Renesas R8C/17 Instrukcja Użytkownika

REJ10J1019-0200 M16C R8C FoUSB/UART DebuggerUser’s ManualRENESAS MICROCOMPUTER Development Environment System M16C Family R8C/Tiny Ser

i) Next, set the configuration file name. Configurations are the build option settings (e.g., output of debug information or optimization) having th

k) The above settings display the file which the High-performance Embedded Workshop generates. When pushing the [OK] button, High-performance Embedd

l) When double-clicking the source program, an editor starts and can be edited. m) Clicking “Build”, and “Build” or “Build All” can build after c

n) The result of a build is displayed. o) Next, connect with the target. Switching to the registered session file in which the setting uses the R

p) The Init screen is displayed. Select [Serial] radio button and push [Reference] button. q) Select the “R8C-Tiny Series”. r) Select an MCU fil

s) When pushing “OK”, a monitor program is downloaded. t) Download a user program with “Debug”, “Download” and “Download File (X30 file)”. 15

u) Clicking “Debug” and “Reset CPU” resets the user program. v) A cursor moves to the top of the user program and a debug can start. 16

3. Memory Map When Using R8C UART Debugger Figure 3 shows the Memory Map of R8C/Tiny On-chip Flash Memory 00000h RAM (1KB) Monit

4. Occupied Area for Monitor Program Table 1 Occupied Area for Monitor Program ROM / RAM Occupied Area for Monitor Program 8KB / 512B Vector

5.4. Frequency characteristics The monitor program operates in the range of the main clock (Xin) frequency which is shown below. Use an oscillator w

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5.5. Limitations on SFR operation Table 4 lists the limitations on a register operation. Also, the monitor program does not operate properly when th

5.8. Real-time operation of user program • Sampling Run (Sampling) Mode In sampling mode, the execution status of the user program will be monitored

5.9. Exceptional step execution • Software interrupt instruction The step execution cannot be performed continuously for the instruction internal p

5.10. Limitations on peripheral functions The following pins are dedicated development tool pins. They are used for a communication of a monitor pro

[Memo]

M16C R8C FoUSB/ART Debugger User’s Manual Precautions on Connecting R8C/14, R8C/15, R8C/16, R8C/17 Publication

M16C R8C FoUSB/UART Emulator Debugger User’s Manual Precautions on Connecting R8C/14, R8C/15, R8C/16, R8C/17

Table of Contents 1. Connection with User System... 4

1. Connection with User System Figure 1 Connection Example with User System Figure 2 Circuit Example with RS-232C Cable 4

2. Prepare M16C R8C FoUSB/UART debugger In the M16C R8C FoUSB/UART debugger (R8C UART debugger), connecting a PC and the target with the RS-232C ca

b) Select [Create a new project workspace] radio button. Push the [OK] button. c) The Project Generator starts. When a tool chain is installed,

• [Tool chain] When using the tool chain, select the applicable tool chain name. When the tool chain is not used, select [None]. • [Project type]

e) Next, set the RTOS. Select the RTOS and startup file type to be used, and push the “Next” button. f) Next, set the heap area, etc. Set the he

g) Next, set the stack area. Set the stack size and push the [Next] button. h) When the setting of the tool chain ends, the following screen is d