1.85 mm Jack to 2.92mm Jack Adapter 50 Ohm Straight

Product Overview

Our 1.85 mm Jack to 2.92mm Jack Adapter (Model 70-1-0006) is a high-precision 50 Ohm straight RF coaxial adapter, engineered for seamless connectivity between 1.85 mm and 2.92 mm (K-type) female interfaces. This between-series adapter enables low-loss, low-interference high-frequency signal transmission, addressing core interconnect needs of professional engineering teams, system integrators, and industrial clients. The female-to-female straight design is precision-machined for consistent performance, making it an indispensable component for bridging mismatched RF interfaces in high-demand setups.

Core Features

Superior High-Frequency Integrity: This 50 Ohm Straight RF Adapter supports up to 40 GHz maximum operating frequency, with matched 50 Ohm impedance to minimize signal reflection and distortion, maintaining stable performance across the full bandwidth of 1.85 mm and 2.92 mm connector systems.

Robust Durable Design: Crafted with a passivated stainless steel body and gold-plated beryllium copper contacts, this 1.85mm Female to 2.92mm Female Adapter delivers exceptional corrosion resistance. Its threaded coupling ensures secure connections, with a 500 mating cycle lifespan and reliable operation across -65°C to 165°C.

Universal Compatibility: Purpose-built to bridge 1.85 mm and 2.92 mm (K-type) interfaces, it eliminates costly equipment replacements, fully compatible with industry-standard RF components for plug-and-play usability in professional setups.

Key Technical Specifications

Industry Applications

This DC-40GHz RF Coaxial Adapter serves enterprise telecom operators, aerospace and defense contractors, test laboratories, and broadcast integrators across high-demand use cases:

• Interfacing test equipment (spectrum analyzers, signal generators) to DUTs in microwave and mmWave test environments

• Connecting antennas to RF equipment in satellite uplink/downlink, LTE/5G/GPS/IoT communication systems

• Integrating components in cable TV distribution, broadcast studio, and TV/radio transmission systems

• Supporting aerospace radar, avionics, and secure communication setups

Why Choose LenoRF

As a trusted RF interconnect supplier for industrial clients and professional engineering teams, LenoRF delivers uncompromising quality and support:

• 3-year warranty for stainless steel adapters, with strict CNC machining and quality control for every batch

• Full ROHS & REACH compliance, meeting global industrial and environmental standards

• Military-grade product capability for defense and high-stability mission-critical applications

• Flexible ordering: 100 PCS standard MOQ for adapters, with $200 pre-production samples (fully refundable on 5K+ bulk orders)

• Customization support to tailor adapters to your unique project specifications

FAQ About This RF Adapter

What is the maximum operating frequency of this adapter?

It supports a maximum operating frequency of 40 GHz, with 50 Ohm matched impedance for optimal signal integrity across the full frequency range.

What warranty is included with this adapter?

This stainless steel adapter comes with a 3-year warranty for material and manufacturing defects under normal operating conditions.

What is the minimum order quantity (MOQ) for this adapter?

The standard MOQ is 100 PCS, with flexible sample options available for pre-production performance validation.

Are these RF adapters compliant with global environmental regulations?

Yes, all our RF adapters fully comply with ROHS & REACH regulations, meeting the requirements of global industrial markets.

Get Your Custom Quote Today

Whether you are a procurement specialist sourcing bulk RF components, an engineering team evaluating high-performance adapters for a new project, or a system integrator building reliable RF infrastructure, LenoRF is here to support your needs. Contact us today to get a custom quote for our 1.85 mm Jack to 2.92mm Jack Adapter, request samples, or discuss custom RF interconnect solutions tailored to your specific application requirements.