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Fujitsu MB2147-01 Power-On Debug Specifications, Power-on debug specifications, Operational flow

Models: MB2147-01

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1.9 Power-On Debug Specifications

1.9 Power-On Debug Specifications

1.9Power-On Debug Specifications

The emulator has a power-on debug function that executes a program immediately after power is turned on to the evaluation MCU.

■Power-on debug specifications

The power-on debug function(*1) verifies the processing of an executed program immediately after the power-on sequence by using the PLEV pin(*2) of the evaluation MCU.

This function must be preset before it can be used.

For details about presetting the function, see the Softune Workbench Operation Manual.

*1: The power-on debug function is enabled if supported by the evaluation MCU.

Before using the function, consult the Fujitsu Sales Dept. or Support Dept.

Sales Department or the Support Department of Fujitsu Limited.

*2: The PLEV pin name may depend on the evaluation MCU used.

Before using the function, consult the Fujitsu Sales Dept. or Support Dept.

■Operational flow

Figure 1.9-1"Flow of the power-on debug operation" shows the flow of the power-on debug operation.

Figure 1.9-1 Flow of the power-on debug operation

·Enabling of power-on debug

·Setting of the power-off detection level

	Execution of a program
	User system powered off
	(detection of power-off)
		UVCC LED is off
		No
	User system powered on?
	Yes	UVCC LED goes on
No	Operation stabilizing
	time elapsed?
	Yes
	Execution of a program.

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Fujitsu MB2147-01 manual Power-On Debug Specifications, Power-on debug specifications, Operational flow

Contents

HARDWARE MANUAL MB2147-01F2MC-16L/16LX EMULATOR FUJITSU SEMICONDUCTORPage MB2147-01 FUJITSU LIMITEDHARDWARE MANUAL F2MC-16L/16LX EMULATORPage Using the product safely PREFACEGuarantee and liability Objectives and intended readersNo disassembly Safety precautionsDescription Electric shockPage DescriptionProhibition Page DescriptionPlug ProhibitionPage DescriptionProhibition 25, 26Page DescriptionCHAPTER 2 CONNECTING THE EMULATOR CHAPTER 1 PRODUCT HANDLING AND SPECIFICATIONSOrganization of this Manual CHAPTER 3 OPERATING THE EMULATOR2002 FUJITSU LIMITED Printed in Japan viii CHAPTER 1 PRODUCT HANDLING AND SPECIFICATIONS CONTENTSPage CHAPTER 1 PRODUCT HANDLING AND SPECIFICATIONS CHAPTER 1 PRODUCT HANDLING AND SPECIFICATIONS 1.1 Checking Packed ComponentsChecking packed components 1.2 Appearance and Part Names 1.2 Appearance and Part NamesAppearance and Part Names Figure 1.2-1 Top view of the emulator unitFigure 1.2-2 Front view of the emulator unit CHAPTER 1 PRODUCT HANDLING AND SPECIFICATIONSFigure 1.2-3 Rear view of the emulator unit Name1.3 General Specifications 1.3 General SpecificationsGeneral specifications Table 1.3-1 General specificationsCHAPTER 1 PRODUCT HANDLING AND SPECIFICATIONS 1.4 RS-232C Port SpecificationsRS-232C port specifications Table 1.4-1 RS-232C port specifications1.5 USB Port Specifications 1.5 USB Port SpecificationsUSB port specifications Table 1.5-1 USB port specificationsCHAPTER 1 PRODUCT HANDLING AND SPECIFICATIONS 1.6 LAN Port SpecificationsLAN port specifications Table 1.6-1 LAN port specifications1.7 External Trigger Input Terminal Specifications 1.7 External Trigger Input Terminal SpecificationsExternal trigger input terminal specifications Table 1.7-1 External trigger input terminal specificationsCHAPTER 1 PRODUCT HANDLING AND SPECIFICATIONS 1.8 Program Execution Output Terminal SpecificationsProgram execution output terminal specifications Table 1.8-1 Program execution output terminal specifications1.9 Power-On Debug Specifications 1.9 Power-On Debug SpecificationsPower-on debug specifications Figure 1.9-1 Flow of the power-on debug operationOperation timing Detection of power-off CHAPTER 1 PRODUCT HANDLING AND SPECIFICATIONS Operation outlineDetection of power-on Figure 1.9-2 Timing chart of the power-on debug operation1.10 Options 1.10 OptionsOptions Table 1.10-1 OptionsEmulator side Personal computer side1.11 Precautions about Possible Problems 1.11 Precautions about Possible ProblemsPrecautions about possible problems PlugCHAPTER 1 PRODUCT HANDLING AND SPECIFICATIONS 1.12 Precautions on Handling the ProductPrecautions on handling the product Electric shockProhibition 1.12 Precautions on Handling the ProductDisconnect the power plug before moving the product. Disconnect all CHAPTER 1 PRODUCT HANDLING AND SPECIFICATIONSFollow the precautions described below when using the emulator 1.13 Precautions on Use1.13 Precautions on Use Precautions on useProhibition problems CHAPTER 1 PRODUCT HANDLING AND SPECIFICATIONS Precautions on storageTemperature Relative humidity2.1 System Configuration 2.2 Connecting an Adapter Board CHAPTER 2 CONNECTING THE EMULATOR2.3 Connecting the User System 2.4 Connecting a Probe 2.5 Connecting a Host Machine 2.6 Connecting Test Equipment2.1 System Configuration 2.2 Connecting an Adapter Board 2.2 Connecting an Adapter BoardConnecting an adapter board Figure 2.2-1 Connecting the adapter boardCHAPTER 2 CONNECTING THE EMULATOR 2.3 Connecting the User SystemConnecting the user system Table 2.3-1 Probe configurationsConnecting using a probe cable to the user system 2.3 Connecting the User SystemFigure 2.3-1 Connecting using a probe cable to the user system Probe cable User systemConnecting using flat cables and a probe header to the user system CHAPTER 2 CONNECTING THE EMULATORFlat cables Eject locksConnecting using flat cables to the user system 2.3 Connecting the User SystemFigure 2.3-3 Connecting using flat cables to the user system Flat cablesCHAPTER 2 CONNECTING THE EMULATOR 2.4 Connecting a ProbeConnecting a probe Note Connecting a probe using a probe cableFigure 2.4-2 Connecting a probe using flat cables 2.4 Connecting a Probe Connecting a probe using flat cablesPROBE CN B2 USB cable RS-232C cable LAN cable 2.5 Connecting a Host Machine2.6 Connecting Test Equipment 2.6 Connecting Test EquipmentConnecting test equipment Figure 2.6-1 Connecting test equipment2.7 Connecting the AC Adapter CHAPTER 3 OPERATING THE EMULATOR Mount an evaluation MCU on the emulator 3.1 Mounting an Evaluation MCUCHAPTER 3 OPERATING THE EMULATOR Mounting an evaluation MCUThis section explains clock supply to the evaluation MCU 3.2 Clock Supply3.2 Clock Supply Clock supplyCHAPTER 3 OPERATING THE EMULATOR Figure 3.2-3 Examples of jumper settings for subclock selectionFC SEL setting Table 3.2-1 Settings for main clock selectionSettings for subclock selection settingSwitching of the emulator-dedicated power supply 3.3 Emulator-dedicated Power Supply SwitchingFigure 3.3-1 Emulator-dedicated power supply switching jumper CHAPTER 3 OPERATING THE EMULATOREmulator-dedicated power supply pin 3.3 Emulator-dedicated Power Supply SwitchingSetting of VCC SEL S1 AvailableSwitching of the user port power supply 3.4 User Port Power Supply SwitchingVCC SEL setting Jumper for selecting user port 0 power3.5 Switching the C Pin Setting 3.5 Switching the C Pin SettingSwitching the C-pin setting Table 3.5-1 Settings of the C-pin selection switchSwitching of the user data bus 3.6 User Data Bus SwitchingTable 3.6-1 Settings of user data bus selection switch CHAPTER 3 OPERATING THE EMULATORTo probe 3.6 User Data Bus SwitchingTo internal emulatorFunctions of the setting switches 3.7 Using the Setting SwitchesTable 3.7-1 Functions of the setting switches CHAPTER 3 OPERATING THE EMULATORUsing switches to change parameter values 3.7 Using the Setting SwitchesUsing switches for selection or confirmation Figure 3.7-1 Menu configuration shows the menu configuration CHAPTER 3 OPERATING THE EMULATOR Display configurationFigure 3.7-1 Menu configuration 3.8 Power-On Sequence CHAPTER 3 OPERATING THE EMULATOR Figure 3.8-1 Power-on sequence 3.9 Power-Off Sequence 3.9 Power-Off SequencePower-off sequence Figure 3.9-1 Power-off sequenceCHAPTER 3 OPERATING THE EMULATOR F2MC-16L/16LX EMULATOR MB2147-01 HARDWARE MANUAL FUJITSU SEMICONDUCTOR CONTROLLER MANUALPublished FUJITSU LIMITED Electronic Devices