SRFS Teleinfra

Products

1.85mm Coaxial Adapters

1.85mm Coaxial Adapters are precision RF components designed to connect RF cables, connectors, and microwave devices while maintaining excellent signal integrity and impedance matching in high-frequency communication systems. At SRFS Teleinfra, we offer high-performance 1.85mm RF adapters suitable for telecom, aerospace, defense, satellite communication, radar systems, RF testing, and advanced microwave applications up to 67 GHz.

Our 1.85mm coaxial adapters are manufactured using precision-engineered materials and advanced RF technology to provide low VSWR, low insertion loss, secure connectivity, and stable electrical performance across a wide frequency range. These adapters are ideal for RF interconnection, signal routing, calibration systems, and microwave transmission applications where accuracy and reliability are critical.

Designed for demanding RF environments, our adapters deliver excellent mechanical durability, low signal reflection, and consistent performance for modern communication infrastructure and laboratory measurement applications.

All our 1.85mm coaxial adapters are manufactured in India using quality-tested raw materials and strict quality control standards, ensuring dependable operation, long service life, and cost-effective RF connectivity solutions for telecom and microwave industries across the country.

1.85mm Female to 1.0mm Female Adapter

1.85mm Female to 1.0mm Female Adapter

1.85mm Male to 1.0mm Male Adapter

1.85mm Male to Full Detent Mini SMP Male Adapter

1.85mm Male to Full Detent Mini SMP Male Adapter

1.85mm Male to Mini SMP Female Adapter

1.85mm Male to Mini SMP Female Adapter

1.85mm Female to Full Detent Mini SMP Male Adapter

1.85mm Female to Full Detent Mini SMP Male Adapter

1.85mm Female to Mini SMP Female Adapter

1.85mm Female to Mini SMP Female Adapter

1.85mm Male to 1.0mm Female Adapter

1.85mm Male to 1.0mm Female Adapter

1.85mm Male to 1.0mm Male Adapter

What are 1.85mm Coaxial Adapters?

1.85mm Coaxial Adapters are precision RF components designed to connect RF cables, connectors, and microwave devices while maintaining excellent signal integrity and impedance matching in high-frequency systems. These adapters are specially engineered for microwave and millimeter-wave applications where low insertion loss, low VSWR, and stable signal transmission are essential.

At SRFS Teleinfra, we offer high-performance 1.85mm coaxial adapters suitable for telecom, aerospace, defense, satellite communication, radar systems, RF testing, and advanced microwave applications up to 67 GHz. Our adapters provide secure connectivity, precise impedance matching, and reliable electrical performance for demanding RF environments.

Technical Specifications of 1.85mm Coaxial Adapters

Electrical Specifications

  • Impedance: 50 Ohm
  • Frequency Range: DC to 67 GHz
  • VSWR: Typically ≤ 1.20:1 to 1.5:1
  • Low Insertion Loss
  • Excellent Signal Transmission Performance

Mechanical Specifications

  • Connector Type: 1.85mm Male / Female
  • Body Material: Stainless Steel or Precision Alloy
  • Precision Machined RF Interface
  • High Mechanical Stability

Environmental Specifications

  • Operating Temperature: -55°C to +125°C
  • Corrosion Resistant Construction
  • Suitable for Laboratory and Industrial Applications

Applications of 1.85mm Coaxial Adapters

  • RF and microwave communication systems
  • 5G and telecom infrastructure
  • Aerospace and defense RF applications
  • Radar and satellite communication systems
  • RF testing and calibration setups
  • Microwave instrumentation laboratories
  • Millimeter-wave signal routing applications

1.85mm coaxial adapters are widely used to ensure reliable RF connectivity, minimize signal reflection, and maintain stable signal transmission in microwave systems.

Advantages of 1.85mm Coaxial Adapters

    • Excellent impedance matching performance
    • Low VSWR and minimal insertion loss
    • Supports microwave and millimeter-wave frequencies
    • Secure and reliable RF connectivity
    • Durable stainless-steel construction
    • Compact and rugged RF design

Product Specifications

Product Type Frequency Range Impedance Connector Type Body Material
1.85mm Female to 1.0mm Female Adapter DC–67 GHz 50 Ohm 1.85mm Female to 1.0mm Female Stainless Steel
1.85mm Male to 1.0mm Male Adapter DC–67 GHz 50 Ohm 1.85mm Male to 1.0mm Male Stainless Steel

Why Choose us

Precise Signal Control

Our 1.85mm coaxial adapters are manufactured with precision RF technology for accurate impedance matching and stable high-frequency performance.

Wide Frequency Support

Designed to operate up to 67 GHz for advanced microwave, telecom, aerospace, and RF testing applications.

Low VSWR & Minimal Reflection

Engineered to minimize signal reflection and insertion loss for efficient RF transmission.

Durable & Reliable Build

Manufactured using premium-quality materials for long service life and dependable operation in demanding environments.

Frequently Asked Questions

A 1.85mm coaxial adapter is an RF component used to connect compatible RF connectors and devices in microwave and millimeter-wave communication systems.

Most 1.85mm adapters support frequencies from DC up to 67 GHz.

Standard 1.85mm adapters are designed with 50 Ohm impedance for RF and microwave applications.

Low VSWR reduces signal reflections and improves signal transmission efficiency in RF systems.

They are used in telecom networks, microwave systems, aerospace, radar systems, RF testing laboratories, and satellite communication.

These adapters are available in Male, Female, Male-to-Female, bulkhead, and right-angle configurations.

They are commonly manufactured using stainless steel and precision RF-grade materials for durability and stable performance.

Yes, they are widely used in RF measurement labs, calibration systems, and microwave testing setups.

Insertion loss refers to the amount of signal power lost when the adapter is inserted into an RF transmission line.

Precision RF adapters help maintain signal quality, minimize signal loss, and ensure reliable connectivity in high-frequency communication systems.