RF Surge Protector

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Home Surge Protector RF RF Surge Protector
SP-L16(N)
RF Surge Protector
◆ Suitable for protecting RF signals
◆ High discharge capacity
◆ Built-in switch-type discharge element
Overview
Dimension
Diagram
Parameter
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Overview

SP-L16(N) is RF Surge Protector. It is designed and manufactured according to IEC lightning protection standards. It uses high-quality discharge components and a durable alloy housing, effectively suppressing and dissipating surge currents in high-frequency feeder lines.


Installation

No external power supply is required. Installed in series connection, the protector features one N-type male connector and one N-type female connector.


1. Connect the protected device's port to the corresponding surge protector port and tighten securely.

2. Connect the external feeder line to the other protector port and tighten securely.

3. Attach the ground wire to a grounding busbar or grounding point.


When a surge current enters, the built-in discharge tube detects and discharges the excess voltage, safely diverting it to the ground, ensuring that only a safe signal voltage reaches the communication equipment.


Product Features

1. Built-in Ceramic Gas Discharge Tube – Provides effective surge suppression.

2. Durable Copper-Steel Alloy Housing – Lightweight, aesthetically designed, and optimized for heat dissipation.

3. Compact Design – Ideal for installation in limited spaces.


Applications

Ideal for high-frequency feeder line equipment, including satellite receiving antennas, satellite signal hosts, high-frequency demodulators, and wireless communication base stations.

Dimension

SP-L16,N-1.jpg

Diagram

SP-L16,N-2.jpg

Parameter

Category

Description

Standing-Wave Ratio (SWR)

<1.2

Limiting Voltage Up (V)

230±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