1.85mm Female to 1.85mm Female Precision Right Angle Adapter

Service Description

End Product

Optimize your high-frequency signal routing with this precision-engineered 1.85mm female to 1.85mm female adapter. Designed for high-performance millimeter-wave applications, this in-series coaxial component features a 90-degree right angle (elbow) geometry, making it an ideal solution for establishing secure connections in confined spaces or tight equipment configurations.

Constructed from durable passivated stainless steel with gold-plated beryllium copper contacts, this 50 Ohm adapter is built to withstand rigorous use while maintaining exceptional signal integrity. Its mechanical design also allows for compatibility with commercially available 2.4mm connectors, providing additional versatility for your RF setup.

Key Features

• Ultra-High Frequency Performance: Supports reliable signal transmission from DC up to 67 GHz.
• Low Signal Reflection: Delivers a maximum VSWR of 1.35:1 for superior electrical performance.
• Space-Saving Design: 90-degree right angle body geometry facilitates easier cable management in restricted areas.
• Premium Construction: Features a stainless steel body and 50 μin gold-plated contacts for enhanced conductivity and longevity.
• Versatile Interface: Operates as a “connector saver” to protect expensive equipment ports during high-cycle testing.

Electrical Specifications

• Frequency Range: DC to 67 GHz
• Impedance: 50 Ohms
• VSWR: 1.35:1 (Maximum)

Mechanical & Material Specifications

• Body Material: Passivated Stainless Steel
• Contact Material: Gold Plated Beryllium Copper (50 μin plating)
• Insulation Type: PEI (Polyetherimide)
• Length: 0.56 in (14.22 mm)
• Height: 0.566 in (14.38 mm)
• Gender: Female to Female (In-series)

Applications

• Millimeter-Wave Testing: Critical for high-frequency laboratory and general-purpose test environments.
• Precision Measurements: Ideal for systems requiring low VSWR and high repeatability.
• Tight Space Routing: Used in satellite communications, radar, and high-density RF packaging where straight connections are not feasible.