OTVSBTFR530-2Family Radio

SB TECHNOLOGY CORP . HEAD OFFICE & FACTORYPHILIPPINE FACTORY #613-9, Namchon-Dong, Namdong – KUPHILIPPINES ECONOMIC ZONE AUTHORITY INCHEON, KOREAROSARIO CAVITE, PHILIPPINES TEL : +82-32-821-0035TEL : +63-46-437-6750-1 FAX : +82-32-810-8118FAX : +63-46-437-6752
  
       
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SB TECHNOLOGIES, Model 530 Changes made at the Test Site to effect FCC compliance These changes were necessitated when the unit was tested with a speaker/microphone accessory. 1. Receiver Emissions • C49, 50, 52 and C58,59,60 220Pf capacitors were added at the speaker jack terminals • Copper foil was added inside the battery housing • Two "cans" were added to RX & TX circuitry of the RF board TX harmonics (RF Board changes) • C20 which is part of a tuned filter, was changed from 9Pf to 10Pf • L4, L3 coil spacings extended. This will be a factory procedure.

DOCUMENT PACKAGE For FCC MODEL : FR500-2 : 3 Channel FR530-2 : 14 Channel INDEX 1. SCHEMATIC DIAGRAMS 2. BLOCK DIAGRAM 3. PARTS LIST 4. LIST OF CHANGES FR500-2 Mother Board Schematic diagram FR500-2 Mother Board Block diagram FR500-2 Mother Board Parts List 0RESISTOR CHIP MCR10EZH0R0J1 R45 100RESISTOR CHIP MCR03EZH101J1 R57 1KRESISTOR CHIP MCR03EZH102J2 R13,R41 10KRESISTOR CHIP MCR03EZH103J1 R2 100KRESISTOR CHIP MCR03EZH104J5 R11,R36,R37,R52,R60 1MRESISTOR CHIP MCR03EZH105J2 R39,R58 10MRESISTOR CHIP MCR03EZH106J2 R38,R40 12KRESISTOR CHIP MCR03EZH123J2 R17,R54 15KRESISTOR CHIP MCR03EZH153J1 R1 1.5MRESISTOR CHIP MCR03EZH155J1 R50 180RESISTOR CHIP MCR03EZH181J1 R9 220RESISTOR CHIP MCR03EZH221J1 R12 2.2KRESISTOR CHIP MCR03EZH222J2 R3,R56 22KRESISTOR CHIP MCR03EZH223J5 R4,R5,R25,R48,R49 220KRESISTOR CHIP MCR03EZH224J3 R7,R42,R53 2.7KRESISTOR CHIP MCR03EZH272J1 R28 27KRESISTOR CHIP MCR03EZH273J2 R14,R18 390RESISTOR CHIP MCR03EZH391J1 R21 47RESISTOR CHIP MCR03EZH470J1 R10 4.7KRESISTOR CHIP MCR03EZH472J1 R6 47KRESISTOR CHIP MCR03EZH473J9 R29,R30,R31,R32,R33,R34,R35,R55,R59 5.6KRESISTOR CHIP MCR03EZH562J2 R22,R51 680RESISTOR CHIP MCR03EZH681J1 R24 6.8KRESISTOR CHIP MCR03EZH682J1 R8 91KRESISTOR CHIP MCR03EZH913J1 R19 10/16(S)CAPACITOR ELECT. (4 X 7)2 C16,C17 0.022KCERAMIC CHIP GRM39X7R223K50AT1 C7 0.22CERAMIC CHIP GRM39Y5V224Z1 C2 0.0068KCERAMIC CHIP GRM39X7R682K50AT1 C11 1UF 16CERAMIC CHIP GRM39Y5V105Z3 C21,C44,C46 0.1CERAMIC CHIP GRM39Y5V104Z25AT4 C12,C23,C24,C25 0.001KCERAMIC CHIP GRM39X7R102K50AT3 C41,C42,C47 0.01KCERAMIC CHIP GRM39X7R103K50AT3 C34,C35,C45 0.018KCERAMIC CHIP GRM39X7R183K50AT1 C14 0.01CERAMIC CHIP GRM39Y5V103Z1 C3 220PCERAMIC CHIP GRM39COG221J50AT6 C49,C50,C52,C59,C60,C61 270PCERAMIC CHIP GRM39COG271J50AT3 C55,C56,C57 39PCERAMIC CHIP GRM39COG390J50AT2 C18,C19 47PCERAMIC CHIP GRM39COG470J50AT1 C43 470PCERAMIC CHIP GRM39COG471J50AT4 C10,C51,C53,C54 10/6.3(TC)CAPACITOR TANTALUM CHIP ECST0JB10G2 C6,C9 A226SBRT SOT2361 Q4 A106SBRT SOT2361 Q2 A1504S(Y)TRANSISTOR SOT2361 Q5 C106SBRT SOT2362 Q3,Q10 KIA7033PLOW BATTERY DETECTOR I.C 3.3V TO921 IC3 KIA358F2 OP AMP DIP8F1 IC5 68HC05P1CPU DIP28P1 IC4 DS226DIODE SILICON SWITCHING KEC SOT2361 D5 DS184DIODE SILICON SWITCHING KEC SOT2361 D2 K3.58MHZCERAMIC RESONATOR KBR-3.58MSA61 Y1 CMP-5036CONDENSER MIC BOSUNG CMP-50361 X1 MS-2808-05SPEAKER MS-2808-05 GEUSAN1 SP1 SKTS-1102HSWITCH TACK1 SW1 CON12<< Part numbers are not include! >>1 CON1 100/6.3(S)<< Part numbers are not include! >>1 C13 10/6.3(S)<< Part numbers are not include! >>2 C20,C48 0.022<< Part numbers are not include! >>1 C58 LED<< Part numbers are not include! >>1 D1 KDS114<< Part numbers are not include! >>1 D4 MJM2073M<< Part numbers are not include! >>1 IC6 PHONEJACK MIC/C<< Part numbers are not include! >>1 J2 PHONEJACK<< Part numbers are not include! >>1 J3 10UH(LK1608)<< Part numbers are not include! >>1 L1 A1298(Y)<< Part numbers are not include! >>1 Q1 22K(B)<< Part numbers are not include! >>1 RV1 SW<< Part numbers are not include! >>1 SW5 SK1301RG2<< Part numbers are not include! >>1 SW6 FR530-2 Mother Board Schematic diagram FR530-2 Mother Board Block diagram FR530-2 Mother Board Parts List 0RESISTOR CHIP MCR10EZH0R0J1 R27 100RESISTOR CHIP MCR03EZH101J2 R52,R87 1KRESISTOR CHIP MCR03EZH102J1 R55 10KRESISTOR CHIP MCR03EZH103J2 R50,R80 100KRESISTOR CHIP MCR03EZH104J20 R8,R9,R10,R11,R12,R13,R14,R15,R16,R17, R18,R21,R25,R31,R67,R70,R79,R81,R85,R97 1MRESISTOR CHIP MCR03EZH105J1 R74 10MRESISTOR CHIP MCR03EZH106J2 R30,R40 12KRESISTOR CHIP MCR03EZH123J2 R83,RV101 120KRESISTOR CHIP MCR03EZH124J1 R82 15KRESISTOR CHIP MCR03EZH153J1 R91 150KRESISTOR CHIP MCR03EZH154J1 R24 1.5MRESISTOR CHIP MCR03EZH155J2 R26,R73 220RESISTOR CHIP MCR03EZH221J1 R57 2.2KRESISTOR CHIP MCR03EZH222J2 R56,R93 22KRESISTOR CHIP MCR03EZH223J7 R2,R3,R62,R71,R72,R98,RV102 220KRESISTOR CHIP MCR03EZH224J3 R5,R64,R78 2.7KRESISTOR CHIP MCR03EZH272J1 R59 27KRESISTOR CHIP MCR03EZH273J1 R23 3.9KRESISTOR CHIP MCR03EZH392J1 R65 47RESISTOR CHIP MCR03EZH470J1 R19 4.7KRESISTOR CHIP MCR03EZH472J5 R4,R22,R66,R88,R89 47KRESISTOR CHIP MCR03EZH473J11 R7,R20,R53,R54,R63,R75,R76,R77,R90,R92, R96 470KRESISTOR CHIP MCR03EZH474J2 R94,R95 4.7MRESISTOR CHIP MCR03EZH475J1 R28 5.6KRESISTOR CHIP MCR03EZH562J1 R45 680RESISTOR CHIP MCR03EZH681J1 R32 6.8KRESISTOR CHIP MCR03EZH682J1 R6 91KRESISTOR CHIP MCR03EZH913J1 RV103 0.022KCERAMIC CHIP GRM39X7R223K50AT2 C7,C14 0.22CERAMIC CHIP GRM39Y5V224Z1 C2 0.0068KCERAMIC CHIP GRM39X7R682K50AT1 C10 0.047KCERAMIC CHIP GRM39X7R473K50AT1 C57 1UF 16CERAMIC CHIP GRM39Y5V105Z5 C22,C25,C33,C42,C43 0.1CERAMIC CHIP GRM39Y5V104Z25AT4 C16,C17,C23,C31 0.001KCERAMIC CHIP GRM39X7R102K50AT3 C41,C44,C45 0.01KCERAMIC CHIP GRM39X7R103K50AT1 C8 0.01CERAMIC CHIP GRM39Y5V103Z3 C3,C35,C37 10PCERAMIC CHIP GRM39COG100D50AT1 C4 100PCERAMIC CHIP GRM39COGG101J50AT1 C29 220PCERAMIC CHIP GRM39COG221J50AT6 C47,C49,C50,C58,C59,C60 270PCERAMIC CHIP GRM39COG271J50AT5 C51,C52,C53,C54,C55 39PCERAMIC CHIP GRM39COG390J50AT2 C15,C27 470PCERAMIC CHIP GRM39COG471J50AT2 C9,C48 10/16(TC)CAPACITOR TANTALUM CHIP TCM1C100CS#R1 C24 10/6.3(TC)CAPACITOR TANTALUM CHIP ECST0JB10G1 C26 A226SBRT SOT2362 Q3,Q4 A104SBRT SOT2361 Q5 C3875S(Y)TRANSISTOR SOT2361 Q9 A1504S(Y)TRANSISTOR SOT2361 Q8 C106SBRT SOT2362 Q7,Q10 A1298S(Y)TRANSISTOR SOT2361 Q2 KIA324F4 PACK OP AMP. DIP14F1 IC5 KIA7033PLOW BATTERY DETECTOR I.C 3.3V TO921 IC3 DS226DIODE SILICON SWITCHING KEC SOT2363 D1,D6,D7 DS184DIODE SILICON SWITCHING KEC SOT2361 D4 DS181DIODE SILICON SWITCHING KEC SOT2361 D5 CMP-5036CONDENSER MIC BOSUNG CMP-50361 X1 MS-2808-05SPEAKER MS-2808-05 GEUSAN1 SP1 SKTS-1102HSWITCH TACK2 SW7,SW8 BATTERY<< Part numbers are not include! >>1 BT1 CON12<< Part numbers are not include! >>1 CON1 1UF<< Part numbers are not include! >>1 C11 100/6.3(S)<< Part numbers are not include! >>1 C12 2.2UF<< Part numbers are not include! >>1 C28 10/6.3(S)<< Part numbers are not include! >>1 C46 0.022<< Part numbers are not include! >>1 C56 LED<< Part numbers are not include! >>2 D2,D3 TMP47C222<< Pa…

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Tel. (604) 594-6055 FAX: (604)594-6057 Web: http//www.mnserve.com email: [email protected] E NGINEERED S AFETY C ONSULTING S ERVICES 6511 Kempson Crescent, Delta, B.C., Canada V4E 1R6 March 23, 2000 Federal Communications Laboratory 7435 Oakland Mills Road Columbia, MD 21046-1609 USA Subject: Request for Equipment Authorization re Models FR530, FR500 FCC Grantee Code: OTV FCC ID: OTVFR530-2, OTVFR500-2 Dear Sirs: SB Technologies Corp. of Korea, hereby makes application for Equipment Authorizations for the subject models. These equipments are Family Radio Services Devices, under Part 95 of the Rules. The Model FR 530 was tested under Part 95 of the Rules and found to be compliant. Testing was done at Spectrum Technologies, Edmonds WA. See this test facilitie's report and attestations. The information below is supplemental to the list of attachments file and input to the FCC reporting database input. Model FR530 is the more complex of the two models. Each model uses an identical RF Board (identified as SBM- 2010) The files are in .jpg format, identified as 2010-11,-21 Model 530 photographs are filed as .jpg files, identified as 530-1,-2,-3,-4. Model 530 owner's manual is filed as owner.pdf file Model 530 Schematics are filed as FR530~1.pdf, Pages 6 & 10 on the Adobe Acrobat Reader Model 530 Parts Lists are filed as FR530~1.pdf, Pages 8,9,12,13 Model 530 block diagrams are filed as FR530~1.pdf, Pages 7, 11 Model 500 photographs are filed as .jpg files, identified as 500-1,-2,-3,-4. Model 500 owner's manual is filed as owner500.pdf Model 500 schematics are filed as part of FR530~1.pdf, Pages 2 & 10 on the Adobe Acrobat Reader Model 500 Parts lists are filed as FR530~1.pdf, Pages 4,5, 12,13 Model 500 block diagrams are filed as FR530~1.pdf, pages 3 and 11 Please see the list of attachments, file attachlist.doc, for complete information. Tel. (604) 594-6055 FAX: (604)594-6057 Web: http//www.mnserve.com email: [email protected] Description of Models Model FR530: Model FR530 has these functions/features: 1. Power Button 2. PTT Button 3. Monitor Button 4. Belt Clip 5. Batter Compartment for 3 AAA Cells 6. Call Button to send a ringer signal to all radios tuned to the same channel 7. Microphone 8. Up button to increase the volume or channel setting or change the function selection 9. Down button to decrease the volume or channel setting or change the function selection 10. LCD Display which displays all functions and modes -- figure one Below 11. Function Select Button for altering the function setting and operation of the unit 12. Antenna which is permanently attached to the unit 13. Microphone Jack for use with an external microphone or PTT button 14. Speaker Jack for use with a manufacturer approved headset only. This unit was tested per Part 95 and 15 with this accessory attached. 15. Channel Selection is made by pushing the up or down button. Fourteen Channels are available 16. Channel Scan provides an endless channel sweep from channels one thru fourteen 17. Battery Level indicator is an icon in the display which flashes when batteries need replacement Model FR500 Model FR500 has these functions/features: 1. Power on button 2. PTT button 3. Monitor Button 4. Belt Clip 5. Battery compartment for three AAA Cells 6. Speaker 7. Microphone 8. Call Button 9. Up Button to increase speaker volume 10. Down Button to decrease speaker volume 11. LED Lamp w hich illuminates during transmission or flashes w hen battery power is low 12. Channel Select Switch -- a manually operated switch to select either channel one, eight or fourteen 13. Antenna which is permanently attached to the unit 14. Microphone jack for use with external microphone 15. Speaker jack for use with manufacturer approved headset only Model Differences: FeatureModel FR530Model FR500 1. Up/down buttonsSelect spkr. volume, channel selection, functionsSelect Speaker volume 2. LCD displayHas oneNone 3. LED lampnoneHas one 4. Channel SelectionBy way of up/down buttons and softwareMech. Switch & software 5. Function Select ButtonHas oneNone 6. Number of Channels143 M. Neumeister, P.Eng. ENGINEERED SAFETY CO NSULTI NG SERVICES

Tel. (604) 594-6055 FAX: (604)594-6057 Web: http//www.mnserve.com email: [email protected] E NGINEERED S AFETY C ONSULTING S ERVICES 6511 Kempson Crescent, Delta, B.C., Canada V4E 1R6 SB TECHNOLOGIES INC. LIST OF ATTACHMENTS FOR FCC UPLO AD -- FR530 ItemDescriptionFile Name 0.Changes required to bring unit to compliancecompli~1.doc 1.Power of Attorneypowero~1.pdf 2.FCC Application Cover letterFCCAPP~1.doc 3.FCC ID LabelsFRSFCC~1.jpg 4.FCC Label LocationFR530B~1.doc 5.Photo Outside front view530-1.jpg 6.Photo Outside back view530-2.jpg 7.Line art drawing of controls530but~1.jpg 8.Line art drawing of LCD Display functions530dis~1.jpg 9.Photo Inside view -1530-3.jpg 10.Photo Inside view -2530-4.jpg 11.Photo RF board with can shields in place2010-11.jpg 12.Photo RF board with can shields removed2010-21.jpg 13.Schematic RF boardFR530F~1.pdf 14.Block Diagram RF boardFR530F~1.pdf 15.Parts List RF boardFR530F~1.pdf 16.Schematic 530 Mother BoardFR530F~1.pdf 17.Block Diagram 530 Mother BoardFR530F~1.pdf 18.Parts List 530 Mother BoardFR530F~1.pdf 19.Theory of Operation -1optheo~1.jpg 20.Theory of operation -2optheo~2.jpg 21.Theory of operation -3optheo~3.jpg 22.Factory tuning procedure - 1adjustp1.jpg 23.Factory tuning procedure - 2adjustp2.jpg 24.User's Manual530user.pdf 25.List of Attachmentsattach~1.doc 26.Test Report Uploaded by Spectrum Technology

Tel. (604) 594-6055 FAX: (604)594-6057 Web: http//www.mnserve.com email: [email protected] E NGINEERED S AFETY C ONSULTING S ERVICES 6511 Kempson Crescent, Delta, B.C., Canada V4E 1R6 SB TECHNOLOGIES INC. LIST OF ATTACHMENTS FOR FCC UPLO AD -- FR530 ItemDescriptionFile Name 0.Changes required to bring unit to compliancecompli~1.doc 1.Power of Attorneypowero~1.pdf 2.FCC Application Cover letterFCCAPP~1.doc 3.FCC ID LabelsFRSFCC~1.jpg 4.FCC Label LocationFR530B~1.doc 5.Photo Outside front view530-1.jpg 6.Photo Outside back view530-2.jpg 7.Line art drawing of controls530but~1.jpg 8.Line art drawing of LCD Display functions530dis~1.jpg 9.Photo Inside view -1530-3.jpg 10.Photo Inside view -2530-4.jpg 11.Photo RF board with can shields in place2010ca~1.doc 12.Photo RF board with can shields removed2010no~1.doc 13.Schematic RF boardFR530F~1.pdf 14.Block Diagram RF boardFR530F~1.pdf 15.Parts List RF boardFR530F~1.pdf 16.Schematic 530 Mother BoardFR530F~1.pdf 17.Block Diagram 530 Mother BoardFR530F~1.pdf 18.Parts List 530 Mother BoardFR530F~1.pdf 19.Theory of Operation -1optheo~1.jpg 20.Theory of operation -2optheo~2.jpg 21.Theory of operation -3optheo~3.jpg 22.Factory tuning procedure - 1adjustp1.jpg 23.Factory tuning procedure - 2adjustp2.jpg 24.User's Manual530user.pdf 25.List of Attachmentsattach~2.doc 26.Test Report Uploaded by Spectrum Technology

FCC ID LABEL HERE

OTVSBTFR500-2OTVSBTFR500-2 OTVSBTFR530-2OTVSBTFR530-2 FRS 500 SERIES FCC LABELS Note: Frames around FCC ID may not be printed

CERTIFICATION TEST REPORT PREPARED ON BEHALF OF SB TECHNOLOGY, INC. FOR THE FCC ID: OTVSBTFR530-2 Under Part 95, Family Radio Service Prepared By Spectrum Technology, Inc. 209 Dayton Street, Suite 205 Edmonds, WA 98020 425 771-4482 March 23, 2000 CERTIFICATION TABLE OF CONTENTS RF Power Output (2.1046)1 Modulation Characteristics (2.1047)2 - 5 Occupied Bandwidth (2.1049)6 Plot Channel 7 462.71250 MHz 7 Plot Channel 8 467.56250 MHz 8 Spurious Emissions at Antenna Terminals (2.1051) N/A Permanent Antenna Required Field Strength of Spurious Radiation (2.1053)9 - 10 Frequency Stability (2.1055) 11 - 12 Block Diagram of OATS Test Set Up 13 Test Equipment List14 Photos of EUT test set up at OATS uploaded separately15 -16 Photo worst case position on side with speaker mic uploaded separately17 TEST:RF POWER OUTPUT FCC ID:OTVSBTFR530-2 Grantee:SB Technology, Inc. Serial No.:none Manufacture Rating:.3 Watt Equipment AuthorizationPara. 2.985 (a) Procedure: Duty Cycle:PTT Frequency Measured:462.7125 and 467.5625 MHz Mid Lower and Upper FRS Band Freq. MHz Horz. dBuV Ant-FCable Loss dBuV/mV/mmWatts 462.637596.3322.31.17119.8.977237.2864 467.637596.6722.31.17120.141.016248.3098 We used the following formula to convert from field strength (FS) in volts/meter to transmitter output power (TP) in Watts, where D is the distance in meters between the two antennas and G is the numerical gain referenced to isotropic gain. Due to the integral whip antenna, G = 1.0 (unity gain) was assumed. TP = ( FSxD ) 2 30 x G Maximum Measured Transmitter Output Power: .3098 mWatt Note: Due to the product design with surface mount components it was not practical to physically measure the collector current (IC) and collector voltage (VC) directly for the exciter input. Page 1 TEST:MODULATION CHARACTERISTICS FCC ID:OTVSBTFR530-2 Grantee:SB Technology, Inc. Serial No.:none Minimum Standard Specified:Para. 95.633 & 95.635 Test Results:Equipment is Compliant with Standard Equipment AuthorizationPara. 2.1047 Procedure: MEASUREMENT DATA Audio Frequency Response see Pg. 3 Input:the audio was fed to a dummy microphone circuit and into the FR530-2 external speaker/mic input jack. Output: demodulated output of FM service monitor. Audio Input vs Modulation Limiting Capability see Pg. 4 Input:external microphone input Output: demodulated output of FM service monitor Frequency Response of the Audio Low Pass Filter see Pg. 5 Input: external microphone input Output: LP filter output Page 2 TEST:OCCUPIED BANDWIDTH FCC ID:OTVSBTFR530-2 Grantee:SB Technology, Inc. Serial No.:none Minimum Standard Specified:Para. 95.633 Test Results:Equipment is Compliant with Standard Equipment AuthorizationPara. 2.1049 Procedure: Test Equipment Set Up:Please refer to Block Diagram #1 MEASUREMENT DATA Spectrum Analyzer: Hewlett Packard 8562A Test Plots Located on Page:Pg. 7Pg. 8 Settings:Resolution Bandwidth: 100 100kHz Video Filter:100100kHz Sweep Time: 2020 sec. Scan Width: 50 50kHz Center Frequency:462.1725467.5625MHz The transmitter was modulated with a 2500 Hz tone fed in to the external microphone input. The transmitter deviation was measured at 2.2 kHz as set by the manufacturer. The measurements were made antenna to antenna. An unmodulated carrier was set to the reference line. Page 6 TEST:FIELD STRENGTH OF SPURIOUS RADIATION FCC ID: OTVSBTFR530-2 Manufacturer:SB Technology, Inc. Serial No.:none Minimum Standard Specified:Para. 95. Test Results:Equipment complies with standard Equipment AuthorizationPara. 2.1053 Procedure: Equipment Set Up:See Photo of EUT Setup Frequency Range Observed:0 to 4.67375 GHz, Para. 2.1057 10 th harmonic of the highest fundamental frequency Operating Frequency:462.6375 MHz Chan. 4 mid-low group 467.6375 MHz Chan. 11 mid-high group Power Output:.309 mWatt power (peak) Spurious Limit = 43 dB + 10Log 10 (PO) = 43 +10Log 10 (.309) = 37.89 dB Note: Measurements were made as required by Para. 95.635(a) with and without an optional speaker microphone attached. The worst case results reported were with the option attached. 100 kHz RBW and VBW was used below 1 GHz 1 MHz RBW and VBW was used above 1 GHz The worst case peak, max-hold, field strength is reported for the two mid band channels observed on the following page. Page 9 TEST:FIELD STRENGTH OF SPURIOUS RADIATION Mid-Low Group FRS Channel 4 462.6375 MHzTest Date3/14/00 Freq. MHz & GHz Vert. Ant. dBuV Horz. Ant. dBuV Ant-FCable Loss BPF Loss used >1 GHz dBuV/mLimit 37.89 dB Margin in dB 462.637594.8396.3322.31.170119.8 -0- 925.27540.1737.8328.22.10070.4711.44 1.3879045.3344.1723.211.05.6770.2611.65 1.8505448.1743.527.151.22.6777.21 4.7 2.3131744.5041.528.371.38.6774.92 6.99 2.7758040.8339.7131.011.67.6774.18 7.73 3.2384635.035.1732.451.8.6770.09 11.82 3.7011135.034.5AnalyzerNoiseFloor 4.1637333.034.17““ 4.6263733.6735.83““ Mid-High Group FRS Channel 11 467.6375 MHz 467.637592.6796.6722.31.170120.14 -0- 935.28241.040.028.22.10071.310.95 1.4029845.547.023.211.05.6771.9310.32 1.8705546.048.6727.151.22.6777.71 4.54 2.3381940.6744.3328.371.38.6774.75 7.5 2.8058341.546.3331.011.67.6779.68 2.57 * 3.2734638.3335.032.451.8.6773.25 9.0 3.7411135.3335.33AnalyzerNoiseFloor 4.2087435.1734.83““ 4.6763834.034.33““ * Worst case The highest level dBuV, either Vertical or Horizontal is calculated. The other reading is provided for information only. No other radiated emissions were measurable when measured at three meters EUT to antenna spacing and 1 MHz RBW and VBW. Page 10 TEST:FREQUENCY STABILITY FCC ID:OTVSBTFR530-2 Grantee:SB Technology, Inc. Serial No:none Minimum Standard Specified:Para. 95.627(b) Limit +/- .00025% Equipment Authorization Procedure:Para. 2.1055 -30 to +50 degrees C Test Frequency: Channel 1 FRS 462.5625 MHz 2.5 ppm = +/- 1156 Hz The default power on channel is channel 1. So it was used for convenience to eliminate having to change channels which would require opening the chamber to physically push the program buttons on the front of the FR530-2, rather than just applying pow…

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