Precision-engineered Coaxial RF Lightning Surge Protector SMA Male To Female Straight Connectors for Protection of Delicate Equipment

Precision-engineered Coaxial RF Lightning Surge Protector SMA Male To Female Straight Connectors for Protection of Delicate Equipment Specification

Insulation
PTFE

Install Type
Inline mount

Impedance
50 Ohms Ohm (ohm)

Core Number
Single Core

Diameter
14mm Millimeter (mm)

Core Material
Brass

Conductor Type
Solid

Rated Temperature
-40C to +85C Celsius (oC)

Usage & Applications
Protection of RF equipment from lightning and surge damage

Features
High surge protection, wide frequency range, low insertion loss, easy installation, SMA connector compatibility, reusable design

Cable Type
Coaxial

Locking Type
Threaded connector

Number of Conductor
Single

Conductor Shape
Straight

Weight
Approx. 28g Grams (g)

Operating Temperature
-40C to +85C Celsius (oC)

Product Type
Coaxial RF Lightning Surge Protector

Length
Standard 50mm (without connectors) Millimeter (mm)

Voltage
DC 90V breakdown, rated for RF signal

Insulation Material
PTFE

Application
Other

Conductor Material
Gold-plated brass

Jacket Material
Nickel-plated brass

Storage Temperature
-40C to +85C Celsius (oC)

Connector Color
Silver

Shield Material
Copper alloy

Jacket Color
Other

Dimension (L*W*H)
Approx. 50mm x 14mm x 14mm Millimeter (mm)

Material
Brass with plating

Color
Silver

Size
SMA Standard

Discharge Current Capacity
5kA (8/20 s waveform)

Response Time
<100ns

Return Loss
>20 dB

Mounting Method
Panel / Inline

Humidity Resistance
Up to 95% RH at 40C

Connector Type
SMA Male to SMA Female

Insertion Loss
<0.2 dB

VSWR
1.2

Frequency Range
DC~3 GHz

Precision-engineered Coaxial RF Lightning Surge Protector SMA Male To Female Straight Connectors for Protection of Delicate Equipment Trade Information

Minimum Order Quantity
5 Pieces

Main Domestic Market
All India

Precision-engineered Coaxial RF Lightning Surge Protector SMA Male To Female Straight Connectors for Protection of Delicate Equipment About

Electrical Characteristics

Power capacity W 0100w

Contact resistance 50

Frequency rangeDC 6GHz

Mechanical Characteristics

Connector Mounting TypeBulkheadPanelOutdoor

Installation angleStraight Right Angle

Durability 500 cycles

Environmental Characteristics

Ambient temperature40 85C

Temperature 40 to 155C 5 to 95 noncondensing

Environmental Protection L evel IP55

Material

art

Material

Outer conductor

copperstainless steel

Central conductor

copper

Insulator

polytetrafluoroethylenepolyethylene

Coating

gold platedsilvernickeltin

Construction

Nickel plated brass

Comprehensive Lightning and Surge Protection

This surge protector provides highlevel defense for RF communication systems including wireless networks base stations and antennas It diverts damaging lightning or electrical surges away from sensitive devices helping maintain consistent signal quality and prolong the lifespan of your equipment even during adverse weather conditions

Superior Performance and Low Signal Loss

Engineered for a frequency range from DC to 3 GHz and offering a VSWR of 12 with insertion loss below 02 dB this device delivers exceptional transmission quality and minimal disruption to your RF signals Its advanced design ensures return loss exceeds 20 dB supporting highfidelity RF signal transmission across applications

Exceptional Durability and Ease of Installation

Built with robust nickelplated brass housing and goldplated contacts this surge protector withstands harsh environments and temperatures from 40C to 85C Its threaded SMA connectors enable quick installation by panel or inline mounting ensuring reliable integration into existing setups without specialized tools

FAQs of Coaxial RF Lightning Surge Protector SMA Male To Female Straight Connectors

Q How does the Coaxial RF Lightning Surge Protector protect my RF equipment

A The surge protector diverts highvoltage electrical surges such as those resulting from lightning strikes away from sensitive RF communication equipment With a discharge current capacity of 5kA and rapid response time under 100ns it safeguards devices from damage reduces maintenance costs and minimizes operational downtime

Q What are the ideal applications for this SMA Male to Female lightning protector

A This device is suitable for use with RF communication systems wireless equipment base stations antennas and similar electronics requiring surge protection within the DC to 3 GHz frequency range Its robust design makes it suitable for both indoor and outdoor installations

Q When should I install a surge protector in my RF system

A It is recommended to install the surge protector at the connection point between your antenna and RF communication device especially in environments prone to lightning or power surges Immediate installation protects equipment from the onset rather than waiting for a surge event to occur

Q Where is the optimal location to mount this surge protector

A The protector is designed for panel or inline mounting and should be installed as close as possible to the entry point of the coaxial cable into your protected equipment This positioning offers maximum defense against incoming surges

Q What is the installation process for the SMA lightning surge protector

A Simply connect the SMA male end to your antenna or cable and the SMA female end to your RF equipment Its threaded connectors enable secure attachment without specialized tools The compact inline design allows for easy integration into existing coaxial lines

Q What are the benefits of using this surge protector over others

A This surge protector combines a wide frequency range low insertion loss and fast response time with reusable durable materials It maintains high performance and reliability even in humid environments and supports easy installation ensuring longterm protection and minimal interference to your RF signals