CCRAG1MAirline UHF Wireless System

UHF Wireless System Owners Manual • AF1 Instrument Transmitter • AG1 Instrument Transmitter • AP1 Receiver • UR1 Receiver SAMSON ENGLISH Introduction 1 QuickStart 2 Guided Tour - AP1 Receiver 4 Guided Tour - AF1 / AG1 Transmitter 7 Guided Tour - UR1 Receiver 45 Setting Up and Using Your AirLine System 9 Specifications 48 Channel Plan 50 FRANCAIS Introduction 12 Prise en main 13 Visite guidée – Récepteur AP1 15 Visite guidée – Emetteur AF1 / AG1 18 Configuration et utilisation du système AirLine 20 Spécifications 48 Tableau de conversion de fréquence 50 Samson Technologies Corp. 575 Underhill Blvd. P.O. Box 9031 Syosset, NY 11791-9031 Phone: 1-800-3-SAMSON (1-800-372-6766) Fax: 516-364-3888 Table of Contents Produced by On The Right Wavelengthfor Samson Technologies Corp. Copyright 2000, Samson Technologies Corp. Printed September 2000 DEUTSCHE Einleitung 23 Schneller Einstieg 24 Übersicht - Empfänger AP1 26 Übersicht - Sender AF1 / AG1 29 AirLine System einrichten und einsetzen 31 Technische Daten 48 Frequenzzuordnung der Empfangskanäle 50 ESPANOL Introducción 34 Arranque rápido 35 Recorrido guiado – Receptor AP1 37 Recorrido guiado – Transmisor AF1 / AG1 40 Ajuste y uso de su sistema AirLine 42 Especificaciones 48 Tabla de conversión de frecuencias 50 Note: All trademarks are the property of their respective holders Welcome to Samson AirLine—the wireless system for the new millenium! Wireless microphone and instrument systems were originally developed to eliminate cables, providing unparalleled freedom of movement. AirLine takes this concept to a new level with transmitters so small, lightweight and aerodynamic, they are nearly invisible, providing a completely “hassle-free” user experience. To create the world’s smallest wireless transmitters, we developed new proprietary technology. Featuring miniaturized circuitry and the ability to operate on a single tiny AAA battery (with 14 hours typical battery life), these transmitters also provide significantly improved wireless reception and sound quality. What’s more, the AP1 receiver developed especially for the AirLine guitar system is actually smaller than the typical wireless transmitter. The Samson AirLine UHF guitar system detailed in this manual is designed to replace the cable between your electric guitar or bass and your onstage amplifier or PA mixer, freeing you to roam the stage or even visit the audience in the middle of your performance! It operates in the uncrowded 801 - 805 MHz UHF frequency range and contains an AP1 “stomp box”-style receiver and either of two plug-in micro-transmitter models—an AF1 (designed to fit the recessed style jack in Fender Stratocaster™-type guitars) or an AG1 (which fits all other standard end-mount guitar jacks). In this manual, you’ll find a more detailed description of the features of your AirLine system, as well as a guided tour through all components, step-by-step instructions for setting up and using your system and full specifications. If your AirLine system was purchased in the United States, you’ll also find a warranty card enclosed—don’t forget to fill it out and mail it! This will enable you to receive online technical support and will allow us to send you updated information about this and other Samson products in the future. If your AirLine system was purchased outside of the U. S., contact your local distributor for warranty details. Also, be sure to check out our website (http://www.samsontech.com) for complete information about our full product line. SPECIAL NOTE for U.S. purchasers: Should your AirLine system ever require servicing, a Return Authorizationnumber (RA) is necessary. Without this number, the unit will not be accepted. If your AirLine system was purchased in the United States, please call Samson at 1-800-372-6766 for a Return Authorization number prior to shipping your system. If possible, return the unit in its original carton and packing materials. If your AirLine system was purchased outside of the U. S., contact your local distributor for information. 1 Samson AirLine Introduction ENGLISH If you’ve had some prior experience using wireless systems, these QuickStart instructions will get you up and running with your AirLine UHF guitar system in a matter of minutes! Detailed instructions for setting up and using your AirLine system can be found on page 9 of this manual, and the “Guided Tour” sections on pages 4 - 8 provide full descriptions of all AirLine component controls and displays. 1. Make sure that the supplied AP1 receiver and AF1 or AG1 transmitter are factory preset to the same channel. 2. Physically place the AP1 receiver where it will be used and extend its antennas vertically and spread outwards. 3. Set the power switch on your AF1 or AG1 transmitter to the “off” position (away from the arrow) and place a fresh AAA battery in it. Then turn the transmitter back on momentarily; its LED will flash once and then go off if the battery is sufficiently strong. Once battery strength is verified, turn the transmitter off again, then plug it into your electric guitar or bass. 4. Open the battery compartment of the AP1 by pressing on the latch and install a fresh battery; if you prefer, you can use an optional power supply instead. Turn the AP1 on momentarily to confirm that the battery has been installed correctly (or that the adapter has been connected correctly); the “On/Battery Low”LED should light green and not red. Then turn the AP1 power off. 5. Turn your amplifier or mixer off and make the physical cable connection between an audio input and the AP1 output jack. 6. Turn the Level knob on the AP1 completely counterclockwise, then turn its power on; the “Power” LED will light steadily green. 7. Turn on your AF1 or AG1 transmitter. The “TX/Peak” LED on the AP1 receiver should light steadily green, indicating that it is receiving valid RF signal and is placed and positioned correctly. 2 Samson AirLine QuickStart ENGLISH 8. Turn on the connected amplifier or mixer…

Text truncated - open the document above for the full version.

AG1 CIRCUIT FUNCTION POWER SUPPLY UNIT D31SS349diode DC-DC U3XC6371A300IC(DC-DC) DC-DC U2TK11227IC (regulator) power supply regulator(2.7V) U5XC61CN11IC(detect)LED driver LED1TLSU1008LED power supply indicator(LOW) & unavailable indicator AUDIO UNIT D21SS362diode modulation AF signal level limit Q52SK879transistor AF mute Q42SA1832transistor AF mute drive U1TK10690IC(compander) 1/2 log compander U4TK17030IC(opeamp) pre-emphasis RF UNIT D1KV1832Ediode frequency adjustment & modulat Q2FH102transistor OSC & buffer Q32SC5231transistor output power amplifier VOLTAGE AND CURRENT OF FINAL STAGE collector voltageVc=2.7V emitter voltageVe=0.38V currentIc=3.8mA A_1 Components FunctionPage 1 Transmitter RF Output Power Limitation The power supply voltages to the final stage circuit is stable even though the main power supply voltage changes. The bias resistor for base and the resistor limiting self-bias of emitter limit the current to the final stage transistor. Then the output power is limited. AF1/AG1 POWER SUPPLY UNIT D31SS349diode DC-DC U3XC6371A300IC(DC-DC) DC-DC UP Converter (1.5V - 3V) U2TK11227IC (regulator) power supply regulator(2.7V) U5XC61CN11IC(detect)LED driver LED1TLSU1008LED power supply indicator(LOW) & unavailable indicator AUDIO UNIT Q52SK662transistor AF Buuffer Q42SA1832transistor AF pre-amp Q12SC4116transistor AF pre-amp U1TK10690IC(compander) 1/2 log compander U4TK17030IC(opeamp) pre-emphasis D21SS362diode modulation AF signal level limit RF UNIT D1KV1832Ediode frequency adjustment & modulat Q2FH102transistor OSC & buffer Q32SC5231transistor output power amplifier VOLTAGE AND CURRENT OF FINAL STAGE collector voltageVc=2.7V emitter voltageVe=0.38V currentIc=3.8mA AG1 Components Function (2)Page 1

4MCM106MPTERC16,C18,C19 4MCM156MPTERC25,C32,C40 4MCM336MATERC5,C12,C17,C22,C23,C24,C39,C70 4MCM475MPTERC30,C31,C56 4MCM686MB2TERC46,C58 10MCM105MPTERC1,C4,C26,C27,C74 C1608CH1H020CTC43 C1608CH1H030CTC41,C42,C52 C1608CH1H050CTC54,C55 C1608CH1H060DTC44 C1608CH1H070DTC53 C1608CH1H330JTC48 C1608CH1H470JTC76 C1608CH1H121JTC8 C1608CH1H151JTC50 C1608CH1H471JTC34,C35,C36 C1608JB1C273KTC49 C1608JB1E103KTC37 C1608JB1H123KTC51 C1608JB1H222KTC28,C29,C57 C1608JF1C104ZTC38 SK4-1A107M-RDC45 SK7-0E157M-RBC20,C77 C3,C6,C7,C9,C10,C11,C13,C14, C15,C61,C62,C63,C64 GRM39CH102J25PTC2,C21 KV1832ETRD1 1SS362-TE85LD2 1SS349-TE85LD3 LL1608-FHR10JL1,L9 LL1608-FH10NJL3,L4 LL1608-FH12NJL6 A921CY-101M=P3L7 LL1608-FH8N2JL5,L8 TLSU1008(T04)LED1 15680PCB(AG1)PCB1 2SC4116(Y)-TE85LQ1 FH102-TRQ2 2SC5231-C8/C9-TLQ3 2SA1832(Y)-TE85LQ4 2SK662(TX) P/Q/(R)Q5 RK73K1JTD15 ohmsR42 RK73K1JTD100 ohmsR3,R4,R5,R6,R14,R32,R33,R43 RK73K1JTD330 ohmsR38 RK73K1JTD680 ohmsR31 RK73K1JTD820 ohmsR45 GRM39CH470J50PT RK73K1JTD1KJR8,R16,R17,R34 RK73K1JTD1.2KJR11,R41 RK73K1JTD1.5KJR13 RK73K1JTD2.2KJR12 RK73K1JTD2.7KJR7 RK73K1JTD3.3KJR22,R44 RK73K1JTD4.3KJR29,R30,R40 RK73K1JTD4.7KJR15 RK73K1JTD5.1KJR39 RK73K1JTD6.8KJR9 RK73K1JTD8.2KJR28 RK73K1JTD10KJR26 RK73K1JTD18KJR25 RK73K1JTD22KJR19,R20 RK73K1JTD30KJR50,R52 RK73K1JTD33KJR21,R27 RK73K1JTD36KJR23 RK73K1JTD51KJR35 RK73K1JTD68KJR36 RK73K1JTD100KJR2,R24,R37 RK73K1JTD150KJR1 RK73K1JTD270KJR51 RK73H1JTD255ohmsFR46 RK73H1JTD10.5KFR18 RK73M1JTD3.3MJR10 SLHA12BP-04SW1,SW2 395-0100T1 TK10690MTLU1 TK11227BMCLU2 XC6371A300PRU3 TK17030MTLU4 XC61CN1102NRU5 G4AT B10K ohmsVR1 POZ2AN-1-503N-T00VR2 POZ2AN-1-103N-T00VR3 FS-335-TXX1

Applicant: Samson Technologies FCC ID: CCRAG1M Retlif Testing Laboratories Report No.: R-8512-6 GENERAL INFORMATION REQUIREMENTS Paragraph 2.983(a) Name of Applicant: Samson Technologies Address of Applicant: 575 Underhill Blvd. Syosset, NY 11791 Name of Manufacturer: Samson Technologies Paragraph 2.983(b) Equipment Identification: FCC ID: CCRAG1M Paragraph 2.02(c)(1) Necessary Bandwidth Determination: The necessary bandwidth was calculated utilizing the following formula: B n = 2M + 2D M = 15 kHz D = 32.8 kHz B n = 2(15) + 2(32.8) = 95.6 kHz Applicant: Samson Technologies FCC ID: CCRAG1M Retlif Testing Laboratories Report No.: R-8512-6 Paragraph 2.1046 Power Output, Effective Radiated Power Applicant: Samson Technologies FCC ID: CCRAG1M Retlif Testing Laboratories Report No.: R-8512-6 POWER OUTPUT, EFFECTIVE RADIATED POWER (Para. 2.1046) A. Measurement Procedure: The transmitter under test was placed on an 80 cm. high non metallic table on the Open Air Test Site with its antenna polarized vertically. A receive dipole antenna was placed three meters away from the transmitter. The turntable was rotated 360 degrees and the receive antenna was raised and lowered from 1 to 4 meters until a maximum reading was obtained. This reading was recorded. The transmitter under test was replaced with a dipole and signal generator. The signal generator was set to the frequency of the transmitter under test. The level of the signal generator was increased until the level was equal to that previously measured. The required input level from the signal generator in dBm was recorded and converted into milliwatts. This was the Effective Radiated Power of the transmitter. Setup of the test is shown below: B. Test Results: The results for the above test are submitted as a separate attachment named ERP.pdf. Pre Amplifier Spectrum Analyzer Broadband Antenna 3 M 4 M Test Sample Applicant: Samson Technologies FCC ID: CCRAG1M Retlif Testing Laboratories Report No.: R-8512-6 Paragraph 2.1047 Modulation Characteristics Applicant: Samson Technologies FCC ID: CCRAG1M Retlif Testing Laboratories Report No.: R-8512-6 MODULATION CHARACTERISTICS (2.1047) A. Measurement Procedure: An Audio Oscillator was directly coupled to the audio input of the transmitter under test. The RF Output at the antenna terminals was loosely coupled to a modulation meter as shown below. The audio level applied to the input was adjusted from –50dBm to +10dBm at each frequency listed herein. At each test frequency and level, the FM modulation was recorded. Setup of the above test is shown below: B. Test Results: The test data for this method are being submitted as a separate attachment, named modchar.pdf. EXTERNAL ATTENUATOR MODULATION METER AUDIO OSCILLATOR EUT AUDIO Applicant: Samson Technologies FCC ID: CCRAG1M Retlif Testing Laboratories Report No.: R-8512-6 Paragraph 2.1049 Occupied Bandwidth Applicant: Samson Technologies FCC ID: CCRAG1M Retlif Testing Laboratories Report No.: R-8512-6 OCCUPIED BANDWIDTH (PARA.2.1049) A. Measurement Procedure: An audio signal was directly coupled to the audio input of the test sample. The RF output was monitored using a deviation meter. The audio input level was increased to produce a 50% deviation +16dB. The RF output was then loosely coupled through external attenuators to a spectrum analyzer. The occupied bandwidth of the RF carrier, modulated at 50% deviation +16dB, was then measured. The above procedure was performed with the audio input frequencies of 1000, 2500, and 15000 Hz. The modulated signal must be within the template as specified by the applicable paragraph in Part 74. The above procedure was then repeated with the Audio Input acoustically coupled to the microphone at a level of 100dBspl. Setup of the test is shown below: B. Test Results: The results for the above test are submitted as a separate attachment named occbw.pdf. Applicant: Samson Technologies FCC ID: CCRAG1M Retlif Testing Laboratories Report No.: R-8512-6 Para. 2.1053 Field Strength of Spurious Radiation Applicant: Samson Technologies FCC ID: CCRAG1M Retlif Testing Laboratories Report No.: R-8512-6 FIELD STRENGTH OF SPURIOUS RADIATION (PARA 2.1053) A. Measurement Procedure: The test sample was then placed on an 80cm high wooden test stand, which was located three meters from the test antenna on an FCC listed test site. The frequency range scanned was from the lowest frequency generated by the test sample to its tenth harmonic. In order to maximize the level of each emission observed from the test sample, the broadband antenna was tuned to the frequency of each emission and the test sample was rotated 360 degrees. To further maximize the each emission observed, the test antenna was both horizontally and vertically polarized, and then was raised and lowered from one to four meters from the ground plane. The limits for all of the spurious emissions was calculated utilizing the measured output power and the following equation: Limit <dB:V/M> = 20 log [{(49.2 x P T ) ½ /3} x 10 6 ] - (43 + 10 log P T ) The above procedure was performed at the lower, middle and upper frequencies of the device’s range. Setup of the test is shown below: B. Test Results: The results for the above test are submitted as a separate attachment named spurious case.doc. Pre Amplifier Spectrum Analyzer Broadband Antenna 3 M 4 M Test Sample Applicant: Samson Technologies FCC ID: CCRAG1M Retlif Testing Laboratories Report No.: R-8512-6 Applicant: Samson Technologies FCC ID: CCRAG1M Retlif Testing Laboratories Report No.: R-8512-6 Paragraph 2.1055 Frequency Stability Applicant: Samson Technologies FCC ID: CCRAG1M Retlif Testing Laboratories Report No.: R-8512-6 FREQUENCY STABILITY MEASUREMENTS A. Measurement Procedure (Frequency vs. Voltage): The RF output of the test sample was coupled to a frequency counter through external attenuation. Using a Variable power supply and voltmeter, the input voltage was varied. Measurements were taken with the device being supplied w…

Text truncated - open the document above for the full version.