Quintech Electronics Quad 4-Way Active L-Band Splitter 950-2150 MHz
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$280.00
- Brand: Quintech Electronics
- Model Number: LS4 2150/4x16A
- Product Code: BS16071
- Quantity in stock: 2-3 Days

Overview
Quintech Electronics Quad 4-Way Active L-Band Splitter 950-2150 MHz LS4 2150/4x16A
Features
• Convenient, centralized rack mount designs improve cable management.
• Microstrip design provides better performance and reliability.
• Larger configurations eliminate cascaded combiners for better performance.
• Active (zero loss) combiners allow for ease in RF budget design.
• Custom configurations for optimization of rack space and increased flexibility.
• Greatly improves cable management and aesthetics by allowing for easy access to cable routing and easing identification of cabling.
• Reduces cable connector failures by eliminating the need for frequent manual connects/disconnects.
Specifications
Frequency: 950-2150 MHz Impedance: 75 0 P1dB: +3 dBm OIP3 : +17.5 dBm Insertion Loss: 0 + 2 dB Frequency Response: + 1 dB Isolation: 18 dB Input Return Loss: 14 dB Output Return Loss: 15 dB Noise Figure: 9 dB RF Connectors: Type F, 75 0 Power Requirements: 18-24 V , @ 2.0A via 2-pin quick connect barrier strip LNB Power: 18-24 V (1.7A max. available for LNB power) Power Consumption: 10 W (plus customer LNB power load) Mechanical: 1 RU (1.75" H x 19" W x 6.5" D) Weight: 10.0 lbs. gross (boxed), 3.2 lbs. net Certifications: CE
Quintech Electronics Quad 4-Way Active L-Band Splitter 950-2150 MHz
Technical Details | |
Features • Convenient, centralized rack mount designs improve cable management. • Microstrip design provides better performance and reliability. • Larger configurations eliminate cascaded combiners for better performance. • Active (zero loss) combiners allow for ease in RF budget design. • Custom configurations for optimization of rack space and increased flexibility. • Greatly improves cable management and aesthetics by allowing for easy access to cable routing and easing identification of cabling. • Reduces cable connector failures by eliminating the need for frequent manual connects/disconnects. |