With signal applied to any input and the output as the reference; the isolation measured on all other outputs will be greater than 30 dBc from 250 to 2150 MHz.
POWER
Power supplies
Two 20 Volt 1 A supplies
Voltage applied to the output connectors
10
28
Vdc
Each individual amplifier will operate per specification when voltage is applied to each amplifiers output connector and will be present at the input connector minus a diode drop
Voltage into the input connectors
10
28
Vdc
Each individual amplifier will operate per specification when voltage is applied to the input connector. Voltage will not appear at the output connector.
20 Volts applied to DC LNB port
20
This voltage will power all six amplifiers and the 20 volts will be present at the input connector of each amplifier. No voltage will be present at the output connector.
20 Volts applied to DC AMP port
This voltage will power all six amplifiers. No voltage will be present on the input or the output of the amplifiers
20 Volt applied to DC LNB port
20
Vdc
20 Volts applied to the DCLNB port will pass thru to the DC port
DC AMP port to DC port current
1.5
A
Peak Applied Voltage
28
Vdc
Must survive when applied to any or all ports for ≤ 24 hours.
DC Current Pass Range
0
1.5
A
DC Resistance
0.2
Ohms
Does not apply to cable
DC Voltage Drop
0.4
Vdc
Does not apply to cable
DiSEq
DiSEqC Frequency Range
17.6
22
26.4
kHz
Must pass with no degradation or distortions.
Reference the Eutelsat DiSEqC 2.0 Spec.
DiSEqC Device Impedance
1000
Ω
The impedance the device presents with respect to ground. Across the DiSEqC Frequency Range
DiSEqC Through Impedance
1
Ω
The impedance the device has in the pass through path. Across the DiSEqC Frequency Range.
ETC Control Words for 13/18 Switching
Must pass with no degradation or distortions. Their presence must not affect RF performance.
Reference the EchoStar 13/18 Switch Box Function Spec.