2
15
Signal Selection
Hi/Lo Band
Position A/B
14/18 V
vertical/horizontal
vertical/horizontal
0 kHz/22 kHz
low-Band/high-Band
SAT-System A/B
tone burst A / tone burst B
SAT-System A/B
low-Band/high-Band
DiSEqC
unaffected
Different taps are totally independent and can be controlled by either analogue voltage control signals or DiSEqC signals.
Switching is backwards compatible with the analogue control signals until a valid DiSEqC command is received. Analogue
control signals will be ignored afterwards until a reset is done (interruption of the remote voltage or DiSEqC command “Reset”).
Mixed use of DiSEqC and non DiSEqC receivers is possible at the same tap when the remote voltage is interrupted.
Analogue control signals:
-14V/18V
polarity selection (vertical/horizontal)
-0 kHz/22 kHz
band selection (low/high band)
-tone burst satellite selection (satellite A/B)
DiSEqC control signals:
polarity vertical/horizontal
band
low band/high band
position
A (east)/B (west)
A mode selector
Position A/B
↔
Hi/Lo band
is present for every receiver output. With this selector the reaction to 22 kHz tone
and tone burst may be swapped in the sat-system. To apply a new mode a reset must be done (interruption of receiver remote
voltage or DiSEqC command “Reset”). “Position A/B” mode is recommended in the case of connected non DiSEqC receiver.
INSTALACJA DLA 24 ABONENTÓW
Type
MS951 MS952
Frequency range
SAT IF
0.95-2.4 GHz
terrestrial TV
5-862 MHz
Tap gain
SAT IF
3 dB
terrestrial TV
- 19 dB
Max. output level for SAT IF circuit, IMD>30 dB
93 dB
µ
V
SAT inputs decoupling
> 30 dB
Outputs decoupling
SAT IF
> 30 dB
terrestrial TV
> 30 dB
Through gain
SAT IF
- 3 dB
-
terrestrial TV
- 3.5 dB
-
DC through pass
1 A max.
-
DC pass from external 18 V
through V lines
-
14 V & 0.5 A max.
power supply
through H lines
-
18 V & 1 A max.
Current consumption from receiver
60 mA max.
Control signals
14/18 V, 0/22 kHz, tone burst or DiSEqC 2.0
Operating temperature range
-20
0
÷
+50
0
C
Dimensions/Weight (packed)
199x106x34 mm/0.4 kg
199x97x34 mm/0.37 kg
TECHNICAL CHARACTERISTICS
