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2.4mm Female 2-Hole Flange Mount RF Connector – Field Replaceable, 10.2mm Hole Spacing, 0.3mm Pin Diameter

Product ID: 2.4-KFD22

Key Specifications

Frequency Max

Connector Series

Connector Gender

Body Style

VSWR Max

Termination Type

Interface Type

Attachment Method

Mount Method

Description

2.4mm Female 2-Hole Flange Mount RF Connector – Field Replaceable, 10.2mm Hole Spacing, 0.3mm Pin Diameter

2.4mm Female 2-Hole Flange Mount Field-Replaceable RF Connector – Model 2.4-KFD22

The 2.4mm female 2-hole flange mount RF connector with a 0.30 mm pin and 10.2 mm hole spacing is purpose-built for precision and mechanical balance in compact test modules. Operating at 50 Ω up to 50 GHz, this field-replaceable connector ensures repeatable, low-loss performance across high-frequency applications.

Consistent Electrical Integrity

Featuring VSWR ≤ 1.2 and insertion loss ≤ 0.06 √F(GHz) dB, the 2.4mm female 2-hole flange mount RF connector minimizes reflection and maintains precise impedance alignment. The 0.30 mm pin diameter ensures both robust mechanical contact and accurate high-frequency response.

Material Strength and Compliance

Manufactured from stainless steel with gold-plated beryllium copper contacts, the 2.4mm female flange connector offers superior conductivity, wear resistance, and stability. Fully REACH and RoHS compliant, it operates reliably from −55 °C to +165 °C and conforms to international quality standards.

Compact Mounting Applications

The 10.2 mm 2-hole flange format supports installation in space-restricted 2-hole flange mount RF assemblies commonly used in microwave analyzers, network testers, and frequency calibration devices.

Customized RF Design Options

Mechanc’s 2.4 mm RF connector line includes precision-engineered variants with alternative pin diameters and flange geometries. Explore our RF Connector Catalog for compatible field-replaceable components. Pair with the 2.4mm male 2-hole flange mount RF connector – Model 2.4-JFD22 to achieve full electrical pairing and high-frequency consistency in compact assemblies.