VTLCM-600Bluetooth Spectrophotometer

KONICA MINOLTA, INC.

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Application Details

Equipment Class: DSS - Part 15 Spread Spectrum Transmitter
Date of Grant: Jan 08, 2008
Application Purpose: Original Equipment
Date of Application: Jan 08, 2008
Equipment Note: Bluetooth Spectrophotometer
Frequency Range: 2402.00000000 - 2480.00000000
Company: KONICA MINOLTA, INC.
Country: Japan

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Document Text

Text extracted from the exhibit documents filed with the FCC. Open a document above to read the original.

Parts List/Tune Up Info

part IDPart nameRatingMax Rating C203 GRM21BB31A475K4.7μＦ10V C204 GRM188F11H104Z0.1μＦ50V C205 330HD150-14295PF150μＦ330V C206 GR731CW0BB473K0.047μＦ350V C207 GR731CW0BB473K0.047μＦ350V C211 GRM21BB31A475K4.7μＦ10V C212 267E_1002_686M68μＦ10V D201 D4F604A600V D202 D4F604A600V DN201 GSD2004S-V 1A300V F201 EYP2BN0824A(50V) IC202 LT3420EMS#PBF16V L201 BL-F3-126.4μＨ L202 BLM18AG601SN1600Ω/100MHz Q201 GT10G131(TE12L,Q)Ic=200AVces=400V R201 RR0816P-202-DC2KΩ1/16W R202 RR0816P-273-DC27KΩ1/16W R203 MCR10EZHJ104100KΩ1/8W R204 MCR10EZHJ104100KΩ1/8W R205 RR0816P-101-DC100Ω1/16W R206 RR0816P-104-DC100KΩ1/16W R207 MCR10EZHJ104100KΩ1/8W R208 MCR10EZHJ104100KΩ1/8W R209 RR0816P-101-DC100Ω1/16W R210 RR0816P-103-DC10KΩ1/16W R211 RR0816P-103-DC10KΩ1/16W R214 HV731JT**305J3MΩ1/10W R215 HV731JT**305J3MΩ1/10W T201 SBL-6.4500V T202 KP-30LM4KV/8KV TP204 LC-2-G-黒 VR201 ST-4ETB_10k10KΩ200V part IDPart nameRatingMax Rating C301 GRM1882C1H102J 1000pF50V C302 10SVP120M 120μＦ10V C303 10SVP120M 120μＦ10V C304 GRM1882C1H101J 100pF50V C305 GRM1882C1H470J 47pF50V C306 GRM188B31E224K 0.22μＦ25V C307 10SVP47M 47μＦ10V C308 6SVP100M 100μＦ6V C309 EEE1CA470SP 47μＦ16V C310 GRM188B11H332K 3300pF50V C311 EEE1CA470SP 47μＦ16V C312 GRM1882C1H470J 47pF50V C313 GRM188B31E224K 0.22μＦ25V C314 10SVP47M 47μＦ10V C315 6SVP100M 100μＦ6V C316 GRM1882C1H470J 47pF50V C317 20SVP47M 47μＦ20V C318 GRM188B11H102K 1000pF50V C319 20SVP47M 47μＦ20V C320 EEE1VA470P 47μＦ35V C321 GRM188F11H104Z 0.1μＦ50V C322 GRM188F11H104Z 0.1μＦ50V C323 GRM188F11H104Z 0.1μＦ50V CN301 B12B-ZR(LF)(SN) CN303 IL-S-2P-S2T2-EF CN304 CMS1410 D301 D4F60 4A600V D302 DG1H3-5063 0.7A30V D303 DG1H3-5063 0.7A30V D304 M1FS4-5063 0.7A30V F301 TF16AT3.15T 3.15A IC301 LTC1627CS8#PBF IC302 LTC1627CS8#PBF IC303 LT1317CS8#PBF IC304 LT1308ACS8#PBF IC305 TC7SH14FU(TE85L,F) IC306 TC7SH126FU(TE85L,F IC307 TC7SH126FU(TE85L,F IC308 LT1110CS8#PBF J301 HEC2392-01-150 L301 CDRH125NP-5R8N 5.8μＨ L302 CD54NP-220M 22μＨ L303 CD54NP-150M 15μＨ L304 CD54NP-150M 15μＨ L305 CDRH10D68NP-220M 22μＨ L306 CDRH10D68NP-820M 82μＨ L307 DLP31SN551SL2 550Ω/100MHz L308 BLM41PG750SN1 75Ω／100MHz LD301 TLGE60T(F) If=50mA Q301 DTC123JE 50V Q302 DTC123JE 50V Q303 TPCP8102(TE85L,F) 20V Q304 DTC123JE 50V R301 RR0816P-102-DC 1KΩ1/16W R302 RR0816P-102-DC 1KΩ1/16W R303 RR0816P-473-DC 47KΩ1/16W R304 RR0816P-274-DC 270KΩ1/16W R305 RR0816P-124-DC 120KΩ1/16W R306 RR0816P-563-DC 56KΩ1/16W R307 MCR03EZHF105 1MΩ1/10W R308 RR0816P-124-DC 120KΩ1/16W R309 RR0816P-823-DC 82KΩ1/16W R310 RR0816P-244-DC 240KΩ1/16W R311 RR0816P-823-DC 82KΩ1/16W R312 RR0816P-104-DC 100KΩ1/16W R313 RR0816P-242-DC 240KΩ1/16W R314 RR0816P-152-DC 1.5KΩ1/16W R315 RR0816Q-270-DC 27Ω1/16W R316 RR0816Q-270-DC 27Ω1/16W R317 RR0816Q-270-DC 27Ω1/16W R318 RR0816P-153-DC 15KΩ1/16W R319 RR0816P-153-DC 15KΩ1/16W R320 RR0816P-274-DC 270KΩ1/16W R321 RR0816P-563-DC 1KΩ1/16W R322 RR0816P-472-DC 1KΩ1/16W R323 RR0816P-202-DC 1KΩ1/16W R328 RR0816P-101-DC 1KΩ1/16W S310 MS-12AAP1 6A/125V VS301 EZAEG3A50A* 50V VS302 EZAEG3A50A* 50V VS303 EZAEG3A50A* 50V ZD301 RD6.8UM-A(B2) 150mW part IDPart nameRatingMax Rating C501 GRM21BB30J226M 22μＦ6.3V C502 GRM21BB30J226M 22μＦ6.3V C503 GRM21BB30J226M 22μＦ6.3V C504 GRM1552C1H8R0D 8pF50V C505 GRM1554C1H1R0C 1pF50V C506 GRM1554C1H1R0C 1pF50V C507 GRM155F11E104Z 0.1μＦ25V CN501 09R-JE(LF)(SN) 1A,50V500V HLP501 AHD1403-244ST08 -0.5dBd L501 BLM21AG102SN1 1KΩ／100MHz L502 LQG18HN3N9S00 3.9nH R501 RR0510P-104-DC 100KΩ1/16W R502 RR0510P-103-DC 10KΩ1/16W R503 RR0510R-100-DC 10Ω1/16W R504 RR0510R-100-DC 10Ω1/16W R505 RR0510R-100-DC 10Ω1/16W R506 RR0510R-100-DC 10Ω1/16W R507 RR0510R-100-DC 10Ω1/16W R508 RR0510R-100-DC 10Ω1/16W R509 RR0510R-100-DC 10Ω1/16W UN501 PQUP1009ZA-KM1 3.6V

RF Exposure Info

Prediction of MPE limit at a given distance Equation from page 18 of OET Bulletin 65, Edition 97-01 Equipment Laser Printer CM-600d Manufacturer Konicaminolta Sensing Inc. where: S = power density P = power input to the antennaG = power gain of the antenna in the direction of interest relative to an isotropic radiatorR = distance to the center of radiation of the antenna Maximum peak output power at antenna input terminal: 2.85 (dBm) Maximum peak output power at antenna input terminal: 1.93E+00 (mW) Antenna gain(typical): 2.14 (dBi) Maximum antenna gain: 1.636816521 (numeric) Prediction distance: 20 (cm) Prediction frequency: 2440 (MHz) MPE limit for uncontrolled exposure at prediction frequency: 1.00245043 (mW/cm^2) Power density at prediction frequency: 6.277E-04 (mW/cm^2) Maximum allowable antenna gain: 34.17332762 (dBi) Margin of Compliance: 32.03332762 2 4 R PG S π =

Test Report

Page 2 of 49 Test Report No. R060626-1E Cosmos Corporation COSMOS List of Contents Page 1. Description of Equipment Under Test..........................................................................................4 1.1 Product Description.................................................................................................................4 1.2 Antenna Description................................................................................................................4 2. General Information........................................................................................................................5 2.1 Test Methodology.....................................................................................................................5 2.2 Test Facility.............................................................................................................................5 2.3 Traceability..............................................................................................................................5 3. Summary of Test Results.................................................................................................................5 4. Test Configuration...........................................................................................................................6 4.1 15. 207 AC Power Conducted Emission in Shield Room.......................................................6 4.2 15. 247(c) Transmitter Radiated Emissions and Band Edge (Radiated) in 3m Anechoic Chamber...........................................................................................................................................6 4.3 All Other Test Items (Except Maximum Peak Output Power).............................................7 4.4 Maximum Peak Output Power..............................................................................................7 4.5 Test Mode...............................................................................................................................7 5. Measurement Result........................................................................................................................8 5.1 15. 207 AC Power Conducted Emission.................................................................................8 5.1.1 Setting Remarks.............................................................................................................8 5.1.2 Minimum Standard........................................................................................................8 5.1.3 Result..............................................................................................................................8 5.1.4 Measured Data................................................................................................................9 5.2 15. 247(a)(1) Spectrum Bandwidth and Channel Separation of Frequency Hopping Spread Spectrum System...........................................................................................................................10 5.2.1 Setting Remarks...........................................................................................................10 5.2.2 Minimum Standard......................................................................................................10 5.2.3 Result............................................................................................................................10 5.2.4 Measured Data..............................................................................................................11 5.3 15. 247(b) Maximum Peak Output Power...........................................................................14 5.3.1 Setting Remarks...........................................................................................................14 5.3.2 Minimum Standard......................................................................................................14 5.3.3 Result............................................................................................................................14 5.3.4 Measured Data..............................................................................................................15 5.4 15. 247(c) Transmitter Radiated Emissions (Conducted)...................................................16 5.4.1 Setting Remarks...........................................................................................................16 5.4.2 Minimum Standard......................................................................................................16 5.4.3 Result............................................................................................................................16 5.4.4 Measured Data (No emission exceeding the 20dB limit was found)............................17 Page 3 of 49 Test Report No. R060626-1E Cosmos Corporation COSMOS 5.5 15. 247(c) Transmitter Radiated Emissions (Radiated)......................................................19 5.5.1 Setting Remarks...........................................................................................................19 5.5.2 Minimum Standard......................................................................................................20 5.5.3 Result............................................................................................................................20 5.4.4 Measured Data..............................................................................................................21 5.6 15. 247(a)(1) Number of Channels and Time of Occupancy................................................33 5.6.1 Setting Remarks...........................................................................................................33 5.6.2 Minimum Standard......................................................................................................33 5.6.3 Result..................................…

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

Test Setup Photos

Page 44 of 49 Test Report No. R060626-1E Cosmos Corporation COSMOS 6.2 Setup Photo (Radiated Emission) Page 45 of 49 Test Report No. R060626-1E Cosmos Corporation COSMOS 6.3 Setup Photo (Conducted Emission)