Nuvoton Nu-Link2-Pro Manuals

Manuals and User Guides for Nuvoton Nu-Link2-Pro. We have 1 Nuvoton Nu-Link2-Pro manual available for free PDF download: User Manual

Nuvoton Nu-Link2-Pro User Manual (77 pages)

Debugger and Programmer

Brand: Nuvoton | Category: Motherboard | Size: 6 MB

Table of Contents
2
Introduction
8
Table 1.1-1 Nu-Link Debugger/ Programmer Technical Abbreviations
8
Nu-Link2-Pro Features
9
Getting Started with Nu-Link2-Pro
10
Nu-Link2-Pro Kit Contents
10
Figure 2.1-1 Nu-Link2-Pro Full Kit Contents
10
Nu-Link2-Pro PCBA
11
Figure 2.2-1 Front View of Nu-Link2-Pro PCBA
11
Figure 2.2-2 Rear View of Nu-Link2-Pro PCBA
11
Nu-Link2-Pro Overview
12
Figure 2.3-1 Nu-Link2-Pro Connector and Function Overview
12
Table 2.3-1 Status Leds Difference List
13
Connecting the Nu-Link2-Pro
14
Nu-Link2-Pro Compatible Extension Connectors
14
Figure 3.1-1 Pin Definition of Nu-Link2-Pro Connectors
14
SWD Interface Pin Definition and Function Connection
15
ICE Programming Connection
15
Table 3.2-1 SWD Interface Pin Definition and Description
15
Virtual COM Connection
16
Figure 3.2-1 SWD Interface Connection Diagram for ICE
16
Table 3.2-2 SWD Interface Corresponding Pin for ICE
16
Automatic IC Programming Connection
17
Figure 3.2-2 SWD Interface Connection Diagram for Virtual COM
17
Table 3.2-3 SWD Interface Corresponding Pin for Virtual COM
17
Figure 3.2-3 SWD Interface Connection Diagram for Automatic IC Programming
18
Table 3.2-4 SWD Interface Corresponding Pin for Automatic IC Programming
18
Bridge Interface Pin Definition and Function Connection
19
UART Connection
19
Table 3.3-1 Bridge Interface Pin Definition and Description
19
I 2 C Connection
20
Figure 3.3-1 Bridge Interface Connection Diagram for UART
20
Table 3.3-2 Bridge Interface Corresponding Pin for UART
20
Figure 3.3-2 Bridge Interface Connection Diagram for I 2 C
21
Table 3.3-3 Bridge Interface Pin for I 2 C
21
SPI Connection
22
Figure 3.3-3 Bridge Interface Connection Diagram for SPI
22
RS-485 Connection
23
Figure 3.3-4 Bridge Interface Connection Diagram for RS-485
23
Table 3.3-4 Bridge Interface Corresponding Pin for SPI
23
CAN BUS Connection
24
Figure 3.3-5 Bridge Interface Connection Diagram for CAN BUS
24
Table 3.3-5 Bridge Interface Corresponding Pin for RS-485
24
PWM and Capture
25
Figure 3.3-6 Bridge Interface Connection Diagram for PWM
25
Table 3.3-6 Bridge Interface Corresponding Pin for CAN BUS
25
ADC Connection
26
Figure 3.3-7 Bridge Interface Connection Diagram for ADC
26
Table 3.3-7 Bridge Interface Corresponding Pin for PWM
26
GPIO Connection
27
Figure 3.3-8 Bridge Interface Connection Diagram for GPIO
27
Table 3.3-8 Bridge Interface Corresponding Pin for ADC
27
Table 3.3-9 Bridge Interface Corresponding Pin for GPIO
28
ETM Interface Pin Definition and Function Connection
29
SWD Connection
29
Table 3.4-1 ETM Interface Pin Definition and Description
29
ETM Connection
30
ICP Offline Programming Function Connection
30
Figure 3.4-1 ETM Interface Connection Diagram for SWD and ETM Function
30
Figure 3.5-1 ICP Offline Programming Illustration of SWD Interface
31
Debugging and Programming
32
Debugging
32
Debug Mode
32
Breakpoints
32
System Viewer
32
Figure 4.1-1 Setting Breakpoints in Keil MDK Debug Mode
32
Figure 4.1-2 System Viewer Control Related Options in Keil MDK Debug Mode
33
Semihost
34
Figure 4.1-3 System Viewer in Keil MDK Debug Mode
34
Embedded Trace Macrocell (ETM)
35
Figure 4.1-4 Semihost Options in Keil MDK Debug Mode
35
Programming
36
ICP Online Programming
36
ICP Offline Programming
36
Figure 4.2-1 Online Programming Flow Diagram
36
ISP Online Programming
37
Software Serial Number (SN)
37
Figure 4.2-2 Offline Programming Flow Diagram
37
Wide Voltage Programming
38
Installing the Nu-Link2-Pro Driver
38
Figure 4.2-3 Software Serial Number (SN) Settings
38
Installation and Setup
39
Connecting to the Nu-Link2-Pro
39
Figure 5.1-1 Nu-Link2-Pro Connection Diagram
39
Software Setup
40
ICP Tool
40
Figure 5.2-1 Startup Screen of ICP Tool
40
Figure 5.2-2 ICP Tool Main Window
40
Figure 5.2-3 Select One Nu-Link2-Pro
41
Figure 5.2-4 ICP Tool Programming Options
41
Figure 5.2-5 Nu-Link2-Pro Connected with a Target Chip Detected
42
Figure 5.2-6 Nu-Link2-Pro Connected with no Target Chip Detected
42
Figure 5.2-7 Programming File Selection Window
43
Figure 5.2-8 Programming Completion Window
43
Keil MDK
44
Figure 5.2-9 Warning Message of "Device Not Found
44
Figure 5.2-10 Project File Migrate to Version 5 Format
44
Figure 5.2-11 Enable Debug Information for Keil MDK
45
Figure 5.2-12 Debugger Setting in Options Window
45
Figure 5.2-13 Programming Setting in Options Window
46
Figure 5.2-14 Nu-Link2-Pro Parameter Settings
46
Figure 5.2-15 Keil MDK Programmer Selection
47
Figure 5.2-16 Nu-Link2-Pro Programming Settings
47
Table 5.2-1 Debugger Function Settings Description
47
Figure 5.2-17 Compile and Download the Project
48
Figure 5.2-18 Keil MDK Debug Mode
48
Figure 5.2-19 Debug Message on Serial Port Terminal Windows
49
Figure 5.2-20 Open M480 Project
49
Figure 5.2-21 Trace Setup with ETM
50
Figure 5.2-22 Initialize File for Trace Pins
50
Figure 5.2-23 Build and Download Windows for ETM
51
Figure 5.2-24 Tracing Information Dialog
51
Figure 5.2-25 Breakpoint Setting and Execution
52
Iar Ewarm
53
Figure 5.2-26 Options Selection
53
Figure 5.2-27 IAR EWARM Target Chip Selection
53
Figure 5.2-28 Set IAR EWARM as Third-Party Driver for Debugger & Programmer
54
Figure 5.2-29 IAR EWARM Programming Settings
54
Figure 5.2-30 Select.board File for IAR EWARM
55
Figure 5.2-31 Set the Path of the IAR EWARM Debugger Driver Plugin
55
Figure 5.2-32 Specify the Port and Target I/O Voltage
56
Figure 5.2-33 Compile and Download the Project
56
Figure 5.2-34 IAR EWARM Debug Mode
57
Figure 5.2-35 Debug Message on Serial Port Terminal Windows
57
Nueclipse GCC
58
Figure 5.2-36 Import the Project in Nueclipse
58
Figure 5.2-37 Import Projects Windows
58
Figure 5.2-38 Open Project Properties Window
59
Figure 5.2-39 Project Properties Settings
59
Figure 5.2-40 Build Project
60
Figure 5.2-41 Open Debug Configuration
61
Figure 5.2-42 Main Tab Configuration
61
Figure 5.2-43 Debugger Tab Configuration
62
Figure 5.2-44 Debugger Tab Configuration
63
Figure 5.2-45 Nueclipse Debug Mode
64
Figure 5.2-46 Debug Message on Serial Port Terminal Windows
64
ISP Tool
65
Figure 5.2-47 Startup Screen of ISP Tool
65
Figure 5.2-48 ISP Is Not Connected to any Device of ISP Tool
65
Figure 5.2-49 ISP Firmware Sample Code Project
66
Table 5.2-2 Connection Interface Option of ISP Tool
66
Figure 5.2-50 Boot from LDROM Setting in Keil ISP Firmware Project
67
Figure 5.2-51 Connect to Target Chip with SPI Interface
67
Figure 5.2-52 Select VCOM Port Number with UART Interface
68
Table 5.2-3 Entering the ISP Conditions for ISP Tool Connection
68
More Features of Nu-Link2-Pro Firmware
69
Figure 5.2-53 Program Data to Target Chip with SPI Interface
69
Figure 5.2-54 Update Nu-Link2 Firmware or DUT Firmware
70
Appendix
71
Nu-Link2-Pro Operating Current of ICP
71
Table 6.1-1 Nu-Link2-Pro Operating Current (Online Programming)
71
Table 6.1-2 Nu-Link2-Pro Operating Current (Offline Programming) of SPI Flash
71
Table 6.1-3 Nu-Link2-Pro Operating Current (Offline Programming) of USB Flash
71
Table 6.1-4 Nu-Link2-Pro Operating Current (Offline Programming) of Micro SD Card
71
Nu-Link2-Pro Operating Current of ISP
72
Table 6.2-1 Operating Current of ISP Online Programming
72
Automatic IC Programming System
73
Operation Sequence and Waveform
73
Figure 6.3-1 SWD Connector Pin Diagrams
73
Figure 6.3-2 PASS Waveform
73
Figure 6.3-3 FAIL Waveform
74
Nu-Link Debugger and Programmer Comparison
75
Table 6.1-1 Comparison of All Nu-Link Debugger and Programmer
75
Table 6.1-2 Comparison of Integrated Nu-Link Debugger and Programmer on Development Board
76
Revision History
77

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Motherboard Microcontrollers Computer Hardware Amplifier Control Unit

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Nuvoton Nu-Link2-Pro User Manual (77 pages)

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