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K Female 2 Hole Flange Panel Connector video

K Female 2 Hole Flange Panel Connector

Description: 2.92 mm, Female, Straight, Receptacle, Panel Connector (SUS), Accept .012" Pin, Apply to Panel, Work to 40 GHz
● VSWR: 1.30 Max @ 40 GHz
● Insertion Loss: ≤ 0.38 dB @ 40 GHz
● Durability: ≥ 500 Cycles
● Body Material: SUS
● Center Contact Material: Becu

Description

Introduction

Hualink 2.92 mm female 2 and 4 holes flange RF connector includes a air dielectric, a passivated stainless steel body, and a heavy gold plated beryllium copper. This K jack flange connector is developed for application up to 40 GHz and accepting .012 and .020 inch pin, it's easy to connect and disconnect on panel, which help customers to upgrade system easily. It's widely used in splitters, combiners, circulators etc. Comparing 2 holes design, 4 holes version provide firmer fixing but will take up more space.


Specification

Electrical

● Impedance: 50 Ω

● Insulation Resistance: 5000 MΩ Min

● Frequency Range: DC – 40 GHz

● Dielectric Withstanding Voltage: 500 Vrms Min (Sea Level)

● VSWR: 1.30 Max @ 40 GHz

● Contact Resistance: ≤ 3 mΩ (Center Contact)

● Insertion Loss: ≤ 0.38 dB @ 40 GHz

≤ 2 mΩ (Outer Contact)

Mechanical

● Mateable with SMA, 3.5 mm, SMK, K Series

● Center Contact Retention Force: 6 lbs Min

● Durability: ≥ 500 Cycles

● Coupling Torque: 7- 8 lb-in Recommended

Environmental

● Temperature Range: -65 ℃ to + 85 ℃

Material & Finish

● Body: Stainless Steel, Passivated

● Dielectric: Engineering Plastic, Natural

● Center Contact: Becu, 30 μ" Gold


Features and Benefits

● Panel Mount

● 2 and 4 Holes Flange Design

● DC - 40 GHz

● Reusable, good match

● Affordable price

● Short delivery time


Applications

● Instrumentation

● Splitters, combiners, circulators etc.

● General Purpose Test

● I/O interface

● Switches

● Waveguide


Product details

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Outline Drawing

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Related Product

Hualink PN

DESCRIPTION

Picture

292-P-PF-HPP-ST-TR0090-W1
292-S-PF-HPP-ST-TR0090-W1

2.92 mm Male / Female Straight Receptacle
PCB Connector(2 & 4 hole Flange) Accept .009" pin

image007

image009

292-P-PF-HPP-ST-TR0090-W2
292-S-PF-HPP-ST-TR0090-W2

2.92 mm Male / Female Straight Receptacle
PCB Connector(2 & 4 hole Flange) Accept .009" pin

image011

image013

292-P-PF-HPP-ST-TR0120-W1
292-S-PF-HPP-ST-TR0120-W1

2.92 mm Male / Female Straight Receptacle
PCB Connector(2 & 4 hole Flange) Accept .012" pin

image015

image017

292-P-PF-HPP-ST-TR0120-W3
292-S-PF-HPP-ST-TR0120-02U

2.92 mm Male / Female Straight Receptacle
PCB Connector(2 & 4 hole Flange) Accept .012" pin

image019

image021

292-P-PF-HPP-ST-TR0150-W1
292-S-PF-HPP-ST-TR0150-W1

2.92 mm Male Straight Receptacle
PCB Connector(2 & 4 hole Flange) Accept .015" pin

image023

image025

292-P-PF-HPP-ST-TR0200-W1
292-S-PF-HPP-ST-TR0200-W1

2.92 mm Male / Female Straight Receptacle
PCB Connector(2 & 4 hole Flange) Accept .020" pin

image027

image029

292-P-PF-HPP-ST-TR0200-W2
292-S-PF-HPP-ST-TR0200-W2

2.92 mm Male / Female Straight Receptacle
PCB Connector(2 & 4 hole Flange) Accept .015" pin

image031

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FAQ

1. Some descriptions of mechanical structure, material, surface treatment

■ The mechanical structure, material, surface treatment on the connector performance and price has great influence. Mechanical structure determines the production efficiency and the use of materials, or materials.

■ The connectors commonly used are made of brass, bronze, copper, stainless steel, PTFE. Brass and bronze, the price is relatively low, low hardness, easy processing, and high production efficiency. Beryllium copper, stainless steel, high price, high hardness, good elasticity.

■ RF connector for lower resistivity, excellent corrosion resistance oxidation resistance with precious metal plating, such as gold, silver, nickel, etc.. Especially small size effect on the performance of the center conductor requirements more stringent. As a result of these metal prices, the impact on prices is great, general manufacturer's specifications in the book detailed description of plating thickness.

■ The user can according to the above factors combined with their own conditions of use, environment and reasonable cost performance good connector.


2. DEFINITIONS

■ Coplanar ground plane spacing = trace width + gap + gap. This is the distance from the inside edge of one top ground plane to the inside edge of the other top ground plane.

■ Microstrip-to-coplanar transition = When using microstrip on a multilayer board or on a board where the microwave ground is not accessible, then a microstrip-to-coplanar transition should be used.

■ Transition Block = The portion of the End Launch connector assembly where the high frequency signal transition from the coax connector onto the printed circuit board.

■ Ground stitching = These are vias connecting the top ground planes with the substrate ground. The purpose of the vias is to ensure both coplanar ground planes stay at the same potential. The best placement of these is near the trace at a distance of ¼ wavelength of the highest frequency.


Packaging, Shipping

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