PYN2007VMDVehicle Mounted Transmitter

USER GUIDE CSI Doc. 101399-001 Qualifier X-Ray Non-Intrusive Dwelling Ingress Integrity Measurement System TM Qualifier X-Ray i 1 - 8 0 0 - 3 3 6 - 9 6 8 1 Limited Warranty (brief) Hardware: ComSonics, Inc. (ComSonics) warrants to the original end user (Customer) that the new ComSonics branded products will be free from defects in workmanship and materials, under normal use, for one (1) year from the date of original shipment. ComSonics warrants repaired and refurbished ComSonics products for ninety (90) days from date of shipment. Agency Notice (brief) Hand Held Device Vehicle Mounted Device FCC ID: PYN2007HHD FCC ID: PYN2007VMD IC: 4261A-2007HHD IC: 4261A-2007VMD Complete Limited Warranty and Agency Notice documentation is printed in the back section of this user guide. Technical Support ComSonics maintains a Technical Support Service for customer convenience. Contact a Support Representative at 1-800-336-9681 or 1-540-434-5965; Fax 1-540-432-9794; or Email [email protected]. Copyright All material in this manual is the property of ComSonics, Inc. and protected under the United States copyright law. No material shall be reproduced or used in any form or by any means (graphic, electronic, or mechanical, including photocopying, recording, taping, or information storage and retrieval systems) without the written permission of: ComSonics, Inc. 1350 Port Republic Road Post Office Box 1106 Harrisonburg, Virginia 22801 USA Phone: (540) 434-5965 USA Toll Free: (800) 336-9681 Fax: (540) 434-9847 Email: [email protected] Internet: www.comsonics.com Qualifier™ is a trademark of ComSonics, Inc. © 2007 ComSonics, Inc. All Rights Reserved CSI Doc. 101399-001 Rev. B 080222 sh w w w . c o m s o n i c s . c o m ii Table of Contents Introduction .......................................................................................................1 FCC License Requirement ...........................................................................1 Unpacking ....................................................................................................1 Qualifier X-Ray System Overview ................................................................2 General Information..........................................................................................3 Hand Held Device (HHD) .............................................................................3 Battery Installation .................................................................................3 Single Button Control .............................................................................3 Auto Power Off ......................................................................................3 Display Screen.......................................................................................4 Threshold Value Setup ..........................................................................4 Hardware Installation ...................................................................................6 Dual Band Antenna................................................................................7 Vehicle Mount Device (VMD).................................................................7 Check / Select Transmit Frequency.......................................................8 Test the VMD Installation.......................................................................8 Qualifier System Installation Verification ......................................................9 Troubleshooting Notes .................................................................................9 Using the Qualifier X-Ray System.................................................................10 Dwelling Shielding Integrity Measurement Procedure ...............................10 Specifications .................................................................................................11 Accessories / Parts.........................................................................................12 Warranty Statement ........................................................................................13 Agency Notice .................................................................................................15 Qualifier X-Ray iii 1 - 8 0 0 - 3 3 6 - 9 6 8 1 Major Components Power Button Test Button Status Indicators Antenna Connector Battery Compartment Power Harness Connector Fuse Power / Test Button Display Screen Input Connector w w w . c o m s o n i c s . c o m 1 Introduction FCC License Requirement A FCC license is required to operate the Qualifier X-Ray System, specifically the vehicle mount transmitter device (VMD). Refer to the Qualifier Transmitter Licensing section on our website at http://www.comsonics.com/downloads.html#qtl for application instructions and templates. If you need assistance, please call our Customer Service Department at 1-800-336-9681. Unpacking The Qualifier X-Ray System and accessories are shipped in a single container designed to provide maximum protection during transit. Immediately upon receipt, inspect the container and contents for signs of physical damage. Notify the freight forwarder of any damage detected. Installation Caution! The Qualifier X-Ray System is designed only for vehicles equipped with a 12-volt negative ground electrical system. Qualifier X-Ray 2 1 - 8 0 0 - 3 3 6 - 9 6 8 1 Qualifier X-Ray System Overview The ComSonics Qualifier X-Ray System provides a method for identifying the internal shielding integrity of the CATV network in a subscriber’s residence without the need to enter the premises. A test activation transmitter is located within the Qualifier Hand Held Device (HHD). This transmitter provides a signal to the Qualifier Vehicle Mounted Device (VMD) and sets up the HHD to measure levels of ingress from the VMD signal appearing in the return upstream path. With the HHD connected to the residential side of either the ground block or the drop cable, a press of the HHD button activa…

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

Vehicle Mount Device Block DiagramReference: Schematic Rev A of March 8, 2007QualifierX-RayVMDBlockDiagram.odt June 26, 2007 Controller MC68HC908QY2 U6 Program J2 +5V SDA RxDat SCKRX_EN PLL_En TxEn LED1 PROCESSOR CONTROL Test S2 +VBatt +10V Power Conn J1 Fuse Block 2A Power Sw S1 +VPwr 10V Reg LM1086 U5 5V Reg LP2989 U7 +5V POWER AND REGULATORS VMD RECEIVER High Pass Filter 433.92 MHz Receiver U3745BM U8 Antenna Connector BNC 50 Ohm J3 RX_ENSDA RF Input 433.92 M Hz RF Output 27.45, 27.47, 27.49 M Hz +5V Class E Amp MRF1513 Q5 Crystal Y1 6.764375 14/50 Ohm Match VMD TRANSMITTER Driver NE85633, Q7 MMBT3906, Q8 MMBR521, Q9 Buffer 15mA MGA-62563 U3 TX_EN +10V +10V TxRF +5V +5V PLL Synth MC145170 U2 TCXO 16.8 MHz U1 PLL Synthesizer: 27.44 / 27.50 +5V VCO SMV1417, D1 NE68033, Q2 +5V LED1 Green LED D6 +VPwr Red LED D5 Yellow LED D4 Orange LED D7 MMBT3904 Q3 MMBD7000 D3 MMBT3906 Q4 +VBat +5V LEDs Red Green Orange Yellow StandbyPowerReceive / Test Transmit RXDat

Response to ATCB Comments FCC ID: PYN2007VMD 1 Washington Laboratories, Ltd. 7560 LINDBERGH DRIVE GAITHERSBURG, MD 20879 (301) 417 – 0220 FAX # (301) 417 - 9069 February 6, 2008 Mr. Tim Johnson American Telecommunications Certification Body Inc. 6731 Whittier Ave McLean, VA 22101 RE: Comments of October 30, 2007 APPLICATION: PYN2007VMD ComSonics, Inc. Dear Mr. Johnson: Below are the comments that you have provided regarding the application for certification referenced above. Our responses to those comments are in bold italic. Many responses refer you to additional exhibit(s) which has been uploaded to the application folder at the ATCB website. Thank you for your attention. Please feel free to contact us for any additional information that you may require. Regards, Steven D. Koster EMC Operations Manager Brian J. Dettling Documentation Specialist WLL Project: 9898 1) FYI....Due to various concerns recently seen about proper authority being given to others for FCC and/or IC matters, the agency letter should be signed by someone traceable to have the proper authority. For instance, the FCC site shows Richard Shimp as the correct contact of authority for FCC matters. Therefore the agency letters should be signed by this contact or alternatively a letter showing who he has “deputized” to sign on his behalf may be provided as well. Please correct this in future applications. R. Noted. 2) IC form appears to use the wrong CN Number. Please review. R. The form has been corrected. Please see “VMD Application Form - IC revised”. Response to ATCB Comments FCC ID: PYN2007VMD 2 3) Users manual should contain appropriate RF exposure information i.e. – no collocation and 20 cm user to antenna distance. Note that the test report RF exposure mentions a 50% duty factor which mentions theory of operation. However theory of operation does not appear to address duty factor at all. R. The 50% duty cycle was determined at the laboratory. The unit only transmits once with each trigger of the HHD. The maximum re-trigger rate was found to be 1 second. It was with this information the duty factor was calculated. 4) Please provide information regarding the type of emissions used by this device. R. The emissions from the VMD is a single un-modulated pulse used to determine the shielding effectiveness of residential cable systems. The pulse is received by the HHD. 5) Please provide information regarding both DC voltages AND currents applied into the several elements of the final radio frequency amplifying device for normal operation over the power. (2.1033(c)(8)). R. From the client: The final amplifying device is powered with 10 volts at 800mA. 6) Please provide factory tune-up procedure for this device. R. Please see “VMD TuneUp Procedure”. 7) Please provide appropriate RF exposure information/calculations. Please note that 2.1091 requires RF evaluation (measurements) for devices of this power level. Please provide. R. Please see Section 5 of the test report. 8) Why does the test report mentions 00-705 (Frequency hopping procedures) and ANSI C63.4 (unlicensed test procedures? This device is a licensed transmitter. R. The report has been changed to reflect the proper test procedure, ANSI/TIA/EIA-603 . 9) Please explain compliance to 90.203(f)/(g). R. The unit is not remotely programmable. The remote can only cause the unit to transmit on it’s fixed frequency and power, so 90.203(f)/(g) are not relevant. 10) Please review equipment code listed on the 731 form. This device does not appear to be what would be expected of an LMS device. See Part 90, Subpart M. R. The unit is not an LMS device. It is used to illuminate a homes’ cable system to determine the shielding effectiveness of the cable shield. It transmits an unmodulated carrier; that is why we used N0N.

Response to ATCB Comments FCC ID: PYN2007VMD 1 Washington Laboratories, Ltd. 7560 LINDBERGH DRIVE GAITHERSBURG, MD 20879 (301) 417 – 0220 FAX # (301) 417 - 9069 February 6, 2008 Mr. Tim Johnson American Telecommunications Certification Body Inc. 6731 Whittier Ave McLean, VA 22101 RE: Comments of October 30, 2007 APPLICATION: PYN2007VMD ComSonics, Inc. Dear Mr. Johnson: Below are the comments that you have provided regarding the application for certification referenced above. Our responses to those comments are in bold italic. Many responses refer you to additional exhibit(s) which has been uploaded to the application folder at the ATCB website. Thank you for your attention. Please feel free to contact us for any additional information that you may require. Regards, Steven D. Koster EMC Operations Manager Brian J. Dettling Documentation Specialist WLL Project: 9898 1) FYI....Due to various concerns recently seen about proper authority being given to others for FCC and/or IC matters, the agency letter should be signed by someone traceable to have the proper authority. For instance, the FCC site shows Richard Shimp as the correct contact of authority for FCC matters. Therefore the agency letters should be signed by this contact or alternatively a letter showing who he has “deputized” to sign on his behalf may be provided as well. Please correct this in future applications. R. Noted. 1A) (2.17) Original Item 1 was an FYI because information at that time was being released and we were trying to be "graceful" about this for awhile....However given it is now about 3 months later, it is difficult to justify to the FCC why this one is not corrected. I can attempt to go ahead as an FYI, or you can provide the letters to assure there is Response to ATCB Comments FCC ID: PYN2007VMD 2 no problem. Kindly let me know which way you would like to move forward on this issue. R2. Please see “VMD Cover Letter – LOA revised”. NOTE: We reiterate that confidentiality is not sought by the applicant. 2) IC form appears to use the wrong CN Number. Please review. 2A) A corrected form for 2) does not appear to have been provided. CN appears to be 4261A. R. The form has been corrected. Please see “VMD Application Form - IC revised”. R2. Apologies for the oversight. The corrected form should now be available. 3) Users manual should contain appropriate RF exposure information i.e. – no collocation and 20 cm user to antenna distance. Note that the test report RF exposure mentions a 50% duty factor which mentions theory of operation. However theory of operation does not appear to address duty factor at all. 3A) Appropriate RF exposure information does not appear have been presented in the manual as given in previous item 3) R. The 50% duty cycle was determined at the laboratory. The unit only transmits once with each trigger of the HHD. The maximum re-trigger rate was found to be 1 second. It was with this information the duty factor was calculated. R2. The User Manual has been updated. Please see “Qualifier X-Ray UG_101399-001 Rev_B page 2008_02_22 a72”. 4) Please provide information regarding the type of emissions used by this device. R. The emissions from the VMD is a single un-modulated pulse used to determine the shielding effectiveness of residential cable systems. The pulse is received by the HHD. 5) Please provide information regarding both DC voltages AND currents applied into the several elements of the final radio frequency amplifying device for normal operation over the power. (2.1033(c)(8)). R. From the client: The final amplifying device is powered with 10 volts at 800mA. 6) Please provide factory tune-up procedure for this device. R. Please see “VMD TuneUp Procedure”. 7) Please provide appropriate RF exposure information/calculations. Please note that 2.1091 requires RF evaluation (measurements) for devices of this power level. Please provide. R. Please see “VMD Test Report revised - MPE”. 8) Why does the test report mentions 00-705 (Frequency hopping procedures) and ANSI C63.4 (unlicensed test procedures? This device is a licensed transmitter. R. The report has been changed to reflect the proper test procedure, ANSI/TIA/EIA-603 . Response to ATCB Comments FCC ID: PYN2007VMD 3 9) Please explain compliance to 90.203(f)/(g). R. The unit is not remotely programmable. The remote can only cause the unit to transmit on it’s fixed frequency and power, so 90.203(f)/(g) are not relevant. 10) Please review equipment code listed on the 731 form. This device does not appear to be what would be expected of an LMS device. See Part 90, Subpart M. 10)(2.17). Given the response to item 10), please update Section III, Item 4(a) for the appropriate equipment type. R. The unit is not an LMS device. It is used to illuminate a homes’ cable system to determine the shielding effectiveness of the cable shield. It transmits an unmodulated carrier; that is why we used N0N. R2. The Equipment Code has been updated. Please see “VMD Application Form – 731 rev 2”.

External Photos ©2007 Washington Laboratories, Ltd External Photos ©2007 Washington Laboratories, Ltd External Photos ©2007 Washington Laboratories, Ltd

J.C. GLENN IS AUTHORIZED ONLY FOR RESPONDING TO A REQUEST FOR QUOTATIONIS AUTHORIZED ONLY FOR RESPONDING TO A REQUEST FOR QUOTATION THIS DOCUMENT IS THE PROPERTY OF COMSONICS INC. ITS USE THIS DOCUMENT IS THE PROPERTY OF COMSONICS INC. ITS USE MUST BE REFERRED TO THE COMSONICS PURCHASING DEPARTMENT.MUST BE REFERRED TO THE COMSONICS PURCHASING DEPARTMENT. DO NOT SCALE DRAWINGDO NOT SCALE DRAWING OR FOR THE PERFORMANCE OF WORK FOR COMSONICS. ALL QUESTIONS OR FOR THE PERFORMANCE OF WORK FOR COMSONICS. ALL QUESTIONS WHERE USED DATEREV ZONE DESCRIPTION REVISIONS APPROVED ECN REVREV DOCDOC SHEETSHEET SIZESIZE A SCALE:SCALE: FSCM NO.FSCM NO.DWG.NO.DWG.NO. DATEDATE DRDR CHKCHK CONTRACT NO.CONTRACT NO. SIGNATURESSIGNATURES ANG } 0.5ANG } 0.5 FRAC } FRAC } .XXX } 0.005.XXX } 0.005 TOLERANCES ARE:TOLERANCES ARE: OTHERWISE SPECIFIED.OTHERWISE SPECIFIED. DIMENSIONS ARE IN INCHES UNLESSDIMENSIONS ARE IN INCHES UNLESS DEC.XX } 0.01DEC.XX } 0.01 ENGENG MRKTMRKT PURCHPURCH MATERIALMATERIAL IF APPLICABLEIF APPLICABLE REMOVE BURRS. BREAK SHARP EDGES.REMOVE BURRS. BREAK SHARP EDGES. FINISHFINISH 101396-001 A 5/23/06 Qualifier X-Ray VMD Label (with barcode) 101448C.ai1 OF 1 1 OF 1 C 101448 RELEASE 1350 PORT REPUBLIC RD. 1350 PORT REPUBLIC RD. HARRISONBURG, VA. 22801HARRISONBURG, VA. 22801 (540) 434-5965 (540) 434-5965 www.comsonics.com www.comsonics.com PRELIMINARY MATERIAL= VINYL WITH PSA ON OTHER SIDE INK COLOR = INDELIBLE BLACK ON SILVER BACKGROUND. EACH LABEL BARCODE PROGRESSING IN NONE REPEATING BAR CODING INCREMENTS, 00070000 THRU 00089999 CENTERED IN SPACE BELOW MODEL NO. Generated in: Adobe Illustrator 8.0 Filename 101448B.ai SCALE 1 X PART -001 SCALE 3 X PLACE BAR CODE AS SPECIFIED BARCODE PRINTING SPECIFICATIONS: COLOR = BLACK FONT = REGULAR POINT SIZE = 5 TYPEFACE = ARIAL Code = 128 HEIGHT = .100 CODE SET = C X DIMENSION = 8.2 DENSITY = 11.054 CHARACTERS PER INCH QUALITY = A .96 .45 7/25/06D.B.B. 7/25/06D.B.B. B CHG'D TO 8 DIGIT SERIAL NO. 2089 12/28/06D.B.B. CADD FCC & IC NUMBERS - MadeMade in USAin USA ComSonics Inc. Model 101396-001ComSonics Inc. Model 101396-001 IC: 4261A-2007VMDIC: 4261A-2007VMD FCC ID: PYN2007VMDFCC ID: PYN2007VMD MadeMade in USAin USA ComSonics Inc. Model 101396-001ComSonics Inc. Model 101396-001 IC: 4261A-2007VMDIC: 4261A-2007VMD FCC ID: PYN2007VMDFCC ID: PYN2007VMD

Internal Photos ©2007 Washington Laboratories, Ltd Internal Photos ©2007 Washington Laboratories, Ltd

Theory of Operation ñ Radio System Qualifier X-Ray Vehicle Mounted Device (VMD) Part 90 Transmitter RF Generation and Amplification ñ Signal Path Description RF energy is produced by a voltage controlled oscillator at Q2 (and associated passive components). The RF energy from the VCO is amplified by a buffer stage at U3, the driver pair at Q7 and Q9, then finally by the output transistor Q5. The RF signal passes through a low-pass filter before connecting to the external antenna jack. RF Power Control The overall RF output level is limited by the intrinsic gains of each sequential active RF amplification device, from the VCO all the way to the final RF amplifier. Output Frequency Control A VCO correction voltage is supplied by a PLL IC at U2 for tuning the VCO's tank circuit. The PLL reference frequency is generated by a crystal and internal (to the PLL IC) oscillator at 16.8 Mhz. The PLL's internal registers are programmed by the microcontroller (at U6) to provide one of three operating frequencies: 27.45 MHz, 27.47 MHz, and 27.49 MHz. Part 15 Receiver The receiver, aside from an input filter and crystal reference, is totally contained within a single IC at U8 (U3745BM). This receiver passed the recovered data stream to the microcontroller at U6 (MC68HC908QY2).

Bill of Materials, Rev B1 (C4) "July 3, 2007 Item Qty Ref Des Value Rating Package Manufacturer 1 1 C1 220pF 50V C0603 Any Generic 2 6 C2,C4,C8,C21,C41,C45 0.1uF 25V C0805 Any Generic 3 1 C3 10nF 25V C0603 Any Generic 4 7 C5,C17,C19,C20,C26,C28, 10nF 25V C0805 Any Generic C29 5 1 C6 7pF 50V C0805 Any Generic 6 4 C7,C13,C16,C36 1nF 50V C0805 Any Generic 7 4 C9,C25,C35,C39 100pF 50V C0805 Any Generic 8 1 C11 82pF 50V C0805 Any Generic 9 1 C12 16pF 50V C0805 Any Generic 10 2 C14,C30 56pF 50V C0805 Any Generic 11 3 C18,C22,C27 10uF 16V AVX 12 1 C23 10pF C0805 Any Generic 13 1 C24 3pF C0805 Any Generic 14 1 C33 4.7nF C0805 Any Generic 15 1 C34 15pF C0805 Any Generic 16 1 C37 22nF C0805 Any Generic 17 1 C38 47pF 50V C0805 Any Generic 18 1 C40 150pF 50V C0805 Any Generic 19 1 C44 N/P 50V C0805 Any Generic 20 1 D1 SMV1248 SC-70 Alpha SMV1248-074 21 1 D2 S3A SMC Taiwan Semiconductor S3A 22 1 D3 MMBD7000 SOT23A Motorola MMBD7000LT1 23 1 D4 Yellow LEDRA_597 597-2401-407 24 1 D5 Red LEDRA_597 597-2111-407 25 1 D6 Green LEDRA_597 597-2311-407 26 1 D7 Orange LEDRA_597 597-2201-407 27 1 FB1 Ferrite Bead R0805 BLM21PG221SN1D 28 1 F1 2A 297002 29 1 F2 153007 30 1 HW1 PCB 31 1 HW2 Shield_Can 7mm, w/standoff 32 1 J1 Battery MFJr3_4 39-30-3037 33 1 J2 Program 5SIP100 34 1 J3 BNC-RA-PCB-RF BNCRAPCB AMP 227677 35 2 L1,L2 1.2uH L1008 1008CS-122XJBC 36 1 L3 10uH L5022 DO5022P-103 37 1 L4 380nH Maxi 132-17 38 1 L5 17.5nH B06T 39 2 L10,L6 28nH B08T 40 1 L7 22nH L0805 0805CS-220XKBC 41 1 L9 111nH Maxi 132-10SMJ Comsonics Qualifier, Vehicle Mounted Device Manuf. P/N Tant-B TPSBxxx Dialight Dialight Dialight Dialight Murata Littlefuse FuseBlockMini FuseMiniH MiniFuse holder Stndx_7 Standex Molex Coilcraft Coilcraft Coilcraft CoilcraftB Coilcraft CoilcraftB Coilcraft Coilcraft Coilcraft 42 1 L11 246nH Maxi 132-15 43 1 Q2 NE68033 SOT23A NEC NE68033 44 3 Q3,Q6,Q11 3904 SOT23A Motorola MMBT3904LT1 45 2 Q4,Q8 MMBT3906 SOT23A Motorola MMBT3906LT1 46 1 Q5 MRF1513 MRF466 Motorola MRF1513 47 1 Q7 NE85633 SOT23A NEC NE85633 48 1 Q9 MMBR521 SOT23A On Semiconductor MMBR521 49 1 Q10 TPC6102 SOT23-6 Toshiba TPC6102 50 3 R1,R3,R10 100 1/16W R0805 Any Generic 51 2 R2,R20 330 1/16W R0805 Any Generic 52 8 R4,R7,R16,R19,R22,R35, 22K 1/16W R0805 Any Generic R38,R39 53 1 R5 680 1/16W R0805 Any Generic 54 1 R6 120 1/16W R0805 Any Generic 55 2 R29,R8 3.3K 1/16W R0805 Any Generic 56 2 R11,R37 100K 1/16W R0805 Any Generic 57 1 R12 560 1/16W R0805 Any Generic 58 1 R13 4.7M 1/16W R0805 Any Generic 59 2 R14,R34 2K 1/16W R0805 Any Generic 60 1 R17 200K 1/16W R0805 Any Generic 61 2 R23,R26 270 1/16W R0805 Any Generic 62 2 R24,R25 1.1K 1/16W R0805 Any Generic 63 1 R27 130 1/16W R0805 Any Generic 64 1 R28 910 1/16W R0805 Any Generic 65 2 R30,R36 4.7K 1/16W R0805 Any Generic 66 1 R32 470 1/16W R0805 Any Generic 67 1 R33 820 1/16W R0805 Any Generic 68 1 R40 820pF 50V C0805 Any Generic 69 1 SW1 SW DPST SW_P227 E-Switch P227EE1CXCTAGRED 70 1 S2 Test SW_6MM_RA E-Switch TL1105SF160Q 71 1 U1 16.8MHz CSX532T Citizen CSX532T16.800M3-U10 72 1 U2 MC145170 TSSOP16 Motorola MC145170DT2 73 1 U3 MGA-62563 SOT363 MGA-62563 74 1 U5 LM1086 TO-263-3 National Semiconductor LM1086IS-ADJ 75 1 U6 MC68HC908QY2 S016W Motorola MC68HC908QY2CDW 76 1 U7 LP2989 S08 Linear Technology LP2989IM-5.0 77 1 U8 U3745BM S020W U3745BM-MFLG3 78 1 Y1 6.764375MHz HC49SD Any HC49 SMD Coilcraft Agilent Temic

Qualifier X-Ray VMD Tune Up Procedure v1.0 Required Test Equipment 1) Regulated 13.8 volt power supply with a 5 amp current capability. 2) VMD Power Cable 3) Bird Thru-Line Power Meter with 5 Watt measurement slug covering the 27MHz frequency range. 4) 50 Ohm Dummy Load (Cantenna, or equivalent) 5) Spectrum Analyzer 6) Frequency Counter 7) Volt Meter 8) 10dB in-line attenuator pad 9) 50 Coax interconnecting cables 10) Test firmware installed in the VMD Connection Diagram 1 
       "!$# %'&'() *+-,/.103254 )6) !87 * 9,/.30":<;1=6!$. >@?A0CB *+-,/.10
D.E#F.30 :G;IHJ#K.3HLHJ; <4 (M( 7 NO;LB %6PRQTS6( :GU;9V %LPRQWSL( :X6;-V Y"0Z.L[I49.3H-\]7 :X346HO#F.30  ^ _`a Test Procedure - Board Level Connect the unit according to ìConnection Diagram 1î. 1.Turn the VMD's power swich to the ON position. The unit will transmit for approximately 1 second every 4 seconds. 2. Using the front panel push button switch, place the unit on frequency 1. 3. Ensure the power output level is at least 3.5 watts and no more than 5 watts on the Bird Power Meter. 4. Ensure the output frequency is within 20ppm. 5. Measure the voltage at R14 and C37. It should be greater than 1 volt and less than 4 volts. 6. Using the front panel push button switch, place the unit on frequency 3. 7.Ensure the power output level is at least 3.5 watts and no more than 5 watts on the Bird Power Meter. 8. Ensure the output frequency is within 20ppm. 9. Measure the voltage at R14 and C37. It should be greater than 1 volt and less than 4 volts. 10. Install the production firmware into the VMD unit. 11. Turn power off to the VMD unit. Connection Diagram 2 Test Procedure - Top Level Connect the unit according to ìConnection Diagram 2î. 1) Turn power ON to the VMD unit. 2) Set the spectrum as follows: 1.Start Frequency 0 Mhz 2. Stop Frequency 300 Mhz 3) Turn power ON to VMD and observe the spectrum analyzer. 4) Adjust the spectrum analyzer's attenuator to place the VMD fundamental signal at the top reference line. 5) All spurious emissions should be at least 50dB below the fundamental.
      !$# %'&'() *+-,/.103254 )6) !7 *+-,/.10":<;3=L!. 2 ) .\ #04 ( & H9;1!7
.10 %6PRQTS( :X;9V  P B1>   A`  A_`^

55 44 33 22 11 D D C C B B A A PLL Synthesizer : 27.44 MHz / 27.50 MHz VCO TCXO Driver Controller 433.92 MHzReceiver HPF Antenna (75 Ohm) Power Connection,reverse protection Class-E amplifier Yellow/Red/Green/Orange LEDs Transmit Receive Power Buffer (15mA) On Shield 1 1 B1 Qualifier X-Ray VMD C:\WORK\COMSONICS\QUALIFIER\VMD\REV C\QUAL_VMD_C.DSN B Saturday, April 14, 2007 XXXXXXXXX-XX ComSonics TITLE:SIZE: DWG. NO.: FILE: REV.: SHEET: OF EDITED: 1350 PORT REPUBLIC RD. HARRISONBURG, VA. 22801 (540) 434-5965 WWW.COMSONICS.COM PLL_EN SDASCK TxRF RX_EN SCK DrEn SDA LED1 PLL_EN RX_EN RXDat TxRF LED1 DrEn RxDat TxEn TxEn GND +5V +5V +5V +5V +5V +5V +VPwr +10V +10V +VBatt +VBatt +VPwr +VPwr +5V +5V +10V +10V +5V +VPwr C21 0.1uF SW1 SW DPST 1 3 2 4 U8 U3745BM 4 7 11 15 5 6 8 13 1918 9 14 3 12 1617202 AVCC MIXVCC LFVCC DVCC AGND DGND LNAGND LFGND ENABLE TEST LNA_INXTOCDEMLF MODE POUT DATA ASK L1 1.2uH D7 Orange 21 C34 15pF C1456pF Q3 3904 3 1 2 L3 10uH D4Yellow 21 R293.3K C2610nF C33 4.7nF R4 22K C45 0.1uF R5 680 R30 4.7K C30 56pF D6 Green 21 R22 22K FB1 12 U2MC145170 12345678 910111213141516 OscInOscOutRefOutFinDinENB ClkDout Fr Fv LD Vss PDout PhR PhV Vdd D5 Red 21 F1 2A U5 LM1086 3 2 1 Vin Vout Adj L11 246nH R3 100 R14 2K C36 1nF C24 3pF D1 SMV1248 3 12 J1 Battery 123 C9 100pF C13 1nF L2 1.2uH C1216pF D3 MMBD 7000 2 3 1 R11 100K C40 150pF R83.3K C28 10nF U7 LP2989 56 837 21 4 Vout Sense SD GNDError NC Bypass Vin Q113904 3 1 2 R17 200K R36 4.7K C7 1nF R34 2K R23270 J2 Program 1 2 3 4 5 R10 100 B C1810uF 16V 12 R26270 Q4 MMBT3906 3 1 2 C4 0.1uF U6 MC68HC908QY2 54 16 18 1291315141110 7632 PA4/OSC2/KB4/AD2PA5/OSC1/KB5/AD3 VSS VDDPA3/RST/KB3 PA1/TCH1/KB1/AD1 PA2/IRQKB2/TCLK PA0/TCH0/KB0/AD0 PB0PB1PB2PB3 PB4PB5PB6PB7 C35 100pF L4 380nH B C2710uF 16V 12 C11 82pF R6 120 C20 10nF R7 22K C3 10nF Q8 MMBT3906 3 1 2 R1 100 F2 FuseBlockMini 1 2 C8 0.1uF C17 10nF C44 N/P Q5 MRF1513 1 23 R1922K Q2 NE68033 3 1 2 J3 BNC-RA-PCB-RF 1 4 2 3 HW2 Shield_Can C41 0.1uF L722nH R39 22K R37100K Y1 6.764375MHz 12 R38 22K C6 7pF R12 560 C19 10nF D2 S3A 12 L9111nH Q6 3904 3 1 2 R241.1K R2 330 S2 Test Q10TPC6102 3 14 2 5 6 B C22 10uF 16V 12 C20.1uF R20 330 U1 16.8MHz 3 4 1 2 C37 22nF R28 910 R33820 C38 47pF C39 100pF C23 10pF R27130 C16 1nF R13 4.7M R32470 U3MGA-6 2563 3 2 6 4 5 1 R1622K R251.1K L10 28nH L6 28nH Q7 NE85633 3 1 2 C1 220pF L5 17.5nH C25 100pF R35 22K HW1 PCB Q9 MMBR521 3 1 2 C5 10nF C29 10nF R40 820pF

FCC & Industry Canada Certification Test Report For the Comsonics, Inc. Qualifier X-Ray VMD FCC ID: PYN2007VMD IC ID: 4261A-2007VMD WLL JOB# 9898 August 10, 2007 Revision 1 February 6, 2008 Prepared for: Comsonics, Inc. 1350 Port Republic Rd. Harrisonburg, VA 22801 Prepared By: Washington Laboratories, Ltd. 7560 Lindbergh Drive Gaithersburg, Maryland 20879 Comsonics, Inc. Qualifier X-Ray VMD FCC Certification Test Report July 2007 FCC & Industry Canada Certification Test Report for the Comsonics, Inc. Qualifier X-Ray VMD FCC ID: PYN2007VMD IC ID: 4261A-2007VMD August 10, 2007 Revision 1 February 6, 2008 WLL JOB# 9898 Prepared by: James Ritter Compliance Engineer Reviewed by: Steven D. Koster EMC Operations Manager Comsonics, Inc. Qualifier X-Ray VMD FCC Certification Test Report July 2007 WLL Report #9898-01 - ii - © 2008 Washington Laboratories, Ltd. Abstract This report has been prepared on behalf of Comsonics, Inc. to support the attached Application for Equipment Authorization. The test report and application are submitted for a Licensed Transmitter under Part 90 of the FCC Rules and Regulations and Spectrum Management and Telecommunications Policy RSS-119 of Industry Canada. This Certification Test Report documents the test configuration and test results for a Comsonics, Inc. Qualifier X-Ray VMD. Testing was performed on an Open Area Test Site (OATS) of Washington Laboratories, Ltd, 7560 Lindbergh Drive, Gaithersburg, MD 20879. Site description and site attenuation data have been placed on file with the FCC's Sampling and Measurements Branch at the FCC laboratory in Columbia, MD. The Industry Canada OATS numbers are 3035A-1 and 3035A-2 for Washington Laboratories, Ltd. Site 1 and Site 2, respectively. Washington Laboratories, Ltd. has been accepted by the FCC and approved by NIST NVLAP (NVLAP Lab Code: 200066-0) as an independent FCC test laboratory. The Comsonics, Inc. Qualifier X-Ray VMD complies with the limits for a Licensed Transmitter device under FCC Part 90 and Industry Canada RSS-119. Comsonics, Inc. Qualifier X-Ray VMD FCC Certification Test Report July 2007 WLL Report #9898-01 - iii - © 2008 Washington Laboratories, Ltd. Table of Contents Abstract .........................................................................................................…

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