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SMA Female Flange Mount Connector 4-Hole video

SMA Female Flange Mount Connector 4-Hole

Description: SMA, Female, Straight, Receptacle, Panel Connector (SUS), Accept .020" Pin, Apply to Panel, Work to 26.5 GHz
● VSWR: 1.30 Max @ 26.5 GHz
● Insertion Loss: ≤ 0.31 dB @ 26.5 GHz
● Durability: ≥ 500 Cycles
● Body Material: SUS 303
● Center Contact Material: Becu

Description

Introduction

Hualink SMA 4 holes flange RF connector includes a Teflon dielectric, a passivated stainless steel body, and a heavy gold plated beryllium copper. This SMA female 4 holes flange connector is developed for application up to 26.5 GHz and accepting .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 – 26.5 GHz

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

● VSWR: 1.30 Max @ 26.5 GHz

● Contact Resistance: ≤ 3 mΩ (Center Contact)

● Insertion Loss: ≤ 0.31 dB @ 26.5 GHz

≤ 2 mΩ (Outer Contact)

Mechanical

● Mateable with 3.5 mm, 2.92 mm, SMK, K Series

● Center Contact Retention Force: 6 lbs Min

● Durability: ≥ 500 Cycles

● Coupling Torque: 7-10 lb-in Recommended

Environmental

● Temperature Range: -65 ℃ to +165 ℃

Material & Finish

● Body: Stainless Steel, Passivated

● Dielectric: Teflon

● Center Contact: Becu, 30 μ" Gold


Features and Benefits

● Gold Plated heat treated Becu Contact

● 4 Holes Flange Design

● DC - 26.5 GHz

● Reusable


Applications

● Instrumentation

● Satellite Communication Equipment (SATCOM)

● Splitters, combiners, circulators etc.

● General Purpose Test


Product details

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Outline Drawing

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Related Product

Hualink PN

DESCRIPTION

Picture

SMA-S-PF-HPP-ST-TR0090-W2

SMA Female Straight Receptacle
PCB Connector(4 hole Flange) Accept .009" pin

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SMA-P-PF-HPP-ST-TR0090-W3

SMA Male Straight Receptacle
PCB Connector(4 hole Flange) Accept .009" pin

image007

SMA-P-PF-HPP-ST-TR0120-W3

SMA Male Straight Receptacle
PCB Connector(4 hole Flange) Accept .012" pin

image009

SMA-S-PF-MPP-ST-TR0120-02

SMA Female Straight Receptacle
PCB Connector(4 hole Flange) Accept .012" pin

image011

SMA-S-PF-HPP-ST-TR0120-03

SMA Female Straight Receptacle
PCB Connector(4 hole Flange) Accept .012" pin

image013

SMA-P-PF-HPP-ST-TR0150-W2

SMA Male Straight Receptacle
PCB Connector(4 hole Flange) Accept .015" pin

image015

SMA-S-PF-HPP-ST-TR0150-W3

SMA Female Straight Receptacle
PCB Connector(4 hole Flange) Accept .015" pin

image017

SMA-P-PF-HPP-ST-TR0180-W2

SMA Male Straight Receptacle
PCB Connector(4 hole Flange) Accept .018" pin

image019

SMA-S-PF-HPP-ST-TR0180-W3

SMA Female Straight Receptacle
PCB Connector(4 hole Flange) Accept .018" pin

image021

SMA-P-PF-HPP-ST-TR020-W2

SMA Male Straight Receptacle
PCB Connector(4 hole Flange) Accept .018" pin

image023

SMA-S-PF-HPP-ST-TR0200-W2

SMA Female Straight Receptacle
PCB Connector(4 hole Flange) Accept .020" pin

image025


FAQ

1. A measure of how much power is reflected

■ Return Loss: The portion of a signal that is lost due to a reflection of power at a line discontinuity. Return Loss is similar to VSWR and is generally preferred in the CATV industry to a VSWR specification

Return Loss = Ratio of reflected to incident power in dB

■ VSWR: Acronym for Voltage Standing Wave Ratio. VSWR is the ratio of voltage applied to voltage reflected. It is the major factor contributing to the total signal efficiency of the connector.

VSWR = Ratio of maximum to minimum electric field (Voltage)

■ Best performance is achieved when the impedance of the cable and the connector are the same (matched)


2. Insertion Loss

■ Insertion Loss is expressed in dB, and is a measure of the total loss of power going through a device

IL = -20*log (Pout/Pin)

■ Includes losses due to reflection (usually the dominant factor unless the Return Loss is very low <-26 dB), plus losses due to the dielectric and metal conductors (Attenuation)


3. Passive Intermodulation Distortion

■ Spurious Signals created by non-linear mixing of 2 or more frequencies in a passive device

FIM3 = 2* F1-F2

■ dBm: measure of power relative to 1 milliwatt

■ dBc: measure of dB below a specified carrier level


Packaging, Shipping

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