Description
AEV RDS Evo RDS Encoder
The RDS Evo is also fully equipped with an RDS signal decoder; through this section it is possible to decode the data of an external RDS signal, decide which ones to keep and which to modify locally, and then regenerate the RDS data package to be supplied to the local FM transmitter. The RDS Decoder also allows the PI code contained in the external RDS signal to be monitored, if the PI code is different from the one programmed, it is possible to activate the exchange from the external MPX signal and the internally generated one.
The GPO port takes the status of the machine’s inputs to the outside, for a simple interface with the transmitters’s telemetry. The machine can be controlled via ethernet thanks to the internal web server, this solution frees the user from installing PC software; in addition, the Web Server can be set as CLIENT, in case of insertion in a LAN network, or as a SERVER, if you want to directly connect a PC with an Ethernet network cable.
It is possible to activate a password that limits access to the machine, inhibiting the modification of the setup parameters to unauthorized personnel.
RDS GENERATOR:
RDS signal: Standard specif. EBU Doc. Tech. 3244-E and Cenelec En 50067
Coding: Differential and Biphase
Modulation DSB-suppressed carrier
Frequency 57 kHz
Central Frequency (RDS carrier frequency): 57 kHz ± 6 Hz
Bandwidth ± 2.4 KHz (at -60 dB)
RDS injection into MPX signal – infinite ÷ – 16 dB
RDS output level 0 – 500 mVpp range
RDS Pilot (57 kHz) Carrier Phase Setting: Providing that it is not done from front it will be in (withrespect to mpx pilot reference ) minimum 0° – 90°
Input Impedance >600 Ω
Output Impedance <100 Ω
Connector BNC grounded to chassis
Data Syncrhonization
Terminal Interface: LAN
Data Input Full duplex
Connector RJ45
RDS Data management Microprocessor controlled 128 Kbyte
Non volatile memory RAM data retention 20 years
Configuration Software Embedded web server & dedicated Software
Configuration/monitoring SNMP
Connection with automation software TCP/IP
Communication port Ethernet port
Remote logic I/O MS, TA, RDS OFF Cmos level
Connector 15 pin subminiature cannon female
General Data
Power requirement 87 ÷ 265 VAC 50 ÷ 60 Hz
Consumption 8 VA
Dimension (WxHxD) 48.3 x 24 x 4.4 cm 1 rack unit
Weight 2,5 Kg. (5.5 Lbs)
Operating Temp. 0 ÷ 50° C
- Description
-
AEV RDS Evo RDS Encoder
The RDS Evo is also fully equipped with an RDS signal decoder; through this section it is possible to decode the data of an external RDS signal, decide which ones to keep and which to modify locally, and then regenerate the RDS data package to be supplied to the local FM transmitter. The RDS Decoder also allows the PI code contained in the external RDS signal to be monitored, if the PI code is different from the one programmed, it is possible to activate the exchange from the external MPX signal and the internally generated one.
The GPO port takes the status of the machine’s inputs to the outside, for a simple interface with the transmitters’s telemetry. The machine can be controlled via ethernet thanks to the internal web server, this solution frees the user from installing PC software; in addition, the Web Server can be set as CLIENT, in case of insertion in a LAN network, or as a SERVER, if you want to directly connect a PC with an Ethernet network cable.
It is possible to activate a password that limits access to the machine, inhibiting the modification of the setup parameters to unauthorized personnel.
- Specifications
-
RDS GENERATOR:
RDS signal: Standard specif. EBU Doc. Tech. 3244-E and Cenelec En 50067
Coding: Differential and Biphase
Modulation DSB-suppressed carrier
Frequency 57 kHz
Central Frequency (RDS carrier frequency): 57 kHz ± 6 Hz
Bandwidth ± 2.4 KHz (at -60 dB)
RDS injection into MPX signal – infinite ÷ – 16 dB
RDS output level 0 – 500 mVpp range
RDS Pilot (57 kHz) Carrier Phase Setting: Providing that it is not done from front it will be in (withrespect to mpx pilot reference ) minimum 0° – 90°
Input Impedance >600 Ω
Output Impedance <100 Ω
Connector BNC grounded to chassis
Data Syncrhonization
Terminal Interface: LAN
Data Input Full duplex
Connector RJ45
RDS Data management Microprocessor controlled 128 Kbyte
Non volatile memory RAM data retention 20 years
Configuration Software Embedded web server & dedicated Software
Configuration/monitoring SNMP
Connection with automation software TCP/IP
Communication port Ethernet port
Remote logic I/O MS, TA, RDS OFF Cmos level
Connector 15 pin subminiature cannon femaleGeneral Data
Power requirement 87 ÷ 265 VAC 50 ÷ 60 Hz
Consumption 8 VA
Dimension (WxHxD) 48.3 x 24 x 4.4 cm 1 rack unit
Weight 2,5 Kg. (5.5 Lbs)
Operating Temp. 0 ÷ 50° C
