SMA Connector RG400 Right Angled Female Crimp Type For Cable

SMA Connector RG400 Right Angled Female Crimp Type For Cable Specification

Frequency
Up to 18 GHz

Operating Temperature
-55C to +155C

Connectivity Type
Coaxial

Interface Type
SMA Female

Model
SMA-RG400-RA-F-Crimp

Size
Fits RG400 cable (Outer diameter: 4.95 mm)

Shelf Life
>10 years

Range
DC to 18 GHz

Mounting Type
Cable mount

Features
Right Angled, Female, Crimp type, Lightweight, Durable

Product Type
SMA Connector RG400 Right Angled Female Crimp

Application
RF, Microwave, Test Instrumentation, Antenna, Communication, Wireless Equipment

Dimension (L*W*H)
Approx. 22mm x 12mm x 7mm

Material
Brass body, gold plated; PTFE insulator; gold plated pin

Weight
Approx. 5 grams

Capacity
Single port

Contact Resistance
Center Contact 6 m, Outer Contact 2 m

Cable Compatibility
RG400, RG402, RG55

Insertion Loss
<0.2dB @ 1 GHz

VSWR
1.30 (DC~6 GHz)

Impedance
50 Ohm

Protection Level
IP50

Mating Cycles
500

RoHS Status
Compliant

Plating
Gold over Nickel

Dielectric Withstanding Voltage
1000 V RMS Max at sea level

SMA Connector RG400 Right Angled Female Crimp Type For Cable Trade Information

Minimum Order Quantity
5 Pieces

Main Domestic Market
All India

About SMA Connector RG400 Right Angled Female Crimp Type For Cable

Electrical Characteristics

50 ohm

1.3max / R/A type 1.5max

6.0 m (Milliohms max.)

2.0 m (Milliohms max.)

5 x 10 m (Megohms min.)

Mechanical Characteristics

500 cycles (For Beryllium Copper Contact)

Environmental Characteristics

Corrosion resistance: MIL-STD-202 Meth. 101

High-Performance RF Connectivity

The SMA Right Angled Female Crimp Connector ensures precise, low-loss signal transmission across a frequency range up to 18 GHz. Its meticulously engineered with a gold-plated brass body and PTFE insulation, making it suitable for demanding applications such as test instrumentation, wireless communication, and antenna systems.

Versatile Cable Compatibility

Designed to work seamlessly with RG400, RG402, and RG55 coax cables, this connector is a preferred choice for engineers and technicians requiring flexibility in cable setups. Its right-angled form factor accommodates tight installation spaces while maintaining robust electrical characteristics.

Reliable and Durable Construction

With a mating cycle rating of 500 or more, a shelf life exceeding 10 years, and RoHS compliance, this SMA connector offers outstanding reliability for long-term deployments. The crimp-type design allows for quick, solid attachment to cables, ensuring efficient workflow during production or field installations.

FAQs of SMA Connector RG400 Right Angled Female Crimp Type For Cable:

Q: How do I properly crimp the SMA RG400 Right Angled Female Connector onto compatible cables?

A: To attach the SMA-RG400-RA-F-Crimp connector, strip your RG400, RG402, or RG55 cable to the manufacturers recommended dimensions, insert the stripped cable into the connector body, and use a suitable crimp tool to secure the cable ferrule. Ensure all connections are tight and the dielectric is undamaged for optimal performance.

Q: What are the benefits of using this right-angled SMA connector in my RF applications?

A: This connectors right-angled design is ideal for installations with limited space. It offers robust signal integrity with a VSWR 1.30 up to 6 GHz and minimal insertion loss, making it highly reliable for RF, microwave, and high-frequency communication systems.

Q: When is it appropriate to choose a crimp-type SMA connector over a solder type?

A: Crimp-type SMA connectors are preferred for quick assembly and field installations, especially where repeatability and ease of installation are vital. They offer secure connections while minimizing heat damage risks to sensitive cable insulation or conductors.

Q: Where can this connector be used, and what applications is it best suited for?

A: The SMA-RG400-RA-F-Crimp connector is well-suited for use in RF, microwave, test instrumentation, antenna setups, communication systems, and wireless equipment. Its rugged build allows deployment in both laboratory and industrial settings, especially where cable routing space is restricted.

Q: What is the process for verifying proper installation and performance of this connector?

A: After installation, visually inspect the connection for mechanical integrity and proper ferrule placement. Use a network analyzer to check VSWR (1.30 up to 6 GHz) and insertion loss (<0.2 dB @ 1 GHz) to ensure optimal electrical performance. Perform a continuity and insulation resistance check to confirm no shorts or open circuits.

Q: What advantages does the gold-over-nickel plating provide for this connector?

A: Gold-over-nickel plating ensures excellent corrosion resistance, stable conductivity, and low contact resistance (6 m center, 2 m outer), contributing to reliable signal transmission and extended lifespan, even in challenging environmental conditions.