U8KVT50SCS-Band 5W analog FM Video/Audio Transmitter

VT50/OM Rev-A Operation Manual VT50 Series UHF, L, S, C-Band Video / Audio Transmitters Designed and Manufactured By 2465 Old Hwy 40W, Ste. A Verdi, NV 89439 Distributed By 107 Woodbine Down Blvd, Units 7&8 Toronto, ON M9W 6Y1 VT50/OM Rev-A TABLE OF CONTENTS 1.0 Introduction..............................................................................................................1 1.1 Purpose and Function...................................................................................1 1.2 Capabilities ..................................................................................................1 1.3 Specifications ...............................................................................................2 1.4 Mechanical Drawing and Connector Pin-Outs ............................................4 1.5 List of Items Furnished ................................................................................5 1.6 List of Items Required .................................................................................5 1.7 Environmental Requirements.......................................................................5 2.0 Safety Precautions....................................................................................................5 3.0 Preparation for Use ..................................................................................................6 3.1 Unpacking ....................................................................................................6 3.2 Pre-Test ........................................................................................................7 4.0 Installation and Operating Instructions ....................................................................7 4.1 Use and Function of Connectors..................................................................7 4.2 Use and Function of Switches......................................................................8 4.2.1 Frequency Selection Switches .....................................................................8 4.2.2 Power Level Switch .....................................................................................8 4.2.3 Video Inversion Switch................................................................................9 4.2.4 Audio On/Off Switch(es) .............................................................................9 4.2.5 Line / Mic Audio Level Switch(es) .............................................................9 4.3 Use of Heat Sink ........................................................................................10 4.4 Initial Adjustments and Settings ................................................................10 4.5 Shut Down .................................................................................................10 5.0 Maintenance Instructions .......................................................................................10 5.1 Cleaning .....................................................................................................10 5.2 Troubleshooting .........................................................................................11 5.3 Preparation for Reshipment .......................................................................11 5.4 Returning an Item ......................................................................................11 Warranty Statement ...........................................................................................................12 Appendix A (Calculation of Safe Personal Distance from Antenna) ................................13 VT50/OM Rev-A 1 1.0 INTRODUCTION Thank you for choosing this AMP Wireless Video Product. Every effort has been made to design and manufacture a quality product that will meet your surveillance needs for many years. Please visit our website (www.advmw.com/video ) for information on other video products and for downloadable datasheets, operation manuals, model number builders, and frequency selection charts. If you have any questions regarding this product or if you require technical assistance, please feel free to contact us at the telephone numbers below: Dyplex Communications Advanced Microwave Products (416) 675-2002 (775) 345-9933 1.1 Purpose and Function VT50 Series Video/Audio Transmitters are developed and manufactured by Advanced Microwave Products (AMP) and distributed by Dyplex Communications (Dyplex). Transmitters are designed for color or monochrome video and audio surveillance. Transmitters are best operated with AMP’s VR75 Series Video Receivers but are compatible with most other video receivers on the market. 1.2 Capabilities AMP Transmitters are designed for harsh environments and feature robust packaging and connectors. Compact package sizes provide versatility in unit placement and system applications. AMP Transmitters require no tuning or adjustments. All units operate directly with any standard video camera. Power requirements are +9 to +16 Vdc and can be derived from batteries, simple power supplies, or vehicle power. Whip or “rubber duck” antennas are adequate for most transmitter applications. A variety of standard and high performance antennas are available through Dyplex. AMP Transmitters and Receivers are standard equipped with video inversion, selectable via a slide switch, for a basic level of security. VT50 Series Transmitters are available with many options allowing customization to specific applications. Most common options include frequency selection (full band selection), high RF output power, selectable output power (2 W / 5 W for L/S/C-bands, 2 W / 5 W / 10 W for UHF), PAL video, and up to two audio subcarriers with up to 100 kHz bandwidth. If our standard products and options do not satisfy your requirements, please contact us. Our experienced design team welcomes your custom specifications. VT50/OM Rev-A 2 1.3 Specifications RF Characteristics Frequency Range (Specify): UHF 340.00 - 399.90 MHz 100 kHz Channels (Ot…

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From: Roland Gubisch ES-BOX Sent: Friday, April 27, 2007 4:28 PM To: David Chernomordik ES-MPK Cc: Terre Wolak ES-ATL Subject: Advanced Microwave Products FCC ID: U8KVT15C, U8KVT30SC, U8KVT50SC Attachments: BMS RF safety information.pdf; Advanced Microwave Grant notes.doc David, Review of these three applications for video transmitters is complete, and the following points are noted for all applications: ADMINISTRATIVE (1) Each confidentiality request should reference only one FCC ID. Please provide 3 separate requests, one for each application. TECHNICAL (1) These transmitters have sufficient RF output to require user precautions in the operating manual. For example, the field from a dipole antenna attached to the 5W transmitter exceeds the MPE limit in 1.1310 at distances smaller than 25 cm from the antenna. Use of a higher-gain antenna would require larger separation dstances and adequate installation and user guidance. There is no such guidance presently in the operating manual. Please provide an RF exposure evaluation for each transmitter, and update the operating manuals with the equivalent guidance. A sample is attached, taken from a filing for a transmitter operating in the same frequency band and at similar RF power. A draft Grant Note is also attached, which references the material to be added. Certification can proceed as soon as these issues are addressed. Thank you, Roland

Model: VT50SC7NNB11F11 Description: External photo showing connectors, user-controlled switches, and ID label

VT50SC Label location

Model: VT50SC7NNB11F11 Description: Internal photo showing PCB VT30LS PLL-8SNN-N11N11 top side (double sided PCB), wiring, and connector interfaces. Model: VT50SC7NNB11F11 Description: Photo of PCB VT30LS PLL-8SNN-N11N11 bottom side (top side shown internal photo above). Model: VT50SC7NNB11F11 Description: Internal photo showing PCB VT50LS PA-S7 top side (single sided PCB), PCB VT50 SwReg-8.0 top side (double sided PCB), wiring, and connector interface. Model: VT50SC7NNB11F11 Description: (2 nd View of Same Content) Internal photo showing PCB VT50LS PA-S7 top side (single sided PCB), PCB VT50 SwReg-8.0 top side (double sided PCB), wiring, and connector interface. Model: VT50SC7NNB11F11 Description: Photo of PCB VT50 SwReg-8.0 bottom side (top side shown internal photo above).

VT50LS PA-S7 Created/Date: BL/070226 Advanced Microwave Products QC/Apvd/Date: BL/070226Verdi, NV 89439 Rev By/Date: N/AVT50LS Power Amplifier Rev Level: -VT50LS PA-S7 BOM Item Reference Designato r P/NDescManufacturer Qty 1 PCB1 VT50LS PA Rev-VT50LS PA PCB Rev-LANmark1 2 R1,11 MCR03J150Res, 0603, 15 ohms, 5%Rohm 2 3 R2,3,8 MCR03J222Res, 0603, 2.2k ohms, 5%Rohm 3 4 R4,5,26,42 MCR03J471Res, 0603, 470 ohms, 5%Rohm 4 5 R7,12 MCR18J151Res, 1206, 150 ohms, 5%, 1/4W Rohm 2 6 R9,10 MCR03J360Res, 0603, 36 ohms, 5%Rohm 2 7 R13 MCR03J4R7Res, 0603, 4.7 ohms, 5%Rohm 1 8 R14-15 MCR03J102Res, 0603, 1k ohms, 5%Rohm 2 9 R16-17,36 MCR03J103Res, 0603, 10k ohms, 5%Rohm 3 10 R18,31 MCR03J104Res, 0603, 100k ohms, 5%Rohm 2 11 R23 MCR10J000Res, 0805, 0 ohms, 5%, 1/8WRohm 1 12 R25 MCR03J301Res, 0603, 300 ohms, 5%Rohm 1 13 R27 MCR50J240Res, 2010, 24 ohms, 5%, 1/2WRohm 1 14 R32,35,41 MCR03J470Res, 0603, 47 ohms, 5%Rohm 3 15 R34 G32BTB504MPot, 3mm, 500k Ohm, 20%, TocosTocos1 16 R37 MCR03J223Res, 0603, 22k ohms, 5%Rohm1 17 R38-40 MCR03J820Res, 0603, 82k ohms, 5%Rohm3 18 C1,2,10,11,16,18,20,23,24,27,29, 33,39,40,44,51-54,X4,X7,X9 C0603C150J5GAC Cap, 0603, Ceramic, 15 pF, 5%, 50V, NPO.. Kemet22 19 C3,4,12,19,28,41,45,49,56 C0603C103M3RACCap, 0603, Ceramic, 10 nF, 20%, 25V, X7R..Kemet9 20 C5-6,13,30,50 T491A106M016Cap, A-Case, Tant, 10uF, 16V, 20%Kemet5 21 C7 600S1R0BT250XTCap, 0603, High-Q, 1.0pF, +/-0.1pF, 250V, NPOATC1 22 C14-15,17,25-26,31,37,46,48 C0603C104M3RACCap, 0603, Ceramic, 100 nF, 20%, 25V, X7R..Kemet 9 23 C32,55 C0603C102M3RACCap, 0603, Ceramic, 1nF, 20%, 25V, X7R..Kemet2 24 C35 600S0R6BT250XTCap, 0603, High-Q, 0.6pF, +/-0.1pF, 250V, NPOATC1 25 C42-43 EMK107BJ105KACap, 0603, Ceramic, 1 uF, 10%, 16V, X5R, Taiyo YudenTaiyo Yuden2 26 C47 EMK212BJ475MCap, 0805, Ceramic, 4.7 uF, 10%, 16V, X5R, Taiyo YudenTaiyo Yuden1 27 X6 600S2R4BT250XTCap, 0603, High-Q, 2.4pF, +/-0.1pF, 250V, NPOATC1 28 X5 600S2R7BT250XTCap, 0603, High-Q, 2.4pF, +/-0.1pF, 250V, NPOATC1 29 X12 600S0R3BT250XTCap, 0603, High-Q, 0.3pF, +/-0.1pFATC1 30 X13 600S0R5BT250XTCap, 0603, High-Q, 0.5 pF, +/- 0.1 pF, 25vATC1 31 CR1 GC15009-450AVaractor, 5pF, 13:1, 450A, MicroSemi....MicroSemi1 32 L1 ELJRER10JF2Ind, 0603, 100nH, 5%Panasonic1 33 L2,6 ELJRE22NJF2Ind, 0603, 22nH, 5%Panasonic2 34 L4-5,8 ELJRE6N8DF2Ind, 0603, 6.8nH, 5%Panasonic3 35 L3 ELJRE3N3DF2Ind, 0603, 3.3nH, +/-0.3nHPanasonic1 36 L7 ELJRE4N7DF2Ind, 0603, 4.7nH, 5%Panasonic1 37 L9 0603LS-103XJLInd, 0603, 10uH, 5%, CoilcraftCoilcraft1 38 L10 1606-10JInd, 1606, 12.55nH, 5%, CoilcraftCoilcraft1 39 X2 ELJRE1N5DF2Ind, 0603, 1.5 nH, 5%Panasonic1 40 FB1 BLM21P331SN1BFerrite Bead, 0805, 330 Ohm, 1.5A, MurataMurata1 41 FL1 LFCN-2750Filter, 2.75 GHz, Low Pass, 7-pole, 1206, Mini-CircuitsMiniCircuits1 42 Q1 AT-42035Transistor, NPN, RF, 6 GHz, Micro-X, Agilent..Agilent1 43 Q2 ECG001BTransistor, +12 dbm Gain Block, SOT-89, WJ..WJ1 44 Q3,6 MMBT2222Transistor, NPN, GP, SOT-23, Fairchild..Fairchild2 45 Q4 ECG015B-GTransistor, +24 dBm Gain Block, SOT-89, WJ..WJ1 46 Q5 EPA960CR-CPO83Transistor, GaAsFET, +38 dBm, CP083, Excelics....Excelics1 47 U1 MIC5213-5.0BC5IC, Regulator, LDO, 5.0V, 80mA, SC-70, Micrel..Micrel1 48 U3 MIC1555BM5IC, 555 Timer, SC-70, MicrelMicrel1 49 U4 MIC842LBC5IC, Comparator, 1.25V Ref, SC-70, MicrelMicrel1 50 U5 LTC5531ES6IC, Power Detector, 7GHz, TSOT-23-6, Linear TechLinear Tech1 51 U6 MAX840ISAIC, Neg. Generator, -9V, SOIC-8, MAXIM..MAXIM1 52 IS1 RLEI-2400-2500M-5mm-1WL Isolator, 2.4-2.5 GHz Lumped Element, 5mm Sq, 5W FWD, 1W REVRaditek1 53 J1,2 A-1JA-CRConnector, Coax, RF, 3mm SMT, AmphenolAmphenol2 54 CP1 1P620Coupler, 20 dB Directional, 2.3-2.7 GHz, 0.25x0.20, AnarenAnaren1 ** TBD C21,C22,C34,C38,X1,X3,X8,X10,X11 (not greater than 0.5pF cap or less than 8.2nH ind) ** OMIT CR2,C8-9,C36,R6,R19-22,R24,R28-30,R33,U2 789236.XLS

RF Exposure evaluation (FCC 2.1091) The EUT is a wireless device used in a mobile/fixed application, at least 20 cm from any body part of the user or nearby persons. The maximum conducted power is 5 W. According to the Applicant, the transmitter is most often used with 2 dBi monopole whips, but it can be used with about anything depending on the application. Using the formula for the Power Density S = EIRP/ 4πD 2 , the distance D, where the Maximum Permissible Exposure (MPE) satisfies the FCC 1.1310 limit (S=MPE) for General Population/Uncontrolled Exposure, can be calculated as: D ≥ √(EIRP/ 4πS) The MPE Limit in the frequency range 2450 – 2483.5 MHz is 10 W/m 2 . In the Table below, the minimum distance D (in meters) is presented for different antenna gain used with the 5 Watt and 2 Watt transmitters. Conducted Output Power = 5W Conducted Output Power = 2 W Antenna gain, dBi Antenna gain, numerical EIRP, Watt Minimum Distance, meter EIRP, Watt Minimum Distance, meter 0 1.0 5.0 1.0 2.0 >0.2 2 1.58 7.92 0.251 3.16 >0.2 5 3.16 15.8 0.355 6.32 0.22 10 10.0 50 0.631 20 0.4 15 31.6 158 1.121 63.2 0.71 20 100 500 1.995 200 1.26 25 316.2 1580 3.546 632.4 2.24 30 1000 5000 6.308 2000 4.0 User Manual must contain a Warning/ Guidance about RF Exposure.

EMC Report for Advanced Microwave Products on the model: VT50SC File: 3117782-MPK-001 Page 1 of 31 Test Report Report Number: 3117782MPK-001 Project Number: 3117782 Report Date: April 20, 2007 Testing performed on the Video Transmitter Model Number: VT50SC FCC ID: U8KVT50SC to FCC Part 90 for Advanced Microwave Products A2LA Certificate Number: 1755-01 Test Performed by: Test Authorized by: Intertek Testing Services NA, Inc 1365 Adams Court Menlo Park, CA 94025 Advanced Microwave Products 2705 Old Hwy 40W, Suite C Verdi, NV, 89439 Prepared by: Date: April 20, 2007 David Chernomordik, EMC Technical Manager Reviewed by: Date: April 20, 2007 Ollie Moyrong, Operations Manager This report is for the exclusive use of Intertek's Client and is provided pursuant to the agreement between Intertek and its Client. Intertek's responsibility and liability are limited to the terms and conditions of the agreement. Intertek assumes no liability to any party, other than to the Client in accordance with the agreement, for any loss, expense or damage occasioned by the use of this report. Only the Client is authorized to copy or distribute this report and then only in its entirety. Any use of the Intertek name or one of its marks for the sale or advertisement of the tested material, product or service must first be approved in writing by Intertek. The observations and test results in this report are relevant only to the sample tested. This report by itself does not imply that the material, product, or service is or has ever been under an Intertek certification program. This report must not be used to claim product endorsement by A2LA, NIST nor any other agency of the U.S. Government. EMC Report for Advanced Microwave Products on the model: VT50SC File: 3117782-MPK-001 Page 2 of 31 Report No. 3117782MPK-001 Equipment Under Test: Video/audio transmitter Trade Name: Advanced Microwave Products Model No.: VT50SC Serial No.: Not Labeled FCC ID: U8KVT50SC Applicant: Advanced Microwave Products Contact: Mr. Barry Lautzenhiser Address: 2705 Old Hwy 40W, Suite C Verdi, NV, 89439 Country USA Tel. number: 775-345 9933 Fax number: Applicable Regulation: FCC Part 90 Test Site Location: ITS - Site 1 1365 Adams Drive Menlo Park, CA 94025 Date of Test: March 10 - 31, 2007 We attest to the accuracy of this report: David Chernomordik EMC Technical Manager Ollie Moyrong Operations Manager EMC Report for Advanced Microwave Products on the model: VT50SC File: 3117782-MPK-001 Page 3 of 31 TABLE OF CONTENTS 1.0 Introduction ...................................................................................................................5 1.1 Product Description ......................................................................................................... 5 1.2 Summary of Test Results ................................................................................................. 6 1.3 Test Configuration ........................................................................................................... 7 1.3.1 Support Equipment ................................................................................... 7 1.3.2 Block diagram of Test Setup..................................................................... 7 1.4 Related Submittal(s) Grants ............................................................................................. 7 2.0 RF Power Output ............................................................................................................ 8 2.1 Requirement.....................................................................................................................8 2.2 Test Procedure .................................................................................................................8 2.3 Test Equipment ................................................................................................................ 8 2.4 Test Results...................................................................................................................... 8 3.0 Occupied Bandwidth, 26-dB bandwidth......................................................................... 9 3.1 Test Procedure .................................................................................................................9 3.2 Test Equipment ................................................................................................................ 9 3.3 Test Results...................................................................................................................... 9 4.0 Emission Mask ................................................................................................................ 12 4.1 Test Procedure ............................................................................................................... 12 4.2 Test Equipment .............................................................................................................. 12 4.3 Test Results....................................................................................................................12 5.0 Out of Band Emissions at Antenna Terminal .............................................................. 17 5.1 Requirement................................................................................................................... 17 5.2 Test Procedure ............................................................................................................... 17 5.3 Test Equipment .............................................................................................................. 17 5.4 Test Results....................................................................................................................17 6.0 Spurious Radiation ....................................................................................................... 26 6.1 Requirement......................................................................................................…

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