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Albalá Ingenieros GPD2000C01, Manual

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Albalá Ingenieros GPD2000C01 Manual Download Page 9

Albalá Ingenieros | Manual 

GPD2000C01

2. SPECIFICATIONS

Antenna conection for GPS signal

Connector 

SMA  female

Impedance 

50 Ω

Standing wave ratio (VWSR) 

2:1

Provided antenna voltage 

3V or 5V ± 5 % 

user selectable

Provided antenna current 

80mA max.

Others 

Antenna input immune to shock waves

< 2 kV as per IEC 61000-4-5

Signal amplifier

Gain 

20 dB

Noise factor 

<4 dB

Dynamic range 

0 dBm

3 dB cuttoff frequency:

Lower

<1 GHz

Upper

>1.6 GHz

Passive splitter

Connector 

SMA

Impedance 

50 Ω

Number of outputs 

4

Output return loss 

>10dB 1GHz to 1,6 GHz

Insertion loss 

6 dB

Separation between outputs 

>12dB 1GHz to 1,6 GHz

General

Power consumption 

1 W

Operating temperature range 

0 .. 50 °C

Approximate weight 

154 g

9

Summary of Contents for GPD2000C01

Page 1: ...GPD2000C01 1 INPUT TO 4 OUTPUTS GNSS ANTENNA SIGNAL DISTRIBUTION AMPLIFIER Version 1 0 Albalá Ingenieros S A Medea 4 28037 Madrid Spain 13 January 2022 Albalá Ingenieros S A All rights reserved ...

Page 2: ...GPD2000C01 ...

Page 3: ...ALLATION 11 3 1 Initial inspection 11 3 2 Safety instructions 11 3 3 Environmental considerations 12 3 4 Installing the module in the mounting frame 12 3 5 Interconnection 13 4 OPERATION 15 4 1 Front panel description 15 4 2 Functional description 16 4 3 Module remote control and supervision 18 4 3 1 Details of the GPD2000C01 registers 19 5 GLOSSARY 21 6 REGULATIONS 23 7 VERSIONS 25 ...

Page 4: ...GPD2000C01 ...

Page 5: ...the same coaxial cable that is used to receive the GNSS signal The voltage used to power the antenna can come from an internal power supply to the GPD2000C01 module or from one of the GNSS receivers the GPD2000C01 has connected to the outputs labeled RX1 DC and RX2 DC The power supply used at any given moment is the one with the highest voltage and the three power supplies are redundant such that ...

Page 6: ...bands of the global navigation satellite system GNSS whose frequencies range between 1 1 and 1 6 GHz Includes an internal voltage supply of 3 3 V or 5 V to power the antenna Provides redundancy for the voltage used to power the antenna by allowing use of the internal voltage supply of the GPD2000C01 module or either of the voltage supplies coming from the GNSS receivers the GPD2000C01 has connecte...

Page 7: ...Albalá Ingenieros Manual GPD2000C01 1 3 Block diagram 7 ...

Page 8: ...Albalá Ingenieros Manual GPD2000C01 GPD2000C01 8 ...

Page 9: ... Antenna input immune to shock waves 2 kV as per IEC 61000 4 5 Signal amplifier Gain 20 dB Noise factor 4 dB Dynamic range 0 dBm 3 dB cuttoff frequency Lower 1 GHz Upper 1 6 GHz Passive splitter Connector SMA Impedance 50 Ω Number of outputs 4 Output return loss 10 dB 1 GHz to 1 6 GHz Insertion loss 6 dB Separation between outputs 12 dB 1 GHz to 1 6 GHz General Power consumption 1 W Operating temp...

Page 10: ...Albalá Ingenieros Manual GPD2000C01 GPD2000C01 10 ...

Page 11: ...arth connection Never use extension cords that do not have protective earthing connection The lack of an effective electrical connection between the ground pin in the mains input connector of the equipment and the protective earth of the electrical power distribution can cause serious harm All modules of the Albalá Ingenieros TL2000 terminal line can be hot plugged or unplugged without suffering a...

Page 12: ... should be followed in order to install a GPD2000C01 module in the mounting frame 1 Remove the blank panel covering the front of the empty slot chosen for installing the GPD2000C01 in the mounting frame 2 Insert the GPD2000C01 module into the front of the mounting frame The edges of the card slide into two plastic guides inside the mounting frame 3 Secure the module to the mounting frame using the...

Page 13: ...puts of the distributed GNSS signal to be sent to the GNSS receiver modules Those receivers connected to outputs with DC are the ones that can be used to provide redundancy to the antenna power supply Connections between the antenna and the GNSS receivers should be made using low loss coaxial cable with a 50 Ω characteristic impedance The GNSS system uses a frequency range from 1 1 to 1 6 GHz Make...

Page 14: ...Albalá Ingenieros Manual GPD2000C01 GPD2000C01 14 ...

Page 15: ...l includes the following indicators and controls STATUS This LED lights up in red if the current being delivered via the connector is below the minimum set threshold indicating that no antenna is connected It blinks in red when the current being delivered through the connector is above the set threshold indicating a problem with the antenna or a short circuit This LED lights up in yellow if the vo...

Page 16: ... coaxial cable that receives the GNSS signal The voltage used to power the antenna can come from an internal power supply to the GPD2000C01 module or from one of the GNSS receivers the GPD2000C01 has connected to the outputs labeled RX1 DC and RX2 DC The power supply used at any given moment is the one with the highest voltage and the three power supplies are redundant such that as long as one of ...

Page 17: ...Albalá Ingenieros Manual GPD2000C01 17 ...

Page 18: ...module an optional TL2000 family remote communications controller must be installed in the mounting frame The main function of the communications control module is to interface between a 10 100 Ethernet port and the internal bus of the mounting frame The following illustration shows the most common control situations from a computer or control panel via Ethernet Certain communications control modu...

Page 19: ...parameters will be lost when the module power supply is disconnected unless the EEPROM Save button within the software has been pressed The STATUS section parameters are read only and cannot be modified The EEPROM section parameters are rarely used and are stored directly in non volatile memory The parameters that can be controlled and supervised remotely for each version of the firmware are liste...

Page 20: ...IL 0x01 0x04 Y Y VCC GNSS Input 3 fail 0 OK 1 Fail VCC_GNSS4_FAIL 0x01 0x08 Y Y VCC GNSS Input 4 fail 0 OK 1 Fail VCC_ANTENNA_FAIL 0x01 0x10 Y Y VCC antenna fail 0 OK 1 Fail ICC_ANTENNA_FAIL 0x01 0x20 Y Y ICC antenna fail 0 OK 1 Fail NO_ANTENNA 0x01 0x80 Y Y Antenna presence fail 0 OK 1 Fail DC_GNSS1 0x02 0xFF Y N VCC GNSS Input 1 x 45 V DC_GNSS2 0x03 0xFF Y N VCC GNSS Input 2 x 45 V DC_GNSS3 0x04...

Page 21: ...Albalá Ingenieros Manual GPD2000C01 5 GLOSSARY GNSS Global Navigation Satellite System Satellite navigation system with global coverage SMA SubMiniature version A connector 21 ...

Page 22: ...Albalá Ingenieros Manual GPD2000C01 GPD2000C01 22 ...

Page 23: ...Albalá Ingenieros Manual GPD2000C01 6 REGULATIONS 23 ...

Page 24: ...Albalá Ingenieros Manual GPD2000C01 GPD2000C01 24 ...

Page 25: ...Albalá Ingenieros Manual GPD2000C01 7 VERSIONS Ver Date Description 0 0 26 05 2021 Preliminary Version 1 0 13 01 2022 First version ...

Page 26: ...Albalá Ingenieros S A Medea 4 28037 Madrid Spain 34 913274453 www albalaing com info albalaing com ...

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