SSMA Male Cable Assembly for RF Cable

SSMA Male Cable Assembly for RF Cable 

SIPU RF Technology delivers enterprise-grade SSMA Male Cable Assembly for RF Cable engineered for demanding high-frequency applications. Operating across DC to 20 GHz with characteristic impedance of 50Ω, this assembly achieves VSWR ≤1.4 and insertion loss ≤(0.4+3.07L)dB. The precision-manufactured interface supports 500V dielectric withstanding voltage and insulation resistance ≥5,000MΩ. Phase equalization maintains ≤±5° tolerance with insertion loss consistency of ≤±0.2dB, ensuring reliable signal integrity. Compatible with RG316 cable, this assembly combines mature SMA interface technology with optimized design for superior transmission consistency in RF communication and testing systems.

SSMA Male Cable Assembly for RF Cable Specifications

Understanding the exact parameters helps you select the right solution for your application needs.

Key Performance Advantages

Your RF system demands components that deliver consistent performance under challenging conditions.

Optimized Signal Transmission

The assembly maintains excellent VSWR performance throughout the entire frequency range. Low insertion loss characteristics preserve signal strength in multi-stage systems. Tight phase tolerance ensures accurate signal timing in critical applications.

Robust Mechanical Design

The precision-engineered interface provides secure mating connections. Carefully controlled contact geometry prevents signal degradation. The assembly maintains reliable performance across extended temperature ranges from -65℃ to +125℃.

Superior Electrical Integrity

High insulation resistance above 5,000MΩ prevents unwanted signal leakage. The 500V dielectric withstanding voltage ensures safety margins in power-sensitive environments. Consistent insertion loss variation within ±0.2dB enables predictable system performance.

Rigorous Quality Control Process

Every SSMA Male Cable Assembly for RF Cable undergoes comprehensive verification to meet your exacting standards.

Electrical Performance Verification

Testing utilizes insulation withstanding voltage testers to verify dielectric strength and insulation characteristics. The design structure inherently ensures VSWR and insertion loss specifications. Each batch undergoes dielectric withstanding voltage and insulation resistance verification.

Material Quality Inspection

Batch-level testing verifies plating thickness and bonding strength. Every production lot receives RoHS environmental compliance testing. Surface finish quality directly impacts long-term reliability and mating cycle performance.

Manufacturing Consistency

Precision manufacturing processes maintain tight dimensional tolerances. Controlled assembly procedures ensure repeatable electrical performance. Strict process controls minimize unit-to-unit variation.

Primary Application Scenarios

This assembly addresses specific technical challenges across multiple industries.

Telecommunications Infrastructure

5G base stations require compact, high-frequency interconnects with minimal signal loss. The assembly's frequency range and phase stability support advanced modulation schemes. Reliable performance under temperature cycling ensures network uptime.

Test and Measurement Equipment

RF characterization systems demand precise impedance matching and low reflection coefficients. The assembly's controlled VSWR enables accurate measurement results. Consistent electrical performance supports calibration stability over time.

Aerospace and Defense Systems

Mission-critical applications require components proven under harsh environmental conditions. The wide operating temperature range accommodates extreme deployment scenarios. Robust mechanical design withstands vibration and shock loads.

Industrial Electronics

High-speed data acquisition systems benefit from clean signal transmission. Low insertion loss preserves weak signals in sensitive measurement applications. Reliable connections reduce system downtime and maintenance requirements.

Packaging and Handling

Each assembly receives protective packaging to prevent damage during shipping. Proper handling maintains the precision alignment critical for RF performance. Storage in controlled environments preserves material properties and contact integrity.

Frequently Asked Questions

Q: What frequency range is this SSMA male cable assembly rated for?

A: The assembly is operable from DC to 20 GHz making it suited for most microwave communication and testing applications that need reliable signal transmission over a wide frequency range.

Q: What is meant by "low loss" for this assembly?

A: Low loss means that the signal attenuates less during transmission. The insertion loss is specified to be ≤(0.4+3.07L)dB to provide adequate signal strength, particularly in the case of multi-stage systems and extended cable lengths.

Q: Will this assembly withstand extreme temperatures?

A: Yes, the operational temperature range is -65℃ to +125℃. It may be used for outdoor installation, aerospace applications and industrial situations with big temperature fluctuations.

Q: How do you maintain quality control and constant performance?

A: Dielectric withstanding voltage, insulation resistance, plating quality and RoHS compliance are tested on each batch. Tight tolerances throughout the board, due to manufacturing process controls.

Q: Why is this assembly good for precision measurement applications?

A: The combination of tight phase equalization (≤±5°), low insertion loss consistency (≤±0.2dB), and excellent VSWR (≤1.4) provides the electrical stability required for accurate RF measurements and calibration standards.

Contact Us for Custom Solutions

Ready to integrate reliable RF connectivity into your system? Our SSMA Male Cable Assembly for RF Cable's team stands ready to support your application requirements. Contact us at info@sipuconn.com for technical consultation, custom configurations, or sample requests.