Analog Devices EVAL-ADuCM420QSP1Z Manuel utilisateur

EVAL-ADUCM420QSP1Z User Guide

UG-1926

One Technology Way •P. O . Box 9106 •Norwood,MA 02062-9106, U.S.A. •Tel: 781.329.4700 •Fax: 781.461.3113 •www.analog.com

ADuCM420 Development System: Getting Started Tutorial

PLEASE SEE THE LAST PAGE FOR AN IMPORTANT

WARNING AND LEGAL TERMS AND CONDITIONS.Rev. 0 | Page 1 of 20

FEATURES

Interface through mIDAS-Link emulator

Power supply options: 9 V wall wart adapter, 5 V external

supply terminal block, or USB supply

ADuCM420 development system facilitates performance

evaluation of the ADuCM420 with a minimum of external

components

DEVELOPMENT SYSTEM KIT CONTENTS

EVAL-ADUCM420QSP1Z evaluation board

mIDAS-Link emulator

1 USB cable

DOCUMENTS NEEDED

ADuCM420 data sheet

ADuCM420 hardware reference manual

SOFTWARE NEEDED

ADuCM420 installer

MDIOWSD

Keil® μVision®5

IAR installer

IAR IDE software

GENERAL DESCRIPTION

The ADuCM420 is a fully integrated, single package device that

incorporates high performance analog peripherals together with

digital peripherals. The ADuCM420 features 12-bit, 2 MSPS data

acquisition on up to 16 input pins, an Arm® Cortex®-M33

processor, 12 voltage digital-to-analog converters (DACs), and

2× 256 kB Flash/EE memories, packaged in a 64-ball wafer level

chip scale package (WLCSP).

The ADuCM420 development system (E VA L -ADUCM420QSP1Z)

is fully packaged to evaluate all features of the ADuCM420, a

high precision analog microcontroller. The ADuCM420

includes 12 external AINx channels, voltage output DACs

(VDACs) and various shared functions with the general-purpose

input/outputs (GPIOs) that are configurable through registers.

The VDAC channels generate an output range up to 2.5 V or

3.3 V full scale.

The EVAL -ADUCM420QSP1Z board uses a low noise, low

dropout (LDO) linear regulator to power up the device. The

ADuCM420 is powered up using the following three options: a

9 V wall wart adapter, a 5 V external supply terminal block, and

a USB supply.

This user guide describes how to configure the E VA L -

ADUCM420QSP1Z evaluation board by providing step by step

procedures about the connections on the evaluation boards.

This user guide also contains information regarding which

evaluation versions of the third-party software tools to download.

Additionally, this user guide provides instructions on how to load

the supplied code examples. See Figure 1 for a photograph of the

E VA L -ADUCM420QSP1Z board.

Following this guide allows users to generate and download

their own user code to use in their own unique end system

requirements.

Complete specifications for the ADucM420 are available in the

ADuCM420 data sheet, which must be consulted in conjunction

with this user guide when using the EVA L -ADUCM420QSP1Z

board.

UG-1926 EVAL-ADUCM420QSP1Z User Guide

Rev. 0 | Page 2 of 20

TABLE OF CONTENTS

Features .............................................................................................. 1

Development System Kit Contents ................................................ 1

Documents Needed.......................................................................... 1

Software Needed............................................................................... 1

General Description......................................................................... 1

Revision History ............................................................................... 2

EVAL-ADUCM420QSP1Z Photograph ........................................ 3

Evaluation Board Hardware............................................................ 4

Power Supplies and Default Link Options................................ 4

Hardware Module............................................................................. 5

ADuCM420 and Arduino Power ............................................... 5

Arduino Connector...................................................................... 6

Getting Started .................................................................................. 7

Software Installation Procedures................................................ 7

Keil μVision5................................................................................. 7

CMSIS Pack in Keil μVision5 ......................................................8

Library and Project Options for ADuCM420 in Keil μVision5 ...9

IAR IDE Project Settings..............................................................9

mIDAS-Link Connector—Connecting the Hardware.......... 11

Evaluating the MDIO Download Mode.................................. 11

Evaluating the I2C Download Mode........................................ 12

Floating-Point Unit Enable Procedure .................................... 13

SRAM Mode Settings................................................................. 16

Safe Code Debugging/Development Recommendations.......... 19

Scenarios that Cause Device Lockups ..................................... 19

Recovering Locked Up Devices................................................ 19

Programmable Logic Array (PLA) Tool...................................... 20

Configuring the Gates and Output .......................................... 20

REVISION HISTORY

1/2021—Revision 0: Initial Version

EVAL-ADUCM420QSP1Z User Guide UG-1926

Rev. 0 | Page 3 of 20

EVAL-ADUCM420QSP1Z PHOTOGRAPH

UART/USB mIDAS-Link

Digital I/Os

UART CONNECTOR

J-LINK CONNECTOR

POWER TERMINAL

BLOCK

9V WALL WART

AINx

VDACx

25844-001

Figure 1.

UG-1926 EVAL-ADUCM420QSP1Z User Guide

Rev. 0 | Page 4 of 20

EVALUATION BOARD HARDWARE

POWER SUPPLIES AND DEFAULT LINK OPTIONS

The EVAL -ADUCM420QSP1Z development system can be

powered with the following options: a 5 V terminal block from

bench supplies, a 9 V wall mounted adapter, or a USB supply.

See Table 1 for the on-board jumper configurations for each

power supply option and other optional connectors. Locate

Pin 1 for each header pin for the supply.

For any of the power supply options, place the jumpers shown

in Table 1 in the required operating setup before supplying

power to the EVA L -ADUCM420QSP1Z (see Figure 2).

Each power supply is decoupled to the relevant ground plane

with 10 µF and 0.1 µF capacitors. Each device supply pin is also

decoupled with a 10 µF and 0.1 µF capacitor pair to the relevant

ground plane.

EVAL-ADUCM420QSP1Z Board Interface

The ADuCM420 has on-chip digital peripheral interfaces, such

as a universal asynchronous receiver/transmitter (UART), serial

peripheral interface (SPI), management data input/output

(MDIO), and I2C. See Figure 1 for the on-board component

locations.

Bench Power Supply Option

The ADuCM420 requires 5 V for normal operation. Replicating

the jumper configuration in Table 1, the 5 V terminal block

supply passes through LDO regulators to regulate the power

supply. The ADuCM420 can also configure the IOVDD1 and

DVDD power supplies to be 1.2 V or 1.8 V, and 1.8 V or 3.3 V,

respectively. To conf igure these supply options, select the

required position on Jumper P11 for IOVDD1 and Jumper P15

for DVDD. P11 and P15 are on the solder side (bottom side of

the evaluation board.)

Table 1. Jumper Configurations for the EVAL-ADUCM420QSP1Z

Jumper No. Optional Jumper Configuration Bench Supply or 9 V Wall Wart

JP6—Future Technology Devices

International (FTDI) Supply

No Short. Yes

JP7—USB Yes Short. Yes

P11—IOVDD1 No Pin 1 and Pin 2 = 1.8 V, Pin 2 and Pin 3 = 1.2 V. Yes

P15—DVDD No Pin 1 and Pin 2 = 3.3 V, Pin 2 and Pin 3 = 1.8 V. Yes

P7—SIN1 Level Shifter Yes Pin 1 and Pin 2 = IOVDD0, Pin 2 and Pin 3 = IOVDD1. Yes

P12—SOUT1 Level Shifter Yes Pin 1 and Pin 2 = IOVDD0, Pin 2 and Pin 3 = IOVDD1. Yes

P14—LED Display Yes Short. Yes

P5—IOVDD0 Pull-Up Yes Short. Yes

JP1—SWCLK Pull-Up Yes

JP3, JP4, and JP5 are optional pull-ups. The R14 resistor

(see Figure 1) must be populated with values that are at

least 100 kΩ to use these optional pull-ups.

Yes

JP2—SWDIO Pull-Up Yes Short. Yes

JP3—P2.2 or SWO Pull-Up Yes Short. Yes

JP8 to JP10 Yes These pins use the on-board FTDI chip that can be used

on the I2C downloader.

Yes

+1.2V

P11

+5V

DGND

LDOs

P15

+1.8V

UART

ADuCM420

IOVDD1

USB/WALL WART

mIDAS-Link

AGND

SPI SPI

IOGNDIOGNDIOGND

J-LINK

25844-006

Figure 2. On-Board Jumper Configuration Diagram

EVAL-ADUCM420QSP1Z User Guide UG-1926

Rev. 0 | Page 5 of 20

HARDWARE MODULE

ADUCM420 AND ARDUINO POWER

Customers may want to connect their own custom circuits to

the EVA L -ADUCM420QSP1Z evaluation board.

Five connectors of the EVA L -ADUCM420QSP1Z evaluation

board support an Arduino® Uno or Arduino Zero connection

interface to external PCBs. The EVA L -ADUCM420QSP1Z

evaluation board can power the external Arduino-based board.

Inversely, the Arduino is also capable of powering up the whole

module, including the ADuCM420. Table 2 shows the jumper

connections for the power configurations of the EVA L -

ADUCM420QSP1Z and the Arduino.

Table 2. Power Configurations for the EVAL-ADUCM420QSP1Z (WLCSP)

EVAL-ADUCM420QSP1Z Optional Jumper Information Jumper Configuration

P20 Yes Power selection either via

USB power or via Arduino

power

Pin 1 and Pin 2 = USB powered. Pin 2 and Pin 3 = Arduino powered.

Do not use USB power for the EVAL-ADUCM420QSP1Z board if the

Arduino and the evaluation board are powered up together.

JP16 Yes Power from Arduino via the

EVAL-ADUCM420QSP1Z

board

If this jumper is shorted, the EVAL-ADUCM420QSP1Z also powers

up the Arduino.

JP111Yes 3.3 V LDO output Short.

JP121Yes 3.3 V power to Arduino

IOREF pin

Short.

JP131Yes ADuCM420 reset to Arduino

reset

Short.

JP141Yes 3.3 V power to Arduino Short.

JP151Yes 5 V power to Arduino Short.

1The JP11 to JP15 connectors are used if the Arduino is powered up via the EVAL-ADUCM420QSP1Z board.

UG-1926 EVAL-ADUCM420QSP1Z User Guide

Rev. 0 | Page 6 of 20

ARDUINO CONNECTOR

The EVAL -ADUCM420QSP1Z has Arduino R3 headers

directly compatible with Arduino Uno and Arduino Zero. The

Arduino pins used by the E VA L -ADUCM420QSP1Z board are

given in Table 3.

For more information on the ADuCM420 pins, refer to the

ADuCM420 data sheet and ADuCM420 hardware reference

manual (UG-1807).

By default, the EVAL-ADuCM420QSP1Z board is configured as

an Arduino slave board, with connectors populated only on the

component side of the PCB.

If the EVAL-ADuCM420QSP1Z board is to be configured as an

Arduino host, populate a different connector type on the solder

side with the following guidelines:

•P16 and P19: 8-pin, single-row headers, 2.54 mm pitch (for

example, the Samtec SSQ-108-03-G-S)

•P21: 6-pin, single-row header, 2.54 mm pitch (for example,

the Samtec SSQ-106-03-G-S)

•P13: 10-pin, single-row headers, 2.54 mm pitch (for

example, the Samtec SSQ-110-03-G-S)

Figure 3 shows the appropriate connector type. For proper slave

adapter connection, ensure the female part is on the solder side

with the long pins protruding through to the component side.

25844-122

Figure 3. Connector Type for Arduino Master and Slave Adapter

Configuration

Table 3. EVAL-ADUCM420QSP1Z Pin Connections to

Arduino Pins

R3 Header Pins Arduino Pin

Digital

P13

P1.2/SCL1

SCL

P1.3/SDA1 SDA

AREF AREF

DGND GND

P0.0/SCLK0 SCK

P0.1/MISO0 MISO

P0.2/MOSI0 MOSI

P2.0 SS

P0.3/CS0 GPIO

P2.1/IRQ2 GPIO

P16

P1.0/SIN1 RXD

P1.1/SOUT1 TXD

P0.6/SCL2 GPIO

P0.7/SDA2 GPIO

P1.4/SCLK1 GPIO

P1.5/MISO1 GPIO

P1.6/MOSI1 GPIO

P1.7/CS1 GPIO

P18

P0.1/MISO0 MISO

IOVDD0 3.3V

P0.0/SCLK0 SCK

P0.2/MOSI0 MOSI

RESET RESET

DGND GND

Power

P19

Arduino or ADuCM420 Power 7V VIN

AGND GND

Arduino or ADuCM420 Power 5V

Arduino or ADuCM420 Power 3V3

Arduino or ADuCM420 Reset RESET

Arduino or ADuCM420 Power IOREF

No Connect No connect

Analog

P21

AIN0 ADC5

AIN1 ADC4

AIN2 ADC3

AIN3 ADC2

AIN4 ADC1

AIN14 ADC0

EVAL-ADUCM420QSP1Z User Guide UG-1926

Rev. 0 | Page 7 of 20

GETTING STARTED

SOFTWARE INSTALLATION PROCEDURES

Perform the following steps before plugging any of the USB

devices into the PC:

1. Close all open applications on the PC.

2. After downloading the ADuCM420 installer from

ftp://ftp.analog.com/pub/microconverter/ADuCM420, double

click ADuCM420Installer-V0.1.0.0.exe and follow the

instructions shown in Figure 4. The ADuCM420Installer

Setup window displays the installation method and

component selection, as shown in Figure 4. The end user

license agreement (EULA) is displayed after proceeding

through the ADuCM420Installer Setup window. Accepting

the EULA extracts the installer, and rejecting the EULA

cancels the installer.

25844-002

Figure 4. Installation Options

3. After installation, the \AnalogDevices\ADuCM420 folder

opens. This location contains the examples folder that stores

the example codes for the ADuCM420 (see Figure 5).

25844-003

Figure 5. ADuCM420 examples Folder with Projects

KEIL μVISION5

The Keil μVision5 integrated development environment (IDE)

integrates all the tools necessary to edit, assemble, and debug

code. The fastest way to begin running the Keil IDE is to open

an existing project by using the following steps:

1. In Keil, click Project > Open Project.

2. Browse to the folder where the ADuCM420 software is

installed (C:\AnalogDevices\ADuCM420...).

3. Open the M420_GPIO.uvprojx file, located in the

ADuCM420\examples\M420_GPIO\ARM folder.

Opening the file launches an example project.

4. Set up the Cortex microcontroller software interface

standard (CMSIS) pack before proceeding through the

source. See the CMSIS Pack in Keil μVision5 section for

details on how to import the CMSIS pack.

5. Compile and download the source code to the EVAL-

ADUCM420QSP1Z board through the menu bar on the

IDE.

6. To run the source code, press RESET on the EVAL-

ADUCM420QSP1Z board, and then press RUN.

7. When running the code, the green LED on the board

marked DISPLAY flashes.

UG-1926 EVAL-ADUCM420QSP1Z User Guide

Rev. 0 | Page 8 of 20

CMSIS PACK IN KEIL μVISION5

After the Keil μVision5 IDE is installed, open the application

and use the following steps to properly set up the ADuCM420

device from the IDE:

1. Open the CMSIS pack installer as shown in Figure 6.

When the pack installer is opened for the first time, it may

take a few minutes to update the pack installer.

25844-105

Figure 6. Pack Installer

2. After the CMSIS pack installer opens, click File > Import.

Select and import the ADuCM420 pack that is included in

the installation setup (see Figure 7).

3. With the ADuCM420 CMSIS pack installed, the

ADuCM420 device is supported by the Keil μVision5 IDE.

The ADuCM420 appears in the Device tab of the Keil

window, as shown in Figure 8.

25844-106

Figure 7. Pack Installer

25844-107

Figure 8. ADuCM420 Device in Keil μVision5

EVAL-ADUCM420QSP1Z User Guide UG-1926

Rev. 0 | Page 9 of 20

LIBRARY AND PROJECT OPTIONS FOR ADUCM420

IN KEIL µVISION5

The Keil µVision5 project files are placed in the Arm folder for

each example program. For example, C:\Analog Devices\

ADuCM420\examples\M420_Adc\ARM\M420_Adc.uvporjx

is the file that is opened by Keil. By clicking the Manage Run-

Time Environment icon from the Keil settings menu (see

Figure 9), users can select the components needed from

Peripheral Libraries in their project, as shown in Figure 11.

25844-108

Figure 9. Manage Run-Time Environment Icon

IAR IDE PROJECT SETTINGS

It is recommended for first time users to open an example project

from the examples folder. For instance, the M420_Adc.eww file

is the IAR Embedded Workb ench® project file for the ADC

example, and it can be opened from the C:\Analog Devices\

ADuCM420\examples\M420_Adc\IAR\folder.

Opening an example file allows compilation, programming, and

debugging without any configuration changes from the user.

If creating a new IAR-based project, the following steps must be

completed to run the ADuCM420 example programs properly:

1. From the Project menu, select Options.

2. Click the General Options category, and ensure the

selected device is Analog Devices ADuCM420 under the

Target tab.

25844-110

Figure 10. IAR Project Setting

25844-109

Figure 11. Peripheral Libraries

UG-1926 EVAL-ADUCM420QSP1Z User Guide

Rev. 0 | Page 10 of 20

3. After the ADuCM420 device is selected, click the Library

Configuration tab. Ensure that all settings match those

shown in Figure 12.

25844-111

Figure 12. IAR Library Configuration

4. Next, click C/C++ Compiler, and check that the

directories match those shown in the Additional include

directories box (see Figure 13).

25844-112

Figure 13. C/C++ Compiler Setting

5. Next, click the Linker category, check the Override default

box in the Config tab, and browse for the linker file under

the Linker configuration file section, as shown in

Figure 14.

25844-113

Figure 14. Linker Setting

6. Check the Debugger settings, and ensure that all settings

match those shown in Figure 15 and Figure 16 in the

Download and Setup tabs.

25844-114

Figure 15. Debugger Configuration

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