MCX Female Thread Mount Microstrip Connector

Interface:MCX Famale
Characteristic Impedance: 50Ω
Connection Method: Standard snap-on interface with microstrip soldering design
Product Features: Manufactured using precision CNC machining
Application Environment: Suitable for harsh environments and compact RF systems
Manufacturing Capability: In-house factory with integrated manufacturing and trading operations
Compliance Standards: Compliant with RoHS, REACH, IEC, CE, UL, and related standards
Product Description

MCX Female Thread Mount Microstrip Connector - High-Performance RF Solution 

SIPU RF Technology introduces the MCX Female Thread Mount Microstrip Connector (Model: SIPU-MCX-KYD9), engineered to meet demanding RF interconnect requirements in compact, high-density applications. This precision connector features a threaded mounting interface that delivers secure installation with enhanced vibration resistance across telecommunications, aerospace, and test equipment platforms. With verified performance from DC to 6 GHz, the product maintains a characteristic impedance of 50Ω and achieves VSWR ≤1.3 throughout its operating range. The microstrip configuration minimizes signal path length, reducing insertion loss to ≤0.06√F(GHz)dB while ensuring consistent electrical characteristics. Built with gold-plated brass outer conductors and beryllium bronze center contacts, this connector delivers over 500 mating cycles and operates reliably within -65°C to +125°C temperature extremes.

MCX Female Thread Mount Microstrip Connector Specifications

Parameter Value
Model SIPU-MCX-KYD9
Characteristic Impedance 50Ω
Frequency Range DC-6GHz
VSWR ≤1.3
Insertion Loss ≤0.06√F(GHz)dB
Dielectric Withstanding Voltage 750V
Insulation Resistance ≥1,000MΩ
Contact Resistance (Center) ≤4.0mΩ
Contact Resistance (Outer) ≤2.5mΩ
Mating Cycles ≥500
Operating Temperature -65°C to +125°C
Orientation Straight
Gender Female
Outer Conductor Material Brass, gold plating
Center Conductor Material Beryllium bronze, gold plating
Dielectric Material PTFE

Superior Design Features

Your applications demand connectors that won't fail under stress. The reinforced mechanical structure of this connector provides improved durability and long-term reliability in demanding RF environments. The threaded mounting interface ensures secure installation and enhanced resistance to vibration and repeated mating operations.

The microstrip configuration helps shorten signal transmission paths and reduce insertion loss compared to traditional RF connector designs. This robust body design offers higher mechanical stability than conventional compact RF connector structures, making it ideal for miniature RF cavities and high-density electronic assemblies requiring dependable structural strength.

Precision manufacturing and controlled inspection processes ensure high product consistency and reliable quality across every batch. You receive connectors that maintain stable RF performance with consistent electrical characteristics throughout their service life.

Broad Application Spectrum

The MCX Female Thread Mount Microstrip Connector serves critical roles across multiple demanding sectors. In aerospace and avionics environments, you'll find these connectors in cockpit navigation systems where the threaded mount ensures stable seating despite constant engine vibration and thermal cycling.

For 5G small cell base stations, these connectors enable internal RF routing on high-density PCBs. They provide secure external interfaces for antennas while maintaining the compact footprint essential for modern infrastructure equipment.

Precision medical diagnostic equipment represents another key application area. Portable ultrasound and MRI sub-modules utilize these connectors because the microstrip launch provides the low-loss signal transmission required for high-resolution imaging. The thread-mount prevents accidental disconnection during field use or device relocation, ensuring uninterrupted diagnostic performance.

MCX Female Thread Mount Microstrip Connector Application

Rigorous Quality Control

SIPU RF Technology implements comprehensive quality verification protocols to ensure your connectors meet specification throughout their operational lifetime. Each production batch undergoes dielectric withstanding voltage testing using insulation resistance testers to verify 750V capability and insulation resistance exceeding 1,000MΩ.

MCX Female Thread Mount Microstrip Connector Certification

Plating quality receives particular attention through batch-level inspection. Technicians measure plating thickness and verify plating adhesion strength to ensure long-term contact reliability. Every production lot undergoes RoHS environmental compliance testing to meet global regulatory requirements.

Salt spray testing verifies corrosion resistance for connectors destined for harsh environmental conditions. Mechanical endurance validation confirms the 500-cycle mating specification through controlled testing protocols.

These quality measures ensure you receive connectors with verified performance characteristics and manufacturing consistency suitable for mission-critical applications.

MCX Female Thread Mount Microstrip Connector Quality testing

Performance Advantages

The microstrip interface design allows seamless integration with high-frequency PCB laminates, optimizing signal integrity in your RF signal paths. Gold plating on both outer and center conductors provides excellent solderability and prevents oxidation during storage and handling.

PTFE dielectric material delivers superior insulation properties across the full temperature range. The straight orientation simplifies PCB layout while the female interface accommodates standard MCX male connectors.

Low contact resistance specifications—4.0mΩ maximum for center contacts and 2.5mΩ for outer contacts—minimize signal degradation. The 50Ω characteristic impedance matches standard RF system requirements, eliminating the need for impedance transformation networks.

Frequently Asked Questions

Q1: What panel thickness range does the threaded mount accommodate?

A1: The threaded mounting interface accommodates panel thicknesses from 0.8mm to 2.5mm. Proper thread engagement ensures secure mounting and reliable grounding across this range.

Q2: How does microstrip lead length affect connector performance?

A2: Shorter microstrip leads minimize inductive reactance and maintain 50Ω impedance. You should trim leads to match your specific PCB pad layout for optimal performance.

Q3: Is this connector compliant with environmental regulations?

A3: Yes, all SIPU products comply with RoHS 3.0 and REACH environmental regulations. Each batch undergoes verification testing.

Q4: What plating thickness is standard for the center contact?

A4: Gold plating thickness on center contacts provides reliable electrical contact and solderability suitable for high-reliability applications across all operating conditions.

Q5: Can this connector be used above 6 GHz?

A5: While rated for DC-6GHz operation with specified VSWR performance, operation above this range may result in increased VSWR. Contact our engineering team to discuss your specific high-frequency requirements.

MCX Female Thread Mount Microstrip Connector Factory

Get Your Custom RF Solution Today

Our MCX Female Thread Mount Microstrip Connector's team stands ready to support your project requirements with technical consultation and rapid quotation services. Contact us at info@sipuconn.com to discuss your application needs and receive expert guidance.

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