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Renesas DA14535 Manuals
Manuals and User Guides for Renesas DA14535. We have
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Renesas DA14535 manuals available for free PDF download: User Manual, Manual
Renesas DA14535 User Manual (63 pages)
Brand:
Renesas
| Category:
Microcontrollers
| Size: 6 MB
Table of Contents
Abstract
1
Table of Contents
2
Contents
2
Figures
3
Tables
4
Terms and Definitions
5
References
5
Introduction
6
Features of Da1453X Pro-DB
6
Figure 1. the Da1453X Pro-Devkit
6
Features of Da1453X Pro-MB
7
Da1453X Pro-Devkit Hardware Block Diagram
7
Figure 2. Block Diagram of the Pro Da1453X Dev-Kit Platform
7
Getting to Know Da1453X Pro-Devkit
8
Da1453X Pro-Devkit Hardware Components
8
Figure 3. Da1453X Complete System of Pro-MB, Pro-DB and PMM2
8
Jumper Settings
9
Figure 4. Default Jumper Settings for Da1453X Pro-Devkit
9
Table 1. Pro-Dev-Kit Part Numbers and Description
9
Table 2. Headers and Jumper Settings of Da1453X Pro-Daughterboard
9
Table 3. Headers and Jumper Settings of Da1453X Pro-Motherboard
10
Da1453X Pro-Devkit Default Setup
11
Table 4. Da1453X Pro-DB and Pro-MB Signals Assignment (Default)
12
Da1453X Pro-DB
13
Figure 5. System Block Diagram of Da1453X Pro-DB
13
Figure 6. DA14531 and DA14535 Component's Placement
13
Figure 7. DA14533 Component's Placement
14
Power Section of Pro-DB
15
Figure 8. Current Measurement Connector, J2
15
RF Section
16
R-Multiplexer
16
Figure 9. RF Section of Da1453X Pro-DB
16
Figure 10. Modifications Required for Performing RF Measurements
16
SPI Data Flash on Pro-DB
17
Figure 11. R-Multiplexer Default Setup
17
Figure 12. Optional SPI-Flash on the DA14533, DA14535 Pro-DB
18
Da1453X Pro-MB
19
Figure 13. Da1453X Pro-MB Block Diagram
19
Figure 14. Pro-MB (610-01-A)
20
Power Section
22
Da1453X Pro-DB Power Circuit
22
Figure 15. Da1453X Pro-MB Power Tree Block Diagram
22
U26 (Por)
23
Pmm2
23
Figure 16. Da1453X Pro-DB Power Circuit
23
Figure 17. J5 Header Configuration
23
Figure 18. PMM2 Slot
24
Figure 19. How to Mount the PMM2 on the Da1453X Pro-MB
24
Mode Selection (Buck, Boost, By-Pass)
25
Figure 20. J9 Header Configuration
25
Figure 21. J4 Header Mode Selection
25
Usb Hub
26
Figure 22. J4 Header Configuration
26
Figure 23. USB HUB Circuitry
26
USB to UART
27
Figure 24. USB HUB Power Supply
27
Figure 25. USB to UART Circuitry
28
Figure 26. USB to UART Power Supply
28
USB to JTAG
29
Reset Function
29
Figure 27. USB to JTAG (U25)
29
Figure 28. Reset Circuit Block Diagram
30
Figure 29. Reset Circuit on Da1453X Pro-MB
30
Voltage Translator
31
SPI Data Flash
31
Figure 30. Position of the SW1 and J23 Header on the Da1453X Pro-MB
31
Figure 31. Voltage Translator Circuitry
31
Figure 32. SPI Data Flash Schematic
32
Figure 33. Jumper Configuration at J1 Header on Pro-MB
32
Table 5. Configuration Settings for SPI Data Flash in Da1453X Pro-MB
32
Configuration Headers J1 and J10
33
Figure 34. SPI Data Flash and Configuration Jumpers Position
33
Figure 35. J1 Pin Assignment (Including J10)
33
UART Configuration
34
Figure 36. J1 Default Jumper Configuration
34
Table 6. UART Signals Assignment in Da1453X Dev-Kit
34
Single-Wire UART
35
Figure 37. Single-Wire UART Jumper Configuration at J1 Header on Pro-MB
35
Figure 38. Single-Wire UART Configuration Jumpers Position
35
Two-Wires UART
36
Figure 39. Two-Wires UART Jumper Configuration at J1 Header on Pro-MB
36
Figure 40. Two-Wires UART Configuration Jumpers Position
36
Figure 41. Enable Two-Wires UART on Pro-DB
36
Four-Wires UART/UART with Flow Control
37
Figure 42. Enabling Two-Wires UART with Jumper Wires
37
Figure 43. Full-Wire UART Jumper Configuration at J1 Header
37
Figure 44. Four UART Configuration Jumpers Position
38
Figure 45. Enable Two-Wires UART on Pro-DB
38
6.10 JTAG Configuration
39
Figure 46. Enabling Two-Wires UART with Jumper Wires
39
Figure 47. JTAG Jumper Configuration at J1 Header
39
Table 7. UART Signals Assignment in Da1453X Dev-Kit
39
6.11 Breakout Header J2
40
Figure 48. JTAG Configuration Jumpers Position
40
Figure 49. J2 Schematic
40
Figure 50. J2 Position on Da1453X Pro-MB
40
6.12 Push Buttons
41
Figure 51. Push Buttons SW2 and SW3
41
Figure 52. Push Buttons Position on the Da1453X Pro-MB
41
Figure 53. J19 Header Position on the Da1453X Pro-MB
41
6.13 User LED
42
6.14 Mikrobus Interface
42
Figure 54. User LED (D5)
42
Figure 55. User LED Position
42
Figure 56. Mikrobus Slot
42
6.15 PMOD Interface
43
Figure 57. Mikrobus Position on the Da1453X Pro-MB
43
Figure 58. PMOD Slot
43
Figure 59. PMOD Position on the Da1453X Pro-MB
43
6.16 Measurements and Software Triggers
44
Figure 60. Power Measurement Module (PMM2) Block Diagram
44
Figure 61. Current Measurement Socket (M2)
45
Table 8. Monitored Power Sources
45
Figure 62. Selection Jumper Block (J24) and Buffer MOSFETS for I/O Levels Compatibility
46
Figure 63. Da1453X Waveforms, Captured from Power Profiler of Smartsnippet Toolbox
47
The Power Measurement Module 2 (PMM2), (500-29-X)
48
Figure 64. PMM2 Current Measurement Circuit PMM2
48
Figure 65. PMM2 on Board Peripherals (Power Supply, Memory and so On)
49
Accuracy of Current Measurement for VBAT System (VLDO)
50
Figure 66. Current Measurement Unit PCBA (TOP)
50
Figure 67. Normal Mode (1 Μa to 640 Ma at 3.3 V) Data after Offset Calibration
51
Figure 68. Hibernation Mode (100 Na to 60 Μa at 3.3 V) Data after Offset Calibration
51
Table 9. Accuracy of the Current Measurement Circuit
51
Appendix A Schematics
52
Da1453X Pro Motherboard (610-01-B), Schematic
52
Figure 69. Da1453X Pro-MB (610-01-B), GPIO Connectivity, Voltage Translators, and Data Flash
52
Figure 70. Da1453X Pro-MB (610-01-B), PMM2 Interface
53
Figure 71. Da1453X Pro-MB (610-01-B), the MCU with Segger Implementation
54
Figure 72. Da1453X Pro-MB (610-01-B), USB Hub, UART and Power Section
55
DA14535 Pro Daughterboard (610-02-A), Schematic
56
Figure 73. DA14535 Pro-DB (610-02-A)
56
DA14533 Pro Daughterboard (610-05-A), Schematic
57
Figure 74. DA14533 Pro-DB (610-05-A)
57
PMM2, Power Measurement Module (500-29-E), Schematic
58
Figure 75. PMM2 (500-29-E), Main Circuit
58
Figure 76. PMM2 (500-29-E), Mating Connector, Power Supply and EEPROM
59
Revision History
60
Contact Information
62
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Renesas DA14535 Manual (35 pages)
USB Development Kit Hardware
Brand:
Renesas
| Category:
Microcontrollers
| Size: 2 MB
Table of Contents
Contents
1
Table of Contents
1
Figures
2
Tables
2
1 Terms and Definitions
4
2 References
4
3 Introduction
5
4 System Overview
5
Features
5
Figure 1. DA14535 USB Kit
5
System and Components Description (Top View)
6
Figure 2. USB Kit - Top Side
6
System and Components Description (Bottom View)
7
Figure 3. USB Kit - Bottom Side
7
5 USB Kit System
8
Overview
8
DA14535 System
9
Figure 4. Block Diagram of DA14535 USB Development Kit
9
Figure 5. DA14535 Section Schematic
9
DA14535 GPIO Assignment
10
Table 1. DA14535 USB Development Kit Pin Assignment
10
Default Configuration
11
Figure 6. Default DIP Switch Configuration
11
Table 2. Default Configuration DIP Settings
11
1-Wire Bootable UART
12
Figure 7. Single Pin UART Multiplexer
12
Optional 2-/4-Wire UART
13
Figure 8. DIP Switch Configuration for UART
13
Table 3. UART Configuration DIP Settings
13
Crystals
14
Table 4. Y1 (32 Mhz Crystal) Characteristics
14
Table 5. Y2 (32 Khz Crystal) Characteristics
14
Antenna and RF Port
15
Figure 9. RF Section
15
SPI Data Flash Memory (U2)
16
Figure 10. SPI Data Flash
16
Figure 11. SPI Flash Package Options
16
Reset Circuit
17
Figure 12. Reset Circuit
17
Figure 13. RESET Push Button (SW1)
17
General-Purpose Push Button
18
Figure 14. General-Purpose Push Button
18
Figure 15. General-Purpose Push Button SW2
18
Debugging Port DIP Switch
19
Figure 16. DIP Switch Configuration
19
Mikrobus™ Module
20
Figure 17. Mikrobus™ Pin Assignment
20
Figure 18. Guides for Proper Mikrobus™ Click Board Insertion
20
Figure 19. Mikrobus™ Pin Assignment (Bottom View)
20
User Controlled LED
21
GND Test Point
21
Figure 20. General-Purpose LED
21
Figure 21. GND Support Point
21
Over Voltage Protection Circuit
22
Figure 22. over Voltage Protection Circuit
22
Debug Interface (U4)
23
Figure 23. Debugging Processor - UART and JTAG Interface (U4)
23
Power Measurements
24
Figure 24. Power Measurement Header
24
Figure 25. Current Measurement Header (J2)
24
Operation from a Wall Adapter or Power Pack
25
Figure 26. Operation with a Battery Pack
25
Figure 27. Resistor R48
25
Operation from a Coin Cell Battery
26
Known Issues
26
Figure 28. Resistors R50 and R51
26
Figure 29. Wrong Label on Mikrobus™ Pin Assignment (Bottom View)
26
Appendix A Schematics
27
Figure 30. DA14535 Soc and Peripherals
27
Figure 31. Debug Interface (UART/JTAG)
28
Appendix B Components Placement on PCB
29
Figure 32. Components Placement, Top Side on the Left and Bottom Side on the Right
29
Appendix C PCB Layer Chart
30
Figure 33. PCB Cross Section
30
Appendix D PCBA Label
31
Figure 34. Label on PCBA
31
Appendix E Conformity Assessment
32
FCC Notice (Applicable to Evaluation Kits Not FCC-Approved)
32
CE (Radio Equipment Directive 2014/53/EU (RED)) - (Europe)
32
Ukca (Uk)
32
MIC (Japan)
32
Figure 35. GITEKI Mark Label
32
WEEE Directive (2012/19/EU)
33
Rohs Compliance
33
Revision History
34
Renesas DA14535 User Manual (32 pages)
Development Kit
Brand:
Renesas
| Category:
Computer Hardware
| Size: 3 MB
Table of Contents
Table of Contents
1
Terms and Definitions
3
References
3
Introduction
4
Figure 1. DA14535 SMARTBOND TINY™ MODULE
4
Figure 2. DA14535 SMARTBOND TINY™ MODULE DEVKIT
4
Features of DA14535 SMARTBOND TINY™ MODULE DB
5
Figure 3. DA14535 (Right) and DA14531 (Left) SMARTBOND TINY™ MODULE DB
5
Features of Da1453X Pro-MB
6
Features of PMM2 (Power Measurement Module, 500-29-X)
6
Get Started with DA14535 SMARTBOND TINY™ MODULE Development Kit
7
Da14535Mod
7
Hardware Components of the DEVKIT
7
Figure 4. Hardware System of DA14535MOD
7
First Steps with DA14535 SMARTBOND TINY™ MODULE DEVKIT
8
DA14535 SMARTBOND TINY™ MODULE Development Kit Pro Setup
8
Figure 5. Mount DA14535 SMARTBOND TINY™ MODULE DB to Da1453X Pro-MB with PMM2
8
Table 1. DA14535 SMARTBOND TINY™ MODULE DB Default Functionality
8
Figure 6. Da1453X Pro-MB Default Jumper Configuration with Da1453X SMARTBOND TINY™ MODULE DB Attached
9
Table 2. Da1453X Pro-MB Default Jumper Settings
10
DA14535 SMARTBOND TINY™ MODULE Daughterboard
11
Figure 7. Block Diagram of DA14535 SMARTBOND TINY™ MODULE DB
11
Figure 8. Top Side Components of DA14535 SMARTBOND TINY™ MODULE DB
11
Figure 9. Bottom Side of DA14535 SMARTBOND TINY™ MODULE DB
12
Table 3. Test Points Description
12
Gpios and Pin Assignment on DA14535 SMARTBOND TINY™ MODULE DB
13
Figure 10. Gpios Connectivity on DA14535 SMARTBOND TINY™ MODULE Development Kit
14
Figure 11. Gpios Circuitry on DA14535 SMARTBOND TINY™ MODULE DB
14
Table 4. GPIO Multiplexing on DA14535 SMARTBOND TINY™ MODULE DB
15
Power Section
16
Default Power Supply Option Configuration
16
Optional USB Power Section
16
Figure 12. Power Option Selection for DA14535 SMARTBOND TINY™ MODULE DB
16
Figure 13. Power Option Default Configuration
16
Reset Operation
17
Figure 14. Optional USB Power Supply Section
17
Figure 15. the RESET Circuitry
17
General Purpose Buttons
18
Figure 16. Reset Button on DA14535 SMARTBOND TINY™ MODULE DB
18
Figure 17. General Purpose Push Buttons on DA14535 SMARTBOND TINY™ MODULE DB
18
Figure 18. Default General Purpose Push Button (SW2) on DA14535 SMARTBOND TINY™ MODULE DB
18
General Purpose Leds
19
Figure 19. SW2 Configuration on Da1453X Pro-MB
19
Figure 20. General Purpose Leds on DA14535 SMARTBOND TINY™ MODULE DB
19
Figure 21. Default LED on DA14535 SMARTBOND TINY™ MODULE DB
19
Mikrobus™ Module
20
Figure 22. D5 LED on Da1453X Pro-MB Is Not Driven from DA14535 SMARTBOND TINY™ MODULE
20
Figure 23. Default Programming Interface of Mikrobus™ Module on DA14535 SMARTBOND TINY™ MODULE
20
Figure 24. Mikrobus™ Module Socket on DA14535 SMARTBOND TINY™ MODULE DB
20
Debugging Interface
21
Figure 25. Example of Mounting Mikrobus™ Module
21
Table 5. Mikrobus™ Gpios Multiplexing
21
Table 6. Signals of Debugging Interface
21
Programming and Debugging Interface Setup
22
Figure 26. Optional Debug Port
22
Table 7. Pin Assignment of Debugging Connector J2 on DA14535MOD
22
Table 8. Jumper Settings on Da1453X Pro-MB for Enabling Debugging
22
1-Wire UART, JTAG, RESET
23
Table 9. Power, SPI Flash and Programming/Debugging Jumper Setup of Da1453X Pro-MB for the TINY™ MODULE
23
Table 10. Pin Assignment for DA14535 SMARTBOND TINY™ MODULE Configuration 1
23
Figure 27. Da1453X Pro-MB Jumper Setup for 1-Wire UART, JTAG, and RESET Operation
24
2-Wire UART, JTAG, RESET
25
Figure 28. Da1453X Pro-MB Jumper Setup for 2-Wire UART, JTAG and RESET Operation
25
Table 11. Pin Assignment for DA14535 SMARTBOND TINY™ MODULE Configuration 2
25
4-Wire UART, JTAG, RESET
26
Figure 29. Da1453X Pro-MB Jumper Setup for 4-Wire UART, JTAG, and RESET Operation
26
Table 12. Pin Assignment for DA14535 SMARTBOND TINY™ MODULE Configuration 3
26
Known Issues
27
Keil JTAG Default Clock Speed
27
Figure 30. Keil Reported Error When Opening Debugger Session
27
Figure 31. Steps to Set up JTAG Clock Speed
27
Appendix A DA14535 SMARTBOND TINY™ MODULE DB [610-06-A]
28
A.1 Schematic
28
Figure 32. Schematic of DA14535 SMARTBOND TINY™ MODULE DB [610-06-A]
28
A.2 Placed Components
29
Figure 33. Components on Top and Bottom Sides for DA14535 SMARTBOND TINY™ MODULE DB [610-06-A]
29
Revision History
30
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