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ETL Systems

ETL Systems DIV-G3-S6-401 Genus L-band Splitter Active 4-way With Redundant Amps Variable Gain / Slope, RF Detection & LNB Powering

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Product Code: DIV-G3-S6-401
Condition: New
Availability: YES
Weight: 15.00 KGS

Request a quote at Contact@orbitalconnect.com or +1.888.315.9545

Model DIV-G3-S6-401, is an L-band (850-3150MHz) active 4-way splitter module with 0-28 dB variable gain and 0-10 dB variable slope compensation. It also benefits from dual redundant amplifiers for reliability, 13/18 V DC with 22kHz on/off LNB powering and RF detection to monitor signal levels.

It is designed to be housed in a GNS-103-3U Genus chassis, which holds up to 17 RF modules. The chassis benefits from dual redundant hot-swap power supplies and field serviceable & replaceable RF modules, HMI and CPU module.

The unit provides Secure Communications with SNMPv3, HTTPS. Remote control and monitoring is via RJ45 Ethernet port with SNMP and web browser interface.

The Genus chassis can hold a mix of RF modules including splitters and combiners providing flexible signal management in a compact housing.

The chassis is 3U high x 500mm deep x 19" wide shelf and is available in the impedances and connector types shown below.

Connector Type Model No.
50 ohm BNC
DIV-G3-S6-401-B5B5
75 ohm BNC
DIV-G3-S6-401-B7B7
50 ohm SMA
DIV-G3-S6-401-S5S5
75 ohm F-type
DIV-G3-S6-401-F7F7

 

Splitter Module - Technical specifications and operating parameters
Function 4-way Active Splitter
Module Slots Used 1
Frequency Range 850-3150 MHz  (Extended L-band)
Gain Minimum 0 ± 2 dB
Maximum 28 ± 2 dB
Gain Flatness 850 to 2450 MHz ±  1.0 dB
850 to 3150 MHz ±  2.0 dB
Any 36 MHz ±  0.25 dB
Gain Steps 0.25 ± 0.15 dB    Monotonic Gain Control
Slope Control Range 0 to 10 dB   Pivot Point at 3150 MHz
Slope Control Steps 1 ± 0.25 dB
RF Connectors & Impedances 50Ω SMA 50Ω BNC 75Ω BNC 75Ω F-type
Input Return Loss Typical 18 dB 18 dB 16 dB 16 dB
Minimum 12 dB 12 dB 10 dB 10 dB
Output Return Loss Typical 18 dB 18 dB 16 dB 16 dB
Minimum 14 dB 14 dB 12 dB 12 dB
Reverse Gain < -60 dB typical
Noise Figure Typical 9 dB     At maximum gain & 0 dB slope setting
Maximum 11 dB   At maximum gain & 0 dB slope setting
1dB GCP Typical 7 dBm   At maximum gain & 0 dB slope setting
Minimum 5 dBm    At maximum gain & 0 dB slope setting
OIP3 Typical 19 dBm    At maximum gain & 0 dB slope setting
Minimum 16 dBm   At maximum gain & 0 dB slope setting
OIP2 Typical 29 dBm    At maximum gain & 0 dB slope setting
Minimum 26 dBm   At maximum gain & 0 dB slope setting
In band, signal dependent spurii <-85 dBm max Very low level spurii from CPU clock, switch mode PSU and other control electronics inside the chassis.
Input RF Detection 0 to –50 dBm
Amplifier Redundancy 1:1 Auto switch over from main to standby is based on current sensing. Standby amp chain is cold standby redundant.
MTBF >150,000 hrs  MTBF of each amp module. These are hot swap.
Maximum Input Level +20 dBm For no damage. None operational.
Control Method Via Chassis  Local and remote as provided by selected chassis
LNB Power 450 mA max per card  Maximum allowed power per chassis shall NOT exceed 100 W
LNB Control 13/18 V DC with 22kHz on/off
DC Coupling All RF Output Ports DC blocked
Temperature Operating: 0 to 50°C   Storage: -20°C to +75°C (equipment not powered)
Location / Humidity / Altitude Location: Indoor only     Humidity: 20 to 90% non-condensing (relative)    Altitude: 10,000ft/3000m AMSL (Above Mean Sea Level)
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Details

Model DIV-G3-S6-401, is an L-band (850-3150MHz) active 4-way splitter module with 0-28 dB variable gain and 0-10 dB variable slope compensation. It also benefits from dual redundant amplifiers for reliability, 13/18 V DC with 22kHz on/off LNB powering and RF detection to monitor signal levels.

It is designed to be housed in a GNS-103-3U Genus chassis, which holds up to 17 RF modules. The chassis benefits from dual redundant hot-swap power supplies and field serviceable & replaceable RF modules, HMI and CPU module.

The unit provides Secure Communications with SNMPv3, HTTPS. Remote control and monitoring is via RJ45 Ethernet port with SNMP and web browser interface.

The Genus chassis can hold a mix of RF modules including splitters and combiners providing flexible signal management in a compact housing.

The chassis is 3U high x 500mm deep x 19" wide shelf and is available in the impedances and connector types shown below.

Connector Type Model No.
50 ohm BNC
DIV-G3-S6-401-B5B5
75 ohm BNC
DIV-G3-S6-401-B7B7
50 ohm SMA
DIV-G3-S6-401-S5S5
75 ohm F-type
DIV-G3-S6-401-F7F7

 

Splitter Module - Technical specifications and operating parameters
Function 4-way Active Splitter
Module Slots Used 1
Frequency Range 850-3150 MHz  (Extended L-band)
Gain Minimum 0 ± 2 dB
Maximum 28 ± 2 dB
Gain Flatness 850 to 2450 MHz ±  1.0 dB
850 to 3150 MHz ±  2.0 dB
Any 36 MHz ±  0.25 dB
Gain Steps 0.25 ± 0.15 dB    Monotonic Gain Control
Slope Control Range 0 to 10 dB   Pivot Point at 3150 MHz
Slope Control Steps 1 ± 0.25 dB
RF Connectors & Impedances 50Ω SMA 50Ω BNC 75Ω BNC 75Ω F-type
Input Return Loss Typical 18 dB 18 dB 16 dB 16 dB
Minimum 12 dB 12 dB 10 dB 10 dB
Output Return Loss Typical 18 dB 18 dB 16 dB 16 dB
Minimum 14 dB 14 dB 12 dB 12 dB
Reverse Gain < -60 dB typical
Noise Figure Typical 9 dB     At maximum gain & 0 dB slope setting
Maximum 11 dB   At maximum gain & 0 dB slope setting
1dB GCP Typical 7 dBm   At maximum gain & 0 dB slope setting
Minimum 5 dBm    At maximum gain & 0 dB slope setting
OIP3 Typical 19 dBm    At maximum gain & 0 dB slope setting
Minimum 16 dBm   At maximum gain & 0 dB slope setting
OIP2 Typical 29 dBm    At maximum gain & 0 dB slope setting
Minimum 26 dBm   At maximum gain & 0 dB slope setting
In band, signal dependent spurii <-85 dBm max Very low level spurii from CPU clock, switch mode PSU and other control electronics inside the chassis.
Input RF Detection 0 to –50 dBm
Amplifier Redundancy 1:1 Auto switch over from main to standby is based on current sensing. Standby amp chain is cold standby redundant.
MTBF >150,000 hrs  MTBF of each amp module. These are hot swap.
Maximum Input Level +20 dBm For no damage. None operational.
Control Method Via Chassis  Local and remote as provided by selected chassis
LNB Power 450 mA max per card  Maximum allowed power per chassis shall NOT exceed 100 W
LNB Control 13/18 V DC with 22kHz on/off
DC Coupling All RF Output Ports DC blocked
Temperature Operating: 0 to 50°C   Storage: -20°C to +75°C (equipment not powered)
Location / Humidity / Altitude Location: Indoor only     Humidity: 20 to 90% non-condensing (relative)    Altitude: 10,000ft/3000m AMSL (Above Mean Sea Level)
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