Digiwave Diamond and LNB settings
Hi,
I have a Digiwave Diamond and the following LNB (Please see below):
I was checking the Transponders of the Intelsat 10-02 (1.0West)
and noticed the following informations:
[1.0° W] INTELSAT 10-02, [3914,V,8022], [3927,V,2143], [3977,H,17777], [4175,V,28000], [4180,H,27000],
[10988,V,6666], [11040,H,3300], [11045,H,3300], [11054,H,5000], [11061,H,5000], [11166,V,2295],
[11172,V,6076], [11172,V,5632], [11189,V,2142], [11463,V,6666], [11463,V,6111], [11463,V,6076]
[11472,V,6111], [11472,V,5632], [11481,V,6111], [11481,V,6078], [11481,V,5632], [11488,V,3200],
[11490,V,6666], [11490,V,6139], [11490,V,5632], [11499,V,6111], [11499,V,6075], [11499,V,5632],
[11508,V,6666], [11508,V,6111], [11517,V,6111], [11517,V,6075], [11517,V,5632], [11520,V,10850],
[11526,V,6111], [11526,V,5632], [11532,V,6111], [11536,V,6075], [11546,V,6075], [11553,V,4200],
[11559,V,3250], [11606,H,5632], [11630,V,3200], [11654,V,5632], [11657,V,6111], [11662,V,4000]
[11672,V,5632], [11672,V,4000], [12520,V,17500], [12574,H,10127], [12608,V,27500], [12643,V,27500],
[12643,H,27500],[12686,V,27500], [12687,H,27500], [12722,H,27500]
The question that I have How do you configure the Satellite Receiver so you can cover from frequency from 10988 up to 12722 with two LNB and a Diseqc 4x1 switch?
thanks
Regis
First LNB: DG52N DSS DUAL LNBF
Specification
Frequency Input Freq. Range 12.2 ~ 12.7 MHz
Output Freq. Range 950 ~ 1450 MHz
Conversion Gain 50 min. 62 max. over temperature
Gain Variation +/- 0.5dB max. across any 24MHz segment
5dB (Max.) across the 500MHz bandwidth
Noise Figure 1.1dB ( Max.) entire operating temperature range
Local Oscillator Frequency Stability 11.25GHz +/- 2MHz @ 22
degrees C after 15 minutes warm up period 11.25GHz +/- 4MHz @ -35 degrees C ~ +52 degrees
Output VSW 2:1 ( at 75 O system)
Image Rejection 40dB (Min.)
Output 1 dB Gain
Compression Point 0dB ( Min. )
Polarization Isolation 20dB ( Min.) 25dB ( Typ )
Power Requirements Voltage Level 10.5 to 14 Vdc ( RHP ) 15.5 to 21 Vdc ( LMP ) Current 120mA ( Max. ) 100mA ( Typ. )
Second LNB: Digiwave Standard KU LNBF Single Linear 780
LOW BAND HIGH BAND
INPUT FREQUENCY RANGE 10.70~11.70 GHz 11.70~12.20 GHz
REFLECTOR TYPE OFFSET
F/D RATIO 0.5~0.7
CROSS POL. ISOLATION 20dB (min.)
NOISE FIGURE 0.5 dB or better(typ.)
CONVERSION GAIN 55 dB (typical)
GAIN FLATNESS 0.5 dB / 27 MHz
OUTPUT FREQUENCY 950 ~ 1950 MHz 1100 ~ 2150 MHz
L.O. FREQUENCY 9.75 GHz 10.60 GHz
L.O. PHASE NOISE -55 dBc / Hz ( @ 1KHz )
-80 dBc / Hz ( @ 10KHz )
-100 dBc / Hz ( @ 100KHz )
OUTPUT POWER LEVEL (AT 1 dB GAIN COMPRESSION) 0 dBm
IMAGE REJECTION 45 dB (min.)
OUTPUT VSWR 2.5 : 1 (MAX.)
OUTPUT CONNECTOR 75? F TYPE FEMALE
DC CURRENT CONSUMPTION 130 mA
OPERATING VOLTAGE (1) 11.5 ~ 14.0 V = VERTICAL POLARIZATION
(2) 16.0 ~ 19.0 V = HORIZONTAL POLARIZATION
(3) Continuous 22KHz 4KHz
HIGH BAND SELECTION
OPERATING TEMPERATURE -40 ~ +60
Hi,
I have a Digiwave Diamond and the following LNB (Please see below):
I was checking the Transponders of the Intelsat 10-02 (1.0West)
and noticed the following informations:
[1.0° W] INTELSAT 10-02, [3914,V,8022], [3927,V,2143], [3977,H,17777], [4175,V,28000], [4180,H,27000],
[10988,V,6666], [11040,H,3300], [11045,H,3300], [11054,H,5000], [11061,H,5000], [11166,V,2295],
[11172,V,6076], [11172,V,5632], [11189,V,2142], [11463,V,6666], [11463,V,6111], [11463,V,6076]
[11472,V,6111], [11472,V,5632], [11481,V,6111], [11481,V,6078], [11481,V,5632], [11488,V,3200],
[11490,V,6666], [11490,V,6139], [11490,V,5632], [11499,V,6111], [11499,V,6075], [11499,V,5632],
[11508,V,6666], [11508,V,6111], [11517,V,6111], [11517,V,6075], [11517,V,5632], [11520,V,10850],
[11526,V,6111], [11526,V,5632], [11532,V,6111], [11536,V,6075], [11546,V,6075], [11553,V,4200],
[11559,V,3250], [11606,H,5632], [11630,V,3200], [11654,V,5632], [11657,V,6111], [11662,V,4000]
[11672,V,5632], [11672,V,4000], [12520,V,17500], [12574,H,10127], [12608,V,27500], [12643,V,27500],
[12643,H,27500],[12686,V,27500], [12687,H,27500], [12722,H,27500]
The question that I have How do you configure the Satellite Receiver so you can cover from frequency from 10988 up to 12722 with two LNB and a Diseqc 4x1 switch?
thanks
Regis
First LNB: DG52N DSS DUAL LNBF
Specification
Frequency Input Freq. Range 12.2 ~ 12.7 MHz
Output Freq. Range 950 ~ 1450 MHz
Conversion Gain 50 min. 62 max. over temperature
Gain Variation +/- 0.5dB max. across any 24MHz segment
5dB (Max.) across the 500MHz bandwidth
Noise Figure 1.1dB ( Max.) entire operating temperature range
Local Oscillator Frequency Stability 11.25GHz +/- 2MHz @ 22
degrees C after 15 minutes warm up period 11.25GHz +/- 4MHz @ -35 degrees C ~ +52 degrees
Output VSW 2:1 ( at 75 O system)
Image Rejection 40dB (Min.)
Output 1 dB Gain
Compression Point 0dB ( Min. )
Polarization Isolation 20dB ( Min.) 25dB ( Typ )
Power Requirements Voltage Level 10.5 to 14 Vdc ( RHP ) 15.5 to 21 Vdc ( LMP ) Current 120mA ( Max. ) 100mA ( Typ. )
Second LNB: Digiwave Standard KU LNBF Single Linear 780
LOW BAND HIGH BAND
INPUT FREQUENCY RANGE 10.70~11.70 GHz 11.70~12.20 GHz
REFLECTOR TYPE OFFSET
F/D RATIO 0.5~0.7
CROSS POL. ISOLATION 20dB (min.)
NOISE FIGURE 0.5 dB or better(typ.)
CONVERSION GAIN 55 dB (typical)
GAIN FLATNESS 0.5 dB / 27 MHz
OUTPUT FREQUENCY 950 ~ 1950 MHz 1100 ~ 2150 MHz
L.O. FREQUENCY 9.75 GHz 10.60 GHz
L.O. PHASE NOISE -55 dBc / Hz ( @ 1KHz )
-80 dBc / Hz ( @ 10KHz )
-100 dBc / Hz ( @ 100KHz )
OUTPUT POWER LEVEL (AT 1 dB GAIN COMPRESSION) 0 dBm
IMAGE REJECTION 45 dB (min.)
OUTPUT VSWR 2.5 : 1 (MAX.)
OUTPUT CONNECTOR 75? F TYPE FEMALE
DC CURRENT CONSUMPTION 130 mA
OPERATING VOLTAGE (1) 11.5 ~ 14.0 V = VERTICAL POLARIZATION
(2) 16.0 ~ 19.0 V = HORIZONTAL POLARIZATION
(3) Continuous 22KHz 4KHz
HIGH BAND SELECTION
OPERATING TEMPERATURE -40 ~ +60