Cypress MB96300 Series Manual de usuario

F2MC-16FX Family MB96300 Series

Setup Guide

Doc. No. 002-06378 Rev. *A

Cypress Semiconductor

198 Champion Court

San Jose, CA 95134-1709

Phone (USA): 800.858.1810

Phone (Intnl): +1 408.943.2600

www.cypress.com

Copyrights

F2MC-16FX Family MB96300 Series Setup Guide, Doc. No. 002-06378 Rev. *A 2

and its subsidiaries, including Spansion LLC (“Cypress”). This document, including any software or firmware included or

referenced in this document (“Software”), is owned by Cypress under the intellectual property laws and treaties of the

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F2MC-16FX Family MB96300 Series Setup Guide, Doc. No. 002-06378 Rev. *A 3

Contents

1. Setup Procedures..........................................................................................................................................................4

2. Hardware Configuration................................................................................................................................................5

3. Hardware Setup.............................................................................................................................................................7

3.1 Setting up the emulator and each board................................................................................................................7

3.2 Jumper settings on the adapter board...................................................................................................................8

Revision History...................................................................................................................................................................11

Document Revision History ...........................................................................................................................................11

F2MC-16FX Family MB96300 Series Setup Guide, Doc. No. 002-06378 Rev. *A 4

1. Setup Procedures

This document explains the debug environment and setup procedures for the Cypress MB96300 series of 16-bit

microcontrollers.

Figure 1-1 shows the flow for the setup procedure for the MB96300 series debug environment. The connections for the

emulator and each board, as well as the procedures and descriptions for settings on the adapter board are explained in

the following chapters. Refer to the SOFTUNE Setup Guide for procedures on launching SOFTUNE and the debugger.

Figure 1-1. Flow of Setup Procedures

*Refer to “SOFTUNE Setup Guide.”

Start of Setup

Connect emulator, each board (see P7)

Setup the adapter board （see P8）

Power up the emulator

Power up the target board

Launch the debugger (*)

Start debugging

Launch SOFTUNE (*)

F2MC-16FX Family MB96300 Series Setup Guide, Doc. No. 002-06378 Rev. *A 5

2. Hardware Configuration

Figure 2-1 shows the configuration of the MB96300 series debug environment. The debug environment consists of a host

PC, emulator (MB2198-01), evaluation chip (MB96V300BRB-ES), adapter board (MB2198-500), header board, and target

board (user board). The SOFTUNE integrated development environment must be setup on the host PC. (Refer to the

SOFTUNE First Step Guide for setup procedures.) Select and use the header board that matches the chip and package

for the device to be used. The model numbers for the header boards with matching device types are listed in Table 2-1.

Also note it is necessary to install a socket (NQPACK) for connecting the header board to the target board (user board).

Figure 2-1. Configuration of Debug Environment

Host PC

Target board

(user board)

Header board

Evaluation chip

Oscillator clock

Adapter board

Emulator

Hardware Configuration

F2MC-16FX Family MB96300 Series Setup Guide, Doc. No. 002-06378 Rev. *A 6

Table 2-1. Debug Environment Parts for Each Device Type

Evaluation

product

Evaluation chip

Emulator

Adapter board

Header board

Remarks

MB96320

MB96V300BRB-ES

MB2198-01

MB2198-500

MB2198-505

LQFP-80

MB96340

MB2198-501

QFP-100

MB2198-502

LQFP-100

MB96350

MB2198-503

LQFP-64

(0.5 mm, 10 10 mm)

MB2198-504

LQFP-64

(0.65 mm, 12 12 mm)

MB96380

MB2198-16FX-

120P-M21

LQFP-120

*The user must also supply a target board (user board), and oscillator clock (crystal oscillator).

F2MC-16FX Family MB96300 Series Setup Guide, Doc. No. 002-06378 Rev. *A 7

3. Hardware Setup

This chapter explains the setup procedures the MB96300 series debug environment.

3.1 Setting up the emulator and each board

Figure 3-1 shows the connections for the emulator and each board. Connect each board shown in Figure 3-1. The

included AC adapter must be used to provide power to the emulator. Also, the evaluation chip (MB96V300BRB-ES) must

be mounted to the adapter board.

Figure 3-1. Connections for the Emulator and Each Board

Adapter board

（MB2198-500）

Flat cable

(supplied with

adapter board)

Emulator (MB2198-01)

Mount evaluation chip

(MB96V300BRB-ES) in IC

socket

Connect AC adapter

Connect host PC to emulator

Use flat cable (supplied with

adapter board) to connect to

the header board

1 pin

EvaluationMCU

(MB96V300

BRB-ES)

Host PC

External trigger/ program execution

General purpose measuring device

AC adapter

User system

Header board

AC in

Adapterboard

Hardware Setup

F2MC-16FX Family MB96300 Series Setup Guide, Doc. No. 002-06378 Rev. *A 8

3.2 Jumper settings on the adapter board

Jumper pins are provided on the adapter board and must be set according to the operating conditions. The figure below

shows the location for the jumper pins that need to be set. Each jumper pin setting is described in Table 3-1 to Table 3-4.

The recommended jumper pin settings are shown highlighted in gray (■). Set the jumper pins on the adapter board

according to the descriptions in the tables.

Figure 3-2. Jumper Pin Locations on the Adapter Board

*2 If a sub clock is to be used, set the jumper on the adapter board to the CLK side, then connect the sub clock to the IC

socket for the crystal oscillator.

MD0, MD1, MD2

= USR side

*1 User must supply a

crystal oscillator rated

for the frequency used

in the user system.

DVDD

=USR side

MD0_SEL, MD1_SEL,

MD2_SEL=L side

Oscillator clock *1

(crystal oscillator)

X0, X1

=EML side

X0A, X1A

=EML side

CLKSEL0, CLKSEL1

=PORT side *2

AVCC_IN

=A-B side

AVCC_OUT

=USR side

AVRH_IN

= A-B side

AVRH_OUT

=USR side

AVRL_IN

= A-B side

AVRL_OUT

=USR side

AVSS_OUT

=USR side

C =EML side

RTSX

=USR side

Hardware Setup

F2MC-16FX Family MB96300 Series Setup Guide, Doc. No. 002-06378 Rev. *A 9

Table 3-1. Jumper Settings on the Adapter Board (Debug power supply selection)

Jumper

Setting

Description

DVDD

DBG side

Supply DC regulated power supply from connection at UVCC connector (CN7).

USR side (default)

Supply DVCC power supply from the user system.

RSTX

DBG side

Fix RSTX to “H” using DC regulated power supply from connection at UVCC connector

(CN7).

USR side (default)

Supply the RTSX signal from the user system.

MD2,MD1,

MD0

DBG side

Supply the mode pin signal on the adapter board.

USR side (default)

Supply the mode pin signal from the user system.

MD2_SEL,

MD1_SEL

MD0_SEL

H side

These jumpers set the mode pins for the evaluation MCU. These settings are enabled when

the MD2-MD0 jumpers are set to the DBG side.

Each signal level is set to the output level of the DC regulated power supply connect to the

UVCC connector (CN7).

L side (default)

Table 3-2. Jumper Settings on the Adapter Board (Short plug settings for clock changeover)

Jumper

Setting

Description

X1,

USR side

Supply the main clock from the user system

EML side (default)

Supply the main clock from the crystal oscillator IC socket on the adapter board

X1A,

X0A

USR side

Supply the sub clock from the user system

EML side (default)

Supply the sub clock from the crystal oscillator IC socket on the adapter board

CLKSEL1,

CLKSEL0*

PORT side (default)

Use the port/sub clock input pin (P040/X0A, P041/X1A) as a port

CLK side

Use the port/sub clock input pin (P040/X0A, P041/X1A) as the sub clock input pin

* If a sub clock is to be used, set the jumper on the adapter board to the CLK side, and then connect the sub clock to the

IC socket for the crystal oscillator.

Hardware Setup

F2MC-16FX Family MB96300 Series Setup Guide, Doc. No. 002-06378 Rev. *A 10

Table 3-3. Jumper Settings on the Adapter Board (Short plug settings for analog power supply changeover

Jumper

Setting

Description

AVCC_IN

A-B side (default)

Select the analog power supply (AVCC) from the user system

A-C side

Select the analog power supply (AVCC), with an RC filter, from the user system

B-D side

Select the analog power supply (VDD) from the UVCC connector

C-D side

Select the analog power supply (VDD), with an RC filter, from the UVCC connector

AVCC_OUT

USR side (default)

Supply the power supply selected by AVCC_IN to the evaluation MCU analog power supply

(AVCC)

FLT side

Add an RC filter to the power selected by AVCC_IN and supply to the evaluation MCU

analog power supply (AVCC)

AVRH_IN

A-B side (default)

Select the analog power supply (AVRH) from the user system

A-C side

Select the analog power supply (AVRH), with an RC filter, from the user system

B-D side

Select the analog power supply (UVDD) from the UVCC connector

C-D side

Select the analog power supply (UVDD), with an RC filter, from the UVCC connector

AVRH_OUT

USR side (default)

Supply the power supply selected by AVRH_IN to the evaluation MCU analog power supply

(AVRH)

FLT side

Add an RC filter to the power selected by AVRH_IN and supply to the evaluation MCU

analog power supply (AVRH)

AVRL_IN

A-B side (default)

Select the analog power supply (AVRL) from the user system

A-C side

Select the analog power supply (AVRL), with an RC filter, from the user system

B-D side

Select the analog power supply (VDD) from the UVCC connector

C-D side

Select the analog power supply (VDD), with an RC filter, from the UVCC connector.

AVRL_OUT

USR side (default)

Supply the power supply selected by AVRL_IN to the evaluation MCU analog power supply

(AVRL)

FLT side

Add an RC filter to the power selected by AVRL_IN and supply to the evaluation MCU analog

power supply (AVRL)

AVSS_OUT

USR side (default)

Connect the analog power supply (AVSS) from the user system to the evaluation MCU

analog power supply (AVSS)

GND side

Connect the GND and evaluation MCU analog power supply (AVSS)

Table 3-4. Jumper Settings on the Adapter Board (Short plug settings for C pin supply)

Jumper

Setting

Description

USR side

Connect the capacitor on the user system to the C pin on the evaluation MCU

EML side (default)

Connect the capacitor on the adapter to the C pin on the evaluation MCU

Refer to the Instruction Manual for the Adapter MB2198-500 for details on settings of the adapter board.

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