3.5mm Male 2-Hole Flange Mount RF Connector – Field Replaceable, 12.7mm Hole Spacing, 0.3mm Pin Diameter

Product ID: 3.5-JFD32
Deal
Quantity Price
1 - 99 22,00 $
100 - 199 21,56 $
200 - 499 21,34 $

* All Prices are in US Dollars and do not include duties

Key Specifications

Frequency Max

Connector Series

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Body Style

VSWR Max

Termination Type

Interface Type

Attachment Method

Mount Method

Description

3.5mm Male 2-Hole Flange Mount RF Connector – Field Replaceable, 12.7mm Hole Spacing, 0.3mm Pin Diameter

3.5mm Male 2-Hole Flange Mount Field-Replaceable RF Connector – Model 3.5-JFD32

The 3.5 mm male 2-hole flange mount RF connector with a 0.3 mm pin and 12.7 mm hole spacing delivers precise electrical and mechanical performance for RF analyzers and measurement equipment. Its field-replaceable assembly offers reliable maintenance and alignment during repeated calibration operations.

Frequency Response and Electrical Balance

Featuring 50 Ω impedance, VSWR ≤ 1.1, and insertion loss ≤ 0.06 √F(GHz) dB, the 3.5-JFD32 connector ensures consistent signal integrity and low reflection up to 26.5 GHz. Its precision interface supports broadband test instrumentation. Browse similar products in our 3.5 mm connector series.

Material Design and Global Standards

Built from passivated stainless steel with gold-plated beryllium copper contacts, the connector guarantees corrosion resistance and long-term conductivity. Each model is REACH and RoHS compliant, meeting international manufacturing standards. Check our flange-mount connector catalog for related assemblies.

Mechanical Integration and Panel Fit

The 2-hole flange mount layout with 12.7 mm spacing ensures robust installation and secure mechanical stability on RF panels and precision enclosures. This design supports repeated re-mating in demanding environments. Explore the RF connector catalog for more compatible components.

Female Mirror Connector

Combine with the 3.5 mm female 2-hole flange mount RF connector – Model 3.5-KFD32 to ensure phase-matched connections and reliable broadband measurement consistency.