RW2BT16UBodypack Microphone Transmitter

OWNER'S MANUAL Nady Wireless Systems are type accepted under FCC rules parts 90, 74 and 15. Thedevice complies with RSS-210 of Industry & Science Canada. Operation is subject tothe following two conditions: (1) this device may not cause harmful interference and (2)this device must accept any interference received, including interference that maycause undesired operation. NADY SYSTEMS, INC.6701 Shellmound Street • Emeryville, CA 94608 USATel: 510/652-2411 • Fax: 510/652-5075www.nady.com (U.S.) Should your Nady Wireless Microphone System require service, please contact the Nady Service Department via telephone at (510) 652-2411 or e-mail [email protected] for a Return Authorization (R/A) Number and a service quote (ifout of warranty). Make sure the R/A Number is clearly marked on the outside of thepackage and enclose a cashier's check or money order (if not prepaid with a creditcard). Ship the unit prepaid to: Nady Systems, Inc., Service Department, 6701Shellmound Street, Emeryville, CA 94608. Include a brief description of the problemsyou are experiencing.The warranty card enclosed with this system contains additional valuablewarranty and service information. Keep it in a safe place for future possiblereference. Do not attempt to service this unit yourself as it will void the warranty.(International) For service, please contact the Nady distributor in your country through the dealer from whom you purchased this product. SERVICE WS-16U 16 Channel UHF PLL Synthesized Wireless System CONTENTS...........................................................................................2 INTRODUCTION....................................................................................2 USING THIS MANUAL............................................................................2 SYSTEM FEATURES................................................................................3 WS-16U RECEIVER................................................................................4 HT-16U HANDHELD MICROPHONE TRANSMITTER..................................7 BT-16U BODYPACK MICROPHONE TRANSMITTER..................................8 SPECIFICATIONS.................................................................................11 SERVICE.................................................................................Back Cover CONTENTS 2 Thank you for purchasing a Nady WS-16U UHF PLL Synthesized Microphone System and congratulations on your choice. The WS-16U is loaded with top professional operating features and is the best performance and price value available in UHF PLL Synthesized wireless systems. INTRODUCTION This booklet gives instructions for the operation of the WS-16U wireless, including handheld, instrument, lavalier, headmic and plug-in transmitter systems. Please read the instructions for your system completely before operating unit. This manual will first list the features of the WS-16U and then will take you step by step to show you how to operate your new system. After reading the receiver instructions, turn to the section of the booklet that covers the type of transmitter used with your new system. Each section will give you detailed operating instructions. Also included in this manual are system specifications and servicing information. USING THIS MANUAL 11 WS-16U OVERALL SYSTEM PERFORMANCE RF Carrier FrequencyUHF, 16-frequency group in separate bands within 470-510 MHz Frequency Stability+/- 0.005%, PLL synthesized ModulationFM (F3E), +/-25 KHz normal Frequency Response65 Hz - 21 KHz, -3dB Dynamic Range120 dB Total Harmonic Distortion< 0.5% Operating RangeUp to 250 ft. typical (depending on site conditions); Up to 500+ feet optimum line-of-sight RECEIVER Reception ModeDigiTRU Diversity™ (Dual Antenna) Unwanted Signal Rejection>90 dB image and spurious SquelchExternal Control, Tone Key (36 KHz) ControlsPower ON/OFF, Volume Control, Squelch Adjust, 16-Channel select ConnectorsDC in, 1/4"(6.3 mm) unbalanced phone jack output (360 mV/no load), XLR balanced output (24 mV/600 Ohm) LED IndicatorsPower ON, Diversity A/B, AF Audio LED bars + peak (5 segments) Power RequirementsDC 18V @ 250mA, AC/DC adapter included Dimensions (Max.)1.75" x 7.5" x 8.1" (4.4 x 19 x 20.7 cm) Weight0.9 lbs (.41 kg) Antennas3.5" (9.0 cm), dual-folding antennas TRANSMITTERS RF Power Out5mW nominal Harmonic & Spurious Emissions< -45 dBc Audio Inputs BT-16U: 3.5mm locking mini-jack, switchable inputs: instrument, head-worn mic, or lavalier mic HT-16U: Integral Nady DM-10D neodymium dynamic cartridge Controls BT-16U: Power or Audio ON/OFF, Instrument/ Head-worn Mic/Lav Mic select, 16Ch elect, Input Level Adjust HT-16U: Power or Audio ON/OFF, 16-Ch select, Level Adjust LED Indicator BT-16U: Bicolor, Unit “ON” (green), Low Battery Alert (orange HT-16U: Unit “ON” (green) Low Battery Alert “ON” (steady red) BatteryAlkaline/NiMH (2xAA) Battery Life6-8 Hours Dimensions BT-16U: 3.62" x 2.44"x 1.22"(9.2 cm x 6.2 cm x 3.1 cm) HT-16U: 2"x 9.5"(5.1 cm x 24 cm) Weight BT-16U: 3.1 oz (100 g) without battery HT-16U: 6.6 oz (187 g) without battery SPECIFICATIONS Specifications subject to change without prior notice. 10 3 WS-16U RECEIVER • Frequency agile rotary DIP switch with 16 user selectable channels in the wide- open UHF band for interference-free use anywhere • 120dB Dynamic Range - the quietest and best sounding UHF wireless available at any price • 150-250 ft. typical operating range - up to 500+ ft. line-of-sight• DigiTRU Diversity™ for maximum range and dropout protection• Full LED indicators (including A-B/diversity and 5 segment AF level displays)• Both 1/4" unbalanced and XLR balanced outputs• Mute (squelch) adjust control• Tone Squelch™ for locking out potential interference, and special circuitry for noiseless transmitter ON/OFF switching • Half-rack receiver design with top folding dual antennas• Unique snap-out side panel locking tabs for single receiver or dual receivers (side-by-side) optional rack mounting • Externally powered …

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1 2 3 4 56 A BC D 6 5 4 3 2 1 D CB A T itle Nu mb e r R e v i s i o n Si ze B D a t e : 27- Jul - 2006 S h eet of F i l e : E : \ D e si g n D o cum e nt \ O D M \ 476M H Z .D db D r aw n B y : Mi c Pr e - Amp Com p ressor Tone Encoder Su mmi n g Audio+Tone ON/OFF RF P o wer-Am p Ant VCO S tep-up DC/D C Converter Ma i n Po we r ON/OFF BT-16U TX Block Diagram BT-16U Block Diagram GT/ H M/ LT Inner Switch M a nt one C h en PLL MCU CHANNEL SELECTOR

January 25, 2007 RE: Enping Ding Li Acoustics Technological Co., Ltd. FCC ID: RW2BT16U Below words with blue is my reply, After check 90.217 I think Part74 is enough for this product. Form 731 already was revised. Please see new 731 form. Please see P8,P9,P19, P22, P39 of the revised test report. After discussed with the manufacturer they said they already showed the procedure you asked. From the block diagram, VCO is a circuit generates fundamental frequency like an adjustable crystal. Please see revised manual and revised tune up information. Please see upload part list. Please see revised operational description. Please see P6 of the revised test report Please see P39,P40 of the revised test report. We put the product on 1.5M table during the testing. Please see P22 of the revised test report. Confirmed with the manufacturer again that they needn’t confidentiality. Please see revised 731 form. I already discussed with the manufacturer. They said they ever applied FCC ID for similar product and also the label was on the hinged door. They can’t find more suitable place to put the ID label. Generally they said for such product once the battery door is missed it will be threw away. Can they keep it like now? The reference level is 9dBm.

January 26, 2007 RE: Enping Ding Li Acoustics Technological Co., Ltd. FCC ID: RW2BT16U Below words with blue is my reply, Please check revised photo of label location. Please check P40 of the revised test report. Please check the revised operational description. In fact we put the EUT on 1.5m table. I already revised the test report. Please check P7 and P38 of the test report.

American Telecommunications Certification Body Inc. 6731 Whittier Ave, McLean, VA 22101 January 24, 2007 RE: Enping Ding Li Acoustics Technological Co., Ltd. FCC ID: RW2BT16U I have a few comments on this Application. Depending on your responses, kindly understand there may be additional comments. 1.) Please define more carefully the FCC Rule parts for which you desire Certification. There are some references within this filing to both Part 74 and to Part 90. Which is correct? FYI: For your reference, you may also wish to review 90.217. You may be able to add this to this filing. 2.) It appears, when comparing your frequency range on Form 731 to what is written in the Manual, the operating range should be properly quoted as 470-05-509.95 MHz. Is this correct? If so, kindly revise your Form 731. 3.) The Test Report cites an incorrect standard used for Certification. All Licensed transmitters should use TIA/EIA 603 as a reference – never ANSI C63.4. Please review and correct. 4.) The FCC requires transmitter block diagrams to show the way RF signals are created, modulated and amplified. The block submitted does not appear to show any crystals or provide any understanding of how the fundamental frequency is generated. Please correct. 5.) The specifications for this device in the Manual indicate this device may actually operate up to 25mW (+14dBm). But your Test Report and Form 731 show only ~4.7mw. The Test Report (pp 4) also indicates the RF power can be changed. It is a large discrepancy between 4.7 and 25 mW, and makes one consider if this device was tuned up properly before testing. Unfortunately we are unable to verify this because the Tune-Up instructions are unavailable. It is obvious from the Internal Photographs that some adjustments on the circuit board are possible. Please provide a Tune-Up procedure for this device as required by FCC rules. In most FM wireless microphone systems this typically would include instructions for adjustment of frequency, power, and deviation. Please provide this information. 6.) All Licensed radio transmitters must provide a Parts List. Kindly submit. 7.) Please expand on the Operational Description to describe how this device creates, modulates, and amplifies a radio signal from a circuit-level view. 8.) It appears that some out-of-calibration equipment was used during testing (pp 6). 9.) The Radiated Spurious Emissions test (pp 39) claims to utilize the substitution method for measurement of RF spurs. But to properly evaluate this test, I will need to have all substitution test details such as cable loss, antenna correction factors, signal generator levels, etc. Please provide. 10.) FYI: For greater accuracy during radiated emissions testing. Mai I suggest that the equipment be set to a higher distance that the .8M table-top used for computer peripheral testing? My personal recommendations are to use at least 1.5M as measured from the floor This will help minimize the effects of ground bounce in any semi-anechoic room 11.) You have requested an emission designator of 96K0F3E. Please justify this analog FM designator using the classic 2M + 2DK formula. 12.) No Confidentiality is requested for this transmitter. Please confirm in writing that Confidentiality is not required. 13.) No Agent Authorization letter is provided but TUV SDU is listed as both technical and non- technical contact for this filing. How do we know that TUV SUD has the authority to act on behalf of Enping Ding Li Acoustics Technological Co., Ltd? Please correct. 14.) FCC may require the FCC ID label shown in the photographs be placed in a different position. As a general rule, placement of labels on battery compartment doors – even hinged doors – is z Page 2 January 24, 2007 a problem. The difficulty is that doors can become lost. I have also attached a copy of FCC labeling guidelines for your reference. Kindly review carefully with your client. 15.) Please provide reference levels used for all audio modulation characteristics tests. FYI: You may wish to consider using a 600 ohm balanced audio signal generator in lieu of the artificial mouth for both modulation limiting and audio response. This may make it easier. William H. Graff President and Director of Engineering mailto: [email protected] The items indicated above must be submitted before processing can continue on the above referenced application. Failure to provide the requested information may result in application termination. Correspondence should be considered part of the permanent submission and may be viewed from the Internet after a Grant of Equipment Authorization is issued. Please do not respond to this correspondence using the email reply button. In order for your response to be processed expeditiously, you must submit your documents through the AmericanTCB.com website. Also, please note that partial responses increase processing time and should not be submitted. Any questions about the content of this correspondence should be directed to the sender.

American Telecommunications Certification Body Inc. 6731 Whittier Ave, McLean, VA 22101 January 26, 2007 RE: Enping Ding Li Acoustics Technological Co., Ltd. FCC ID: RW2BT16U I have a few comments on this Application. Depending on your responses, kindly understand there may be additional comments. 1.) I have conferred with my colleagues on your labeling issues. The FCC’s interpretation of 2.925(d) has been to exclude any removable battery covers, or hinged battery covers that can be popped on-or-off. In my judgment, this arrangement shown in this filing will not meet the Commission’s requirements. If you desire, an inquiry can be made to the FCC directly but be warned that this may take time to receive an answer. The fact that previous approvals were for product with labels on a hinged door are irrelevant. The FCC interpretations are clear and leave very little room for misunderstanding. For this case, if the battery door is missing, it would still be very easy for the end user to simply tape the batteries into place and continue operations. 2.) As you can, I am sure, well understand, the radiated emissions are exceedingly important on this type of device. I was hoping that you would provide for me a table of values for reference level, cable loss, ACF, signal generator, etc for both the Tx radiated power and the Tx radiated spurious emissions test. Without any data presented, I cannot determine if, for example, the radiated power is in terms of ERP or EIRP, or even if the math is performed correctly. Please provide all pertinent data for all radiated spurious emissions and radiated output power tests within the Test Report. 3.) The second paragraph of your operational description indicates the BT-16U creates, modulates and amplifies radio frequency signals, but provides no explanation how. Please expand your existing document to indicate how this process occurs. 4.) FYI: There is no indication in your test report or test setup photos of testing the EUT at 1.5M. In fact both of your substitution site diagrams (pp 7 and 38) indicate the EUT is at .8M only. There is nothing I found to substantiate your claim that testing was performed on a test range at 1.5M. William H. Graff President and Director of Engineering mailto: [email protected] The items indicated above must be submitted before processing can continue on the above referenced application. Failure to provide the requested information may result in application termination. Correspondence should be considered part of the permanent submission and may be viewed from the Internet after a Grant of Equipment Authorization is issued. Please do not respond to this correspondence using the email reply button. In order for your response to be processed expeditiously, you must submit your documents through the AmericanTCB.com website. Also, please note that partial responses increase processing time and should not be submitted. Any questions about the content of this correspondence should be directed to the sender.

BT-16U external photo Click to buy NOW! P D F - X C H A N G E w w w . d o c u - t r a c k . c o m Click to buy NOW! P D F - X C H A N G E w w w . d o c u - t r a c k . c o m Click to buy NOW! P D F - X C H A N G E w w w . d o c u - t r a c k . c o m Click to buy NOW! P D F - X C H A N G E w w w . d o c u - t r a c k . c o m Click to buy NOW! P D F - X C H A N G E w w w . d o c u - t r a c k . c o m Click to buy NOW! P D F - X C H A N G E w w w . d o c u - t r a c k . c o m

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Label Location

BT-16U internal photo Click to buy NOW! P D F - X C H A N G E w w w . d o c u - t r a c k . c o m Click to buy NOW! P D F - X C H A N G E w w w . d o c u - t r a c k . c o m Click to buy NOW! P D F - X C H A N G E w w w . d o c u - t r a c k . c o m Click to buy NOW! P D F - X C H A N G E w w w . d o c u - t r a c k . c o m Click to buy NOW! P D F - X C H A N G E w w w . d o c u - t r a c k . c o m Click to buy NOW! P D F - X C H A N G E w w w . d o c u - t r a c k . c o m

Product Operation Description This product BT-16U is a belt set wireless microphone, which has two switching keys: one is for power on/ off, the other is for sending audio signal. The product BT-16U equipped one indicator by the side of the switching keys, it would light when the power switching keys were on. The main function of BT-16U is transferring audio signal to electric signal via micro, the input electric signal were deal with frequency modulated, amplified and transmitted the radio signal to relative receiver. The RF signal of transmittor is generate by the Voltage Controlled Oscillator(VCO), after the RF-Power Amp circuit ,the power of the RF signal can be amplified , and then it can be transmitted by the antenna. The VCO is controled by the PLL(Phase Locked Loop) circuit via the Low Pass Filter(LPF). The Reference Oscillator circuit(Reference OSC) generate the reference frequency singal(fr singal), and the frequency depend on the crystal. A part of the VCO output RF signal is feedback to the PLL, the RF signal frequency will be divided to the low frequency singal(fp singal). And the divid ratio can be programmable via the MCU. The fp singal compare with the fr singal in PLL circuit, PLL output the voltage signal to control the VCO to adjusjt the RF singal frequency, till the frequency fo fr signal and fp signal are equal. So the VCO can output variable frequency RF signal via set the divide ratio in PLL. Correspond the wanted channel RF frequency, the divide ratio is preset in MCU memory. When the user set channel with DIP Switch(Channel Selector), the MCU will obtain the corresponding divide ratio and send to the PLL. Then the PLL control the VCO to work in the channel frequency. The audio after compress is summing with the Tone Code signal ,input to the VCO circuit. It will be modulate by the RF signal via a Variable Capacitance Diode within the VCO circuit.

BT-16U Bill Of Material 1.SMD PART Part TypePart numberQuantityPart Type IC 45581 0603 Size Resistor 6201P351 E03SL1 EM78P156ELM1 UTC5711 XC63681 DIP SWITCHRM3H-16R1 MOSFET BF9981 XP151A1 0603 Size Ceramic Capacitor (murata) 10213 10314 1041 4742 1.5P1 100P9 18P1 1P1 200P3 22P5 2P1 3P3 470P1 47P2 4P1 50P2 68P1 6P4 8P1 0805 Size Wire Wound Chip Inductor 10NH1 12NH2 15NH1 Tantalum Capacitor 1UH8 24NH1 33NH3 Diode 40071 58191 36X1 BB1341 BB6391Crystal Transistor 33562 Ceramic Trimmer Capacitor 42262 90146 90153Trimming Potentiometer Power Inductor 100UH(101K)1Dielectric Resonator 100UH(101M)1PCB Board 二. DIP PART Part TypePart numberQuantity Shielding (UH101)-11 (UH101)-22 DIP Pin(2.54mm)3 Battery Pad #UB-3+1 #UB-3-1 #UB-3& LED3P-LEDK1 Switch MK-12D14-G42 SK-43D08-G51 pilot crystal45KHz1 Trimming Potentiometer3362P-B502HM1 Capacitor220U/10V3 JackST-214C1 三. ASSEMBLY PART Part TypePart numberQuantity Plastic Case UB-3 Bottom Case1 UB-3 Cover1 Nip03Metal Nip1 Sponge -1 Paster Function Paster1 Switch Paster1 FCC-ID Paster1 Series Paster1 Frequency Paster1 AntennaH084901 Metal Pole#UB-3S1 Part numberQuantity 0R3 100K8 100R4 10K7 10R3 12K4 150K3 15K4 15R1 1K5 1K81 1M3 200K1 220K2 220R2 22K1 27K1 330R2 33K3 3K32 3K91 470K1 470R2 47R2 56K2 5K61 62K1 68K2 6K82 82K1 8K22 0.1U1 0.47U1 10U4 1U1 22U1 2U27 33U2 4U73 4M1 10P1 20P1 TY2J2R5A1 50K1 DR-451 TXB-161

Tune Up information for Wireless Microphone BT-16U The frequency change is only through the substitution of crystals (DR1) and trimming of discrete components (capacitorsC56, C88, VC2), which is relating to frequency and within the circuit. -------By the manufacturer to change the frequency band. Turn the frequency agile rotary DIP switch to select one of the sixteen channels.--------By the user to select frequency channel, follow the manual. The user can not tune the transmitter outside the allowable US frequency ranges of 470.05MHz to 489.95MHz and 490.05MHz to 509.95MHz.

1 2 3 4 5 6 A BC D 6 5 4 3 2 1 D CB A T itle Nu mb e r Re vi s i o n Si z e C D a te: 28-Jul-2005 S h eet of F ile: E :\D esig nD ocum ent\O D M \476M H Z .D db D r aw n B y : DR1 R5 0 100K R4 8 470K VD 1 B B 134 R5 2 47R C4 7 474 C5 6 4P C5 5 6P C5 0 8P Q94226 R5 7 8K 2 R5 5 220R R5 3 12K C5 2 1p C5 8 8P C5 7 3P C5 1 100P Q1 0 4226 R5 1 10K R5 8 12K R5 9 220R C6 1 100P L6 C6 5 102 C6 2 51P C6 4 7P R6 4 68K R6 2 100K VD D Q1 1 2S C 3356 R6 5 220R C7 2 200P L1 0 L81uH C7 3 102 C6 8 NC V CC2 C6 9 8P Q1 2 2S C 3356 R6 7 100K R6 3 68K R6 6 47R L1 3 L1 1 1uH C7 4 200P C6 8 102 C7 6 8P C8 3 6P L1 6 1U H L1 5 AN T C7 8 103 M od-in R4 7 27K B T - 1 6 U TR AN S M I TTE R 2 of 2 M a ntone C h en R5 6 47R VD 2 B B 639 VD D VC 2 2.5P CV U6 E 03S L Y2 4M R3 8 470RC3 7 39P C3 9 33P VC 1 10P C3 8 10U C4 5 102 LK R4 4 15R C5 3 47P LK P51 P50 P65 P66 P6[ 0 ..3] C4 1 103 R3 9 15KR4 2 15K R4 0 56K Q8 9014 Q9 9015 VD D R4 1 100R C3 6 102 C4 0 1U L31U H V CC2 L4 C4 3 22P R4 6 27K R4 9 10KR4 5 220R C3 5 22U CV U2 E M 78P156 R1 5 10K C6 4U 7 VD D VD D C1 3 68P R2 2 10K R1 1 33k Q49014 T O N E -D IS Q1 5 9015 Q1 4 9014 R2 1 10K C7 0 102 R6 9 3K 9 R7 1 100K V CC1 V CC2 R6 0 100R R6 1 220R C6 3 51P C6 7 18P L9 C7 5 3P Q1 3 B F 998 R7 0 1K R7 2 100K R7 9 100K C8 5 102 C8 4 6P C8 2 5P C8 7 100P C8 0 9P L1 8 L1 7 L1 4 R1 7 150K R1 6 150K R1 8 10R R2 0 10R DI P C h annel S e lector P65P66P50P51 C4 2 102 R4 3 27K C4 9 0.47U 1.0 1 of 2 M a ntone C h en 1 2 3 4 5 6 A BC D 6 5 4 3 2 1 D CB A T itle Num b er Rev i sion Size C Date: 28-J ul-2005 Sheet of File: E:\DesignDocum ent\ODM \476M HZ. D db Drawn By : Q29014 Q1 9014 R8220K R55K6R1010R Y1pilot VD D R2330R R1220K R42K2 C4474 C1102 R36K8 32 1 84 U5A 4558 R3022K R2910K C28103 C25102 C274U7 V CC1 GCin 3 RectIn 2 THDtr 8 VCC 13 -IN 5 RES 6 GND 4 ReCap 1 OUT 7 U3ANE571 C3122P C33 2U2 C20 2U2 C232U2 C160. 1U R2615K R3512K R3412K C24 50P C29 10U R281K C11 200P C221U R2310R C12 47U C21102 R313K3 C304U7 Mo d i n 100UH R6100K D21N5819 R19150KR141M C2103 SW3A Batter in GLED R123K9 RLED SW4A ON OFF NORM A L MU TE GCin 14 RectIn 15 THDtr 9 -IN 12 RES 11 ReCap 16 OUT 10 U3BNE571 R244K7 R1315K C347U Pilot R273K3 Q3 EXT 5 CE 3 VD D 2 VO 1 GND 4 U1 100UH C5220U C10220U C8 100U C9103 V CC1 VI N 3 GND 2 VO U T 1 U4 +3 . 6 V VD D C1410U C15103 R74K7 Q6 9015 Q59014 R9150K D1 3. 6V T ONE-DIS BT-1 6 U TRANS MI TTER 1. 0 2 of 2 M a ntone Chen R39 22K MI C + L31UH R381M C362U2 56 7 U5B4558 R4262K C40 150P R4382KR44100K C38102 C39 2U2 MI C - C3447P L41UH SW1ASP3T R3615K V+ C37104 R41330R R451M SW1BSP3T R40 7K5 GTHMLT GT HMLT RV 1 RV C352U2 SW1CSP3T R370R

Report Number: 64.830.6.347.01 – (E) Page 1 of 57 Rev.No 1.7 TÜV SÜD Group China Guangzhou Branch 26/F, Dongbao Tower, #767 Dongfeng Road East. (510600) Guangzhou, P.R.China TEL: +86 20 3832 0668 FAX: +86 20 3832 0478 E M I S S I O N - T E S T R E P O R T Report Number : 64.830.6.347.01 – (E) Date of Issue: 20 December 2006 Model / Serial No. : BT-16U / NIL Product Type : Wireless microphone/Handheld Transmitter Applicant : Enping Ding Li Acoustics Technological Co., Ltd. Manufacturer : Enping Ding Li Acoustics Technological Co., Ltd. License holder : Enping Ding Li Acoustics Technological Co., Ltd. Address : No.1, Lane 3, Dongfeng Road, Pingshi, : Enping, Guangdong, China. Test Result :



Positive    Negative Total pages including Appendices : 57 The test result only responds to the tested sample. This report is the confidential property of the client. As a mutual protection to our clients, the public and ourselves, extracts from the test report shall not be reproduced except in full without our written approval. Report Number: 64.830.6.347.01 – (E) Page 2 of 57 Rev.No 1.7 TÜV SÜD Group China Guangzhou Branch 26/F, Dongbao Tower, #767 Dongfeng Road East. (510600) Guangzhou, P.R.China TEL: +86 20 3832 0668 FAX: +86 20 3832 0478 D I R E C T O R Y Pages A) Documentation Directory 2 Test Regulations 3 General information 4 - 5 Equipment under Test 6 Summary 54 B) Test Data Maximum Transmitter Power 7 - 9 Modulation Characteristics 10 - 19 Frequency Tolerance 20 - 22 Emission Bandwidth 23 - 38 Field Strength of Spurious Radiation 39 - 53 C) Photographs of The Test Set-Up Set-up for radiation measurement below 1GHz 56 Set-up for radiation measurement above 1GHz 57 Report Number: 64.830.6.347.01 – (E) Page 3 of 57 Rev.No 1.7 TÜV SÜD Group China Guangzhou Branch 26/F, Dongbao Tower, #767 Dongfeng Road East. (510600) Guangzhou, P.R.China TEL: +86 20 3832 0668 FAX: +86 20 3832 0478 TEST REGULATIONS : The tests were performed according to the following regulations:
- 47 CFR Part 74 Subpart H (74.861)  - EN 61000-6-3:2001+A11:2004  - EN61000-6-4: 2001  - EN 55011:1998+A1:1999+A2:2002  - Group 1  - Group 2  - Class A  - Class B  - EN 55013:2001+A1:2003  - EN 55014-1:2000+A1:2001+A2:2002  - Household appliances and similar  - Portable tools  - Semiconductor devices  - EN 55015:2000+A1:2001+A2:2002  - EN 55022:1998+A1:2000+A2:2003  - Class A  - Class B  - EN 61000-3-2:2000+A2:2005  - EN 61000-3-3:1995+A1:200 Report Number: 64.830.6.347.01 – (E) Page 4 of 57 Rev.No 1.7 TÜV SÜD Group China Guangzhou Branch 26/F, Dongbao Tower, #767 Dongfeng Road East. (510600) Guangzhou, P.R.China TEL: +86 20 3832 0668 FAX: +86 20 3832 0478 Test Facilities
- Shenzhen Academy of Metrology and Quality Inspection EMC Laboratory. Add: Bldg, of Shenzhen Metrology & Quality Inspection Institute, Longzhu Road, Nanshan, Shenzhen 518055 P.R.C. Environmental Conditions Temperature: : 20-26 °C Relative Humidity: : 53-58 % Atmospheric Pressure: : 860-1060 mBar Power Supply System Utilized: Power supply system : DC3V (2×AA size battery) STATEMENT OF MEASUREMENT UNCERTAINTY The data and results referenced in this document are true and accurate. The reader is cautioned that there may be errors within the calibration limits of the equipment and facilities that can account for a nominal measurement error of ±4dB. Furthermore, component and process variability of devices similar to that tested may result in additional deviation. The manufacturer has the sole responsibility of continued compliance of the device. Short Description of the Equipment under Test(EUT) The BT-16U is a 16 channels handheld wireless transmitter and operates in the frequency range of 470.05 to 509.95MHz in 2 frequency-bands. Communication type: Voice/Tone only RF output power: Fixed can be changed Type of antenna: Integral antenna FCC ID: RW2BT16U Power supply: DC3V by battery Audio Frequency Response: 30Hz-15KHz Frequency Stability: 0.005% Emission Designator: 96K0F3E Ports: None Protection Class: III Definitions For Symbols Used In This Test Report
- Black box indicates that the listed condition, standard or equipment is applicable for this report  - Blank box indicates that the listed condition, standard or equipment was not applicable for this report. Status of Facility Used for Testing Shenzhen Academy of Metrology and Quality Inspection EMC Laboratory located at Bldg, of Shenzhen Metrology & Quality Inspection Institute, Longzhu Road, Nanshan, Shenzhen, Guangdong,China is listed in the US Federal Communications Commission list of facilities approved to perform measurements. Report Number: 64.830.6.347.01 – (E) Page 5 of 57 Rev.No 1.7 TÜV SÜD Group China Guangzhou Branch 26/F, Dongbao Tower, #767 Dongfeng Road East. (510600) Guangzhou, P.R.China TEL: +86 20 3832 0668 FAX: +86 20 3832 0478 Discovery of Worst Case Measurement Condition: The model BT-16U consists of 2 different versions
Band I: 470.05-489.95MHz
Band II: 490.05-509.95MHz All the 2 versions are technically identical except the following items:
2 different programmed frequency ranges
PCB. The boards are similar. On the PCB, the values of some capacitors are different. To find out the worst case channel, the radiated field strength and the spurious emissions have been tested. All other remaining tests have been performed on the worst case channel. The reason for this was, that there was no influence recognizable measurement of frequency error and channel bandwidth over each band. Summarizing: The complete measurement have been performed on the following 3 versions:
Band I: 470.05MHz, 489.95MHz
Band II: 509.95MHz Report Number: 64.830.6.347.01 – (E) Page 6 of 57 Rev.No 1.7 TÜV SÜD Group China Guangzhou Branch 26/F, Dongbao Tower, #767 Dongfeng Road East. (510600) Guangzhou, P.R.China TEL: +86 20 3832 0668 FAX: +86 20 3832 0478 Test Equipment Used: No. Equipment Manufacturer Model No. Last Cal. Cal. Interval SB3612 Audio generator KENWOOD AD-203D Jun.20, 20…

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Report Number: 64.830.6.347.01 – (E)Page 54 of 55 Rev.No 1.7 TÜV SÜD Group China Guangzhou Branch 26/F, Dongbao Tower, #767 Dongfeng Road East. (510600) Guangzhou, P.R.China TEL: +86 20 3832 0668 FAX: +86 20 3832 0478 Photographs of the Test Set-Up Set-up for radiation measurement below 1GHz Cli…

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