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MB95F136JBS
Fujitsu MB95F136JBS Manuals
Manuals and User Guides for Fujitsu MB95F136JBS. We have
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Fujitsu MB95F136JBS manual available for free PDF download: User Manual
Fujitsu MB95F136JBS User Manual (110 pages)
8-BIT MICROCONTROLLER bits pot yellow LIN board
Brand:
Fujitsu
| Category:
Microcontrollers
| Size: 2.26 MB
Table of Contents
Revision History
2
Note
3
Table of Contents
4
Introduction
10
Contact
11
Suppliers of the Parts/Materials
12
1 Setting up the Starter Kit
13
Table 1-1 Component List
13
Figure 1-1 External View of a Starter Kit
14
Table 1-2 Description of the Respective Parts of a Starter Kit
15
Figure 1-2 System Connection Diagram (Single-Unit Operation)
17
Figure 1-3 System Connection Diagram (When Performing LIN Communication)
18
Table 1-3 MB95F136JBS Pin Assignment
19
Setting up the PC
21
Downloading the Software
22
Installing the Integrated Development Environment SOFTUNE (Bits Pot Yellow Dedicated Version)
22
Figure 1-4 SOFTUNE Setup Confirmation
22
Figure 1-5 Starting SOFTUNE Setup
22
Figure 1-6 SOFTUNE Setup Confirmation
23
Figure 1-7 SOFTUNE Setup/License Agreement
23
Figure 1-8 SOFTUNE Setup/Version Information
24
Figure 1-9 SOFTUNE Setup/Selecting the Destination of Installation
24
Figure 1-10 SOFTUNE Setup/Selecting the Components
25
Figure 1-11 SOFTUNE Setup/Confirming the Installation Settings
25
Figure 1-12 SOFTUNE Setup/Completion
26
Installing the PC Writer FUJITSU FLASH USB Programmer (Bits Pot Yellow Dedicated Version)
27
Figure 1-13 PC Writer/Installation Dialog
27
Figure 1-14 PC Writer/Setup Type
28
Figure 1-15 Finished PC Writer/Ready to Install
28
Figure 1-16 Completing the PC Writer Installation
29
Connecting It to the PC and Installing the USB Driver
30
Figure 1-17 Installing BGM Adapter (MB2146-09)
30
Figure 1-18 Selecting the Search Locations
31
Figure 1-19 Hardware Installation
31
Figure 1-20 Completing the BGM Adapter (MB2146-09) Installation
32
Configuring the Starter Kit
33
Figure 1-21 MODE Selection
33
Figure 1-22 Connection between the PC and the Starter Kit
34
2 Running the Program
35
Executing in Single Chip Mode
36
Building a Project
36
Figure 2-1 SOFTUNE Workbench Start Window
36
Figure 2-2 Opening a Workspace
37
Figure 2-3 Selecting a Workspace
37
Figure 2-4 Setting the Active Project
38
Figure 2-5 Changing the Active Project
38
Figure 2-6 Building a Project
39
Figure 2-7 Completing the Build
39
Writing the Program into the Microcontroller
40
Figure 2-8 Opening the File to Write
40
Figure 2-9 Selecting the File to Write
41
Figure 2-10 Writing the Program
41
Figure 2-11 Completing the Program Writing
42
Debugging by Using Monitor Debugger
43
Activating SOFTUNE and Configuring the Debug Settings
43
Figure 2-12 Opening a Workspace
43
Figure 2-13 Selecting a Workspace
44
Figure 2-14 Building a Project
45
Figure 2-15 Completing the Build
45
Figure 2-16 Load Module Outputs
46
Figure 2-17 Debug Settings
47
Figure 2-18 Changing the Debug Settings
47
Figure 2-19 Starting the Debug Setting Wizard
48
Figure 2-20 Selecting the Debugger Type
48
Figure 2-21 Entering Password When Starting Debugger
49
Figure 2-22 Selecting the Device Type
49
Figure 2-23 Setting the Primary Oscillation Frequency
50
Figure 2-24 Specifying a Batch File
50
Figure 2-25 Configuring the Target File Settings
51
Figure 2-26 Setting Setup File Selection
51
Figure 2-27 Completing the Setup Wizard
52
Figure 2-28 Completing the Project Settings
52
Writing the Monitor Program into the Microcontroller
53
Figure 2-29 Opening the File to Write
53
Figure 2-30 Selecting the File to Write
54
Figure 2-31 Writing the Program
55
Figure 2-32 Completing the Program Writing
55
Loading the Target File
56
Figure 2-33 Start Debugging
56
Running the Debugger
57
Figure 2-34 Setting Break Points
57
Figure 2-35 Running the Program
58
Figure 2-36 Stopping the Program
58
3 Operation of the Sample Programs
60
Bits Pot Yellow Single-Unit Operation
61
Figure 3-1 Single-Unit Operation/Controls and Mechanicals
61
Table 3-1 Single-Unit Operation/Descriptions of the Controls and Mechanicals
62
LIN Communication Operation (LIN Communication Operation with the Bits Pot White)
63
Figure 3-2 LIN Communication Operation/Controls and Mechanicals
63
Table 3-2 LIN Communication/Descriptions of the Controls and Mechanicals
64
4 Try to Operate the Bits Pot Yellow (Single-Unit)
65
Overview of Single-Unit Operation
65
Turning on Leds Using Switch Operations
65
Figure 4-1 Single-Unit Operation/Switches and Leds
65
Figure 4-2 LED Lighting Circuit
66
Figure 4-3 LED ON/OFF Circuit Example (Schematic Diagram)
66
Figure 4-4 Connection Configuration between SW2 and Microcontroller Pins (Schematic Diagram)
67
Controlling the Buzzer Using the Volume Switch
69
Figure 4-5 Single-Unit Operation/Volume SW
69
Figure 4-6 Volume SW (Variable Resistor)
69
Figure 4-7 Circuit Surrounding the Voltage Adjustment Knob
70
Figure 4-8 Piezoelectricity
71
Figure 4-9 Principle of Piezoelectric Elements
72
LED Displays Using Temperature Sensor Operations
73
Figure 4-10 Peripheral Circuit Diagram for Temperature Sensor
73
Understanding and Running the Program in Single-Unit Operation
74
Figure 4-11 Single-Unit Operation Flowcharts
74
Figure 4-12 Operation Mode Settings (When Using Volume Switch)
75
Figure 4-13 Operation Mode Settings (When Using the Temperature Sensor)
75
Figure 4-14 Main Function Program
76
Figure 4-15 SW2 Interrupts (LED On/Off Processing)
77
Figure 4-16 SW3 Interrupts (Buzzer Output Processing)
77
Figure 4-17 A/D Converter Interrupts
78
5 Try to Use LIN Communication
79
What Is LIN
79
Figure 5-1 Example of Vehicle LIN Applications
80
Figure 5-2 Main LIN Network Configuration
81
LIN Specifications
82
Lin Frame Configuration
82
Figure 5-3 LIN Communication Flow
83
Figure 5-4 LIN Frame Configuration
83
LIN Communication Flow
85
Figure 5-5 Main LIN Network Configuration
86
Figure 5-6 Example of Communication Sequence between the Master and Slaves During Normal
86
Communication between Master and Slave if an Error Occurs
87
LIN Communication by Using Microcontroller
88
Figure 5-7 LIN Circuit
88
Figure 5-8 Entire LIN Communication Control Registers
89
Table 5-1 Description of the Entire LIN Communication Control Registers and Setting Values
90
Understanding and Overview of the Program for LIN Communication
92
LIN Communication Configuration
92
Table 5-2 LIN Communication Conditions of the Sample Program
92
Table 5-3 LIN Message Ids in the Sample Program
92
Sample Programs Sequence
97
Figure 5-9 LIN Communication Flowchart (Main Routine)
97
Figure 5-10 LIN Communication Flowchart (Interrupt Routine: UART Reception Interrupts)
98
Figure 5-11 LIN Communication Flowchart (Interrupt Routine: Input Capture Interrupts)
98
Figure 5-12 Operations Points of Interrupt Processes
99
Figure 5-13 Synch Break Interrupt Control
100
Figure 5-14 Input Capture Operation in the Synch Field
101
Figure 5-15 Input Capture (ICU) Interrupt Controls
102
Figure 5-16 LIN-UART Receive Interrupt Control
103
Figure 5-17 Receive Determination Processing
103
Figure 5-18 Timeout Detection Processing
105
Figure 5-19 Data Send Processing
106
Figure 5-20 Data Reception Processing
107
Figure 5-21 Submain Processing
108
6 Appendix
109
Sample Program Folder/File Configuration
109
Table 6-1 Sample Program Folder/File Configuration
109
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