SMA Male To SMA Male RP Adapter Straight Connector

SMA Male To SMA Male RP Adapter Straight Connector Specification

Interface Type
SMA Male (RP) to SMA Male (RP)

Connectivity Type
Coaxial

Frequency
DC to 6 GHz

Model
SMA-MM-RP

Size
Standard SMA

Operating Temperature
-40C to +85C

Features
Reverse polarity, corrosion resistant, low loss

Mounting Type
Inline, plug-in

Range
DC to 6 GHz

Product Type
SMA Male to SMA Male RP Adapter Straight Connector

Application
RF, wireless, and test equipment connections

Dimension (L*W*H)
Approx. 18mm x 8mm x 8mm

Material
Brass with gold plating

Weight
Approx. 6 grams

Body Finish
Gold plated

Durability
500 mating cycles

Contact Resistance
< 5 m

Insulation Resistance
> 5000 M

VSWR
1.3:1

Humidity Range
95% RH (at 40C)

Impedance
50 Ohms

Contact Plating
Gold-plated contacts

Connector Type
SMA Male Reverse Polarity (RP)

SMA Male To SMA Male RP Adapter Straight Connector Trade Information

Minimum Order Quantity
5 Pieces

Main Domestic Market
All India

About SMA Male To SMA Male RP Adapter Straight Connector

Description: SMA Adapter,Female to Female,straight/180,50

Features:

SMA Adapter,Female to Female,straight/180,50
Excellent electrical performance up to 18GHz with low reflection;
Thread type coupling mechanism ensure small loss and high security in compact design;
From the OEM Original Factory, same quality with much better price.

Appliance:

Aerospace and Defense: Hand-held field Device and Instrumentation
Medical: Instrumentation
Commercial Vehicle: Bluetooth and GPS
Telecommunications: Wireless Base Stations, Cellular Mobile System
Data/Communications : Wifi, WiMAX
Industrial: Active and passive components, instrumentation, M2M Communications, Vehicle Tracking System

Reliable High-Frequency Performance

The SMA Male (RP) to SMA Male (RP) adapter supports frequencies from DC to 6 GHz, making it a suitable choice for RF, wireless, and test equipment connections. Its low contact resistance (<5 m) and high insulation resistance (>5000 M) ensure signal integrity across various conditions, while the corrosion-resistant, gold-plated finish prolongs operational life.

Durable and Easy Integration

Engineered for durability, this adapter withstands at least 500 mating cycles, providing long-term performance even in repetitive test setups. Its standard SMA size enables seamless connection with compatible interfaces. The inline mounting and plug-in form factor make installation quick, while reverse polarity design addresses specific connectivity needs.

FAQs of SMA Male To SMA Male RP Adapter Straight Connector:

Q: How do I use the SMA Male to SMA Male RP Adapter in my RF setup?

A: Simply connect the adapter between two SMA female RP ports to establish a reliable coaxial link. Its straight, inline design ensures quick plug-in installation for RF, wireless, or test equipment.

Q: What is the benefit of gold-plated contacts and body finish?

A: Gold plating on both the contacts and body offers excellent corrosion resistance, enhances signal transmission, and ensures low contact resistance for stable and long-lasting performance.

Q: When should I choose a reverse polarity (RP) SMA adapter?

A: Use this reverse polarity SMA adapter when connecting devices or cables that require RP interface compatibilitycommonly found in specific wireless equipment or regulatory-compliant systems.

Q: Where can this adapter be used?

A: This adapter is ideal for laboratory test benches, wireless communication systems, RF circuit development, and commercial or industrial instrumentation requiring SMA Male (RP) connectivity.

Q: What is the typical process for integrating this adapter?

A: Integrate the adapter by ensuring both connecting devices or cables have compatible SMA female RP ports. Insert the adapter securely, ensuring a snug fit to maintain signal quality and reliability.

Q: What makes this adapter suitable for frequent use?

A: With a durability rating of over 500 mating cycles and high-quality gold-plated brass construction, it is built for repeated connections and disconnections in demanding environments without signal degradation.

Q: How does low VSWR benefit my application?

A: A VSWR of 1.3:1 minimizes signal reflection, resulting in lower insertion losses, improved power delivery, and more consistent performance in high-frequency RF applications.