Amber Wireless BlueNiceCom 3 User manual

Manual OPC1601
Version 1.9
BlueNiceCom 3
Development department
AMBER wireless GmbH
Hawstraße 2a
D-54290 Trier
fon. [phone]
fax [phone]
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OPC1601 manual V1.9 page 2 of 10 9.6.2006
Index
1 General...................................................................................................................................................3
2 Technical data:.....................................................................................................................................3
2.1 F ACTORY DEFAULTS .......................................................................................................................4
2.2 P IN ASSIGNMENT .............................................................................................................................5
2.2.1 Pinning ................................................................................................................................5
2.2.2 Pin-Table.............................................................................................................................5
2.3 D IMENSION .......................................................................................................................................6
3 Details for Layout ................................................................................................................................7
4 Soldering & Reflow .............................................................................................................................7
4.1 D ESCRIPTION ...................................................................................................................................7
4.2 R ECOMMENDATION FOR F OOTPRINTS :..........................................................................................8
5 Further range of products around BlueNiceCom 3....................................................................8
6 Declaration of conformity .................................................................................................................9
7 IMPORTANT NOTICE........................................................................................................................10
7.1 D ISCLAIMER ...................................................................................................................................10
7.2 T RADEMARKS ................................................................................................................................10
7.3 L IMITATION OF U SE .......................................................................................................................10
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OPC1601 manual V1.9 page 3 of 10 9.6.2006
1 General
BlueNiceCom 3
Bluetooth-Modul with UART-interface and integrated Chip-antenna
• Bluetooth Class 2 Modul
• Serial Port Profile (SPP)
• UART interface
• Integrated chip-antenne
• GAP & SDP support
AMBER wireless provides with the BlueNiceCom 3 a Bluetooth-module with an integrated chip-
antenna, based on LMX9820A from National Semiconductor. This compact and inexpensive
Bluetooth-version is qualified for a serial data transmission.
BlueNiceCom 3 comes with a SPP profile (Serial Port Profile) and works with other Bluetooth
modules which support the same profile. Through the serial UART interface the BlueNiceCom
will be connected to a processor or a direct to a system, according to the application.
Via an external processor or host (PC) all further available application profiles could be set on
the SPP-profile, for example: Dial up Networking Profile, Fax Profile, LAN Access Profile.
The module has an integrated chip-antenna and can placed into a circuit like a SMD-part.
The controlling and setting is raised by a host processor. The module can be integrated easily in
a system. According to the application and the settings the BlueNiceCom II can be work as a
stand-alone-slave-module.
For a cable replacement or a point-to-multipoint (piconet) application a controlling through a
processor is necessary. Up to 3 slaves could be managed by a master module.
2 Technical data:
Voltage supply 2,85V to 3,6V
Current consumption typ. 65 mA
RF output typ. 2 dBm
Rx Sensitivity typ. –82dBm
Datarate UART: 9,6 kbps to 921,6kbps
Interface according to LMX9820A
Operating temperature -30°bis +80°, optional an extended temperature range is possible
Dimension 27,5 x 16 x 3,5 mm
Miscellaneous All further technical datas according to the LMX9820A Modul of
National Semiconductor
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OPC1601 manual V1.9 page 4 of 10 9.6.2006
2.1 Factory defaults
see LMX9820A Software User Guide
Parameter Factory defaults
BD_ADDR <Variabel>
Device Name “ Serial Port
Device ”
Link Keys < no >
Pin Code “0000”
Class of Device 0x00000
SDP Records 1 SPP entry
authentication and
Encryption activated
SPP Ports to open 0000 0001
Default Connections < no >
Preferred Master 0x00,
false
UART Speed 0x03,
9600Baud
UART Parity 0x00,
no parity
UARTNoofStopbits 0x00,
1Stopbit
Operation Mode 0x01,
Automatic Mode
Inquiry Scan Mode 0x01,
General Inquiry
Page Scan Mode 0x01,
activated
Security Mode 0x02
Event Filter 0x01,
Standard
Default Link Policy 0x000F
Default Link Timeout 0x7D00,
20 Sec
Default Audio Settings 0x00, 0x00
no codec, CVSD
Default Link Latency 0x00,
Default 40 Slots
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OPC1601 manual V1.9 page 5 of 10 9.6.2006
2.2 Pin assignment
2.2.1 Pinning
2.2.2 Pin-Table
ST1
Pin Nr. Signal of BlueNiceCom 3 Signal of LMX 9820
1 VCC Voltage supply (2,85V bis 3,6V)
2 ISEL1 Input Isel1 of LMX9820A
3 ISEL2 Input Isel2 of LMX9820A
4 RX Input Uart_rx of LMX9820A
5 TX Output Uart_tx of LMX9820A
6 RTS Output Uart_rts of LMX9820A
7 CTS Input Uart_cts of LMX9820A
8 RESET Input Reset_b and Reset_5100 of
LMX9820A
9 GND Ground
10 ENV1 Input Env1 of LMX9820A
11 ENV0 Input Env0 of LMX9820A
12 LSTAT_0 Output Lstat_0 of LMX9820A
13 LSTAT_1 Output Lstat_1 of LMX9820A
14 HOST_WU Output Host_wu of LMX9820A
15 TX_SWITCH_P Output TX_Switch_P of LMX9820A
16 VDD_DIGI_PWR_D# Input VDD_DIGI_PWR_D# of LMX9820A
The signal level correspond to the power supply (2,85V bis 3,6V) of BlueNiceCom 3 and must
be aligned if the Hostsystem has a different signal level.
Antenne
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OPC1601 manual V1.9 page 6 of 10 9.6.2006
2.3 Dimension
BlueNiceCom 3 has 1mm x 2mm soldering pads with a raster of 2mm to be solder direct on a
motherboard.
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OPC1601 manual V1.9 page 7 of 10 9.6.2006
3 Details for Layout
To achieve the maximum of range no metall has to be near or under the antenna. The antenna
should have a distance of 8mm to any gound, strip line or component. Most suitable is to place
the antenna at the margin of the motherboard.
The figure shows the area which should be free of metal (ground, strip line, components, etc..).
The area off 12mm between the soldering pads on the bottom side should (e.g. with adhesive
tape) additional isolated, if any strip line is under the module to avoid any short circuit.
4 Soldering & Reflow
4.1 Description
•Reflow appropriate
•The temperature curve depends on the motherboard it´s character.
•Depending on the limit values of the components following limits are not allowed to excess-
225°C (LMX)
220°C max. 10s (Chip-antenna)
200°C max. 40s (Chip-antenna)
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OPC1601 manual V1.9 page 8 of 10 9.6.2006
4.2 Recommendation for Footprints:
Abbildung 1: Bluenicecom 3
Abbildung 2: Vorschlag for Footprint
5 Further range of products around BlueNiceCom 3
Software-Tools:
C-Tools for controlling the LMX9820A.
Evaluation-Kit: 1 BlueNiceCom II module; 1 2,4GHz antenna; 1 RS232 board with Sub-D-9
connector and LED´s; batteries for power supply; 1 USB-Bluetoothmodule for
a second station – to build up a Bluetooth radio link immediately,
documentation and software.
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OPC1601 manual V1.9 page 9 of 10 9.6.2006
6 Declaration of conformity
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OPC1601 manual V1.9 page 10 of 10 9.6.2006
7 IMPORTANT NOTICE
7.1 Disclaimer
AMBER wireless GmbH believes the information contained herein is correct and accurate at the
time of this printing. However, AMBER wireless GmbH reserves the right to change the
technical specifications or functions of its products, or to discontinue the manufacture of any of
its products or to discontinue the support of any of its products, without any written
announcement and urges its customers to ensure, that the information at their disposal is valid.
AMBER wireless GmbH does not assume any responsibility for the use of the described
products, neither does it convey any license under its patent rights, or its other intellectual
property rights, or any third party rights. It is the customer's responsibility to ensure that his
system or his device, in which AMBER wireless products are integrated, complies with all
applicable regulations.
7.2 Trademarks
•AMBER wireless® is a registered trademark owned by AMBER wireless GmbH.
•Bluetooth is a registered trademark of Bluetooth SIG, Inc
All other trademarks, registered trademarks and product names are the sole property of their
respective owners.
7.3 Limitation of Use
AMBER wireless products are not authorised for use in life support appliances, devices, or other
systems where malfunction can reasonably be expected to result in significant personal injury to
the user, or as a critical component in any life support device or system whose failure to perform
can be reasonably expected to cause the failure of the life support device or system, or to affect
its safety or effectiveness. AMBER wireless GmbH customers using or selling these products for
use in such applications do so at their own risk and agree to fully indemnify AMBER wireless
GmbH for any damages resulting from any improper use or sale.
Use of AMBER wireless products commits the user to the terms and conditions set out herein.
© 2005, AMBER wireless GmbH. All rights reserved.
AMBER wireless GmbH
Albin-Köbis-Straße 18
51147 Köln
Tel. [phone]
Fax [phone]
eMail [e-mail]
Internet http://www.amber-wireless.de
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