Coaxial Adapter 1.85mm Female To 2.4mm Male

1. The coaxial adapter converts from a 1.85mm female connector to a 2.4mm male connector, used to connect RF equipment with different interface types. One end has a 1.85mm female connector (socket), while the other end has a 2.4mm male connector (plug), achieving signal conversion between the two interfaces.
2. It meets the operating frequency range of DC-50GHz, suitable for high-frequency communication, test and measurement applications, and similar scenarios.
3. Impedance: 50 Ohms nominal
4. VSWR: 1.15:1 to 50GHz typical
5. Insertion loss: .05 √f (GHz)
6. Temperature range: -55°C to 125°C
Product Description

Coaxial Adapter 1.85mm Female To 2.4mm Male - High-Frequency RF Connection Solution

Looking for a reliable way to connect different RF equipment interfaces? Our Coaxial Adapter 1.85mm Female To 2.4mm Male offers the perfect solution for your high-frequency applications. ​​​​​​​This precision-engineered connector consistently changes over between 1.85mm female and 2.4mm male connectors, making it perfect for test and estimation setups, communication frameworks, and research facility situations. With uncommon execution up to 50GHz and strong development, this connector guarantees steady flag transmission in requesting applications.

Coaxial adapter 1.85mm female to 2.4mm male

What Makes Our RF Coaxial Connector Special?

At Shaanxi Chuangyu Electronic Innovation Co., Ltd., we get it your require for dependable RF associations. Our connector highlights one conclusion with a 1.85mm female connector (attachment) and the other conclusion with a 2.4mm male connector (plug). This plan empowers smooth flag transformation between distinctive interface sorts without compromising performance.

The connector works immaculately over a DC to 50GHz recurrence extend. You can believe it for high-frequency communication frameworks, accuracy test gear, and estimation applications where flag astuteness things most.

Technical Specifications

Parameter Specification
Impedance 50 Ohms nominal
Frequency Range DC to 50GHz
VSWR 1.2:1 to 50GHz typical
Insertion Loss .05 √f (GHz)
Temperature Range -55°C to 125°C
DWV @ Sea Level 500 Vrms
Insulation Resistance 5,000 megohms minimum
Contact Resistance (Outer) 2.5 milliohms maximum
Contact Resistance (Inner) 4 milliohms maximum
Mate/Demate Cycles 500 cycles
Connection Torque 0.8N·m-1.1N·m (both ports)
Engagement Force ≤0.23N.m

Material Excellence for Superior Performance

We carefully select premium materials to ensure your adapter delivers consistent performance:

  • Housing: Stainless steel passivated for corrosion resistance
  • Center Contacts: Beryllium copper with gold plating for optimal conductivity
  • Insulators: PEI (Polyetherimide) for excellent dielectric properties

This material combination provides excellent durability while maintaining signal integrity across the entire frequency range.

Key Performance Advantages

Low VSWR Execution: Our connector accomplishes uncommon VSWR of 1.2:1 up to 50GHz, guaranteeing negligible flag reflection and most extreme control transfer.

Wide Temperature Operation: The -55°C to 125°C working run makes this connector reasonable for extraordinary situations and requesting applications.

Robust Development: Stainless steel lodging gives great mechanical quality and natural protection.

Precision Fabricating: Our strict generation handle administration and accuracy testing guarantee steady quality and reliability.

Performance advantages of the coaxial adapter: 1.85mm female to 2.4mm male.

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Applications and Use Cases

This versatile adapter serves multiple industries and applications:

  • Test and Measurement: Connect different test equipment with varying connector types
  • Communication Systems: Bridge connections in RF communication networks
  • Laboratory Research: Enable flexible equipment configurations
  • Military and Aerospace: Reliable performance in demanding environments
  • Medical Equipment: Support high-frequency medical device applications

The Coaxial Adapter 1.85mm Female To 2.4mm Male works particularly well in environments requiring stable high-frequency signal transmission.

Coaxial Adapter: 1.85mm Female to 2.4mm Male (Application Industries)

Environmental Reliability

Our adapter meets stringent environmental standards:

  • Thermal Shock: MIL-STD-202, Method 107, Condition B
  • Salt Spray: MIL-STD-202, Method 101, Condition B
  • Vibration: MIL-STD-202, Method 204, Condition D
  • Shock: MIL-STD-202, Method 213, Condition I
  • Moisture Resistance: MIL-STD-202, Method 106

These certifications ensure your adapter performs reliably in challenging conditions.

Why Choose Shaanxi Chuangyu?

Located in Chang'an Advancement and Innovation Mechanical Stop in Xi'an, we specialize in accuracy RF components and connectors. Our ability amplifies to millimeter wave frequencies up to 110GHz, with over 200 details of mmWave connectors and 400+ cable get together specifications.

We center on electronic item investigate and advancement, advertising comprehensive arrangements from plan to fabricating. Our advanced fabricating approach and accuracy testing disobedient guarantee each item meets the most elevated quality guidelines.

Coaxial Adapter: 1.85mm Female to 2.4mm Male  (Company Introduction)

Installation and Usage Tips

For optimal performance, follow these guidelines:

  • Apply proper torque (0.8N·m-1.1N·m) during connection
  • Ensure clean connector surfaces before mating
  • Avoid over-tightening to prevent damage
  • Store in clean, dry conditions when not in use

Coaxial Adapter: 1.85mm Female to 2.4mm Male Installation Instructions

Get Your High-Performance RF Adapter Today

Ready to enhance your RF system connectivity? Our Coaxial Adapter 1.85mm Female To 2.4mm Male provides the reliability and performance you need for critical applications. Contact us at postmaster@cymicrowave.com for pricing, customization options, or technical support.

Whether you're building test setups, upgrading communication systems, or developing new products, this adapter delivers the precision and reliability your projects demand.

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