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TXZ+ TMPM4K4FYBUG
Toshiba TXZ+ TMPM4K4FYBUG Manuals
Manuals and User Guides for Toshiba TXZ+ TMPM4K4FYBUG. We have
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Toshiba TXZ+ TMPM4K4FYBUG manuals available for free PDF download: Reference Manual
Toshiba TXZ+ TMPM4K4FYBUG Reference Manual (63 pages)
32-bit RISC Microcontroller
Brand:
Toshiba
| Category:
Microcontrollers
| Size: 0 MB
Table of Contents
TMPM4K Group
1
Table of Contents
2
Preface
6
Related Documents
6
Conventions
7
Terms and Abbreviations
9
Clock Control and Operating Mode
10
Outlines
10
Clock Control
11
Clock Types
11
Initial State of Clock Setting by Reset
11
Clock System Diagram
12
Figure 1.1 Clock System Diagram
12
Warming-Up Function
13
Warming-Up Timer for High-Speed Oscillation
13
Directions for Use of Warming-Up Timer
14
Clock Multiplying Circuit (PLL) for Fsys
14
PLL Setting after Reset Release
14
Formula and Example of Setting Value for PLL Multiplication Value
15
Table 1.1 Details of Setting Value to [CGPLL0SEL]<PLL0SET[23:0]
15
Change of PLL Multiplication Value under Operating
16
Table 1.2 PLL Correction (Example)
16
Table 1.3 Example of PLL0SET Setting Value
16
Procedures of Switching Starting and Stopping PLL Operation
17
System Clock
18
Table 1.4 Example of Operating Frequency (Unit: Mhz)
18
Procedure of Switching Oscillator for System Clock
19
Clock Supply Setting Function
21
Clock Output Function
21
Prescaler Clock
21
Table 1.5 List of Use Propriety in each Operating Mode
21
Operating Mode
22
Details of Operating Mode
22
Feature in each Operating Mode
22
Transition to and Return from Low-Power Consumption Mode
23
Selection of Low-Power Consumption Mode
23
Table 1.6 Low-Power Consumption Mode Selection
23
Peripheral Function State in Low-Power Consumption Mode
24
Table 1.7 Operating Status of Peripheral Functions in each Low-Power Consumption Mode
24
Mode State Transition
25
IDLE Mode Transition Flow
25
Figure 1.2 Mode State Transition
25
STOP1 Mode Transition Flow
26
Return from Low-Power Consumption Mode
27
Release Source of Low-Power Consumption Mode
27
Table 1.8 List of Release Source
27
Warming-Up When Releasing Low-Power Consumption Mode
28
Table 1.9 Warming-Up Time Setting
28
Clock Operation When Operating Mode Transition
29
NORMAL Mode → IDLE Mode → NORMAL Mode Transition
29
NORMAL → STOP1 → NORMAL Mode Transition
29
Figure 1.3 NORMAL Mode → STOP1 Mode → NORMAL Mode Transition
29
Explanation of Register
30
Register List
30
Detail of Register
31
CGPROTECT] (CG Write Protection Register)
31
CGOSCCR] (Oscillation Control Register)
31
CGSYSCR] (System Clock Control Register)
32
CGSTBYCR] (Standby Control Register)
33
CGSCOCR] (SCOUT Output Control Register)
33
CGPLL0SEL] (PLL Selection Register for Fsys)
34
CGWUPHCR] (High-Speed Oscillation Warming-Up Register)
34
CGFSYSENA] (Supply Stop Register a for Fsys)
35
CGFSYSENB] (Supply Stop Register B for Fsys)
37
CGFCEN] (Supply Stop Register for Fc)
38
CGSPCLKEN] (Clock Supply Stop Register for ADC and Debugging Circuit)
39
Information for each Product
40
Cgfsysena]
40
Table 1.10 [CGFSYSENA] Corresponding to each Product
40
Cgfsysenb]
41
Table 1.11 [CGFSYSENB] Corresponding to each Product
41
Memory Map
42
Outlines
42
Tmpm4Kxfyb
43
Figure 2.1 Tmpm4Kxfyb
43
Tmpm4Kxfwb
44
Figure 2.2 Tmpm4Kxfwb
44
Bus Matrix
45
Configuration
46
Single Chip Mode
46
Figure 2.3 Single Chip Mode
46
Single Boot Mode
47
Figure 2.4 Single Boot Mode
47
Connection Table
48
Connection of Memory, Etc
48
Table 2.1 Single Chip Mode
48
Table 2.2 Single Boot Mode
48
Table 2.3 Single Chip Mode
49
Table 2.4 Single Boot Mode
49
Connection of Peripheral Functions
50
Table 2.5 Connection of Peripheral Functions
50
Reset and Power Supply Control
51
Outlines
51
Description of Function and Operation
51
Cold Reset
51
Reset by Power-On Reset Circuit (Without Using RESET_N Pin)
52
Figure 3.1 Reset by Power-On Reset Circuit
52
Reset by RESET_N Pin
53
Figure 3.2 Reset by RESET_N Pin (1)
53
Figure 3.3 Reset by RESET_N Pin (2)
54
Continuation of Reset by LVD
55
Figure 3.4 Reset Operation by LVD Reset
55
Warm Reset
56
Warm Reset by RESET_N Pin
56
Warm Reset by LVD
56
Warm Reset by Other Internal Resets
56
Figure 3.5 Warm Reset Operation
56
Starting Single Boot Mode
57
Starting Single Boot Mode by RESET_N Pin
57
Figure 3.6 Starting Single Boot Mode by RESET_N Pin When Power Supply Is Turned on
57
Starting Single Boot Mode When Power Supply Voltage Is Stable
58
Figure 3.7 Starting Single Boot Mode When Power Supply Voltage Is Stable
58
Power-On Reset Circuit
59
Operation When Power Supply Is Turned on
59
Operation When Power Supply Is Turned off
59
Figure 3.8 Power-On Reset Circuit
59
Turning off and Re-Turning on of Power Supply
60
When Using External Reset Circuit or Built-In LVD Reset
60
When Not Using External Reset Circuit and Internal LVD Reset Output
60
After Reset Release
60
Table 3.1 Reset Factors and Initialized Range of Circuits
61
Table 4.1 Revision History
62
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Toshiba TXZ+ TMPM4K4FYBUG Reference Manual (40 pages)
32-bit RISC Microcontroller
Brand:
Toshiba
| Category:
Microcontrollers
| Size: 0 MB
Table of Contents
Table of Contents
2
Preface
4
Related Document
4
Conventions
5
Terms and Abbreviations
7
Outlines
8
Description of Operation
8
Clock Supply
8
Signal Connection List
9
Table 3.1 Signal Connection List (1/5)
9
Table 3.2 Signal Connection List (2/5)
10
Table 3.3 Signal Connection List (3/5)
11
Table 3.4 Signal Connection List (4/5)
12
Table 3.5 Signal Connection List (5/5)
13
Registers
14
List of Registers
15
Table 4.1 Base Address of Port Registers
15
Table 4.2 List of Registers
16
List of Port Function Register Settings
17
Setting of Using Alternated Pin
17
Port a
18
Table 4.3 Port a Register Settings
18
Port B
19
Table 4.4 Port B Register Settings
19
Port C
20
Table 4.5 Port C Register Settings
20
Port D
21
Table 4.6 Port D Register Settings
21
Port E
22
Table 4.7 Port E Register Settings
22
Port F
23
Table 4.8 Port F Register Settings
23
Port G
24
Table 4.9 Port G Register Settings
24
Port H
25
Table 4.10 Port H Register Settings
25
Port J
26
Table 4.11 Port J Register Settings
26
Port K
27
Table 4.12 Port K Register Settings
27
Port L
28
Table 4.13 Port L Register Settings
28
Port Circuit Diagram
29
Type Ftu1A
30
Figure 5.1 Port Type Ftu1A
30
Type Ftu2A
31
Figure 5.2 Port Type Ftu2A
31
Type Ftu2C
32
Figure 5.3 Port Type Ftu2C
32
Type Ftu3A
33
Figure 5.4 Port Type Ftu3A
33
Type Ftu4A
34
Figure 5.5 Port Type Ftu4A
34
Type Ftu5A
35
Figure 5.6 Port Type Ftu5A
35
Type Ftu11A
36
Figure 5.7 Port Type Ftu11A
36
Type Ftu16A
37
Figure 5.8 Port Type Ftu16A
37
Precaution
38
Pin Status During Reset Period
38
Unused Pins
38
Important Points of Using Debug Interface Pins Used as General-Purpose Ports
38
Revision History
39
Table 7.1 Revision History
39
Restrictions on Product Use
40
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