (HOCOWTCR)
135
Main Clock Oscillator Mode Oscillation Control Register (MOMCR)
136
Sub-Clock Oscillator Mode Control Register (SOMCR)
136
Segment LCD Source Clock Control Register (SLCDSCKCR)
137
Clock out Control Register (CKOCR)
138
LOCO User Trimming Control Register (LOCOUTCR)
139
MOCO User Trimming Control Register (MOCOUTCR)
139
HOCO User Trimming Control Register (HOCOUTCR)
140
Trace Clock Control Register (TRCKCR)
140
USB Clock Control Register (USBCKCR)
141
Main Clock Oscillator
141
Connecting a Crystal Resonator
141
External Clock Input
142
Notes on External Clock Input
142
Sub-Clock Oscillator
142
Connecting a 32.768-Khz Crystal Resonator
142
Dedicated Clock Oscillator for Bluetooth
142
Connecting the Oscillator
142
Connecting the Bluetooth-Dedicated Clock Output Pin
143
Oscillation Stop Detection Function
143
Oscillation Stop Detection and Operation after Detection
143
Oscillation Stop Detection Interrupts
145
PLL Circuit
146
Internal Clock
146
System Clock (ICLK)
146
Peripheral Module Clock (PCLKA, PCLKB, PCLKC, PCLKD)
147
Flash Interface Clock (FCLK)
148
USB Clock (UCLK)
148
CAN Clock (CANMCLK)
148
CAC Clock (CACCLK)
148
RTC-Dedicated Clock (RTCSCLK, RTCLCLK)
148
IWDT-Dedicated Clock (IWDTCLK)
148
AGT-Dedicated Clock (AGTSCLK, AGTLCLK)
149
Systick Timer-Dedicated Clock (SYSTICCLK)
149
Segment LCDC Source Clock (LCDSRCCLK)
149
Clock/Buzzer Output Clock (CLKOUT)
149
JTAG Clock (JTAGTCK)
149
Clocks for BLE
149
Usage Notes
149
Notes on Clock Generation Circuit
149
Notes on Resonator
150
Notes on Board Design
150
Notes on Resonator Connect Pin
150
10 Clock Frequency Accuracy Measurement Circuit (CAC)
151
Overview
151
Register Descriptions
152
CAC Control Register 0 (CACR0)
152
CAC Control Register 1 (CACR1)
153
CAC Control Register 2 (CACR2)
154
CAC Interrupt Control Register (CAICR)
155
CAC Status Register (CASTR)
156
CAC Upper-Limit Value Setting Register (CAULVR)
157
CAC Lower-Limit Value Setting Register (CALLVR)
157
CAC Counter Buffer Register (CACNTBR)
157
Operation
157
Measuring Clock Frequency
157
Digital Filtering of Signals on CACREF Pin
158
Interrupt Requests
159
Usage Note
159
Settings for the Module-Stop Function
159
11 Low Power Modes
160
Overview
160
Register Descriptions
163
Standby Control Register (SBYCR)
163
Module Stop Control Register a (MSTPCRA)
164
Module Stop Control Register B (MSTPCRB)
164
Module Stop Control Register C (MSTPCRC)
166
Module Stop Control Register D (MSTPCRD)
167
Operating Power Control Register (OPCCR)
168
Sub Operating Power Control Register (SOPCCR)
168
Snooze Control Register (SNZCR)
169
Snooze End Control Register (SNZEDCR)
170
Snooze Request Control Register (SNZREQCR)
171
Flash Operation Control Register (FLSTOP)
173
Power Save Memory Control Register (PSMCR)
173
System Control OCD Control Register (SYOCDCR)
174
Reducing Power Consumption by Switching Clock Signals
174
Module-Stop Function
174
Function for Lower Operating Power Consumption
174
Setting Operating Power Control Mode
174
Operating Range
176
Sleep Mode
179
Transition to Sleep Mode
179
Canceling Sleep Mode
179
Software Standby Mode
180
Transition to Software Standby Mode
180
Canceling Software Standby Mode
181
Example of Software Standby Mode Application
181
Snooze Mode
183
Transition to Snooze Mode
183
Canceling Snooze Mode
183
Return to Software Standby Mode
184
Snooze Operation Example
186
Usage Notes
189
Register Access
189
I/O Port States
190
Module-Stop State of DMAC and DTC
190
Internal Interrupt Sources
190
Transition to Low Power Modes
190
Timing of WFI Instruction
191
Writing WDT/IWDT Registers by DMAC or DTC in Sleep Mode or Snooze Mode
191
Oscillators in Snooze Mode
191
Snooze Mode Entry by RXD0 Falling Edge
191
Using SCI0 in Snooze Mode
191
Conditions of A/D Conversion Start in Snooze Mode
191
Conditions of CTSU in Snooze Mode
191
ELC Event in Snooze Mode
191
Module-Stop Function for ADC140
192
Module-Stop Function for an Unused Circuit
192
12 Battery Backup Function
193
Overview
193
Features of Battery Backup Function
193
Battery Power Supply Switch
193
VBATT Pin Low Voltage Detection
193
VBATT_R Low Voltage Detection
193
Backup Registers
193
VBATT Wakeup Control Function
193
Time Capture Pin Detection
194
Register Descriptions
196
VBATT Control Register 1 (VBTCR1)
196
VBATT Control Register 2 (VBTCR2)
197
VBATT Status Register (VBTSR)
197
VBATT Comparator Control Register (VBTCMPCR)
198
VBATT Pin Low Voltage Detect Interrupt Control Register (VBTLVDICR)
199
VBATT Backup Register (Vbtbkrn) (N = 0 to 511)
199
VBATT Wakeup Control Register (VBTWCTLR)
199
VBATT Wakeup I/O 0 Output Trigger Select Register (VBTWCH0OTSR)
200
VBATT Input Control Register (VBTICTLR)
200
VBATT Output Control Register (VBTOCTLR)
201
VBATT Wakeup Trigger Source Enable Register (VBTWTER)
201
VBATT Wakeup Trigger Source Edge Register (VBTWEGR)
202
VBATT Wakeup Trigger Source Flag Register (VBTWFR)
202
Backup Register Access Control Register (BKRACR)
203
Operation
204
Battery Backup Function
204
VBATT Battery Power Supply Switch Usage
205
VBATT Pin Low Voltage Detection Procedures
206
VBATT Backup Register Usage
207
VBATT Wakeup Control Function Usage
207
Usage Notes
208
13 Register Write Protection
209
Overview
209
Register Descriptions
209
Protect Register (PRCR)
209
14 Interrupt Controller Unit (ICU)
210
Overview
210
Register Descriptions
211
IRQ Control Register I (Irqcri) (I = 0 to 4, 6, 7, 9, 11, 14, 15)
212
Non-Maskable Interrupt Status Register (NMISR)
213
Non-Maskable Interrupt Enable Register (NMIER)
215
Non-Maskable Interrupt Status Clear Register (NMICLR)
217
NMI Pin Interrupt Control Register (NMICR)
218
ICU Event Link Setting Register N (Ielsrn)
219
DMAC Event Link Setting Register N (Delsrn)
220
SYS Event Link Setting Register (SELSR0)
221
Wake up Interrupt Enable Register (WUPEN)
221
Vector Table
223
Interrupt Vector Table
223
Event Number
224
Interrupt Operation
229
Detecting Interrupts
229
Selecting Interrupt Request Destinations
230
CPU Interrupt Request
230
DTC Activation
230
DMAC Activation
231
Digital Filter
231
External Pin Interrupts
232
Non-Maskable Interrupt Operation
232
Return from Low Power Mode
233
Return from Sleep Mode
233
Return from Software Standby Mode
233
Return from Snooze Mode
233
Using the WFI Instruction with Non-Maskable Interrupts
234
Reference
234
15 Buses
235
Overview
235
Description of Buses
236
Main Buses
236
Slave Interface
236
Parallel Operation
236
Restriction on Endianness
237
Register Descriptions
237
Master Bus Control Register (Busmcnt<Master>)
237
Slave Bus Control Register (Busscnt<Slave>)
238
Bus Error Address Register (Busnerradd) (N = 1 to 4)
239
Bus Error Status Register (Busnerrstat) (N = 1 to 4)
239
Bus Error Monitoring Section
240
Error Type that Occurs by Bus
240
Operation When a Bus Error Occurs
240
Conditions Leading to Illegal Address Access Errors
241
Timeout
241
Notes on Using Flash Cache
242
References
242
16 Memory Protection Unit (MPU)
243
Overview
243
CPU Stack Pointer Monitor
243
Protection of Registers
246
Overflow/Underflow Error
246
Register Descriptions
246
Main Stack Pointer (MSP) Monitor Start Address Register (MSPMPUSA)
247
Main Stack Pointer (MSP) Monitor End Address Register (MSPMPUEA)
247
Process Stack Pointer (PSP) Monitor Start Address Register (PSPMPUSA)
248
Process Stack Pointer (PSP) Monitor End Address Register (PSPMPUEA)
248
Stack Pointer Monitor Operation after Detection Register (MSPMPUOAD, PSPMPUOAD)
249
Stack Pointer Monitor Access Control Register (MSPMPUCTL, PSPMPUCTL)
249
Stack Pointer Monitor Protection Register (MSPMPUPT, PSPMPUPT)
250
Arm MPU
251
Bus Master MPU
251
Register Descriptions
252
Group a Region N Start Address Register (Mmpusan) (N = 0 to 15)
253
Group a Region N End Address Register (Mmpuean) (N = 0 to 15)
253
Group a Region N Access Control Register (Mmpuacan) (N = 0 to 15)
253
Bus Master MPU Control Register (MMPUCTLA)
255
Group a Protection of Register (MMPUPTA)
256
Operation
256
Memory Protection
256
Protecting the Registers
258
Memory Protection Error
258
Bus Slave MPU
259
Register Descriptions
260
Access Control Register for Memory Bus 3 (SMPUMBIU)
260
Access Control Register for Internal Peripheral Bus 9 (SMPUFBIU)
260
Access Control Register for Memory Bus 4 (SMPUSRAM0)
261
Access Control Register for Internal Peripheral Bus 1 (SMPUP0BIU)
261
Access Control Register for Internal Peripheral Bus 3 (SMPUP2BIU)
262
Access Control Register for Internal Peripheral Bus 7 (SMPUP6BIU)
263
Slave MPU Control Register (SMPUCTL)
263
Functions
264
Memory Protection
264
Protecting the Registers
264
Memory Protection Error
264
Security MPU
264
Register Descriptions (Option-Setting Memory)
265
Security MPU Program Counter Start Address Register (Secmpupcsn) (N = 0, 1)
266
Security MPU Program Counter End Address Register (Secmpupcen) (N = 0, 1)
267
Security MPU Region 0 Start Address Register (SECMPUS0)
267
Security MPU Region 0 End Address Register (SECMPUE0)
268
Security MPU Region 1 Start Address Register (SECMPUS1)
268
Security MPU Region 1 End Address Register (SECMPUE1)
269
Security MPU Region 2 Start Address Register (SECMPUS2)
269
Security MPU Region 2 End Address Register (SECMPUE2)
270
Security MPU Region 3 Start Address Register (SECMPUS3)
270
Security MPU Region 3 End Address Register (SECMPUE3)
271
Security MPU Access Control Register (SECMPUAC)
271
Memory Protection
272
Notes on Debug
273
References
273
Advertisement
Renesas RA4 Series User Manual (45 pages)
Evaluation Kit for RA4L1 Microcontroller Group
Brand:
Renesas
| Category:
Motherboard
| Size: 3 MB
Table of Contents
Corporate Headquarters
2
Contact Information
2
Table of Contents
5
Kit Overview
9
Figure 1. EK-RA4L1 Board Top Side
10
Figure 2. EK-RA4L1 Board Bottom Side
11
Assumptions and Advisory Notes
12
Kit Contents
13
Figure 3. EK-RA4L1 Kit Contents
13
Ordering Information
14
Hardware Architecture and Default Configuration
14
Kit Architecture
14
Table 1. Kit Architecture
14
Figure 4. EK-RA4L1 Board Functional Area Definitions
15
System Block Diagram
16
Figure 5. EK-RA4L1 Board Block Diagram
16
Jumper Configuration
17
Copper Jumpers
17
Traditional Pin Header Jumpers
17
Default Jumper Configuration
17
Figure 6. Copper Jumpers
17
Table 2. Default Jumper Configuration
17
Default Switch Configuration
19
Table 3. Default Switch Configuration (S4)
19
Table 4. Permitted Switch Configuration (S4)
19
System Control and Ecosystem Access Area
20
Figure 7. System Control and Ecosystem Access Area
20
Power
21
Power Supply Options
21
Figure 8. Power Supply Options
21
Figure 9. 5 V Test Point Location
21
Power Supply Considerations
22
Power-Up Behavior
22
Debug
22
Table 5. Debug Modes
22
Table 6. Jumper Connection Summary for Different Debug Modes (Normal Operation)
22
Table 7. Jumper Connection Summary for Different Debug Modes (Low Power Mode Operation)
22
Debug On-Board
23
Table 8. Debug USB Port Assignments
23
Table 9. Debug On-Board Jumper Configuration
23
Debug in
24
Figure 10. EK-RA4L1 Debug Interface
24
Table 10. Debug in Mode Jumper Configuration
24
Table 11. JTAG/SWO/SWD Port Assignments (J20)
24
Table 12. JTAG/SWD/SWO Port Assignments (J13)
25
Debug out
26
Debug Serial
26
Ecosystem
26
Seeed Grove ® Connections
26
Sparkfun Qwiic
26
Renesas RA4 Series Quick Design Manual (52 pages)
Brand:
Renesas
| Category:
Microcontrollers
| Size: 1 MB
Table of Contents
Table of Contents
1
1 Power Supplies
4
References
4
2 Emulator Support
5
SWD Interface
6
JTAG Interface
7
Serial Programming Interface Using SCI
8
Serial Programming Interface Using SCI: Devices with Arm
9
Trustzone ® Support
9
Multiple Emulator Interface
10
Software Setups for Emulator Connections
11
SWD and JTAG Interfaces
11
Trace Port
11
3 MCU Operating Modes
12
4 Option Setting Memory
12
Option Setting Memory Registers
15
5 Clock Circuits
15
Reset Conditions
16
Clock Frequency Requirements
16
Requirements for USB Communications
17
Requirements for Programming and Erasing ROM or Data Flash
17
Lowering Clock Generation Circuit (CGC) Power Consumption
17
Writing the System Clock Control Registers
17
Clock Setup Example
18
HOCO Accuracy
19
Flash Interface Clock
19
Board Design
19
External Crystal Resonator Selection
20
External Clock Input
20
6 Reset Requirements and the Reset Circuit
21
Pin Reset
22
Power-On Reset
22
VBATT-Selected Voltage Power-On Reset
22
Independent Watchdog Timer Reset
23
Watchdog Timer Reset
23
Voltage-Monitoring Resets
23
Deep Software Standby Reset
23
Software Reset
23
Other Resets
23
Determination of Cold/Warm Start
23
Determining the Reset Source
24
7 Trustzone Support
24
Implementation of Arm Trustzone Technology
24
Emulator Support for Trustzone
26
Device Lifecycle Management
28
8 Memory
29
Sram
30
Standby SRAM
30
Peripheral I/O Registers
31
On-Chip Flash Memory
31
Background Operation
32
ID Code Protection
32
Flash Block Protection
33
Memory Protection Unit
33
Restriction on Endianness
34
Advertisement
Renesas RA4 Series User Manual (36 pages)
Evaluation Kit for RA4E2 Microcontroller Group
Brand:
Renesas
| Category:
Computer Hardware
| Size: 1 MB
Table of Contents
Table of Contents
5
Kit Overview
8
Figure 1. EK-RA4E2 Board Top Side
9
Assumptions and Advisory Notes
10
Figure 2. EK-RA4E2 Board Bottom Side
10
Kit Contents
11
Ordering Information
11
Figure 3. EK-RA4E2 Kit Contents
11
Hardware Architecture and Default Configuration
12
Kit Architecture
12
Table 1. Kit Architecture
12
Figure 4. EK-RA4E2 Board Functional Area Definitions
13
System Block Diagram
14
Jumper Settings
14
Copper Jumpers
14
Figure 5. EK-RA4E2 Board Block Diagram
14
Traditional Pin Header Jumpers
15
Default Jumper Configuration
15
Figure 6. Copper Jumpers
15
Table 2. Default Jumper Settings
15
System Control and Ecosystem Access Area
17
Figure 7. System Control and Ecosystem Access Area
17
Power
18
Power Supply Options
18
Figure 8. Power Supply Options
18
Figure 9. Test Point Location
18
Power Supply Considerations
19
Power-Up Behavior
19
Debug and Trace
19
Debug On-Board
19
Table 3. Debug Modes
19
Table 4. Jumper Connection Summary for Different Debug Modes
19
Table 5. Debug USB Connector
19
Debug in
20
Figure 10. EK-RA4E2 Debug Interface
20
Table 6. Debug On-Board Jumper Configuration
20
Table 7. Debug in Mode Jumper Configuration
20
Debug out
21
Table 8. JTAG/SWD Connector (J20)
21
Table 9. JTAG/SWD Connector (J13)
21
Ecosystem
22
Seeed Grove ® Connectors
22
Table 10. Debug out Jumper Configuration
22
Table 11. Grove 1 Connector
22
Table 12. Grove 2 Connector
22
Sparkfun ® Qwiic Connector
23
Digilent Pmod™ Connectors
23
Figure 11. Seeed Grove and Sparkfun
23
Table 13. Qwiic Connector
23
Table 14. Pmod 1 Connector
23
Renesas RA4 Series User Manual (36 pages)
Evaluation Kit for RA4M2 Microcontroller Group
Brand:
Renesas
| Category:
Motherboard
| Size: 4 MB
Table of Contents
Table of Contents
5
1 Kit Overview
8
Figure 1. EK-RA4M2 Board Top Side
9
Figure 2. EK-RA4M2 Board Bottom Side
10
Assumptions and Advisory Notes
11
2 Kit Contents
12
3 Kit Ordering Information
12
Figure 3. EK-RA4M2 Kit Contents
12
4 Hardware Architecture and Default Configuration
13
Kit Architecture
13
Figure 4. EK-RA4M2 Board Functional Area Definitions
13
System Block Diagram
14
Jumper Settings
14
Copper Jumpers
14
Figure 5. EK-RA4M2 Board Block Diagram
14
Traditional Pin Header Jumpers
15
Default Jumper Configuration
15
Figure 6. Copper Jumpers
15
Table 1. Default Jumper Settings
15
5 System Control and Ecosystem Access Area
16
Figure 7. System Control and Ecosystem Access Area
16
Power
17
Power Supply Options
17
Power Supply Considerations
17
Figure 8. Power Supply Options
17
Power-Up Behavior
18
Debug and Trace
18
Debug On-Board
18
Table 2. Debug Modes
18
Table 3. Jumper Connection Summary for Different Debug Modes
18
Table 4. Debug USB Connector
18
Debug in
19
Figure 9. EK-RA4M2 Debug Interface
19
Table 5. Debug On-Board Jumper Configuration
19
Table 6. Debug in Mode Jumper Configuration
20
Table 7. JTAG/SWD/TRACE Connector
20
Table 8. JTAG/SWD Connector
20
Debug out
21
Ecosystem
21
Seeed Grove ® Connectors
21
Table 9. Debug out Jumper Configuration
21
Table 10. Grove 1 Connector
21
Table 11. Grove 2 Connector
21
Sparkfun Qwiic Connector
22
Digilent Pmod™ Connectors
22
Figure 10. Seeed Grove and Qwiic Connectors
22
Table 12. Qwiic Connector
22
Table 13. Pmod 1 Connector
22
Figure 11. Pmod 1
23
Figure 12. Pmod 1 Trace Cut Jumpers
23
Arduino™ Connector
24
Figure 13. Pmod 2
24
Table 14. Pmod 2 Connector
24
Table 15. Arduino uno Connections
24
Figure 14. Arduino uno Connectors
25
Mikroelektronika™ Mikrobus Connector
26
Connectivity
26
USB Full Speed
26
Figure 15. Mikrobus Connection
26
Table 16. Mikrobus Connections
26
Miscellaneous
27
User and Power Leds
27
Figure 16. USB Full Speed Connector
27
Figure 17. User Leds
27
Table 17. USB Full Speed Connector
27
Table 18. EK-RA4M2 Board LED Functions
27
User and Reset Switches
28
MCU Boot Mode
28
Figure 18. Power LED
28
Figure 19. Reset and User Switches
28
Figure 20. Boot Mode
28
Table 19. EK-RA4M2 Board Switches
28
Renesas RA4 Series User Manual (35 pages)
Evaluation Kit for RA4M3 Microcontroller Group
Brand:
Renesas
| Category:
Motherboard
| Size: 4 MB
Table of Contents
Table of Contents
5
Kit Overview
8
Figure 1. EK-RA4M3 Board Top Side
9
Assumptions and Advisory Notes
10
Figure 2. EK-RA4M3 Board Bottom Side
10
Kit Contents
11
Kit Ordering Information
11
Figure 3. EK-RA4M3 Kit Contents
11
Hardware Architecture and Default Configuration
12
Kit Architecture
12
Figure 4. EK-RA4M3 Board Functional Area Definitions
12
System Block Diagram
13
Figure 5. EK-RA4M3 Board Block Diagram
13
Jumper Settings
14
Copper Jumpers
14
Traditional Pin Header Jumpers
14
Default Jumper Configuration
14
Figure 6. Copper Jumpers
14
Table 1. Default Jumper Settings
14
System Control and Ecosystem Access Area
16
Figure 7. System Control and Ecosystem Access Area
16
Power
17
Power Supply Options
17
Power Supply Considerations
17
Power-Up Behavior
17
Figure 8. Power Supply Options
17
Debug and Trace
18
Debug On-Board
18
Table 2. Debug Modes
18
Table 3. Jumper Connection Summary for Different Debug Modes
18
Table 4. Debug USB Connector
18
Debug in
19
Figure 9. EK-RA4M3 Debug Interface
19
Table 5. Debug On-Board Jumper Configuration
19
Table 6. Debug in Mode Jumper Configuration
19
Debug out
20
Table 7. JTAG/SWD/TRACE Connector
20
Table 8. JTAG/SWD Connector
20
Ecosystem
21
Seeed Grove ® Connectors
21
Figure 10. Seeed Grove and Qwiic Connectors
21
Table 9. Debug out Jumper Configuration
21
Table 10. Grove 1 Connector
21
Table 11. Grove 2 Connector
21
Sparkfun Qwiic Connector
22
Digilent Pmod™ Connectors
22
Figure 11. Pmod 1
22
Table 12. Qwiic Connector
22
Table 13. Pmod 1 Connector
22
Figure 12. Pmod 1 Trace Cut Jumpers
23
Renesas RA4 Series User Manual (29 pages)
Fast Prototyping Board for RA4E1 Microcontroller
Brand:
Renesas
| Category:
Computer Hardware
| Size: 1 MB
Table of Contents
Table of Contents
5
Glossary
7
Table 1. List of Abbreviations and Acronyms
7
1 Board Overview
8
Figure 1. FPB-RA4E1 Board Top Side
9
Figure 2. FPB-RA4E1 Board Bottom Side
9
Assumptions and Advisory Notes
10
2 Box Contents
11
3 Ordering Information
11
Figure 3. FPB-RA4E1 Board
11
4 Hardware Architecture and Default Configuration
12
Board Architecture
12
Block Diagram
12
Figure 4. FPB-RA4E1 Board Block Diagram
12
Jumper Settings
13
Copper Jumpers
13
Traditional Pin Header Jumpers
13
Default Jumper Configuration
13
Figure 5. Copper Jumpers
13
Table 2. Default Jumper Settings
13
5 System Control and Ecosystem Access
14
Power
14
Power Supply Options
15
Power Supply Considerations
15
Figure 6. Power Supply Options
15
Power-Up Behavior
16
Debug and Trace
16
SEGGER J-Link Emulator On-Board
16
Figure 7. FPB-RA4E1 Debug Interface
16
Table 3. Debug USB Connector
16
Table 4. Debug Link Settings
16
Debugger Settings in E Studio
17
Figure 8. E 2 Studio Debugger Settings
17
Ecosystem
18
Digilent Pmod™ Connectors
18
Figure 9. Pmod 1
18
Table 5. Pmod 1 Connector
18
Figure 10. Pmod 1 Solder Bridge and Trace Cut Jumpers
19
Figure 11. Pmod 2
19
Table 6. Pmod 2 Connector
19
Arduino™ Connector
20
Table 7. Arduino uno Connections
20
Miscellaneous
21
User and Power Leds
21
Figure 12. Arduino uno Connectors
21
Figure 13. User Leds
21
Table 8. FPB-RA4E1 Board LED Functions
21
User and Reset Switches
22
MCU Boot Mode
22
MCU Clocks
22
Figure 14. Power LED
22
Figure 15. Reset (S2) and User Switch (S1)
22
Figure 16. Boot Mode Jumper (J7)
22
Table 9. FPB-RA4E1 Board Switches
22
Renesas RA4 Series User Manual (38 pages)
Evaluation Kit for RA4M1 Microcontroller Group
Brand:
Renesas
| Category:
Motherboard
| Size: 2 MB
Table of Contents
Table of Contents
4
1 Kit Overview
6
Assumptions and Advisory Notes
9
2 Kit Contents
9
3 Ordering Information
9
4 Hardware Details
10
Jumpers Settings
10
Copper Jumpers
10
Default Board Configuration
10
5 Hardware Layout
12
System Block Diagram
12
Power Requirements
12
Power Supply Options
12
Option 1: Debug USB (Default)
13
Option 2: Test Points TP3 and TP4
13
Option 3: Test Points TP1 and TP2
13
Option 4: Pin Headers
14
Powering up the Board
15
Battery Supply Configuration
15
Measuring Current Consumption
15
Main Components
17
Connectivity and Settings
17
Device USB
17
Debug USB
18
Jtag/Swd
19
Leds
20
Switches
20
Pmod a
21
Pmod B
22
User Capacitive Touch Button
22
Pin Headers
23
Pin Header J1
25
Pin Header J2
26
Pin Header J3
27
Pin Header J4
28
Additional Features
28
Analog Reference Voltages
28
On-Board Clock Crystals
29
User Potentiometer
29
Boot Configuration
30
Miscellaneous Signals
30
Avcc0/Avss0
30
Vcl
31
Vcc_Usb_Ldo
31
Vcc_Usb
31
Signal P205
32
6 Certifications
33
EMC/EMI Standards
33
Material Selection, Waste, Recycling and Disposal Standards
33
Safety Standards
33
7 Design and Manufacturing Information
34
8 Website and Support
34
Revision History
35
Renesas RA4 Series User Manual (26 pages)
Evaluation Kit for RA4W1 Microcontroller Group
Brand:
Renesas
| Category:
Motherboard
| Size: 0 MB
Table of Contents
Table of Contents
4
1 Kit Overview
6
Figure 1. EK-RA4W1 Top Side
7
Assumptions and Advisory Notes
8
Figure 2. EK-RA4W1 Bottom Side
8
2 Kit Connection
9
3 Ordering Information
9
Figure 3. EK-RA4W1 Kit Contents
9
4 Hardware Architecture and Default Configuration
10
Kit Architecture
10
Parts Layout
10
Figure 4. EK-RA4W1 Board Block Diagram
10
Figure 5. Parts Layout
10
5 Board Areas and User Circuits
11
Evaluation MCU
11
Bluetooth Low Energy (BLE) Circuit
11
Figure 6. Evaluation MCU
11
Figure 7. BLE Circuit
11
Emulator
12
Figure 8. Emulator Reset Switch (ESW1)
12
Table 1. Setting of the Emulator Reset Switch (ESW1)
12
USB-To-Serial Conversion
13
Act Led
13
Power LED
13
Figure 9. Displays Indicating Installation of the USB Driver
13
Figure 10. ACT LED on EK-RA4W1 Board
13
Figure 11. Power LED on EK-RA4W1 Board
13
Table 2. Names of the USB-To-Serial Signals
13
User LED
14
External Power Supply Header
14
Figure 12. Position of the Pattern for Cutting (SS19) (Soldered Side)
14
Figure 13. Position of the External Power-Supply Header (J6) (Top Side)
15
Pmod Connector
16
Figure 14. Pin Assignments of the Pmod
16
TM Connector (Top View)
16
Table 3. Pin Assignments of the Pmod Connector
16
Arduino uno Headers
17
Table 4. Pin Assignments of CN1 (8-Pin Power Connector)
17
Table 5. Pin Assignments of CN2 (6-Pin Analog Connector)
17
Table 6. Pin Assignments of CN3 (10-Pin Digital Connector)
17
Current Measurement Header
18
MCU Headers
18
Reset Switch
18
Figure 15. Positions of the Current Measurement Header (J7) and Pattern for Cutting (SS20) (Soldered Side)
18
Figure 16. Reset Switch on EK-RA4W1 Board
18
Table 7. Pin Assignments of CN4 (8-Pin Digital Connector)
18
User Switch
19
Patterns for Cutting
19
6 Configurations
19
Configuring the EK-RA4W1
19
Analog Power Supply
19
Figure 17. User Switch on EK-RA4W1 Board
19
Figure 18. Examples of States of Patterns for Cutting
19
On-Chip Oscillator
20
Table 9. Option-Link Resistors for the Reference Power Supply of the 14-Bit A/D Converter
20
Table 10. Option-Link Resistors for the HOCO
20
Table 11. Option-Link Resistors for the LOCO
20
Renesas RA4 Series User Manual (31 pages)
Starter Kit Capacitive Touch Evaluation System
Brand:
Renesas
| Category:
Computer Hardware
| Size: 0 MB
Table of Contents
Corporate Headquarters
2
Contact Information
2
General Precautions in the Handling of Microprocessing Unit and Microcontroller Unit Products
3
How to Use this Manual
4
Safety Items
6
Electromagnetic Environment
9
Table of Contents
11
Overview
13
Product Configuration
14
Figure 1 RA4L1 Cap Touch CPU Board
14
Product Ordering
15
Figure 2 Capacitive Touch Application Board
15
Figure 3 CPU Board and Application Board Connection
15
Hardware Default Settings
16
Switch and Jumper Default Settings
16
Figure 4 Switch Layout
16
Table 1 Default Board Settings
16
CPU Board Layout
17
Block Diagram
17
Figure 5 CPU Board Block Diagram
17
Power Supply
18
Figure 6 Power Supply System Block Diagram
18
Table 2 Power Source Jumper Settings
18
Clock Circuit
19
Figure 7 Clock Circuit
19
Table 3 Clock Specifications
19
Reset Circuit / Debug Interface
20
Figure 8 Reset Circuit / Debug Interface
20
Table 4 Function Selection Switch Specifications (SW4/SW5)
20
Push Switches / Leds
21
Figure 9 Push Switch and LED Circuits
21
Table 5 Push Switch Specifications
21
Table 6 LED Specifications
21
Pmod Interface
22
Table 7 PMOD1 Pin Assignments (Default Type 6A)
22
Table 8 PMOD2 Pin Assignments
22
Figure 10 PMOD1 Interface Switching Circuit
23
Application Board Interface
24
Table 9 Application Board Connector (CN1)
24
Table 10 Application Board Connector (CN2)
24
Capacitive Touch Application Board
25
Signal Assignments
25
Figure 11 Capacitive Touch Application Board (Connected to RA4L1 Cap Touch CPU Board)
25
Table 11 Application Header (CN1)
25
Table 12 Application Header (CN2)
26
Table 13 LED Matrix Table
26
Table 14 LED Status and Pin Output Settings
26
Certifications
27
European Union Regulatory Notices
27
Website and Support
28
Revision History
29
Renesas RA4 Series Quick Start Manual (32 pages)
Brand:
Renesas
| Category:
Motherboard
| Size: 1 MB
Table of Contents
Table of Contents
5
Ek-Ra4M2
7
Figure 1. EK-RA4M2 Kit Contents
7
1 Introduction
7
Assumptions and Advisory Notes
7
2 Kit Contents
7
Renesas RA Family
7
Figure 2. Quick Start Example Project Flow
8
3 Overview of the Quick Start Example Project
8
Quick Start Example Project Flow
8
Connecting and Powering up the EK-RA4M2 Board
9
Figure 3. Connecting the EK-RA4M2 Board to the Host PC Via USB Full Speed Port
9
4 Running the Quick Start Example Project
9
Figure 4. USB Serial Device in Windows Device Manager
10
Running the Quick Start Example Project
10
Figure 5. Selecting the Serial Port on Tera Term
11
Figure 6. Select 115200 on the Speed Pulldown
11
Figure 7. Welcome and Main Menu
12
Figure 8. Kit Information
13
Figure 9. Quad-SPI Block Write Size
14
Figure 10. Quad-SPI Speed Measurement
15
5 Customizing the Quick Start Example Project
16
Figure 11. Next Steps
16
Downloading and Importing the Quick Start Example Project
17
Downloading and Installing Software and Development Tools
17
Figure 12. Creating a New Workspace
17
Figure 13. Launching the Workspace
17
Figure 14. Importing the Project
18
Figure 15. Importing Existing Projects into the Workspace
19
Figure 16. Selecting the Root Directory
20
Figure 17. Finishing Importing the Quick Start Example Project
21
Figure 18. Opening the Configurator
22
Modifying, Generating, and Building the Quick Start Example Project
22
Figure 19. Modifying the Configuration Settings
23
Figure 20. Saving the Configuration Changes
24
Figure 21. Building the Project
24
Figure 22. Successful Build Output
24
Figure 23. Connecting the EK-RA4M2 Board to the Host PC Via USB Debug Port
25
Setting up Debug Connection between the EK-RA4M2 Board and Host PC
25
Downloading and Running the Modified Quick Start Example Project
26
Figure 24. Selecting the Debug Option
26
Figure 25. Selecting the Debug Image
26
Figure 26. Opening the Debug Perspective
27
Figure 27. Executing the Project
27
Firewall Dialogue
27
6 Next Steps
28
7 Website and Support
28
Revision History
29
Renesas RA4 Series Quick Start Manual (28 pages)
Evaluation Kit for RA4M3 Microcontroller Group
Brand:
Renesas
| Category:
Motherboard
| Size: 2 MB
Table of Contents
Table of Contents
5
Ek-Ra4M3
7
Figure 1. EK-RA4M3 Kit Contents
7
1 Introduction
7
Assumptions and Advisory Notes
7
2 Kit Contents
7
Figure 2. Quick Start Example Project Flow
8
3 Overview of the Quick Start Example Project
8
Quick Start Example Project Flow
8
Connecting and Powering up the EK-RA4M3 Board
9
Figure 3. Connecting the EK-RA4M3 Board to the Host PC Via USB Full Speed Port
9
4 Running the Quick Start Example Project
9
Figure 4. USB Serial Device in Windows Device Manager
10
Running the Quick Start Example Project
10
Figure 5. Selecting the Serial Port on Tera Term
11
Figure 6. Select 115200 on the Speed Pulldown
11
Figure 7. Welcome and Main Menu
12
Figure 8. Kit Information
12
Figure 9. Quad-SPI Block Write Size
12
Renesas RA Family
12
Figure 10. Quad-SPI Speed Measurement
13
Figure 11. Next Steps
13
5 Customizing the Quick Start Example Project
14
Downloading and Importing the Quick Start Example Project
14
Downloading and Installing Software and Development Tools
14
Figure 12. Creating a New Workspace
14
Figure 13. Launching the Workspace
15
Figure 14. Importing the Project
15
Figure 15. Importing Existing Projects into the Workspace
16
Figure 16. Selecting the Root Directory
17
Figure 17. Finishing Importing the Quick Start Example Project
18
Figure 18. Opening the Configurator
19
Modifying, Generating, and Building the Quick Start Example Project
19
Figure 19. Modifying the Configuration Settings
20
Figure 20. Saving the Configuration Changes
21
Figure 21. Building the Project
21
Figure 22. Successful Build Output
21
Figure 23. Connecting the EK-RA4M3 Board to the Host PC Via USB Debug Port
22
Setting up Debug Connection between the EK-RA4M3 Board and Host PC
22
Downloading and Running the Modified Quick Start Example Project
23
Figure 24. Selecting the Debug Option
23
Figure 25. Selecting the Debug Image
23
Figure 26. Opening the Debug Perspective
24
Figure 27. Executing the Project
24
Firewall Dialogue
24
6 Next Steps
25
7 Website and Support
25
Revision History
26
Renesas RA4 Series Quick Start Manual (28 pages)
Evaluation Kit for RA4E2 Microcontroller Group
Brand:
Renesas
| Category:
Motherboard
| Size: 1 MB
Table of Contents
Table of Contents
5
Renesas RA Family
7
Ek-Ra4E2
7
Introduction
7
Assumptions and Advisory Notes
7
Kit Contents
7
Figure 1. EK-RA4E2 Kit Contents
7
Overview of the Quick Start Example Project
8
Quick Start Example Project Flow
8
Figure 2. Quick Start Example Project Flow
8
Running the Quick Start Example Project
9
Connecting and Powering up the EK-RA4E2 Board
9
Figure 3. Connecting the EK-RA4E2 Board to the Host PC Via USB Full Speed Port
9
Figure 4. USB Serial Device in Windows Device Manager
10
Figure 5. Selecting the Serial Port on Tera Term
11
Figure 6. Select 115200 on the Speed Pulldown
11
Figure 7. Welcome and Main Menu
12
Figure 8. Kit Information
12
Customizing the Quick Start Example Project
13
Downloading and Installing Software and Development Tools
13
Figure 9. Next Steps
13
Downloading and Importing the Quick Start Example Project
14
Figure 10. Creating a New Workspace
14
Figure 11. Launching the Workspace
14
Figure 12. Importing the Project
15
Figure 13. Importing Existing Projects into the Workspace
16
Figure 14. Clicking Next to Import Existing Projects into the Workspace
16
Figure 15. Selecting the Root Directory
17
Figure 16. Finishing Importing the Quick Start Example Project
18
Modifying, Generating, and Building the Quick Start Example Project
19
Figure 17. Opening the Configurator
19
Figure 18. Open Perspective
19
Figure 19. Modifying the Configuration Settings
20
Figure 20. Saving the Configuration Changes
21
Figure 21. Building the Project
21
Figure 22. Successful Build Output
21
Setting up Debug Connection between the EK-RA4E2 Board and Host PC
22
Figure 23. Connecting the EK-RA4E2 Board to the Host PC Via USB Debug Port
22
Downloading and Running the Modified Quick Start Example Project
23
Figure 24. Selecting the Debug Option
23
Figure 25. Selecting the Debug Image
23
Firewall Dialogue
24
Figure 26. Opening the Debug Perspective
24
Figure 27. Executing the Project
24
Next Steps
25
Website and Support
25
Revision History
26
Renesas RA4 Series Quick Start Manual (23 pages)
Evaluation Kit for RA4M1 Microcontroller Group
Brand:
Renesas
| Category:
Motherboard
| Size: 0 MB
Table of Contents
Table of Contents
4
Ek-Ra4M1
6
Figure 1. EK-RA4M1 Kit Contents
6
1 Introduction
6
Assumptions and Advisory Notes
6
2 Kit Contents
6
Renesas RA Family
6
Figure 2. Quick Start Example Project Flow
7
3 Overview of the Quick Start Example Project
7
Quick Start Example Project Flow
7
Connecting and Powering up the Board
8
Figure 3. Connecting the Board to the Host PC Via USB Full Speed Port
8
4 Running the Quick Start Example Project
8
Figure 4. USB Serial Device in Windows Device Manager
9
Running the Quick Start Example Project
9
Figure 5. Selecting the Serial Port on Tera Term
10
Figure 6. Welcome Message
10
5 Customizing the Quick Start Example Project
11
Downloading and Installing Software and Development Tools
11
Figure 7. Kit Information
11
Figure 8. Next Steps
11
Downloading and Importing the Quick Start Example Project
12
Figure 10. Launching the Workspace
12
Figure 9. Creating a New Workspace
12
Figure 11. Importing the Project
13
Figure 12. Importing Existing Projects into the Workspace
13
Figure 13. Clicking Next to Import Existing Projects into the Workspace
14
Figure 14. Selecting the Root Directory
14
Figure 15. Finishing Importing the Quick Start Example Project
15
Figure 16. Opening the Configurator
15
Modifying, Generating, and Building the Quick Start Example Project
15
Figure 17. Modifying the Configuration Settings
16
Figure 18. Saving the Configuration Changes
16
Downloading and Running the Modified Quick Start Example Project
17
Figure 19. Building the Project
17
Figure 20. Successful Build Output
17
Figure 21. Selecting the Debug Option
17
Figure 22. Opening the Debug Perspective
18
Figure 23. Executing the Project
18
6 Next Steps
18
Figure 24. Example Project Directory Contents
19
7 Website and Support
20
Revision History
21
Renesas RA4 Series Quick Start Manual (24 pages)
Brand:
Renesas
| Category:
Computer Hardware
| Size: 1 MB
Table of Contents
Table of Contents
6
Introduction
8
Assumptions and Advisory Notes
8
Kit Contents
8
Overview of the Quick Start Guide Project - Asset Movement Recognition (AMR)
9
Figure 1. AIK-RA4E1 Kit Contents
9
Quick Start Guide Project Flow
10
Running the Quick Start Example Project
10
Connecting and Powering up the AIK-RA4E1 Board
10
Figure 2. Quick Start Guide Project Flow
10
Running the Quick Start Guide Project
11
Customizing the Quick Start Guide Project
11
Downloading and Installing Software and Development Tools
11
Figure 3. Connecting the AIK-RA4E1 Board to the Host PC Via USB Debug Port
11
Downloading and Importing the Quick Start Example Project
12
Modifying, Generating, and Building the Quick Start Guide Project
12
Figure 4. Creating a New Workspace
12
Figure 5. Launching the Workspace
13
Figure 6. Importing the Project
13
Figure 7. Importing Existing Projects into the Workspace
14
Figure 8. Clicking Next to Import Existing Projects into the Workspace
15
Figure 9. Selecting the Root Directory
16
Figure 10. Finishing Importing the Quick Start Guide Project
17
Figure 11. Opening the Configurator
18
Figure 12. Modifying the Configuration Settings
18
Setting up Debug Connection between the AIK-RA4E1 Board and Host PC
19
Figure 13. Saving the Configuration Changes
19
Figure 14. Building the Project
19
Figure 15. Successful Build Output
19
Downloading and Running the Modified Quick Start Example Project
20
Figure 16. Connecting the AIK-RA4E1 Board to the Host PC Via USB Debug Port
20
Figure 17. Selecting the Debug Option
20
Figure 18. Opening the Debug Perspective
20
Next Steps
21
Website and Support
21
Figure 19. Executing the Project
21
Revision History
22
AIK-RA4E1 - Quick Start Guide
23
Aik-Ra4E1
24
R12Qs0076Ee0100
24
Renesas RA4 Series Engineering Manual (17 pages)
Brand:
Renesas
| Category:
Microcontrollers
| Size: 0 MB
Table of Contents
Table of Contents
2
Overview
4
Kit Contents
4
Kit Ordering Information
4
Figure 1. VOICE-RA4E1 Kit Contents
4
Kit Peripheral Features
5
MCU Feature Support
5
Kit Architecture
7
System Block Diagram
7
Figure 2. System Block Diagram
7
Jumper Settings
8
Traditional Pin Header Jumpers
8
Copper Jumpers
8
Figure 3. Copper Jumpers
8
Table 1. Default Jumper Settings
8
MCU Port Mapping
9
Table 2. Default Copper Jumper Settings
9
Table 3. MCU Port Assignments
9
Implementation Details
10
QSPI nor Flash
10
Pmod
10
Figure 4. PMOD Connector
10
Table 4. QSPI Flash Port Assignments
10
Table 5. PMOD Port Assignments (J15)
10
Microphones
11
Audio out
11
Leds
11
Table 6. Analog MEMS Microphone Left Channel (M2) Port Assignments
11
Table 7. Analog MEMS Microphone Right Channel (M3) Port Assignments
11
Table 8. Digital I2S MEMS Microphone Left Channel (M1) Port Assignments
11
Table 10. Headphone Jack Pin Assignments
11
Table 11. User LED Port Assignments
11
Buttons
12
Debug
12
Table 12. User Button Port Assignment (S1)
12
Table 13. Jumper Connection Summary for Different Debug
12
Table 14. Debug USB Connector
12
Table 15. 10-Pin JTAG/SWD Connector (J8)
13
Table 16. 20-Pin JTAG/SWD Connector (J9)
13
Table 17. Debug Port Signal Assignments
13
Power
14
Usb
14
Figure 5. VOICE-RA4E1 Power Block Diagram
14
Table 18. USB Full Speed / USB Type-C Signal Assignments (J1)
14
Certifications
15
Revision History
15
Renesas VUI Reference Solution VOICE-RA4E1 Engineering Manual
17
Renesas RA4 Series Quick Start Manual (19 pages)
Evaluation Kit for RA4W1 Microcontroller Group
Brand:
Renesas
| Category:
Motherboard
| Size: 1 MB
Table of Contents
Table of Contents
4
1 Introduction
6
Figure 1. EK-RA4W1 Board (Top View)
6
Assumptions and Advisory Notes
7
2 Kit Connection
7
Figure 2. EK-RA4W1 Kit Contents
7
Renesas RA Family
8
Ek-Ra4W1
8
3 Overview of the Quick Start Example Project
8
Figure 3. Operating Flow
8
4 Running the Quick Start Example Project
9
Connecting and Powering up the EK-RA4W1 Board
10
Startup Confirmation
10
5 Checking Operation
10
Figure 4. USB Connector CN5
10
Figure 5. USB Serial Driver Installation Message
10
Figure 6. LED Blinking
10
Setting up Communication with a Smartphone
11
Figure 7. Connect to this Product
11
Figure 8. Filter Function
11
Figure 9. Confirmation of Connection Establishment
12
Figure 10. Selecting Switch State Characteristic
12
Figure 11. Allowing Notifications
13
Figure 12. Switch Status Notification
13
Figure 13. Selecting LED Blink Rate Characteristic
14
Figure 14. LED Blink Control
14
6 Evaluating the Functionality
15
Programming HCI Firmware
15
Connecting BTTS
15
Figure 15. Connecting to PC for Programming HCI Firmware
15
Figure 16. Connecting to PC for Connecting BTTS
15
7 Restoring Factory Settings
16
8 Website and Support
16
Figure 17. Connecting to PC for Programming Factor Software
16
Revision History
17
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