GTS Report: 2.4G Appendix - Duty Cycle & Bandwidth Analysis

Appendix for 2.4G

This document presents a detailed analysis of the 2.4G band characteristics, focusing on duty cycle, bandwidth, maximum conducted output power, and power spectral density. The report, generated by Global United Technology Services (GTS), provides comprehensive test results and graphical representations for GFSK SISO modulation across three frequency channels: 2413 MHz, 2444 MHz, and 2472 MHz.

The duty cycle analysis reveals the percentage of time the transmitter is active, along with duty cycle correction factors. Bandwidth measurements include both 99% occupied bandwidth and 6dB bandwidth, ensuring compliance with regulatory limits. Maximum conducted output power tests determine the transmitter's power output, while power spectral density measurements assess the power distribution across the frequency spectrum.

The report includes detailed test graphs illustrating the performance of the GFSK SISO modulation at each frequency, providing visual confirmation of the test results. All tests were conducted according to established standards, and the results demonstrate compliance with the specified limits.


File Info : application/pdf, 20 Pages, 1.18MB

Download
Microsoft Office Word 2007 Microsoft Office Word 2007
tags: ["GFSK", "SISO", "2413 MHz", "2444 MHz", "2472 MHz", "GTS2024110055F01"]
Array
(
    [0] => Array
        (
            [url_sha] => 2860cc5e99e140ebab37e10133c92599b3a2a1efd9d6c5318bf8f8d801ee2716
            [source] => fccid
            [url] => https://apps.fcc.gov/eas/GetApplicationAttachment.html?id=8061329
            [href_text] => Appendix for 2.4G
            [href_description] => ALPHA GROUP CO., LTD. 389175 RC SUPERCAR GT 2AIRP-389175 2AIRP389175 389175
            [http_status] => 200
            [http_lastmod] => 0000-00-00 00:00:00
            [http_contenttype] => application/pdf
            [http_filename] => GetApplicationAttachment.html?id=8061329
            [http_size] => 1237028
            [file_sha256] => 263b605dd4071ef95d35b384e2d1498e9a36a0104c0552638303b2b42c3c38be
            [domain] => document.fccid
        )

)
Array
(
    [file_sha256] => 263b605dd4071ef95d35b384e2d1498e9a36a0104c0552638303b2b42c3c38be
    [cleanFccId] => 2AIRP389175
    [title] => GTS Report: 2.4G Appendix - Duty Cycle & Bandwidth Analysis
    [description] => Comprehensive GTS report analyzing duty cycle, bandwidth, output power, and spectral density for 2.4G. Includes test results and graphs for GFSK SISO.
    [brand_name] => GTS
    [keywords] => ["GFSK", "SISO", "2413 MHz", "2444 MHz", "2472 MHz", "GTS2024110055F01"]
    [intro] => 

This document presents a detailed analysis of the 2.4G band characteristics, focusing on duty cycle, bandwidth, maximum conducted output power, and power spectral density. The report, generated by Global United Technology Services (GTS), provides comprehensive test results and graphical representations for GFSK SISO modulation across three frequency channels: 2413 MHz, 2444 MHz, and 2472 MHz.

The duty cycle analysis reveals the percentage of time the transmitter is active, along with duty cycle correction factors. Bandwidth measurements include both 99% occupied bandwidth and 6dB bandwidth, ensuring compliance with regulatory limits. Maximum conducted output power tests determine the transmitter's power output, while power spectral density measurements assess the power distribution across the frequency spectrum.

The report includes detailed test graphs illustrating the performance of the GFSK SISO modulation at each frequency, providing visual confirmation of the test results. All tests were conducted according to established standards, and the results demonstrate compliance with the specified limits.

)
Array
(
    [0] => Array
        (
            [id] => 8061329
            [file_sha256] => 
            [applicationId] => wSub0adIS0E74MQved9jXg==
            [description] => Appendix for 2.4G
            [shortTermConfidential] => No
            [permanentConfidential] => No
            [supercede] => No
            [exhibitType] => Test Report
            [fileType] => Adobe Acrobat PDF
            [displayType] => pdf
            [fileSize] => 1237030
            [submissionDate] => 2025-02-20 00:00:00
            [dateAvailable] => 2025-02-20 00:00:00
            [creationDate] => 
            [producer] => 
            [modDate] => 
            [title] => 
            [creator] => 
            [author] => 
            [pages] => 
            [realSize] => 
            [html] => 0
            [png] => 0
            [txt] => 0
            [version] => 1
            [source] => 0
            [fccId] => 2AIRP-389175
            [cleanFccId] => 2AIRP389175
            [exif] => 0
        )

)