BNSY25 Wireless Transceiver Module RF Exposure Info RF EX(Co-location) Sony Corporation

Sony Corporation Wireless Transceiver Module

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R F E xp o su r e / S A R S ta te m e n t (R e fe r e n c e )
N o. : 11170944S
A p p lica n t
T y p e o f E q u ip m en t
M o d el N o .
F C C ID
S o n y C o rp o ra tio n
W ireless T ra n sceiv er M o d u le
B N SY 25
A K 8B N SY 25
S ony C orp ora tion decla res tha t M odel : B N S Y 2 5
com p lies w ith F C C ra dia tion ex p osu re requ irem ent sp ecified in the F C C R u les 2 .1 0 9 1 .
R F E xp o su re C a lcu la tio n s:
T h e follow in g in form a tion p rovid es th e m in im u m sep a ra tion d ista n ce for th e h ig h est g a in
a n ten n a p rovid ed w ith th e “B N S Y 2 5 “ a s ca lcu la ted
from F C C P a r t 1 , § 1 .1 3 1 0 , T A B L E 1 (B ) L im its for G en er a l P op u la tion / U n con tr olled E x p osu r e.
T h is ca lcu la tion is ba sed on th e h ig h est E IR P p ossible from th e system ,
con sid erin g m a x im u m p ow er a n d a n ten n a g a in , a n d con sid erin g a 1 .0 m W /cm ^ 2 u n con trolled
ex p osu re lim it. T h e F r iis form u la u sed w a s:
S 1 = (P * G ) / (4 * π * r 2 )
W h ere
P =
G =
r=
3 6 .5 6 m W (M axim um av erag e o utp ut p o w er)
1 .3 9 N um erical A ntenna g ain; eq ual to
2 0 .0 cm
F o r: B N S Y 2 5
S1 =
0 .0 1 0 1 1 m W /cm
E ven ta k in g in to a ccou n t th e tolera n ce, th is d evice ca n be sa tisfied w ith th e lim its.
UL Japan, Inc.
Shonan EMC Lab.
1-22-3 Megumigaoka, Hiratsuka-shi, Kanagawa-ken, 259-1220
Telephone
+81 463 50 6400
Facsimile
+81 463 50 6401
JAPAN
1 .4 3 d B i
fo r 5 G H z b a n d
A p p lic a n t
T y p e o f E q u ip m e n t
M od el N o.
F C C ID
W istro n N e W e b C o rp o ra tio n
W L A N /B T M o d u le
D H S R -S Y 3 0
N K R -S Y 3 0
W istr on N eW eb C orp ora tion decla r es tha t M odel : D H S R -S Y 3 0
com p lies w ith F C C r a dia tion ex p osu r e requ irem ent sp ec ified in the F C C R u les 2 .1 0 9 1 .
R F E x p o su re C a lc u la tio n s:
T h e follow in g in for m a tion p r ovid es th e m in im u m sep a r a tion d ista n ce for th e h ig h est g a in
a n ten n a p r ovid ed w ith th e “D H S R -S Y 3 0 “ a s ca lcu la ted
fr om F C C P a r t 1 , § 1 .1 3 1 0 , T A B L E 1 (B ) L im its for G en er a l P op u la tion / U n con tr olled E x p osu r e.
T h is ca lcu la tion is ba sed on th e h ig h est E IR P p ossible fr om th e system ,
con sid er in g m a x im u m p ow er a n d a n ten n a g a in , a n d con sid er in g a 1 .0 m W /cm ^ 2 u n con tr olled
ex p osu r e lim it. T h e F r iis for m u la u sed w a s:
S 2 = (P * G ) / (4 * π * r )
W h e re
P =
G =
r =
2 4 .5 5 m W (M axim um av erag e o utp ut p o w er)
1 .3 8 N um erical A nte nna g ain; eq ual to
2 0 .0 c m
F o r: D H S R -S Y 3 0
S2 =
0 .0 0 6 7 3 m W /c m
E ven ta k in g in to a ccou n t th e toler a n ce, th is d evice ca n be sa tisfied w ith th e lim its.
UL Japan, Inc.
Shonan EMC Lab.
1-22-3 Megumigaoka, Hiratsuka-shi, Kanagawa-ken, 259-1220
Telephone
+81 463 50 6400
Facsimile
+81 463 50 6401
JAPAN
1 .3 9 d B i
fo r B lu e to o th
A p p lic a n t
T y p e o f E q u ip m e n t
M od el N o.
F C C ID
W istro n N e W e b C o rp o ra tio n
W L A N /B T M o d u le
D H S R -S Y 3 0
N K R -S Y 3 0
W istron N eW eb C orp ora tio n decla res tha t M odel : D H S R -S Y 3 0
com p lies w ith F C C ra dia tion ex p os u re requ irem ent sp ecified in the F C C R u les 2 .1 0 9 1 .
R F E xp o su re C a lc u la tio n s:
T h e follow in g in for m a tion p r ovid es th e m in im u m sep a r a tion d ista n ce for th e h ig h est g a in
a n ten n a p r ovid ed w ith th e “D H S R -S Y 3 0 “ a s ca lcu la ted
fr om F C C P a r t 1 , § 1 .1 3 1 0 , T A B L E 1 (B ) L im its for G en er a l P op u la tion / U n con tr olled E x p osu r e.
T h is ca lcu la tion is ba sed on th e h ig h est E IR P p ossible fr om th e system ,
con sid er in g m a x im u m p ow er a n d a n ten n a g a in , a n d con sid er in g a 1 .0 m W /cm ^ 2 u n con tr olled
ex p osu r e lim it. T h e F r iis for m u la u sed w a s:
S 3 = (P * G ) / (4 * π * r 2 )
W h e re
P =
G =
r=
7 .3 8 m W (M axim um av erag e o utp ut p o w er)
1 .3 3 N um erical A ntenna g ain; eq ual to
2 0 .0 cm
F o r: D H S R -S Y 3 0
S3 =
1 .2 5 d B i
0 .0 0 1 9 6 m W /c m
E ven ta k in g in to a ccou n t th e toler a n ce, th is d evice ca n be sa tisfied w ith th e lim its.
F o r sim u lta n e o u s o p e ra tio n o f B N S Y 2 5 a n d D H S R -S Y 3 0
S =
0 .0 1 8 8 0 m W /c m
S=S1+S2+S3
Combination of the simultaneous operation of BNSY25 and DHSR-SY30:
- BNSY25 Wireless LAN (All band)
- DHSR-SY30 Wireless LAN (only 5150 MHz - 5250 MHz or 5725 MHz - 5850 MHz)
- DHSR-SY30 Bluetooth (Bluetooth or Bluetooth Low Energy)
Each maximum EIRP value has been used for S1, S2 and S3.
UL Japan, Inc.
Shonan EMC Lab.
1-22-3 Megumigaoka, Hiratsuka-shi, Kanagawa-ken, 259-1220
Telephone
+81 463 50 6400
Facsimile
+81 463 50 6401
JAPAN
Download: BNSY25 Wireless Transceiver Module RF Exposure Info RF EX(Co-location) Sony Corporation
Mirror Download [FCC.gov]BNSY25 Wireless Transceiver Module RF Exposure Info RF EX(Co-location) Sony Corporation
Document ID2973597
Application IDR415i51Le3JkvUEMi1CFVg==
Document DescriptionRF EX(Co-location)
Short Term ConfidentialNo
Permanent ConfidentialNo
SupercedeNo
Document TypeRF Exposure Info
Display FormatAdobe Acrobat PDF - pdf
Filesize6.72kB (83939 bits)
Date Submitted2016-04-27 00:00:00
Date Available2016-04-27 00:00:00
Creation Date2016-04-27 16:11:49
Producing SoftwareAcrobat Distiller 10.1.2 (Windows)
Document Lastmod2016-04-27 16:11:49
Document TitleRF EX(Co-location)
Document CreatorPScript5.dll Version 5.2.2

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