Aconno ACD52832 Manuel utilisateur

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MANUAL

ACD52832

Development Kit for Bluetooth Smart, ANT and 2.4 GHz

applications

www.aconno.com

August 5, 2016

The information contained in this document is the property of aconno GmbH and should not be disclosed to any third party without written permission.

Specification are subject to change without notice. V.1.1 © aconno GmbH 2016

ACD52832

Development Kit for Bluetooth Smart, ANT and

2.4 GHz applications

The aconno ACD52832 brings the speed and the simplicity of software development to

hardware and IoT. Our development board and our module are designed to support you

starting from the first prototype until the production. It empowers you to create smart,

connected Bluetooth devices.

www.aconno.com

August 5, 2016

The information contained in this document is the property of aconno GmbH and should not be disclosed to any third party without written permission.

Specification are subject to change without notice. V.1.1 © aconno GmbH 2016

Table of Contents

1.(Introduction(...................................................................................................................(4!

1.1.(Purpose(of(the(Board(............................................................................................................(4!

1.2.(Features(of(the(Board(...........................................................................................................(5!

2.(Getting(started(...............................................................................................................(6!

2.1(Electrostatic(warning(.............................................................................................................(6!

2.2(Requirements(........................................................................................................................(6!

2.3(Powering(up(the(ACD52832(board(for(the(first(time(...............................................................(7!

2.4(Programming(the(ACD52832(board(........................................................................................(8!

3.(The(Board(–(overview(...................................................................................................(11!

3.1(Overview(of(the(board(.........................................................................................................(11!

3.2(The(ACN52832(Bluetooth(Smart(Module(.............................................................................(12!

4.(Connection(pinout(–(peripherals(and(jumper((((description(...........................................(14!

4.1.(Jumper(Blocks(.....................................................................................................................(14!

4.2.(Expansion(Header(...............................................................................................................(16!

5:(On-Board(Features(.......................................................................................................(17!

5.1.(Inertial(Module(...................................................................................................................(18!

5.2.(EP(Display(...........................................................................................................................(20!

5.3.(Temperature(Sensor(...........................................................................................................(22!

5.4.(Light(Sensitive(Sensor(.........................................................................................................(23!

5.5.(IR-Emitter(...........................................................................................................................(24!

5.6.(PWM-Servo(Outputs(...........................................................................................................(25!

5.7.(User(Interfaces(...................................................................................................................(27!

5.8.(ADC(Potentiometer(............................................................................................................(29!

5.9.(Relay(Outputs(.....................................................................................................................(30!

5.10.(Buzzer(...............................................................................................................................(31!

5.11.(Segger(J-Link(OB(programmer(...........................................................................................(31!

5.12.(Power(Supply(and(Battery(Charger(...................................................................................(33!

6.(Mechanical(Dimensions(................................................................................................(35!

7.(Revision(History(............................................................................................................(36!

8.(Contact(Information(.....................................................................................................(37!

www.aconno.com

August 5, 2016

The information contained in this document is the property of aconno GmbH and should not be disclosed to any third party without written permission.

Specification are subject to change without notice. V.1.1 © aconno GmbH 2016

1. Introduction

Thank you for choosing the ACD52832 development board from aconno! We believe it

is the most feature complete Bluetooth smart development board out there.

This document is a user’s guide for the aconno ACD52832 starting with a general

overview and a list of the board’s features. 

We hope you enjoy developing with it as much as we enjoyed developing it!

1.1. Purpose of the Board

The ACD52832 is as a development board for the aconno ACN52832 Bluetooth Low

Energy module which incorporates the highly powerful and energy efficient Nordic

Semiconductor nRF52832 SoC. To give the makers of tomorrow an ultimate

development platform for future IoT devices, various on-board sensors, input devices

and a graphical HiRes electronic paper display are supplied with the board.

www.aconno.com

August 5, 2016

The information contained in this document is the property of aconno GmbH and should not be disclosed to any third party without written permission.

Specification are subject to change without notice. V.1.1 © aconno GmbH 2016

1.2. Features of the Board

• ACN52832 2.4 GHz module, featuring the Nordic Semiconductor nRF52832 SoC.

• 9 degrees of freedom inertial module which contains a 3D accelerometer,

a 3D gyroscope and a 3D magnetometer

• Graphical high resolution electronic paper display with 200x200 pixels

resolution and 184 dpi pixel density

• Integrated Texas Instruments USB Li-Ion battery charger with up to 1.5A

charging current and automatically battery - USB power supply changeover.

• Temperature sensor with temperature range between -40°C and 125°C with ±

4°C accuracy

• Light sensitive sensor

• IR-emitter

• Piezo buzzer

• Digital joystick

• Two LEDs

• Two push buttons

• Potentiometer for ADC values

• Pin-header with seven I/O –ports

• Two potential free relay outputs

• Two PWM controlled servo outputs

www.aconno.com

August 5, 2016

The information contained in this document is the property of aconno GmbH and should not be disclosed to any third party without written permission.

Specification are subject to change without notice. V.1.1 © aconno GmbH 2016

2. Getting started

This section helps you setting up the ACD5282 development board for the first time.

Here you can find the hardware and software required to operate the board.

Moreover it shows the procedure to power up the board and the description of the

default board behavior.

Please consider first the electrostatic warning to avoid damaging the board.

2.1 Electrostatic warning

The ACD52832 board is shipped in a protective anti-static package. The board must not

be exposed to high electrostatic potentials. A grounding strap or similar protective

device should be worn when handling the board. Avoid touching the component pins or

any other metallic elements.

2.2 Requirements

In order to power up the ACD52832 board, only the supplied USB cable and a PC/ Mac

with the proper software are required.

Optionally you can connect a Li-Ion or a Li-Po battery to start the charging process

immediately after connecting the ACD52832 board to a PC/ Mac.

 

www.aconno.com

August 5, 2016

The information contained in this document is the property of aconno GmbH and should not be disclosed to any third party without written permission.

Specification are subject to change without notice. V.1.1 © aconno GmbH 2016

2.3 Powering up the ACD52832 board for the first time

1. Connect the ACD52832 board through the supplied USB cable with a PC or Mac and

turn on the power switch.

2. Two new USB devices should appear: The J-Link programming interface and a mass

storage device called “J-Link”

The mass storage device called “J-Link” is used as a drag & drop target for instant

programming with a corresponding *.hex file. The other device serves as a programming

interface for IDE Software such as ARM Keil. In order to use the second device, drivers

are required for the Segger J-Link device. These are delivered with most of the available

IDEs. Otherwise, the operating system will automatically search for drivers.

3. Upon initial powering, the board’s white LED “LD6”, next to the the power switch, will

turn on and the green debug LED will start and keep flashing. After the drivers are

installed, the debug LED will remain lit. A flashing debug LED means that the board was

not recognized by the PC/Mac.

www.aconno.com

August 5, 2016

The information contained in this document is the property of aconno GmbH and should not be disclosed to any third party without written permission.

Specification are subject to change without notice. V.1.1 © aconno GmbH 2016

2.4 Programming the ACD52832 board

Since the ACD52832 board incorporates a genuine Segger J-Link debugging device with

drag & drop programming functionality, there are two ways of programming the

ACD52832: Using drag & drop without an IDE or within an IDE.

Without an IDE you can create your firmware e.g. using the mbed online developing

tool. After you created the *.hex file, simple put it on to the “J-Link” called mass storage

device.

During the programming process, the J-Link device will shortly disappear. When it

shows up again, the programming process is finished and your board is ready to go.

Picture 1: Programming with drag & drop

www.aconno.com

August 5, 2016

The information contained in this document is the property of aconno GmbH and should not be disclosed to any third party without written permission.

Specification are subject to change without notice. V.1.1 © aconno GmbH 2016

Programming with an IDE depends very much on which one you are using. aconno

recommends the usage of the ARM Keil development platform since it has a broad

support base among the different development and maker platforms.

In Keil the ACD52832 is automatically recognised. The only thing you have to do is to

choose the J-Link device from the available programming standards.

Go to “Options for Target” window and choose the “debug” card.

Once there, choose the “use:” List button and select the “J-Link / J-Trace Cortex” entry.

Picture 2: Selection within an IDE

That’s it. You are now ready to go and program your ACD52832 board!

You can test if the connection of the J-Link programmer is stable. Simply click on the

“Settings” Button on the right side of the “Use:” select bar.

www.aconno.com

August 5, 2016

The information contained in this document is the property of aconno GmbH and should not be disclosed to any third party without written permission.

Here you can see and change various settings like connection speeds. You can e.g. reset

states. What you should see is a serial number in the “Serial” field.

If you don’t see a number, please check your USB connection and drivers.

Close the Window and start to explore the ACD52832. If you have your program, just

click on the “Load” icon and your program will be automatically downloaded to the

board.

Picture 3: Settings of the J-Link programmer

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