Protect RF and High-Frequency Equipment from Lightning Surges
The SP-L16(N) is a dedicated RF surge protector designed to safeguard high-frequency feeder lines from lightning strikes and transient overvoltages. Built in accordance with IEC lightning protection standards, it uses a ceramic gas discharge tube and a durable copper-steel alloy housing to effectively absorb and dissipate surge energy, ensuring reliable operation of sensitive RF equipment.
·Engineered for Reliable RF Defense
With N-type male and female connectors, the SP-L16(N) integrates easily into feeder line installations for satellite, broadcasting, and wireless communication systems. The gas discharge tube provides fast, effective suppression of high-energy surges, while the rugged housing ensures excellent thermal performance, corrosion resistance, and long service life—even in outdoor environments.
·Compact, Simple, and Standards-Compliant
No external power supply or software is required. The compact form factor allows flexible installation in tight spaces such as antenna masts, base station enclosures, or satellite equipment racks. By providing a direct grounding path, it prevents destructive voltage from reaching sensitive receivers, ensuring uninterrupted RF communication.
Applications
1.Satellite Systems — Protect LNBs, satellite receivers, and demodulators from surge damage.
2.Wireless Communication Base Stations — Safeguard feeder lines and antenna equipment against lightning events.
3.Broadcasting & RF Infrastructure — Ensure stable performance of high-frequency transmitters and receivers.
4.Outdoor Antenna Installations — Provide robust lightning protection in harsh weather conditions.
Category | Description |
Standing-Wave Ratio (SWR) | <1.2 |
Limiting Voltage Up (V) | 460±20% |
Normal Discharge Current In (kA) | 10 |
Maximum Discharge Current Imax (kA) | 20 |
Response Time (ns) | 1 |
Insert Loss (dB) | ≤0.2 |
Frequency Response (Hz) | 0~3G |
Terminal Type | L16 (N)/K, J |
Weight (g) | 127 |
Working Temperature | -40℃~+80℃ |
Working Humidity | <95% Non-condensation |