Universal KU Band Quad LNB
Universal KU Band Quad LNB
Universal KU Band Quad LNB
Universal KU Band Quad LNB

Universal KU Band Quad LNB

Item code:KL-2241QD Universal KU Band Quad LNB White
$USD **** $USD ****

Stock Out.

QTY:

Description

 

The KU Universal Quad LNB is a top-tier satellite signal reception device, compatible with HDTV standards. It is designed for low noise, high stability, and energy efficiency. With its ability to withstand various temperatures and its waterproof quality, it offers durability. A five-year warranty further ensures its long-lasting performance.

 

Main Features

 

·Low Phase Noise,DVB-S2(HDTV) compliant
·Low Noise Figure
·Low Power Consumption
·High Cross Polarization Isolation
·High Frequency stability
·High/Low Temperature
·Water- Proof
·5 years warranty

 

Features

 

RF Input

Input Frequency Range:10.7~12.75GHz

Conversion Performance
Noise Figure:0.3dB(Typ.)
Conversion Gain:58~63dB(Typ.)
Gain Flatness:±1dB/36MHz
Image Rejection:45dB(Min.)

 

IF Output

Output Frequency Range:950~1950MHz(Low)
                                    1100~2150MHz(High)
Output Connector:75ΩF Type Female
Cross Pol.Isolation:23dB
Port to Port Isolation:18dB                   
                         

  
Local Oscillator

L.O.Frequency:9.75/10.6GHz                            
L.O.Frequency Stability: ±1MHz(Max)@25°C                            
                                       ±1MHz(Max)@-30°C~+60°C                            
L.O.Frequency Phase Noise:  -60dBc/Hz@1KHz(Max)                            
                                                -85dBc/Hz@10KHz(Max)                            
                                               -100dBc/Hz@10MKHz(Max)

 

Output Power                            
Band Switching Pulse:0/22KHz Tone
Polarity Switching Voltage:H:16~18v V:12~14.5v
D.C.Current Consumption:210mA(Max.)
Work current:100Ma
                            


Working Condition                            
Operating Temperature:-40°C~+60°C
Water proof:+60°C water for 5 minutes