SS SMA Male Crimp For Rg142

SS SMA Male Crimp For Rg142 Specification

Dielectiric Strength
Suits RG142 dielectric ratings

Usage & Applications
RF assemblies, test equipment, communications, military, instrumentation

Conductor Type
Solid/Stranded (as per cable)

Core Material
PTFE (Dielectric Core)

Conductor Shape
Round

Number of Conductor
1 (single-core)

Locking Type
Threaded coupling

Weight
Approx. 6 grams

Insulation
PTFE

Install Type
Crimp type

Operating Temperature
-55C to +165C

Core Number
Single Core

Features
Corrosion resistance, easy crimping, robust construction, high-frequency performance

Diameter
Approx. 8mm

Rated Temperature
-55C to +165C

Cable Type
RG142 coaxial

Tensile Strength
High mechanical strength

Impedance
50 Ohm

Product Type
SMA Male Crimp Connector

Length
As per cable specification/requirement

Voltage
Up to 335V RMS max

Insulation Material
PTFE

Application
RF coaxial cable connections, Antenna, telecommunication, instrumentation

Conductor Material
Silver-plated copper (as per RG142 cable)

Jacket Material
Fluoropolymer/PVC (as per cable)

Storage Temperature
-40C to +85C

Connector Color
Steel metallic

Shield Material
Tinned copper (as per RG142 cable)

Jacket Color
Brown/Beige (as per RG142 cable)

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

Color
Metallic silver

Material
Stainless Steel (SS)

Size
SMA standard for RG142 cable

About SS SMA Male Crimp For Rg142

Dipeshwari Engineering Works SMA Connector Technical Specifications:

Frequency Range: Up to 18 GHz, ensuring versatile RF and microwave compatibility.
Impedance: Standard 50 ohms for consistent and reliable signal integrity.
Connector Type: Precision-engineered SMA (SubMiniature version A), available in male and female configurations.
Material: High-quality brass or stainless steel for durability and optimal conductivity.
Termination: Solder or crimp options, providing flexibility for various assembly needs.
VSWR (Voltage Standing Wave Ratio): Maintains a low VSWR for efficient signal transmission.
Durability: Robust design by Dipeshwari Engineering Works for long-lasting and reliable performance.
Temperature Range: Wide operational range, ensuring adaptability to different environments.
Applications: Ideal for RF and microwave systems, telecommunications, antennas, and test equipment.
Standards Compliance: Meets industry standards, including MIL-PRF-39012 and MIL-STD-348, ensuring quality and performance.

Choose Dipeshwari Engineering Works for SMA Connectors that deliver precision, reliability, and optimal performance in high-frequency applications.

High-Performance RF Connector

Engineered for frequencies from DC to 18 GHz, this SMA Male Crimp Connector ensures precise signal integrity and low insertion loss, making it ideal for demanding RF applications. Its robust stainless steel construction, along with gold-plated contacts, offers both durability and optimal signal transmission.

Versatile and Easy Installation

The cable mount (crimp style) design allows quick, efficient, and secure connectivity with RG142/U or equivalent cables. Its threaded coupling ensures a firm connection, while the included ferrule and pin simplify the crimping process, making deployment straightforward for professionals.

Reliable in Extreme Conditions

Built for operation from -55C to +165C, this connector is suitable for use in diverse environments. It maintains high mechanical strength and corrosion resistance, essential for telecommunications, military, and instrumentation equipment exposed to challenging conditions.

FAQs of SS SMA Male Crimp For Rg142:

Q: How do I properly install the SS SMA Male Crimp Connector with RG142 cable?

A: To install, strip the RG142 cable to the specified lengths, insert the ferrule and pin onto the cable, then crimp the pin to the conductor. Insert the prepared end into the connector and crimp the ferrule securely onto the cables outer braid using an appropriate crimp tool. The threaded coupling provides a robust mechanical lock.

Q: What benefits does this SMA Male Crimp Connector offer over other connection types?

A: This connector provides minimal insertion loss, excellent corrosion resistance due to its passivated stainless steel body, and high-frequency performance up to 18 GHz. Its easy-to-use crimp design speeds up assembly and ensures reliable signal transmission.

Q: When should I use this SMA connector for my RF application?

A: Use this connector when you require stable performance in high-frequency RF circuits up to 18 GHz, such as in antenna feeds, communications, instrumentation, or test assemblies, especially where a robust, field-attachable connection is needed.

Q: Where is this connector most commonly used?

A: This connector is widely used in RF cable assemblies, communications infrastructure, test and measurement equipment, military-grade wiring, and instrumentation setups across industries demanding high-reliability connections.

Q: What process ensures compatibility with RG142 or equivalent cables?

A: The connector is dimensioned precisely to the SMA standard and includes a ferrule and pin sized for RG142/U or equivalent cables. Its crimp-style mounting is designed specifically to accommodate the cables diameter and shielding.

Q: What is the benefit of the gold-plated contact and passivated stainless steel body?

A: Gold plating improves electrical conductivity and corrosion resistance, ensuring signal clarity even over long-term use. The passivated stainless steel body enhances structural strength and further protects against harsh environmental factors.

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