X-9A ADVANCED SATELLITE COMMUNICATION TRAINER-DIGITAL

To understand the complete working principles of the satellite receiver system and to explain the following, Reason for using high frequency for communication via satellite.
• Assembling the dish antenna.
• LNB mounting arrangement.
• Faults due to dish antenna, co-axial cable and LNB.
To understand the complete working principle of Video signal uplink transmitter and downlink receiver system using high frequency (2.4GHz) signal for communication via in-door antennae
Lab Satellite Receiver Trainer is based on a modern and complete satellite receiver system consists of an external unit including parabolic antenna and LNB converter. This trainer is mounted in a sleek Anodized Aluminium cabinet defining a compact and functional set indicating the Block diagram of satellite Receiver in multicolour. Test points are provided on an easily accessible panel; the fault simulators are also provided in this trainer. The following objectives are explained in this trainer for the students to understand the complete working principles of satellite receiver system.
Reason of using high frequency for communications via Satellite
• LNB mounting arrangement
• Faults due to dish antenna, co-axial cable, LNB
• Assembling the dish antenna Alignment of dish antenna
• The block diagram of the Satellite Communication Receiver is printed on the front panel of the trainer.
• All necessary test points are provided to observe various signals at different stages.
• Manual control & remote control are provided on the trainer.
• Visibility of SMPS and audio video decoder board.

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LIST OF EXPERIMENTS
Study of
• Direct TV signal broadcasting via satellite:orbital path, geostationary
• satellites, emitted power, covering map, transmission standard, coding systems.
• Functional diagram of a reception for TV satellites
• Components characteristics: parabolic antenna, illuminator, LNB converter, receiver remote control. Characteristics of the signal converted to intermediate frequency
• Audio/video decoders operation: wave-from analysis
• Video decoder programming
• Audio decoder programming
Technical Specifications External Unit:
• Digital Satellite Receiver outputs: video, audio, RF
• Structure: compact cabinet with lift able cover with all the electronic parts, the test points, the fault simulator; and the block diagram of the circuit.
• Fault simulator: various faults insert able by means of switches
• Test points; various test points mounted on panel and directly connected to the circuits of the equipment
• LNB
• Digital Receiver
• RG-6 cable
• F5 connector

Reflector
Type
offset
Instruction Manual
Step-By-Step detailed instruction manual.
Offset Angle
22.75 0
Diameter Short Axis
90cm
Diameter Long Axis
99cm
Aperture Efficiency
75% min.
KU – Band Gain @12.5 GHz
38.24 dB
F/D Ratio
0.65
Focus Length
492 mm
Material
Galvanized Steel
Finish
Polyester Powder Coating
Color
Cool Grey
MOUNTING
Mounting Type
Ground, Pole & Wall Mount
Adjustment Type
AZ / EL
Elevation Angle Range
12° – 72°
Azimuth
0° – 360°
Material
Steel / Galvanized Steel
Finish
Polyester Powder Coating
Color
Cool Grey
Pole Diameter Acceptable
38 – 65 mm
Net Weight
6kgs

LNB SPECIFICATION:
Accessories(optional):
• Up- Link Transmitter
• Down-Link Receiver
• Power supply: 230 VAC, 50 Hz MAINS OPERATED.
• Dimensions: 45cm x 45cm x 18cm
• Weight: 6kgs(approximately) .
FEATURES :Lab Satellite receiver trainer(model X9A) comes with Uplink Transmitter, Downlink Receiver, and Satellite Transponder with antennas which can be demonstrated in a class room environment has the following features
• XINC WIRELESS PROCESSOR
• HARDWARE MULTITHREADED
• 16 BIT RISC
• RF TRANSMITTER & RECEIVER:
• 1 Mbps FSK Digital Radio
• Frequency Hoping
• Versatile RF Protocol
• Adaptive Audio CODEC
• Detachable Antenna
• Low Power Consumption
• FREQUENCY :2.4 GHz to 2.48 GHzs
LNB
Low Band
High Band
Input Frequency Range
10.7 ~ 11.7 GHz
11.7 ~ 12.75 GHz
Output Frequency Range
950 ~ 1950 MHz
1100 ~ 2150 MHz
LOW Frequency
9.75 GHz
10.6GHz
Conversion Gain
50 dB (Min.)
63 dB (Max.)
Cross Pol. Isolation
22 dB (Min.)
28 dB (Max.)
Noise Figure
0.5 dB (Typ.)

F/D Ratio
0.6

Input Reflector Type
Offset

Gain Flatness
+/- 0.5 dB / 26 MHz

L.O. Frequency Stability:

(+25°C)
+/- 1 MHz

(-40°C ~ +60°C)
+/- 2 MHz

L.O. Phase Noise:

(1 KHz Offset)
-50 dBc/Hz

(10 KHz Offset)
-75 dBc/Hz

(100 KHz Offset)
-95 dBc/Hz

Image Rejection
40 dB (min.)

Output VSWR
2.0 : 1 (max)

Output Connector
75Ohm F Type Female

D.C. Power Supply
10.5 – 20.0 V

D.C. Power Consumption
120 mA (Max.)

Polar Switching Voltage

Vertical
10.5 ~ 14.0 V

16.0 ~ 20.0 V

Band Switching

Low Band
0KHz

High Band
22KHz+/-4KHz Continuous tone signal

Operating Temperature
-40°C ~ +60°C

Accessories(optional):
• Up- Link Transmitter
• Down-Link Receiver
• Power supply: 230 VAC, 50 Hz MAINS OPERATED.
• Dimensions:  45cm x 45cm x 18cm
• Weight: 6 Kgs (approximately) .
FEATURES :
Lab Satellite receiver trainer(model X9A) comes with Uplink Transmitter, Downlink Receiver, and Satellite Transponder with antennas which can be demonstrated in a class room environment has the following features
• XINC WIRELESS PROCESSOR
• HARDWARE MULTITHREADED
• 16 BIT RISC
• RF TRANSMITTER & RECEIVER:
• 1 Mbps FSK Digital Radio
• Frequency Hoping
• Versatile RF Protocol
• Adaptive Audio CODEC
• Detachable Antenna
• Low Power Consumption
• FREQUENCY :2.4 GHz to 2.48 GHzs

 

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