Through Hole SMA Connector Jack Right Angled Gold Plating 50 Ohm PCB Mount

Through Hole SMA Connector Jack Right Angled Gold Plating 50 Ohm PCB Mount Specification

Rated Temperature
-55C to +155C

Core Number
Single

Operating Temperature
-55C to +155C

Features
Right angled, gold plating, high frequency, corrosion resistant, precision fit

Impedance
50 Ohm

Install Type
Through Hole PCB Mount

Diameter
Outer thread diameter approx. 6.35 mm

Dielectiric Strength
1000V RMS min at sea level

Usage & Applications
Used for RF PCBs, WLAN, GSM, GPS, and test equipment

Cable Type
N/A (For PCB Mount, No Cable Attached)

Core Material
Phosphor Bronze (Gold Plated)

Tensile Strength
High, suitable for PCB mounting

Conductor Type
Solid

Number of Conductor
1

Locking Type
Threaded Coupling

Conductor Shape
Round Pin

Insulation
PTFE Insulation

Weight
Approx. 2 g

Product Type
Through Hole SMA Connector Jack Right Angled PCB Mount

Length
Standard, compact footprint (customizable)

Voltage
335 V RMS max

Insulation Material
PTFE (Polytetrafluoroethylene)

Application
RF signal transmission, Antenna, PCB module, Telecom, Wi-Fi Modules, GPS

Conductor Material
Brass/Phosphor Bronze, Gold Plated

Jacket Material
N/A (Connector Only)

Storage Temperature
-55C to +155C

Connector Color
Gold

Shield Material
Brass (Nickel/Gold Plating)

Jacket Color
N/A (Connector Only)

Dimension (L*W*H)
Approx. 13.5 x 6 x 8 mm

Color
Gold

Material
Brass Body, Gold Plated, PTFE Insulator

Size
SMA Standard (Female Jack)

RoHS Compliance
Yes

Typical Applications
Test Equipment, Wireless Infrastructure, Radio Communications

Waterproof Rating
No (Non-sealed)

Frequency Range
DC to 6 GHz

Contact Resistance
Center Contact 6 m; Outer Contact 2 m

Body Finish
Gold Plated over Nickel

Mating Cycles
500 (minimum)

PCB Mount Type
Right Angle, Through Hole

Center Contact Material
Gold Plated Brass

Insulation Resistance
5000 M

VSWR
1.3 (up to 6 GHz)

Through Hole SMA Connector Jack Right Angled Gold Plating 50 Ohm PCB Mount Trade Information

Minimum Order Quantity
5 Pieces

Main Domestic Market
All India

About Through Hole SMA Connector Jack Right Angled Gold Plating 50 Ohm PCB Mount

Description:SMA Connector,50 Ohm,Female,Through Hole,PCBMount Connector,Gold Plating

Features:

SMA Connector,50 Ohm,Female,Through Hole,PCB Mount Connector,Gold Plating
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

This SMA connector supports RF signal transmission from DC up to 6 GHz, maintaining a low VSWR (1.3) to ensure signal clarity and minimal reflection. Its gold plating ensures stable electrical properties and long-lasting conductivity, perfect for demanding wireless and test environments.

Durable, Corrosion-Resistant Construction

Featuring a robust brass body, gold-plated over nickel, the connector offers exceptional corrosion resistance alongside high tensile strength. The PTFE insulation material grants superior dielectric performance for stable operation, even in harsh industrial and environmental conditions.

Versatile Application Compatibility

Suiting a variety of RF PCB applications, including WLAN, GSM, GPS modules, and telecom devices, this right-angled through-hole SMA jack provides a precision interface for PCBs in compact layouts. It can withstand up to 500 mating cycles and functions efficiently through broad temperature ranges.

FAQs of Through Hole SMA Connector Jack Right Angled Gold Plating 50 Ohm PCB Mount:

Q: How is the Through Hole SMA Connector Jack installed on a PCB?

A: This connector is designed for right-angled, through-hole PCB mounting. Simply insert the pins into matching holes on the PCB and solder them for a secure, conductive fit, ensuring robust mechanical and electrical performance.

Q: What are the typical applications for this SMA connector jack?

A: Common uses include test equipment, wireless infrastructure, radio communications, Wi-Fi modules, GPS devices, and various RF PCB modules. Its high-frequency capability and standard SMA interface make it suitable for both custom and commercial RF systems.

Q: What benefits does gold plating offer for this SMA connector?

A: Gold plating provides excellent corrosion resistance and maintains low contact resistance (6 m for center, 2 m for outer contact). It also enhances electrical conductivity, ensuring stable signal transmission and long-term performance, particularly in demanding environments.

Q: When should I choose a right-angled through-hole SMA connector?

A: Opt for a right-angled through-hole design when space constraints on your PCB require efficient cable routing or specific interface angles. Its especially useful in compact applications where vertical mounting isnt feasible due to design limitations.

Q: What is the maximum frequency range and impedance this connector supports?

A: This SMA connector jack supports continuous RF signal transmission from DC up to 6 GHz, with a 50 Ohm impedance. This makes it ideal for applications needing stable, high-frequency performance and reliable signal integrity.

Q: Where is this connector commonly used and what environments can it withstand?

A: It is widely used in RF PCB assemblies for electronic devices in laboratories, telecom infrastructure, GPS, and wireless systems. With a rated operating and storage temperature of -55C to +155C and a minimum dielectric strength of 1000V RMS, it is built for tough, high-reliability environments.

Q: What process ensures this connectors high mating cycle durability?

A: The connectors robust brass body, gold-plated contacts, and threaded locking mechanism combine to provide high tensile strength and precision fit, supporting a minimum of 500 reliable mating cycles without significant degradation in performance.