Inverto IDLP-QTL413-PREMU-OPN – Quattro PLL LNB 40mm

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Inverto
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22.50€ / 44.01лв

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Inverto IDLP-QTL413-PREMU-OPN is a high-quality Quattro Universal PLL LNB from the Premium series, designed for satellite TV and radio reception in the Ku band. It features four separate outputs with fixed polarisation and frequency-band assignments, intended for connection to a multiswitch.

This LNB is suitable for professional and residential satellite installations where the signal from one satellite needs to be distributed to multiple receivers through a multiswitch. Its low noise figure, low phase noise and high frequency stability support reliable reception of HD and UHD broadcasts.

Key Features

Universal Quattro PLL LNB for the Ku band
Four separate outputs for connection to a multiswitch
Fixed outputs for V Low, H Low, V High and H High
Suitable for HD and UHD satellite broadcasts
Low noise figure and low phase noise
High frequency stability
High cross-polarisation isolation
Designed to help limit interference from 4G/LTE signals
Standard 40 mm mounting neck

Technical Specifications

Model	IDLP-QTL413-PREMU-OPN
Product Number	6521
Type	Quattro Universal PLL LNB
Input Frequency	10.7–12.75 GHz
Output Frequency	950–2150 MHz
Local Oscillator – Low Band	9.75 GHz
Local Oscillator – High Band	10.6 GHz
Noise Figure	0.2 dB typical, 0.7 dB maximum
LO Frequency Accuracy at 25°C	±500 kHz maximum
LO Temperature Drift	±1.0 MHz maximum
Phase Noise at 10 kHz	-80 dBc/Hz maximum
Conversion Gain	55 dB minimum
Gain Flatness over 27 MHz	±0.6 dB
Cross-Polarisation Isolation	22 dB minimum
Polarisation Control	Vertical: 11–14 V; Horizontal: 16–20 V
Band Switching	22 kHz ±4 kHz
Output Impedance	75 Ω
Output Connectors	4 × female F-type
Mounting Neck Diameter	40 mm
Antenna F/D Ratio	0.6
Operating Temperature	-35°C to +60°C

Applications

The Inverto IDLP-QTL413-PREMU-OPN is designed for multiswitch-based satellite distribution systems used in residential buildings, hotels, offices and other installations serving multiple satellite receivers. Its four outputs provide separate signals for vertical and horizontal polarisation in the low and high frequency bands.