VTLCM600DSpectrophotometer

DATE March 8 2012 Equipment Autorisation Division Federal Communications Commission 7435 Oakland Mills Road Columbia, MD 21046 Differences between the CM-600d and CM-700d Is the same basic features and performance. The only difference as fixed measurement area model and switched measurement area model Takayoshi Nishii

87  
2 4 4 ST01 AHD 13.5 3.0 3.0 AHD1403-244ST t=0.8 AHD1403-191ST t=0.8 AHD1103-244ST t=0.8 1.00.252.01.0 AHD1403 Series T T 10.5 1.00.252.01.0 AHD1103 Series Surface mountable dielectric chip antennas AHD series is a result of harmon- izing our long experience in ceramic material & process technologies for high frequency applications together with cutting-edge RF design technologies. It is very small with low profile, but has a wide range of frequency band. It is suitable for compact mobile equipment and communication modules. ●Very small and thin, omni-directional antenna. ●Due to its compact size, suitable for equipment like cellular phone with a lim- ited mounting space. ●Suitable for card shaped equipment due to its low profile. ●Wide frequency band allows a big margin to cover the required range even in case of center frequency shift with mounting condition and other environ- mental factors. Center Frequency Option SizeSeries1GHz100MHz10MHzControl Code Part number system ■Features ■Applications Part number list Operating Temperature 25 8524002484MHz13.530.8mm AHD1403-244ST01 Linear 25 8524002484MHz10.530.8mm AHD1103-244ST01 Linear 25 8518801920MHz13.530.8mm AHD1403-191ST01 Linear PolarizationOperating Frequency RangeSizesPart Number Characteristics (Reference) Dimensions Average GainPeak GainBandwidth in VSWR3 0.5dBd230MHzAHD1403-244ST01 1.3dBd 130MHzAHD1403-191ST01 1.0dBd 200MHzAHD1103-244ST01 Part Number Packing form Taping Bulk Unit : mmUnit : mm 1403 88  
In case of surface mount antennas, the center frequency is dependent on the PCB size or other surrounding components and materials, and therefore can be different from what is measured with our standard test board. For the AHD series , we have therefore prepared series of items having different center fre- quencies with a certain frequency step, in order to cancel the above men- tioned frequency shift by the environmental factors. So with our AHD series, you can easily and quickly find the most suitable an- tenna for your own mounting conditions. ■Series of center Frequencies Characteristics of AHD1103-244ST01 Characteristics of AHD1403-244ST01 Characteristics of AHD1403-191ST01 0 90

ＳＰ－ ００１８ Model ModelModelModel Component Name Parts No. Manufacturer Type Name Location Frequencies Rating Oscillator A0E8-6906 Epson Toyocom Corporation SG-8002JF-6MHz-PCC on CPU P.C.B 6MHz Oscillator A0E8-6907 Epson Toyocom Corporation SG-8002JF-48MHz-PCC on CPU P.C.B 48MHz Oscillator 1898-6916 Epson Toyocom Corporation Q13MC2061000414 on CPU P.C.B 32.768kHz DC/DC Converter A0E8-4502 Linear Technology Corporation LTC1627CS8#PBF on Power Supply P.C.B 350kHz DC/DC Converter A0E8-4502 Linear Technology Corporation LTC1627CS8#PBF on Power Supply P.C.B 350kHz DC/DC Converter A0E8-4503 Linear Technology Corporation LT1317CS8#PBF on Power Supply P.C.B 600kHz DC/DC Converter 1877-4510 Linear Technology Corporation LT1308ACS8#PBF on Power Supply P.C.B 600kHz DC/DC Converter 1856-4501 Linear Technology Corporation LT1110CS8#PBF on Power Supply P.C.B 70kHz ADC A0E8-4603 Analog Devices,Inc. AD7655ASTZ on CPU P.C.B Coil 1892-6004 Murata Manufacturing Company,Ltd. DLP31SN551SL2 on Power Supply P.C.B 16V,100mA,550Ωat100MHz Ferrite Bead A0E8-6011 Murata Manufacturing Company,Ltd. BLM41PG750SN1 on Power Supply P.C.B 3000mA,75Ωat100MHz Spread Spectrum A0E8-4704 Integrated Device Technology,Inc., MK5811ASLF on CPU P.C.B Ferrite Bead A0E8-6012 Murata Manufacturing Company,Ltd. BLM18SG331TN1 on CPU P.C.B 1500mA,330Ωat100MHz Ferrite Bead A0E8-6013 Murata Manufacturing Company,Ltd. BLM15BB750SN1 on CPU P.C.B 300mA,75Ωat00MHz Ferrite Bead A0E8-6008 Murata Manufacturing Company,Ltd. BLM21AG102SN1 on BT P.C.B 200mA,1kΩat100MHz Coil A0E8-6009 Murata Manufacturing Company,Ltd. LQG18HN3N9S00 on BT P.C.B 450mA,3.9nHat100MHz Sheet A0E8-6905 NEC TOKIN Corporation R4N(10) UL94-0,E176124 SPECTROPHOTOMETER CM-700d/CM-600d SPECTROPHOTOMETER CM-700d/CM-600dSPECTROPHOTOMETER CM-700d/CM-600dSPECTROPHOTOMETER CM-700d/CM-600d Constructional Data List Constructional Data ListConstructional Data ListConstructional Data List コニカミノルタセンシング(株)

Prediction of MPE limit at a given distance Equation from page 18 of OET Bulletin 65, Edition 9 7-01 Equipment CM-700d Manufacturer KONICA MINOLTA SENSING, INC. where: S = power density P = power input to the antennaG = power gain of the antenna in the direction of i nterest relative to an isotropic radiator R = distance to the center of radiation of the ante nna Maximum peak output power at antenna input terminal : 11.96 Maximum peak output power at antenna input terminal : 15.70362804 Antenna gain(typical): 1.65 Maximum antenna gain: 1.462177174 (numeric) Prediction distance: 20 (cm) Prediction frequency: 2440 (MHz) MPE limit for uncontrolled exposure at prediction f requency: 1 Power density at prediction frequency: 0.004568 Maximum allowable antenna gain: 25.05269855 Margin of Compliance: 23.40269855 (dBm)(mW)(dBi)(mW/cm^2)(mW/cm^2)(dBi) 2 4 R PG S π =

Page
1
of
54







Test
Report
No.
R1059941
Rev.01
Cosmos
Corporation
Cosmos
Corporation
Cosmos
Corporation
Cosmos
Corporation
35712
Ohnoki
Wataraicho
Wataraigun
Mieken
5162102
Japan



Telephone:+81596630707

Facsimile:+81596630777

URL:
http://www.safetyweb.co.jp
MEASUREMENT MEASUREMENTMEASUREMENT MEASUREMENT



/ // /



TECHNICAL
REPORT TECHNICAL
REPORTTECHNICAL
REPORT TECHNICAL
REPORT



FCC
Part
15
FCC
Part
15
FCC
Part
15
FCC
Part
15
Subpart
C Subpart
CSubpart
C Subpart
C



Issued:
January
13,
2012


Name
and
Address
KONICA
MINOLTA
SENSING,
INC.

of
the
Applicant:
391,
Daisennishimachi,
Sakaiku,
Sakai,
Osaka
5908551,
Japan




Test
Item:
Spectrophotometer




Identification:
CM700d




Serial
No.:
01




Sample
No.:
1




FCC
ID:
VTLCM700d




Sample
Receipt
Date:
November
22,
2011




Test
Specification:
FCC
Part
15
Subpart
C,
15.247




Date
of
Testing:
November
24,
28
and
29,
2011
December
2,
3,
5
and
7,
2011




Test
Result:
PASS







Report
Prepared
by:
Cosmos
Corporation


35712
Ohnoki,
Wataraicho,
Wataraigun,
Mie,
Japan
5162102


Phone:
+81596630707
Fax:
+81596630777










Tested
by:

(O.
Itogawa,
EMC
Dept.
EMC
Engineer)


(20120113)










Reviewed
by:

(Y.
Kawahara,
EMC
Dept.
EMC
Manager)


(20120113)
iNARTE
:
EMC002846NE

Notes:

1.
This
Test
Report
should
not
be
reproduced
except
in
full,
without
the
written
approval
of
Cosmos
Corporation.
2.
All
measurement
data
contained
in
this
Test
Report
may
have
uncertainty.
A
judgment
for
the
limitation
should
be
taken
into
the
count.

3.
The
test
result
of
this
Test
Report
is
based
on
the
tests
made
for
sample
provided,
and
it
is
not
applicable
to
individual
product
identical
to
the
sample
or
similar
product.
Page
2
of
54







Test
Report
No.
R1059941
Rev.01
Cosmos
Corporation
Cosmos
Corporation
Cosmos
Corporation
Cosmos
Corporation
35712
Ohnoki
Wataraicho
Wataraigun
Mieken
5162102
Japan



Telephone:+81596630707

Facsimile:+81596630777

URL:
http://www.safetyweb.co.jp

Revision
History Revision
HistoryRevision
History Revision
History











Revision RevisionRevision Revision



Issue
Date Issue
DateIssue
Date Issue
Date



Description DescriptionDescription Description



Effect
Effect
Effect
Effect
Page PagePage Page



Revised
Revised
Revised
Revised
By ByBy By



00
December
27,
2011
Initial
Issue
  



  



01
January
13,
2012
･Change
of
description
for
modulation
method
･Additional
of
calculation
formula
of
Time
of
Occupancy
･Deletion
of
Spectrum
Bandwidth
of
Direct
Sequence
Spread
Spectrum
System
･Change
of
limit
of
Maximum
Peak
Output
Power
･Deletion
of
Minimum
Standard
in
Maximum
Peak
Output
Power
･Deletion
of
Power
Spectrum
Density
･Additional
of
screen
shot
of
Band
Edge
Measurement
Page
5,
7,
14,
15,
18,
19,
20,
21,
23,
26,
41
and
42
Yoshida




Page
3
of
54







Test
Report
No.
R1059941
Rev.01
Cosmos
Corporation
Cosmos
Corporation
Cosmos
Corporation
Cosmos
Corporation
35712
Ohnoki
Wataraicho
Wataraigun
Mieken
5162102
Japan



Telephone:+81596630707

Facsimile:+81596630777

URL:
http://www.safetyweb.co.jp
List ListList List
of
Contents
of
Contents
of
Contents
of
Contents























































Page PagePage Page




1.
Description
of
Equipment
under
Test................................................................................................. 5
1.1
Product
Description.................................................................................................................... 5
1.2
Antenna
Description .................................................................................................................. 6
2.
General
Information............................................................................................................................. 6
2.1
Test
Methodology ....................................................................................................................... 6
2.2
Test
Facility................................................................................................................................ 6
2.3
Traceability................................................................................................................................. 6
3.
Summary
of
Test
Results..................................................................................................................... 7
4.
Test
Configuration................................................................................................................................ 8
4.1
15.
207
AC
Power
Conducted
Emission
in
Shield
Room......................................................... 9
4.2
15.
247(d),
15.209
Transmitter
Radiated
Emissions,
15.247(d)
Band
Edge
(Radiated)
in
3m
Anechoic
Chamber ................................................................................................................................ 9
4.3
Conducted
Emission................................................................................................................. 10
4.4
Test
Mode.................................................................................................................................. 10
5.
Measurement
Result .......................................................................................................................... 11
5.1
15.
207
AC
Power
Conducted
Emission.................................................................................. 11
5.1.1
Setting
Remarks ............................................................................................................... 11
5.1.2
Minimum
Standard ....................................................…

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

御社レターヘッドを貼付下さい Date: January 13, 2012 FEDERAL COMMUNICATIONS COMMISSION 7435 Oakland Mills Road Columbia, MD 21046 Subject: Declaration for the model differences FCC ID: VTLCM600d and FCC ID: VTLCM600d Dear Sir / Madam: We, KONICA MINOLTA SENSING, INC., hereby declare that the difference between the device FCC ID VTLCM700d, and FCC ID: VTLCM600d is only area which the light irradiates. The enclosure, electronic circuit board, used component, component layout , antenna type and gain which relates to EMC and RF are same. The tests were performed on the device on FCC ID: VTLCM700d , Model No. CM- 700d, and we confirmed the device with FCC ID: VTLCM600d, Model No. CM-600d would comply with the requirement for FCC. Best Regards, ここに署名して下さい Takayoshi Nishii (Mr.), Manger

Page 1 of 8 Cosmos Corporation Cosmos Corporation Cosmos Corporation Cosmos Corporation 3571-2 Ohnoki Watarai-cho Watarai-gun Mie-ken 516-2102 Japan Telephone:+81-596-63-0707 Facsimile:+81-596-63-0777 URL: http://www.safetyweb.co.jp S SS Setup Photo etup Photoetup Photo etup Photos ss s ( ( ( (AC Power AC Power AC Power AC Power Conducted Emission) Conducted Emission)Conducted Emission) Conducted Emission) Page 2 of 8 Cosmos Corporation Cosmos Corporation Cosmos Corporation Cosmos Corporation 3571-2 Ohnoki Watarai-cho Watarai-gun Mie-ken 516-2102 Japan Telephone:+81-596-63-0707 Facsimile:+81-596-63-0777 URL: http://www.safetyweb.co.jp Test Test Test Test Setup Photo Setup PhotoSetup Photo Setup Photos ss s (Radiated Emission) (Radiated Emission) (Radiated Emission) (Radiated Emission) 30MHz - 1GHz (AC Adaptor) Page 3 of 8 Cosmos Corporation Cosmos Corporation Cosmos Corporation Cosmos Corporation 3571-2 Ohnoki Watarai-cho Watarai-gun Mie-ken 516-2102 Japan Telephone:+81-596-63-0707 Facsimile:+81-596-63-0777 URL: http://www.safetyweb.co.jp Test Setup Photos (Radiated Emission) (Continued) 30MHz - 1GHz (Battery) Page 4 of 8 Cosmos Corporation Cosmos Corporation Cosmos Corporation Cosmos Corporation 3571-2 Ohnoki Watarai-cho Watarai-gun Mie-ken 516-2102 Japan Telephone:+81-596-63-0707 Facsimile:+81-596-63-0777 URL: http://www.safetyweb.co.jp Test Setup Photos (Radiated Emission) (Continued) 1GHz - 18GHz (AC Adaptor) Page 5 of 8 Cosmos Corporation Cosmos Corporation Cosmos Corporation Cosmos Corporation 3571-2 Ohnoki Watarai-cho Watarai-gun Mie-ken 516-2102 Japan Telephone:+81-596-63-0707 Facsimile:+81-596-63-0777 URL: http://www.safetyweb.co.jp Test Setup Photos (Radiated Emission) (Continued) 1GHz - 18GHz (Battery) Page 6 of 8 Cosmos Corporation Cosmos Corporation Cosmos Corporation Cosmos Corporation 3571-2 Ohnoki Watarai-cho Watarai-gun Mie-ken 516-2102 Japan Telephone:+81-596-63-0707 Facsimile:+81-596-63-0777 URL: http://www.safetyweb.co.jp Test Setup Photos (Radiated Emission) (Continued) 18GHz - 26.5GHz (AC Adaptor) Page 7 of 8 Cosmos Corporation Cosmos Corporation Cosmos Corporation Cosmos Corporation 3571-2 Ohnoki Watarai-cho Watarai-gun Mie-ken 516-2102 Japan Telephone:+81-596-63-0707 Facsimile:+81-596-63-0777 URL: http://www.safetyweb.co.jp Test Setup Photos (Radiated Emission) (Continued) 18GHz - 26.5GHz (Battery) Page 8 of 8 Cosmos Corporation Cosmos Corporation Cosmos Corporation Cosmos Corporation 3571-2 Ohnoki Watarai-cho Watarai-gun Mie-ken 516-2102 Japan Telephone:+81-596-63-0707 Facsimile:+81-596-63-0777 URL: http://www.safetyweb.co.jp Test Test Test Test Setup Photo Setup PhotoSetup Photo Setup Photos ss s ( ( ( (Conducted Emission) Conducted Emission)Conducted Emission) Conducted Emission)