Norsat 8520R DRO C-band Lnb

Norsat 8520R C-band Lnb

Specification:

Norsat 8520R C-band DRO LNB

Model: • Norsat 8520R
Input Frequency: • 3.4 – 4.2 GHz
Local Frequency: • 5.15 GHz
Local Stability: • ±500 kHz
Noise Temperature: • 20K
Output Frequency: • 950 – 1750 MHz
Phase Noise: • -65 dBc/Hz @ 1 kHz
• -80 dBc/Hz @ 10 kHz
• -95 dBc/Hz @ 100 kHz
Input VSWR: • 2.0:1
Output VSWR: • 2.2:1
Gain: • 64 dB
Output P1dB • 8 dBm
Power • 12 – 24V DC supplied through center conductor of IF cable
Current Drain • 130 mA
Input Waveguide • CPR 229G
Temperature Range • -40°C to +60°C
Dimensions • 7.1 x 4.0 x 2.8 Inches
Weight • 15 oz

Made in Korea

Download specification sheet
Norsat 8000r_lnb

6ft Ku/Ka-Band Dish Antenna

                                                       Specification

Gardiner Ti 5G-Filter-Lnb

Gardiner C-Band 5G Filter LNB

Description
The Gardiner C-Band TI and 5G Filter LNBF is a high-quality low-loss broadband filter that is a great way to stop any interference and protect your wireless connection. This filter can be used with a wireless router or a cordless phone. It has a high-density polyethylene coating that is both water-resistant and impact-resistant, making it durable and reliable.

Technical Specifications:
Input : 3.7-4.2 GHz
LO Freq. : 5.150 GHz
Stability : +/-250KHz
Gain : 62dB (Type)
Temp : 15K
DC Input : +13V to +24V

C-band Dual Port Feed-Horn

C-band Dual-Port Feed-Horn

C Band Dual Polarity Feedhorn
Our C Band Dual Polarity Feedhorn can be used for dual or double polarity reception with a dual polarity C Band LNB on prime focus C-Band dish antenna. The feedhorn has a standard C Band flange that will bolt to any standard C Band LNB. The feedhorn can be fitted to dishes that use either tri or quad feed arms for support of the LNB and feedhorn.

Description

The Feed is a dual-polarity C-Band feedhorn for the reception of linear polarized signals in the 3.7 to 4.2 GHz bandwidth. Superior quality, excellent illumination patterns, and a compact design make the Super Feed the ideal choice in feedhorns for dual polarity systems.

Feed features chip-resistant

powder paint and cast aluminum construction for

added protection against the environment. Built in the

Chaparral tradition of quality, the Super Feed is the

an ideal choice for reliable performance.

Specifications

C-Band Frequency Range: 3.7-4.2 GHz

f/D Range: 33 to 45

Cross-Pol. Isolation: 25 dB minimum

Output Ports: WR 229 compatible

Temperature Range: -40° C to 60° C

KA-Band Dual Port Feed Horn

KA-band-K-Band Dual Port Feed-horn

Image may vary in order

5G C-band extended Lnb

Extended C-Band 5G Filter LNB

Input Freq. (GHZ) – 4.5~4.8 GHz

Output Freq. (MHz) – 1150-1450 MHz

L.O. Freq. & Stability – 5.950 GHz+/- 500KHz

Noise Temp. (@+25C) – 30K Max

Input VSWR – 2.5:1 Max

Image Rejection – 45 dBc min.

Conversion Gain – 65dB typ. 55dB min. 70dB max.

Output VSWR – 2.5: 1 max.

Gain flatness – 4 dBp-p max.

Gain ripple – +/- 0.5 dB max.

1dB gain compression point – +5 dBm min.

Output impedance – 75ohms

Leakage {@input port) – -45dBm max.

Phase Noise – -65dBc/Hz @ 1KHz Offset

-80dBc/Hz @ 10KHz Offset
-95dBc/Hz @ 100KHz Offset
Power Supply – 012 to +24V DC

Required Current – 150 mA max.

Operating temperature – -40’C to +60’C

Storage temperature – -40’C to +80’C C33

Relative Humidity – 0% to 95% RH

Input waveguide flange – WR-229

If output connector – – F-Type female

Weight – 575g

Tested in :

Tested LNB on Bangabandhu1 Satellite for Extended C-Band Signals.

Quattro Lnb

Quattro Ku Band Lnb

Specification

Quattro Lnb ARLI OR OPTICUM

Input Frequency Range:
10.70 – 12.750 GHz

Output Frequency Range:
950-2150 MHz

Number of out 4 – VL, VH, HL, HH

LO Frequency 9.75/10.60 GHz
Feed Diameter – 40mm
Noise Figure – 0.1dB
Operation Temperature: -30C UP TO 70C

The Quattro LNB provides four outputs, each with a single band/polarization specific to that output.
The band/polarization available at each output is fixed at the time of manufacture. It is not possible to switch the band/polarization with a tone or switching voltage.
A Quattro LNB is normally used to feed a large distribution system. A single dish with a Quattro LNB fitted and a multi-switch (or IRS) is able to feed anything between 4 and 100 locations.
The multiswitch (or IRS) is able to provide any of the input signals at each output, depending on a tone/voltage sent up the cable by the receiver at each location. It’s as though the receiver at each location has it’s own dedicated LNB.
The outputs on a multi-switch (or IRS) are able to be controlled with a 22Hz tone and switching voltages in the same way that the outputs from normal universal LNB can be, i.e. to change band and polarisation.
The satellite receivers in each of the locations behave as though they are connected to their own dedicated dish and LNB, but in reality are just connected to a multi-switch (or IRS) output.
Quattro LNBs are considered to have a better life than quad LNBs as they are not being continually switched.

Ku-band Prime focus feed-Horn

KU Band Prime focus feed horn for C-Band Dish

Our High-Efficiency KU Band Feed Horn has been developed to provide superior performance by increasing the efficiency of C-Band dish reflector illumination. Our Adjustable scalar of feed horn an improvement of 15 to 20% gain. The adjustable Scalar works by increasing the gain on the dish antenna to illuminate the reflector surface more efficiently, concentrating more KU band signal into the LNB input.

Specification:-

Use any existing KU band Lnb Single Twin, Quad.
f/d ratio adjusts according to your C-band Dish antenna depth.
f/d ratio range .35 to .5

14ft Ku/Ka band Dish antenna

                                                           Specification:

A simple feed horn would have a diameter of 1.39 wavelengths for a 3 dB beamwidth of 47.61 degrees

12 ft. C-Band Dish Antenna

Customizations are available, suiting every budget and customer requirement.

                                                           Specification

A simple feed horn would have a diameter of 0.80 wavelengths for a 3 dB beamwidth of 83.01 degrees