MB2198-700-E

The following document contains information on Cypress products. AN07-00149-3E FR Famil y FR80 32-BIT MICROCONTROLLER MB91625/635/640/660/665series Setup Guide MB2198-700-E AN07-00149-3E All Rights Reserved. The contents of this document are subject to change without notice. Customers are advised to consult with FUJITSU sales representatives before ordering. The information, such as descriptions of function and application circuit examples, in this document are presented solely for the purpose of reference to show examples of operations and uses of Fujitsu semiconductor device; Fujitsu does not warrant proper operation of the device with respect to use based on such information. When you develop equipment incorporating the device based on such information, you must assume any responsibility arising out of such use of the information. Fujitsu assumes no liability for any damages whatsoever arising out of the use of the information. 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Copyright© 2007-2010 FUJITSU SEMICONDUCTOR LIMITED all rights reserved 1 AN07-00149-3E Revision History Revision Date Descriptions 1.0 December 4, 2007 Initial release 2.0 March 21, 2008 Revised conforming to MB91660 series 3.0 May 24, 2010 Revised conforming to MB91625/665 series 2 AN07-00149-3E Table of Contents Revision History ...................................................................................................................................2 1 Introduction...................................................................................................................................4 2 Setup Procedures...........................................................................................................................4 3 Hardware Configuration ...............................................................................................................5 4 Hardware Setup.............................................................................................................................7 4.1 Setup of emulator and each board.........................................................................................7 4.2 Jumper setting of adapter board ............................................................................................8 3 AN07-00149-3E 1 Introduction This guide describes the configuration of debugging environment and the setup procedures of Fujitsu 32-bit Microcontroller MB91625 / 635 / 640 / 660 / 665 series. In addition, it provides cautions to use the debugging environment of MB91625 / 635 / 640 / 660 / 665 series. 2 Setup Procedures Figure 2-1 shows the flow of setup procedures for debugging environment of MB91625 / 635 / 640 / 660 / 665 series. The following sections describe the connection of emulator and each board, and setting procedures and operation of the adaptor board. For start procedures of SOFTUNE and the debugger, see SOFTUNE Setup Guide. Setup start Connect the emulator and each board. (P. 8） Set the adapter board. (P. 9) Power ON the emulator. Power ON a target board. Start the SOFTUNE. (*) Start the debugger. (*) Debugging start * See SOFTUNE Setup Guide Figure 2-1 Flow of Setup Procedures 4 AN07-00149-3E 3 Hardware Configuration Figure 3-1 shows the configuration for debugging environment of MB91625 / 635 / 640 / 660 / 665 series. It consists of the host PC, the emulator (MB2198-01-E), the evaluation chip (MB91V650), the adapter board (MB2198-700-E), the configuration board *１ (MB2198-790-01-E), the header board, and the target board (user board). It is necessary to set up the integrated development environment SOFTUNE for the host PC. (For its setup procedures, see SOFTUNE First Step Guide.） Prepare the appropriate type of the header board that supports a chip and a package to be used. Table 3-1 shows types of header boards to support each of chip and package. In addition, it is necessary to implement the socket (NQPACK) on the target board (user board) to connect the header board. Host PC Target board (User board) Oscillation clock Evaluation chip Header board Emulator Adapter board Configuration board(*) *1: The configuration board (MB2198-790-01-E) is included in the adapter board (MB2198-700-E). Figure 3-1 Configuration of Debugging Environment 5 AN07-00149-3E Table 3-1 Configuration of Debugging Environment for Each Product Product to Evaluation be chip Emulator Adapter board Header board Remarks MB2198-704-E Package: + evaluated Configuration board MB91625 MB91V650 MB2198-01-E MB2198-700-E series + MB91635 MB2198-790-01-E LQFP-100 MB2198-702-E series Package: LQFP-144 MB91640 MB2198-703-E series Package: LQFP-176 MB91660 MB2198-701-E series Package: LQFP-120 MB91665 MB2198-705-E series Package: LQFP-48 MB2198-706-E Package: LQFP-64 * In addition to the above, it is necessary to prepare the target board (user board) and the oscillation clock (crystal oscillator) separately. 6 AN07-00149-3E 4 Hardware Setup The following describes the setup procedures of debugging environment for MB91625 / 635 / 640 / 660 / 665 series. 4.1 Setup of emulator and each board Figure 4-1 shows connection between the emulator and each board. made for each board, as shown in Figure 4-1. Connection should be It is necessary to supply power to the emulator and the adapter board through the AC adapter attached. In addition, the evaluation chip (MB91V650) should be mounted on the adapter board. Connects the host PC and emulator. Connects AC adapter. Emulator（MB2198-01-E） Mounts evaluation chip (MB91V650) on IC socket. Connects AC adapter. Adapter board (MB2198-700-E) 1pin position Connects configuration board (attached to adapter board) Use flat cable (attached to adapter board) to connect header board. Figure 4-1 Connection between Emulator and Each Board 7 AN07-00149-3E 4.2 Jumper setting of adapter board The adapter board has jumper pins and they need to be set in accordance with your usage. 4-2 shows positions of jumper pins to be set on the adapter board. Figure Tables 4-1 to 4-8 describe jumper settings of the adapter board. Meshed values (■)in Tables are recommended values for jumper pin settings. Set the jumper pins on the adapter board following Tables. Jumper pin (VBUS) Jumper pin (Regulator) Jumper pin (UVCC) Jumper pin (Clock supply) Jumper pin (Mode setting) Jumper pin (Power supply/reset) Jumper pin (USB) Oscillation clock* (Crystal oscillator) Jumper pin (Reset) * It is necessary to prepare the crystal oscillator with the frequency to be used in the user system. Figure 4-2 Jumper Pin Positions on Adapter Board 8 AN07-00149-3E Table 4-1 Jumper Setting on Adapter Board (VBUS) Jumper Setting S22 +5V (initial (VBUS) value) PORT Description Connects +5V to VBUS pin of USB connector on the adapter board. Connects PH3 pin of Evaluation MCU to VBUS pin of USB connector on the adapter board. Table 4-2 Jumper Setting on Adapter Board (Regulator) Jumper Setting S12 0 (initial value) (EHBUSEN) 1 Fixes EHBUSEN pin of Evaluation MCU（MB91V650） to “Hi”. S15 0 Fixes REGSEL0 pin of Evaluation MCU（MB91V650） to “Low”. (REGSEL0) 1 (initial value) S16 0 (REGSEL1) 1 (initial value) S17 0 (REGSEL2) 1 (initial value) Table 4-3 Description Fixes EHBUSEN pin of Evaluation MCU（MB91V650） to “Low”. Fixes REGSEL0 pin of Evaluation MCU（MB91V650） to “Hi”. Fixes REGSEL1 pin of Evaluation MCU（MB91V650） to “Low”. Fixes REGSEL1 pin of Evaluation MCU（MB91V650） to “Hi”. Fixes REGSEL2 pin of Evaluation MCU（MB91V650） to “Low”. Fixes REGSEL2 pin of Evaluation MCU（MB91V650） to “Hi”. Jumper Setting on Adapter Board (UVCC) Jumper Setting Description S26 USR (initial value) Connects UVCC pin of Evaluation MCU（MB91V650） to the power (VCC) supply of the user system. EML Connects UVCC pin of Evaluation MCU（MB91V650） to the power supply of the emulator. 9 AN07-00149-3E Table 4-4 Jumper Setting on Adapter Board (Mode setting) Jumper Setting S27 LOW (initial value) HI S29 USR (initial value) (MD1) Description Fixes MD1 pin of Evaluation MCU（MB91V650） to “Low “(*). Fixes MD1 pin of Evaluation MCU（MB91V650） to “Hi” (*). Connects MD1 pin of Evaluation MCU（MB91V650） to the user system. EML Handles MD1 pin of Evaluation MCU（MB91V650） on the adapter board. S30 USR (initial value) (MD0) Connects MD0 pin of Evaluation MCU（MB91V650） to the user system. EML Handles MD0 pin of Evaluation MCU（MB91V650） on the adapter board. S28 LOW (initial value) HI S14 USR (C) Fixes MD0 pin of Evaluation MCU（MB91V650） to “Low “(*) Fixes MD0 pin of Evaluation MCU（MB91V650） to “Hi “(*) Connects C pin of Evaluation MCU （ MB91V650） to the user system. EML (initial value) Connects C pin of Evaluation MCU（MB91V650） to the capacitor (0.1μF and 10μF in parallel) on the adapter board. (*) If MD pin is handled on the adapter board. 10 AN07-00149-3E Table 4-5 Jumper Setting on Adapter Board (Power supply/reset) Jumper Setting Description S20 USR Supplies INITX signal from the user system to INITX pin of (INITX) Evaluation MCU（MB91V650）. EML (initial value) Supplies the reset signal from the emulator to INITX pin of Evaluation MCU（MB91V650）. S21 USR (TRSTX) Supplies INITX signal from the user system to TRSTX pin of Evaluation MCU（MB91V650）. EML (initial value) Supplies the reset signal from the emulator to TRSTX pin of Evaluation MCU（MB91V650）. S13 Short (initial value) (SCVCC) Connects SCVCC pin of Evaluation MCU（MB91V650） to the power supply pin. Open Separates SCVCC pin of Evaluation MCU（MB91V650） from the power supply pin (allowing such measurement devices as voltmeter to be connected）. S19 +3.3V (initial Selects 3.3 V of the drive power supply when connecting FPGA (VCCIO6/7) value) pin to the user system. VCCA Selects VCCA of the drive power supply when connecting FPGA pin to the user system. 11 AN07-00149-3E Table 4-6 Jumper Setting on Adapter Board (Power supply/reset) Jumper Setting Description S31 USR (initial value) Supplies INITX signal from the user system to UNITX pin of (UINITX) Evaluation MCU (MB91V650). EML Supplies the reset signal from the emulator to UNITX pin of Evaluation MCU (MB91V650). Table 4-7 Jumper Setting on Adapter Board (USB) Jumper Setting Description S1 Short (initial value) Connects P33 pin of Evaluation MCU (MB91V650) to the user system. Open Not connects P33 pin of Evaluation MCU (MB91V650) to the user system. S9 VBUS (PH3) Connects PH3 pin of Evaluation MCU (MB91V650) to USB connector (VBUS pin) on the adapter board. USR (initial value) Connects PH3 pin of Evaluation MCU (MB91V650) to the user system. S2 Short (initial value) Connects P32 pin of Evaluation MCU (MB91V650) to the user system. Open Not connects P32 pin of Evaluation MCU (MB91V650) to the user system. S7 PUC (PH2) Connects PH2 pin of Evaluation MCU (MB91V650) to USB connector (UDP pin) on the adapter board. USR (initial value) Connects PH2 pin of Evaluation MCU (MB91V650) to the user system. S5 USR (initial value) (UDM) Connects UDM pin of Evaluation MCU (MB91V650) to the user system. EML Connects UDM pin of Evaluation MCU (MB91V650) to USB connector on the adapter board. S4 USR (initial value) (UDP) Connects UDP pin of Evaluation MCU (MB91V650) to the user system. EML Connects UDP pin of Evaluation MCU (MB91V650) to USB connector on the adapter board. S23 PD_EN (UDP) (initial value) Connect 15KΩ pull-down resistance to UDM pin (2nd pin) of USB connector on the adapter board. 12 AN07-00149-3E PD_DIS Not connect 15KΩ pull-down resistance to UDM pin (2nd pin) of USB connector on the adapter board. S24 PD_EN (UDM) (initial value) PD_DIS Connect 15KΩ pull-down resistance to UDP pin (2nd pin) of USB connector on the adapter board. Not connect 15 KΩ pull-down resistance to UDP pin (2nd pin) of USB connector on the adapter board. 13 AN07-00149-3E Table 4-8 Jumper Setting on Adapter Board (Clock supply) Jumper Setting Description S6 USR (initial value) Connects X0 pin of Evaluation MCU (MB91V650) to the user (X0) system. EML Connects X0 pin of Evaluation MCU (MB91V650) to the oscillation IC socket on the adapter board. S8 USR (initial value) (X1) Connects X1 pin of Evaluation MCU (MB91V650) to the user system. EML Connects X1 pin of Evaluation MCU (MB91V650)to the oscillation IC socket on the adapter board. S10 USR (initial value) (X1A) Connects X0A pin of Evaluation MCU (MB91V650) to the user system. EML Connects X0A pin of Evaluation MCU (MB91V650) to the oscillation IC socket on the adapter board. S11 USR (initial value) (X0A) Connects X1A pin of Evaluation MCU (MB91V650) to the user system. EML Connects X1A pin of Evaluation MCU(MB91V650) oscillation IC socket on the adapter board. 14 to the