In-Circuit Emulator MN101E31

Transcription

1 No.SS07-21E31-1E In-Circuit Emulator MN101E31 Product Name Product Number Note ICE PX-ICE101C/D PX-ICE101C/E PX-ICE101C/E-PLUS PX-ICE101C/E-Lite In-Circuit Emulator Specification -> PX-ICE10C/D -> PX-ICE101C/E -> PX-ICE101C/E-Lite Probe set No set PX-PRB101E31-L00* --- Connector board PRB-CN101-M PRB-CN5-101(2) --- Usage Restrictions MBB board Adapter board Dummy target board ICE CONNECTOR PRB-MBB101E29/E31/E32-M PRB-ADP101E31(80PIN)-M PRB-DMY101E29/E31/E32-M PRB-TET80LF14-SN-YQSET For other product type supported by this board, refer to the instruction. Product of TOKYO ELETECH CORPORATION Drawing PX-IFC-PCC Compliant with PCMCIA Ver2.1/JEIDA Ver4.2 Interface PX-IFC-PCI Compliant with PCI2.1 of PCI-SIG standard. When using the Low profile the PCI with small-footprint PC's, replace the bracket by provided one. --- USB20C10B Compliant with USB1.1/2.0 Debugger PX-SDX101C00-0P0* --- PanaX Series Debugger PX-DBF101E00-0P0* Debug Factory Builder C Compiler/Assembler PX-ICC101E00-0P0* - 1 -

2 No.SS07-21E31-1E PX-ICE101C/D PX-ICE101C/E PX-ICE101C/E-Lite PX-PRB101E31-L00* PRB-TET80LF14-SN-YQSET PX-IFC-PCC-6 PC-IFC-PCI-6 USB20C10B - 2 -

3 014-70E-124A1 PX-CN101-M This board can be used for PX-ICE101C/E. Please refer to following. MN101C series (product No.PRB-MBB101C***-M) MN101E series (product No.PRB-MBB101E***-M) (Please visit our website for the latest information on the product.) Figure1.PX-CN101-M Layout < How to connect > Figure2.Connecting a PX-CN101-M to a MBB board Connector board (PX-CN101-M) MBB board (PRB-MBB101C***-M) or (PRB-MBB101D***-M) Make sure that the points marked would be put together. [ Caution1 ] [ Caution1 ] Connect CNC of PX-CN101-M to CNC of PRB-MBB101***-M, and CND of PX-CN101-M to CND of PRB-MBB101***-M. When connecting the boards, make sure that they are connected without tilt. If you put pressure on one side of the board, that may cause any damage to the pins. CN101(E).doc

4 PRB-CN E-502A0 This board can be used for PX-ICE101C/E. Please refer to following. MN101C series (product No.PRB-MBB101C***-M) MN101E series (product No.PRB-MBB101E***-M) (Please visit our website for the latest information on the product.) Figure1.PRB-CN5-101 Layout < How to connect > Figure2.Connecting a PRB-CN5-101 to a MBB board Connector board (PRB-CN5-101) Make sure that the points marked would be put together. [ Caution1 ] MBB board (PRB-MBB101C***-M) MBB board (PRB-MBB101E***-M) [ Caution1 ] Connect CNC of PRB-CN5-101 to CNC of (PRB-MBB101C***-M), (PRB-MBB101E***-M) and CND of PX-CN101-M to CND of (PRB-MBB101C***-M), (PRB-MBB101E***-M). When connecting the boards, make sure that they are connected without tilt. If you put pressure on one side of the board, that may cause any damage to the pins. CN5_101(E).doc

5 05X-71E-534A4 PRB-MBB101E29/E31/E32-M Probe Switches This product must be used with the following boards. MN101E29 MN101E31 MN101E32 Connector board PRB-CN5-101(2) or PX-CN101-M MBB board PRB-MBB101E29/E31/E32-M Adapter board PRB-ADP M PRB-ADP101E31(80PIN)-M PRB-ADP101E32(64PIN)-M Dummy target PRB-DMY101E29/E31/E32-M * Use a dummy target when ICE is operated independently, and an adapter board when the target is connected. Table1. Corresponding boards to each model This product mounts option switches for MN101E29/E31/E32. Set switches as follows. MN101E29 MN101E31 MN101E32 Settings for OP0 and OP1 OP0 OFF OFF ON OP1 OFF ON OFF OP2 No operation See the table on the left. OP3 No operation OP4 No operation OP5* ROM write break ON Disabled OFF Enabled * ROM write break: This function detects write access to the internal ROM area and generates a break. It can be disabled by setting the option switch OP5 to ON. This function is effective in developing FLASH programming program with the in-circuit emulator. Table2. Option switch settings Option switches OFF OFF OFF OFF OFF OFF Default setting ON OP0 OP1 OP2 OP3 OP4 OP5 Top view of MBB board Figure1.Layout of option switches - When ICE is operated independently. - When connected to the target Connector board [PRB-CN5-101(2)] ( [PX-CN101-M] ) MBB board [PRB-MBB101E29E/E31/E32-M] Dummy target [PRB-DMY101E29/E31/E32-M] Figure2.Composition with PRB-MBB101E29/E31/E32-M Adapter board Refer to Adapter board in Table 1. MBB_E29_31_32(E).doc

6 05X-72E-538A1 PRB-ADP101 31(80PIN)-M This board can be used for only MN101E31. When connected to the target, use this board with PRB-MBB101E29/E31/E32-M. Improper matching may cause any damage to the boards. Figure 1.Adapter Board Layout < How to connect > Connector board : PRB-CN5-101(2) or PX-CN101-M MBB board : PRB-MBB101E29/E31/E32-M Make sure that the points marked would be put together. [ Caution1 ] Adapter board : PRB-ADP101E31(80PIN)-M [ Caution1] Connect CNE of PRB-MBB101E29/E31/E32-M to CNE of PRB-ADP101E31(80PIN)-M, and CNF of PRB-MBB101 E29/E31/E32-M to CNF of PRB-ADP101E31 (80PIN)-M. When connecting the boards, make sure that they are connected without tilt. If you put pressure on one side of the board, that may cause any damage to the pins. adpe31_80pin(e).doc

7 05X-73E-536A1 PRB-DMY101E29/E31/E32/-M Dummy target boards differ depending upon the models. This board can be used for only MN101E29, MN101E31,MN101E32. When unconnected to the target, use this board with the PRB-MBB101E29/E31/E32-M. Improper matching may cause any damage to the ICE. Figure L t 1.PRB-DMY101E29/E31/E32-M < How to connect > Connector board: PRB-CN5-101 (2) or PX-CN101-M MBB board: PRB-MBB101E29/E31/E32-M Make sure that the points marked would be put together. [Caution1] Dummy target: PRB-DMY101E29/E31/E32-M [Caution1] Connect CNE of PRB-MBB101E29/E31/E32-M to CNE of PRB-DMY101E29/E31/E32-M, and CNF of PRB-MBB101E29/E31/E32-M to CNF of PRB-DMY101E29/E31/E32-M. When connecting the boards, make sure that they are connected without tilt. If you put pressure on one side of the board, that may cause any damage to the pins. dmye29_31_32(e).doc

8 232 1 In-circuit Emulator Specifications 1-1 Functional specifications Item Specifications Devices MN101CXX Series Memory size Emulation memory 256 Kbytes (standard) 480 Kbytes (maximum) Break function ROM break RAM break Sequential break Trace break RAM access break External break Maximum 4 events Condition: Area and pass count specification Maximum 4 events Condition: Specifications of area and pass count, bit mask, read/write/ access, match/mismatch, AND condition 2-level 1-bit Trace function Trace memory size Trace get data Trace mode 511 steps (standard) ROM address, RAM address, RAM data, R/W Normal mode, ROM/RAM area mode, delayed trigger mode Timer function Measurement mode Time measurement resolution Execution time measurement mode, maximum execution time measurement mode 100ns Trigger output function Trigger output One RAM monitor function Sample memory Display mode 32 bytes Dump list mode, bit map mode Performance measurement Profile measurement Run ratio (%) display Clock OSCI XI Emulator and target Emulator and target In-circuit Emulator Specifications

9 9. Appendix Electrical specifications Parameter Rating Emulator and probe supply voltage 0.5 to 6.0V EXT. BREAK input voltage 0.3 to 5.5V Trigger output voltage 0.3 to 5.5V Trigger output current ±10mA 1-3 Environmental specifications Parameter Rating Operating temperature Storage temperature 10 C to 30 C 0 C to 45 C Operating humidity Storage humidity 20% to 80% 90% or less 1-4 External dimensions Length width height mm In-circuit Emulator Specifications

10 Target interface External break probe input (OPTION PROBE) 74HCT 541 OPTION PROBE (yellow) External break signal Trigger output (OPTION PROBE) 74HCT 541 OPTION PROBE (blue) Trigger signal In-circuit Emulator Specifications

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13 Chapter 1 Overview 1.4 Functional Specifications Parameter Specifications Memory capacity Emulation memory 1 MB (ROM, RAM) Mapping Measurement block Switchable between emulation memory and external memory in bank (64KB) Break functions Software break Up to 255 events Trace function Execution address break Data access break Sequential break Trace full break Trace capacity Acquired trace data Trace modes Measurement mode Timer function Resolution / Maximum measurement time Trigger output function Watch output function Up to 2 events Conditions: area, pass count specification Up to 2 events Conditions: area, data comparison <match/not match>, bit mask, access specification, pass count specification 4 levels Yes 2K frames Execution address, data address, data, access status Normal mode, delayed trigger mode (Stop tracing after tracing for 1K frame after a trigger event occurs) Execution time, Maximum execution time between events 50ns/214s 2 trigger pins (only pulse output) All address spaces of the microcomputer (Note: The target software temporarily stops during accessing) Functional Specifications 5

14 1 Oct 1, 2008 Software & Solutions Development Center Corporate System LSI Division Semiconductor Company Panasonic Corporation Restrictions on MN101E29/E31/32 In-Circuit Emulator [Usage Restrictions] 1. These models support three in-circuit emulators below. a) PX-ICE101C/E b) PX-ICE101C/D c) PX-ICE101C/E_L The performances depend on types and versions of the debugger software. The restrictions on combinations of the in-circuit emulator and the debugger are shown below. Be sure to see the restrictions before using these models. Debugger In-circuit emulator PX-ICE101C/E (light blue) Debugger In-circuit emulator PX-ICE101C/D (yellow) Debugger In-circuit emulator PX-ICE101C/E_L (black) DebugFactory Builder for MN101C/MN101E Version or later DebugFactory Builder for MN101C/MN101E Version or earlier PanaX C Source Code Debugger No restriction Some restrictions *1 Some restrictions *1 DebugFactory Builder for MN101C PanaX C Source Code Debugger Some restrictions *2 Some restrictions *2 DebugFactory Builder for MN101C/MN101E_L No restriction *1 - Operating frequency: System clock is up to 10MHz. - ROM size: 240Kbyte maximum * Addresses [0x xFFFFF] cannot be used. - Memory mode: Single mode, processor mode * Note that bank 0 cannot be allocated to external memory. - When address [0x xFFFFF] is accessed, data access related functions including trace and RAM monitor may not operate correctly. *2 - Operating frequency: System clock is up to 10MHz. - ROM size: 224Kbyte maximum * Addresses [0x3C000-0xFFFFF] cannot be used. - Memory mode: Single mode, processor mode - External memory cannot be referenced or changed. - The compiler, assembler and linker for 101C are used. * JSR(abs20), JMP(abs20), BE and BD cannot be used. * Addresses [0x xFFFFF] cannot be linked. - When address [0x xFFFFF] is accessed, data access related functions including trace and RAM monitor may not operate correctly.

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