Test Setup Photos: AC Power & Radiated Emission

Test Setup Photos

This document provides a visual overview of the test setups used for evaluating the electromagnetic compatibility (EMC) performance of a device. The images illustrate the configurations for both AC power line conducted emission and radiated band edge/spurious emission testing. These tests are crucial for ensuring that the device complies with regulatory standards and does not interfere with other electronic equipment.

The AC power line conducted emission setup demonstrates the arrangement for measuring radio frequency (RF) noise conducted back onto the AC power lines. The radiated band edge and spurious emission setup shows the device under test (DUT) positioned in an anechoic chamber, where radiated emissions are measured using antennas and spectrum analyzers. These photos provide valuable insight into the testing methodologies employed to assess the EMC characteristics of the device.


File Info : application/pdf, 2 Pages, 434.49KB

Download
Microsoft Word 2016
tags: []
Array
(
    [0] => Array
        (
            [url_sha] => 127934a38355b32039c9114e3ca4f847471bee2e8ddd39d67b3856d570e1bd05
            [source] => fccid
            [url] => https://apps.fcc.gov/eas/GetApplicationAttachment.html?id=8306282
            [href_text] => Test Setup Photos
            [href_description] => Shanghai Flydigi Electronics Technology Co., Ltd. K5 Flydigi APEX 5 Elite Gaming Controller, Flydigi APEX 5 Elite Gaming Controller Giftpack EVA.ver 2AORE-K5 2AOREK5 k5
            [http_status] => 200
            [http_lastmod] => 0000-00-00 00:00:00
            [http_contenttype] => 
            [http_filename] => GetApplicationAttachment.html?id=8306282
            [http_size] => 444914
            [file_sha256] => 043394cedff2a9b56f8ba5adbf5d6271cb2aa04aafccf08f84ed50bff957361c
            [domain] => document.fccid
        )

)
Array
(
    [file_sha256] => 043394cedff2a9b56f8ba5adbf5d6271cb2aa04aafccf08f84ed50bff957361c
    [cleanFccId] => 2AOREK5
    [title] => Test Setup Photos: AC Power & Radiated Emission
    [description] => This document showcases test setup photos for AC power line conducted emission and radiated band edge/spurious emission testing. See the setup details.
    [brand_name] => N/A
    [keywords] => []
    [intro] => 

This document provides a visual overview of the test setups used for evaluating the electromagnetic compatibility (EMC) performance of a device. The images illustrate the configurations for both AC power line conducted emission and radiated band edge/spurious emission testing. These tests are crucial for ensuring that the device complies with regulatory standards and does not interfere with other electronic equipment.

The AC power line conducted emission setup demonstrates the arrangement for measuring radio frequency (RF) noise conducted back onto the AC power lines. The radiated band edge and spurious emission setup shows the device under test (DUT) positioned in an anechoic chamber, where radiated emissions are measured using antennas and spectrum analyzers. These photos provide valuable insight into the testing methodologies employed to assess the EMC characteristics of the device.

)
Array
(
    [0] => Array
        (
            [id] => 8306282
            [file_sha256] => 
            [applicationId] => CVvzKichCGYb+w+aoIXkaw==
            [description] => Test Setup Photos
            [shortTermConfidential] => No
            [permanentConfidential] => No
            [supercede] => No
            [exhibitType] => Test Setup Photos
            [fileType] => Adobe Acrobat PDF
            [displayType] => pdf
            [fileSize] => 444916
            [submissionDate] => 2025-05-20 00:00:00
            [dateAvailable] => 2025-05-20 00:00:00
            [creationDate] => 
            [producer] => 
            [modDate] => 
            [title] => 
            [creator] => 
            [author] => 
            [pages] => 
            [realSize] => 
            [html] => 0
            [png] => 0
            [txt] => 0
            [version] => 1
            [source] => 0
            [fccId] => 2AORE-K5
            [cleanFccId] => 2AOREK5
            [exif] => 0
        )

)