LinTronic TableTop Series Manuale utente
Receives, Transmits and Converts
InfraRed, RadioFrequency RS232,
RS485, X10
IR-Tx IR-Tx IR-Rx IR-Tx
TableTop series
Hardware version 5
h t t p : / / w w w . l i n t r o n i c . d k
Updated: 170805
LinTronic
3.5 mm jack connector:
Ext. Data input: InfraRed, RF, etc.
Aux:
DB09 connector:
3.5 mm jack connector:
Power:
Digital output, Digital Inputs
External interface to various purposes
RS232/RS485 communication
Digital input, digital output
Low-power output for external InfraRed emitters
Accepts 9 - 18 volt DC. Polarity protected.
For reception and RS232/RS485 communication only, a power supply capable of
delivering 100 mA is sufficient.
For high-power transmission a power supply capable of
delivering a minimum 350 mA is recommended.
InfraRed receiver and transmitter in the front
Output
Power
Communication
Input Aux
-
+
Updated: 090413
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LinTronic
Front IR receiver
Front Wide-Angle High-Power InfraRed Transmitter
Aux, 6 pin modular connector
Communication, DB09 connector
Output, 3.5 jack connector
Depending on the typenumber, your TableTop device is equipped with an InfraRed
receiver accepting signals in the 36-40 KHz or 455 KHz range.
3 pcs. built-in InfraRed emitter diodes sends the InfraRed signal.
12 volt output, 2 pcs. ground active inputs, 1 pcs. 5 volt active output.
Can be used as interface to external devices as for example an X10 modem XM10E.
Holds computer and bus-system communication signals, digtial input and output.
When the software detects reception of expected data, an command is send
on the communication line (optional computer RS232 or bus-system RS485).
Transmitter and converter products can be commanded to transmit specific
data-signals.
Please see our "Open protocol" for more information.
Anything transmitted by the front wide-angle high-power InfraRed transmitter
is automatically copied to this low-power output.
This allows you to distribute for example InfraRed codes to many devices by
adding a distribution block and a number of external IR emitters.
Input, 3.5 mm jack connector
Accepts 5 volt data signals from any source. For example demodulated codes
from an InfraRed or RadioFrequency receiver.
Allows you to build an external receiver and store your TableTop product away.
Output
Power
Communication
Input
Output
Power
Communication
Input
InfraRed receiver and transmitter in the front
Output
Power
Communication
Input Aux
Updated: 090413
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LinTronic
Circuit boards dimensions
8
7
6
5
4
3
2
1
ON
59 mm
93 mm
3 mm3 mm
16 mm
Updated: 090413
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LinTronic
8
7
6
5
4
3
2
1
ON
RS232 RS485
*
* = Factory default
Switchblock and
jumpers
InfraRed Receivers
36-40 KHz 455 Khz
Updated: 090413
X10 port
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LinTronic
Output
Power
Communication
Input Output
Power
Communication
Input Aux
5 4 3 2 1
9 8 7 6
Gnd
Rx (from cpu)
Tx (to cpu)
RS485, A, +
RS485, B, -
Optional
External receiver
RadioFrequency or InfraRed
InfraRed receiver and transmitter in the front
Optional
External transmitter
InfraRed
Digital Inputs
5 volt pulled-up. 100K
Digital Outputs
active low, 5 volt pulled-up
Programmable reaction,
computer monitored,
Relay-contacts, AutoMutic-Relay,
PIR movement sensor, switches,
etc.
Gnd
Gnd
Computer controlled,
Remote controlled,
Conson databus,
Relay,etc.
Computer
2-wire databus
RS232
DIGITAL INPUTS DIGITAL OUTPUTS
RS485
123456
1 = Unused
2 = Aux Out
3 = Aux In 1
4 = Ground
5 = Aux In 2
6 = Unused
1
2
1
2
Updated: 090413
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LinTronic
CBA
AB
C
Jack connector seen
from solderside
1 - C Ground
2 - A 5 volt
3 - B IRsignal
455 KHz
B&O
8087030
12345
PL A SM A
P R O TE C TE D
External Receiver
Updated: 090413
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LinTronic
Output
Power
Communication
Input Aux
External low-power output
+
-
If you want test the Low Power External IR Output, you can connect a normal
visible LED to a mono 3.5 mm jack connector and insert it the External IR Output.
TT-IR-ET03
TableTop
Transmitter or Converter
Updated: 090413
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LinTronic
Digital Input 1 5 volt
1
5
The digital Input is internally pulled up by a 100 Kohm resistor.
In order to activate the input, the input pin 1, must be grounded.
100K
Digital Inputs
Updated: 170805
h t t p : / / w w w . l i n t r o n i c . d k
LinTronic
5 4 3 2 1
9 8 7 6
Digital Input 2 5 volt
4
5
The digital Input is internally pulled up by a 100 Kohm resistor.
In order to activate the input, the input pin 4, must be grounded.
100K
5 = Ground
1 = Digital input 1
4 = Digital input 2
5 4 3 2 1
9 8 7 6
Digital Outputs
Updated: 170805
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LinTronic
6 or 9
5
The Digital Output is a Ground-active Transistor, Open Collector.
When the output is on the signal is grounded.
When the output is off the signal is 5 volt - pulled up by a resistor.
Pull-up resistor can be removed if required to control 12 volt relay.
The transistor output is current controlled by the 22 Resistor. If relay does not
activate, you need to shorten the 22R resistor to allow bigger current.
The transistor output will sink a maximum of 250 mA.
The output is relay coil surge protected by the ZenerDiode.
See next page.
5 volt
Pull-up resistor 100K
Must be removed
if output is required
to control 12/24 volt
relays
22R
ZenerDiode
NC
C
NO
-
12 volt
+
5 = Ground
6 = Digital output 1
9 = Digital output 2
Altri manuali per TableTop Series
2
Indice
