LINKMATIK RF Solutions, LINKMATIK Datasheet - Page 5

• Manufacturer Part Number: LINKMATIK
• Description: TRANSCEIVER, LINKMATIK, 18PIN, DIL
• Manufacturer: RF Solutions

Specifications of LINKMATIK

• Svhc: No SVHC (15-Dec-2010)

Configuring Auto-Slave Mode
To configure LinkMatik for Auto-Slave mode, send
the following commands:
Configuring Auto-Master Mode
The following commands are used to set up Auto-
Master mode:
In Auto-Master mode, LinkMatik searches for a
device it is already paired with and connects to it.
If more than one device is paired, LinkMatik will
connect to the first paired device it detects and is
able to connect to.
Therefore the LinkMatik must be paired with the
devices it should connect to. You can do this by
pairing from the remote device. Alternatively you
can use commands to discover the remote device
and pair with it. This is detailed in the Wedded
Pairs section.
Setting the Baud Rate
Format:
Example:
Response:
This command sets the RxD / TxD baud rate.
There must be no spaces between the arguments.
The baud rate change takes effect immediately.
The baud rate must be changed with care. If you
set it incorrectly by accident, you may no longer be
able to communicate with LinkMatik.
Only 8 bit data is permitted, with or without parity;
however, 7-bit data with odd or even parity may be
transmitted as 8-bit, no parity.
rates below 9600 baud are somewhat inaccurate.
Page 5
SET CONTROL AUTOCALL
SET CONTROL ECHO 0
SET CONTROL CD 4 0
SET BT PAGEMODE 4 2000 1
SET CONTROL AUTOCALL 1101
SET CONTROL ECHO 0
SET CONTROL CD 4 0
SET BT PAGEMODE 0 2000 1
Gnd (Black)
7-Jul-06
RxD (Blue)
TxD (Red)
Figure 4 - Interfacing to Pixie Config Tool
Config
SET CONTROL BAUD RATE,8PS
SET CONTROL 9600,8N1
(none)
Pixie
Tool
4k7
LinkMatik 2.0 DS379-1
LinkMatik
Note that baud
CTS
RTS
RxD
Vdd
TxD
Vss
2.0
© FlexiPanel Ltd
Configuring the Bluetooth Name
Format:
Example:
Response:
This command sets the Bluetooth device name.
The name can be up to 256 ASCII characters long,
but not all remote devices will be able to display
that many.
Configuring Bluetooth Device Class
Format:
Example:
Response:
This command sets the Bluetooth device class
represented as a 6-digit hexadecimal (3-byte)
number. Device classes are detailed in the section
Bluetooth Device Classes.
Set PIN Code Security
Format:
Example:
Response:
This command sets the PIN code security settings
If the optional PIN argument is specified, this
becomes the pin code used to pair with other
devices.
If the optional PIN argument is not specified,
security and PIN codes are disabled. This is not
recommended as some devices require PIN codes
and connection will therefore not be possible.
RATE
P
S
Patents apply and/or pending
1200 = 1200 baud (+1.73% error)
2400 = 2400 baud (+1.73% error)
4800 = 4800 baud (+1.73% error)
9600 = 9600 baud (-0.82% error)
19200 = 9600 baud (+0.45% error)
38400 = 38400 baud (-0.18% error)
57600 = 57600 baud (+0.03% error)
76800 = 76800 baud (+0.14% error)
115200 = 115200 baud (+0.03% error)
230400 = 230400 baud (+0.03% error)
460800 = 460800 baud (-0.02% error)
921600 = 921600 baud (0.00% error)
1382400 = 1382400 baud (-0.01% error)
1843200 = 1843200 baud (0.00% error)
2765800 = 2765800 baud (0.00% error)
N = no parity bit
E = even parity bit
O = odd parity bit
1 = one stop bit
2 = 2 stop bits
SET BT NAME DEVNAME
SET BT NAME “Fred”
(none)
SET BT CLASS DEVCLS
SET BT CLASS 522204
(none)
SET BT AUTH * [PIN]
SET BT AUTH * 0000
(none)
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