V3THT45handheld wireless microphone transmitter

Perception wireless BEDIENUNGSANLEITUNG ....................... 2 Bitte vor Inbetriebnahme des Gerätes lesen! USER INSTRUCTIONS .......................... 18 Please read the manual before using the equipement! MODE D’EMPLOI ................................. 34 Veuillez lire cette notice avant d’utiliser le système! ISTRUZIONI PER L’USO........................ 50 Prima di utilizzare l’apparecchio, leggere il manuale! MODO DE EMPLEO .............................. 66 ¡Sirvase leer el manual antes de utilizar el equipo! INSTRUÇÕES DE USO .......................... 82 Favor leia este manual antes de usar o equipamento! Inhaltsverzeichnis 2Perception wireless 1Sicherheit und Umwelt .............................................................................................. 3 Sicherheit .................................................................................................................... 3 Umwelt ........................................................................................................................ 3 2Beschreibung ............................................................................................................. 4 Einleitung .................................................................................................................... 4 Lieferumfang ............................................................................................................... 4 Optionales Zubehör ...................................................................................................... 4 Empfänger SR 45 ......................................................................................................... 5 Frontplatte ............................................................................................................. 5 Rückseite ............................................................................................................... 6 Handsender HT 45 ....................................................................................................... 7 Bedienelemente ..................................................................................................... 7 Taschensender PT 45 .................................................................................................. 8 Bedienelemente ..................................................................................................... 8 Mikrofone, Gitarrenkabel ......................................................................................... 9 3Inbetriebnahme ........................................................................................................ 10 Empfänger positionieren ............................................................................................. 10 Empfänger an einen symmetrischen Eingang anschließen ............................................ 10 Empfänger an das Netz anschließen ............................................................................ 10 Batterien in den Hand-/Taschensender einlegen und testen .......................................... 10 Frequenz einstellen .................................................................................................... 11 Handsender in Betrieb nehmen ................................................................................... 11 Taschensender in Betrieb nehmen .............................................................................. 11 Mikrofon anschließen ........................................................................................... 11 Instrument anschließen......................................................................................... 12 Vor dem Soundcheck ................................................................................................. 12 4Mikrofontechnik ....................................................................................................... 13 Handsender HT 45 ..................................................................................................... 13 Besprechungsabstand und Naheffekt .................................................................... 13 Schalleinfallswinkel .............................................................................................. 13 Rückkopplung ...................................................................................................... 13 Begleitchor .......................................................................................................... 14 Taschensender PT 45 ................................................................................................ 14 Lavaliermikrofon CK 55 L ...................................................................................... 14 Headset-Mikrofon C 544 L .................................................................................... 14 Mikrofon aufsetzen ............................................................................................... 14 Windschutz .......................................................................................................... 14 Abtropfring .......................................................................................................... 14 5Reinigung ................................................................................................................. 15 Oberflächen ............................................................................................................... 15 Innenwindschutz des Handsenders .............................................................................. 15 6Fehlerbehebung ....................................................................................................... 16 7Technische Daten .................................................................................................... 17 Inhaltsverzeichnis Sicherheit und Umwelt Perception wireless 3 •Schütten Sie keine Flüssigkeiten auf das Gerät. •Das Gerät darf…

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Coverletter: AKG Acoustics GmbH wants to get FCC-Certification for the following product: digital wireless microphone HT45. The unit will get the following FCC-ID: V3THT45 List of documents: Exhibit Thema File Exhibit 01 Label and placement label_10-110.pdf Exhibit 02 Not needed -------------------- Exhibit 03 External Photos extern_10-110.pdf * Exhibit 04 Block Diagrams blockdiagram_HT45.pdf * Exhibit 05 Schematic Diagrams schematics_HT45.pdf Exhibit 06 Testreport 10-110.pdf Exhibit 07 Test Set-up Photos setup_10-110.pdf Exhibit 08 User Manual 9100U13080_A_QSG_Perception wireless- final_page1.pdf 9100U13080_A_QSG_Perception wireless- final_page2.pdf 20100623_BDA_Perception wireless_WEB.pdf Exhibit 09 Internal Photos intern_10-110.pdf * Exhibit 10 Informations BOM_HT45.pdf CDF_HT45.pdf startup_procedure.pdf Exhibit 11 RF exposure RF exposure compliance issues.pdf * Exhibit 12 Operational Description HT45PLL short description.pdf Exhibit 13 Cover letter Request for confidentiality This file CR_WMS45.jpg For the Exhibits marked with ‘*’ AKG Acoustics GmbH requested Confidentiality according to 47 CFR 0.457 and 0.459 of the FCC rules because these are sensitive parts owned by this company and include much of Know-How or sensitive data, it will not be provided to the public. The labelling on some photos is not the actual status. The correct labelling you can see on the label and placement photo in Exhibit 1.

RF exposure compliance issues: According to FCC Part 2.1093 this kind of transmitter is categorically excluded from routine SAR evaluation.

Test Report Reference: M/FG-10/110 Ambient temperature: 22°C Relative humidity: 43% Form: FCC15.DOT/1. 1. 2002 Page 2 of 64 File: 10-110.doc/22.06.2010 LIST OF MEASUREMENTS The complete list of measurements called for in 47 CFR 74 and RSS-123 is given below. SUBCLAUSE PARAMETER TO BE MEASURED PAGE Intentional Radiators Test object data 3 74.861(e)(1) (6.2) RF Power Output (erp) 4 74.861(e)(4) (7) Frequency tolerance 5-6 74.861(e)(5) (6.3) Operating bandwidth 7-18 74.861(e)(6) (6.3) Emission mask 19-55 74.861(e)(6)(iii) (6.3) Spurious emissions 56-64 Test Report Reference: M/FG-10/110 Ambient temperature: 22°C Relative humidity: 43% Form: FCC15.DOT/1. 1. 2002 Page 3 of 64 File: 10-110.doc/22.06.2010 TEST OBJECT DATA General EUT Description This audio transmitter will be used as a handheld wireless microphone. It has no antenna connector, so all technical data were measured radiated. 2.1033 (c) Technical description 2.1033 (4) Type of emission: 111KF3E – Channel spacing selectable 25 kHz. 2.1033 (5) Frequency range selectable: 530 – 560 MHz 2.1033 (6) Power range and Controls: The output power is fixed to 10 mW. 2.1033 (7) Maximum output power rating: 10mW erp. 2.1033 (8) DC Voltage and Current: 1,5 V nominal 1V minimum (1 AA Cell) maximum current consumption: 190 mA RSS-135 This standard does not apply to: 1.1.(a) a receiver that scans radio frequencies for the purpose of enabling its associated transmitter to avoid transmitting in an occupied frequency but which does not have the capability of decoding the message (e.g. converting it to audio voice) contained in the radio signal Test Report Reference: M/FG-10/110 Ambient temperature: 22°C Relative humidity: 43% Form: FCC15.DOT/1. 1. 2002 Page 4 of 64 File: 10-110.doc/22.06.2010 Power Output § 74.261(e)(1) (6.2) Radiated Measurement Rated output power: 10 mW Test conditions Transmitter power (mW) (erp) 530 MHz 545 MHz 560 MHz T nom ( 22 )°C V nom (1,5)V 6,76 5,50 5,13 Maximum deviation from rated output power under normal test conditions (dB) -1,7 -2,6 -2,9 Measurement uncertainty + 0,75 dB LIMIT SUBCLAUSE 74.261 (e)(1)(ii) (Table 1 of RSS-123) Under normal test conditons 250 mW (1W RSS-123) Test Equipment used: NT-100; NT-110; NT-111; NT-112; NT-125; NT-126; NT-150; NT-207; NT-500; NT-520; NT-550 Test Report Reference: M/FG-10/110 Ambient temperature: 22°C Relative humidity: 43% Form: FCC15.DOT/1. 1. 2002 Page 5 of 64 File: 10-110.doc/22.06.2010 Frequency tolerance § 74.261 (e)(4) (7) Frequency error vs. Supply voltage DC-Voltage Frequency Error Frequency Error kHz ppm 530 MHz 545 MHz 560 MHz 530 MHz 545 MHz 560 MHz 1,5 V 0,61 0,74 0,6 1,15 1,36 1,07 1 V 0,43 0,47 0,47 0,81 0,86 0,84 Frequency error vs. Temperature Temperature Frequency Error Frequency Error °C kHz ppm 530 MHz 545 MHz 560 MHz 530 MHz 545 MHz 560 MHz -30 2,73 2,82 2,9 5,15 5,17 5,18 -20 2,73 2,8 2,88 5,15 5,14 5,14 -10 2,54 2,66 2,77 4,79 4,88 4,95 +0 2,44 2,6 2,71 4,60 4,77 4,84 +10 1,63 1,84 1,88 3,08 3,38 3,36 +20 0,61 0,74 0,6 1,15 1,36 1,07 +30 -0,67 -0,69 -0,76 -1,26 -1,27 -1,36 +40 -1,63 -1,77 -1,8 -3,08 -3,25 -3,21 +50 -2,81 -2,9 -2,97 -5,30 -5,32 -5,30 LIMIT SUBCLAUSE 74.261 (e)(4) (Table 1 of RSS-123) The frequency tolerance of the transmitter shall be 0.005 percent. = 50 ppm Test Report Reference: M/FG-10/110 Ambient temperature: 22°C Relative humidity: 43% Form: FCC15.DOT/1. 1. 2002 Page 6 of 64 File: 10-110.doc/22.06.2010 Frequency tolerance § 74.261 (e)(4) (7) Frequency tolerance vs. Temperature -6,00 -4,00 -2,00 0,00 2,00 4,00 6,00 -30-20-1001020304050 Temperature [°C] Frequency tolerance [ppm] 530 MHz 545 MHz 560 MHz Test Equipment used: NT-207, M-512 Test Report Reference: M/FG-10/110 Ambient temperature: 22°C Relative humidity: 43% Form: FCC15.DOT/1. 1. 2002 Page 7 of 64 File: 10-110.doc/22.06.2010 OPERATING BANDWIDTH § 74.261 (e)(5) (6.3) The operating Bandwidth was measured at an acoustic input level 16 dB higher than that required for half of the maximum linear input level. Measurement with audio frequency 1 kHz @ 530 MHz Measured 99% power Bandwidth: 104,2kHz LIMIT SUBCLAUSE 74.261 (e)(5) (Table 1 RSS-123) The operating bandwidth shall not exceed 200 kHz. TEST EQUIPMENT USED: NT-207 Test Report Reference: M/FG-10/110 Ambient temperature: 22°C Relative humidity: 43% Form: FCC15.DOT/1. 1. 2002 Page 8 of 64 File: 10-110.doc/22.06.2010 OPERATING BANDWIDTH § 74.261 (e)(5) (6.3) The operating Bandwidth was measured at an acoustic input level 16 dB higher than that required for half of the maximum linear input level. Measurement with audio frequency 7,5 kHz @ 530 MHz Measured 99% power Bandwidth: 110,2kHz LIMIT SUBCLAUSE 74.261 (e)(5) (Table 1 RSS-123) The operating bandwidth shall not exceed 200 kHz. TEST EQUIPMENT USED: NT-207 Test Report Reference: M/FG-10/110 Ambient temperature: 22°C Relative humidity: 43% Form: FCC15.DOT/1. 1. 2002 Page 9 of 64 File: 10-110.doc/22.06.2010 OPERATING BANDWIDTH § 74.261 (e)(5) (6.3) The operating Bandwidth was measured at an acoustic input level 16 dB higher than that required for half of the maximum linear input level. Measurement with audio frequency 15 kHz @ 530 MHz Measured 99% power Bandwidth: 88,2kHz LIMIT SUBCLAUSE 74.261 (e)(5) (Table 1 RSS-123) The operating bandwidth shall not exceed 200 kHz. TEST EQUIPMENT USED: NT-207 Test Report Reference: M/FG-10/110 Ambient temperature: 22°C Relative humidity: 43% Form: FCC15.DOT/1. 1. 2002 Page 10 of 64 File: 10-110.doc/22.06.2010 OPERATING BANDWIDTH § 74.261 (e)(5) (6.3) The operating Bandwidth was measured at an acoustic input level 16 dB higher than that required for half of the maximum linear input level. Measurement with audio frequency 20 kHz @ 530 MHz Measured 99% power Bandwidth: 80,2kHz LIMIT SUBCLAUSE 74.261 (e)(5) (Table 1 RSS-123) The operating bandwidth shall not exceed 200 kHz. TEST EQUIPMENT USED: NT-207 Test Report Reference: M/FG-10/110 Ambient temperature: 22°C Relative humidity: 43% Form: FCC15.DOT/1. 1. 2002 Page 11 of 64 File: 10-110.doc/22.06.2010 OP…

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