The 2.4 mm female 4-hole flange mount RF connector with 8.64 mm hole spacing and a 0.30 mm pin diameter delivers outstanding precision and repeatability across wideband RF and microwave systems. Designed for 50 Ω impedance and operation up to 50 GHz, the 2.4-KFD2 ensures low reflection and consistent performance in vector network analyzers, calibration fixtures, and measurement modules. Explore more RF connectors by Mechanc.

Electrical Precision and Broadband Stability

The 2.4-KFD2 connector maintains VSWR ≤ 1.18 and insertion loss ≤ 0.06 √F(GHz) dB across its entire operating range, providing excellent impedance continuity and low intermodulation distortion. Its 2.4 mm precision interface supports repeatable calibration-grade performance required in metrology and high-frequency testing. View related 2.4 mm connectors.

Flange Construction and Mechanical Accuracy

The 4-hole flange mount design of the 2.4-KFD2 ensures precise reference-plane positioning and vibration resistance. With its 8.64 mm mounting pattern, it supports secure integration in high-density test panels and durable performance under repetitive mechanical stress.

Material Selection and Interface Reliability

Fabricated from passivated stainless steel with a gold-plated beryllium copper contact, the 2.4-KFD2 connector guarantees long-term mechanical endurance and stable electrical contact. The robust design minimizes deformation during torque application while ensuring RoHS and REACH compliance. Browse other field-replaceable connectors designed for professional instrumentation use.

Applications and Custom Adaptations

The 2.4-KFD2 4-hole flange mount RF connector is ideal for millimeter-wave analyzers, test heads, and calibration kits requiring precision alignment and stable RF grounding. Mechanc provides custom flange designs, plating finishes, and non-magnetic options for aerospace, defense, and metrology-grade equipment.

For the matching male version, visit the mirror part: 2.4 mm Male 4-Hole Flange RF Connector – 0.30 mm Pin Diameter, Model 2.4-JFD2.