forte_en.pdf - 第8页
Code/Main M emory Editor 69 Data Memory (EEPROM) Editor 69 Configuration Memory Editor 69 Tips for Advanced Users 69 69 5.6 Running UP from Comman d Line 70 List of Parameters 5.6.1 Using a Project File 72 Examples of Us…
▸ Allow internal and external supply
voltages collision
63
▸ Do not show warning if internal 5V is
switched on with 3.3V device
63
▸ Allow to change supply voltage level when
it is on
63
▸ Allow external supply voltage for devices
requiring VPP before VCC.
64
▸ When using Windows Messages disable
other warnings
64
▸ Pin T during programming 64
▸ Pin T after programming 64
Options ➙ Select programmer 64
Options ➙ Language selection... 64
Options ➙ Keyboard shortcuts... 64
Options ➙ Lock project 64
Help Menu 64
Help ➙ Help on program 64
Help ➙ List of supported devices 65
Help ➙ Check Internet for updates 65
Help ➙ ASIX website 65
Help ➙ About 65
65Programmer Settings Window5.5.4
FORTE Programmer Settings Window 65
Power supply from the programmer 65
In idle state 65
During programming 65
Reset 65
Settings Associated with RX600 Microcontrollers 65
▸ Protect with ID 65
▸ Allow using Configuration Clearing (erases
TM, ID)
65
▸ Baud Rate 65
Settings Associated with PIC Microcontrollers 65
▸ Programming method 66
▸ Use PE 66
Boot memory programming 66
Settings Associated with AVR and 8051
Microcontrollers
66
Oscillator frequency 66
Faster Programming with Slow Clock 66
Inverse Reset 66
Write RC osc Adjustment 66
HVP 66
Settings Associated with CH32V003
Microcontrollers
66
▸ Fast mode 66
Settings Associated with I2C Memory Chips 66
I2C Bus Speed 66
I2C Memory Address 67
Settings Associated with SPI Flash Chips 67
▸ Start address 67
▸ End address 67
PRESTO Programmer Settings Window 67
In idle state 67
During programming 67
Settings Associated with PIC Microcontrollers 67
MCLR Pin Control 67
Programming Method 67
Algorithm Programming 67
Use PE 67
Boot memory programming 67
Settings Associated with AVR and 8051
Microcontrollers
67
Oscillator Frequency 67
Faster Programming with Slow Clock 68
Inverse Reset 68
HVP 68
Settings Associated with I2C Memory Chips 68
I2C Bus Speed 68
I2C Memory Address 68
Settings Associated with SPI Flash Chips 68
▸ Start address 68
▸ End address 68
68HEX Editor Windows5.5.5
Selecting an Area 68
Code/Main Memory Editor 69
Data Memory (EEPROM) Editor 69
Configuration Memory Editor 69
Tips for Advanced Users 69
69
5.6 Running UP from Command Line
70List of Parameters5.6.1
Using a Project File 72
Examples of Use 72
72Program Return Codes5.6.2
72Work flow monitoring5.6.3
73
5.7 Running UP by Means of Windows
Messages
73List of Commands5.7.1
Example of use 75
75
5.8 UP_DLL.DLL Library
76
5.9 Running More Than One Instance of UP
77
5.10 Access of More UP Instances to One
Programmer
77
5.11 Updating UP
77
5.12 Appendix A UP_DLL.DLL
77Data Types5.12.1
78List of UP variables5.12.2
85
5.13 Appendix B: Use of ICSP
86Pins Used for Programming5.13.1
HVP Algorithm 86
LVP algorithm (without VPP) 86
Loading of Different Programmer Pins 86
86Power Supply Options5.13.2
Power Supply Capacities in Application 87
88ICSP Connector5.13.3
88
5.14 Appendix C: Intel‑HEX File Format
88Supported Alternatives of HEX Files5.14.1
89Description of Intel‑HEX File Format5.14.2
Data Record 89
End of File 89
Extended Linear Address 89
Saving Device Type in .hex File 90
up_control.dll library
91
6
FORTE.DLL Library
92
7
JTAG PLAYER
93
8
93
8.1 JTAG Device Programming
93SVF File8.1.1
Examples of How to Create SVF Files 93
State of .svf File Implementation 94
94XSVF File8.1.2
Examples of How to Create XSVF Files 94
State of XSVF File Implementation 95
95Programming Connector8.1.3
95
8.2 Settings
95Default TCK signal frequency8.2.1
96Fast Clocks Option (FORTE only)8.2.2
96RUNTEST without run_count (SVF only)8.2.3
96RUNTEST Timing Multiply (both SVF and XSVF)8.2.4
96RUNTEST with run_count and no timing
(bothSVFandXSVF)
8.2.5
97VPP PRESTO / P FORTE pin usage while running test
(file) / after test completion
8.2.6
97Default Settings8.2.7
Default Settings for FPGAs 97
