
Web GUI Control
EN/LZT 790 0023/1 R16A
5-37
Parameter
Values
Description
L-Band Frequency
950.000 MHz to 2150.000 MHz
The center frequency of the signal output through the L-Band
output.
Uplink Frequency
The frequency the signal is converted to by the up-converter
fed from the AVP 3000 Voyager through the L-Band output.
Uplink Frequency
=
Up-converter Frequency
±
IF Frequency
.
± depends on the Spectrum Sense.
Nominal L-Band
Power
-40.0 dBm to 5.0 dBm
The Nominal signal power output through the L-Band output
applied when the output is set to On (Nominal Power)
Reduced L-Band
Power
-40.0 dBm to 5.0 dBm
The Reduced signal output power applied when the output is set
to On (Reduced Power) when the output frequency is changed
or after a reboot if the Output State is allowed to stay on.
L-Band Spectrum
Sense
Normal, Inverted
Specifies whether the spectrum is inverted or not inverted. It
has an effect on the Up-converter Frequency calculation.
L-Band Tilt
-0.040 dB/MHz to 0.040 dB/MHz
The tilt applied in the L-band.
L-Band Up-converter
Frequency
2500.000 MHz - 100000.000 MHz
The oscillator frequency of the up-converter fed by the AVP
3000 Voyager through the L-Band output.
Up-converter Power
Off, 15V, 24V
The voltage level to feed a downstream up-converter device.
Up-converter
Reference
Off, On
Specifies whether to produce a 10-MHz reference for the
downstream up-converter device.
IF Output
Frequency Input Mode
IF Frequency, Uplink Frequency
The mode how the frequency is treated. For IF Frequency the
RF center frequency of the respective output is directly
entered. For Uplink Frequency, the RF center frequency is
calculated from the Uplink Frequency and the Up-converter
Frequency.
IF Frequency
50.000 MHz to 180.000 MHz
The center frequency of the signal output through the IF
output.
Uplink Frequency
The frequency the signal is converted to by the up-converter
fed from the AVP 3000 Voyager through the IF output.
Uplink Frequency
=
Up-converter Frequency
±
IF Frequency
.
± depends on the Spectrum Sense.
Nominal IF Power
-30.0 dBm to 5.0 dBm
The Nominal signal power output through the IF output applied
when the output is set to On (Nominal Power).
Reduced IF Line-up
Power
-30.0 dBm to 5.0 dBm
The Reduced IF output power level applied when the output is
set to On (Reduced Power), when the output frequency is
changed or after a reboot if the Output State is allowed to stay
on.
IF Spectrum Sense
Normal, Inverted
Specifies whether the spectrum is inverted or not inverted. It
has an effect on the Up-converter Frequency calculation.
IF Tilt
-0.040 dB/MHz to 0.040 dB/MHz
The tilt applied to the IF output signal.
IF Up-converter
Frequency
500.000 MHz to 100000.000 MHz
The oscillator frequency of the up-converter fed by the AVP
3000 Voyager through the IF output.
Summary of Contents for AVP 1000 1RU
Page 10: ...Preliminary Pages x EN LZT 790 0023 1 R16A BLANK...
Page 42: ...Installing the Equipment 2 18 EN LZT 790 0023 1 R16A BLANK...
Page 176: ...Front Panel Control 4 60 EN LZT 790 0023 1 R16A BLANK...
Page 319: ...Web GUI Control EN LZT 790 0023 1 R16A 5 143 Figure 5 43Support Page Device Management Tab...
Page 320: ...Web GUI Control 5 144 EN LZT 790 0023 1 R16A BLANK...
Page 324: ...Advanced Video Processing and Networking 6 4 EN LZT 790 0023 1 R16A BLANK...
Page 374: ...Options Licensing and Upgrades 7 28 EN LZT 790 0023 1 R16A BLANK...
Page 396: ...Preventive Maintenance and Fault finding 8 22 EN LZT 790 0023 1 R16A BLANK...
Page 444: ...Technical Specification B 28 EN LZT 790 0023 1 R16A BLANK...
Page 446: ...Audio Coding C 2 EN LZT 790 0023 1 R16A BLANK...
Page 452: ...Differences For Contribution Encoder and Voyager II D 2 EN LZT 790 0023 1 R16A BLANK...
Page 456: ...Differences For Contribution Encoder and Voyager II D 6 EN LZT 790 0023 1 R16A BLANK...
Page 458: ...Alarm Lists E 2 EN LZT 790 0023 1 R16A BLANK...
Page 500: ...Alarm Lists E 44 EN LZT 790 0023 1 R16A BLANK...
Page 502: ...Logo Creator F 2 EN LZT 790 0023 1 R16A BLANK...
Page 508: ...Logo Creator F 8 EN LZT 790 0023 1 R16A BLANK...