FCC & IC warning statements - · PDF file10. ProducDon#test#procedure#to#ensure#compliance# 11. ... Figure 5 shows the RF_OUT pad on the 1CD footprint. The RF_OUT pad is surrounded

1CD$Installa+on$Manual$

FCC#ID#of#this#product#is#as#follows:##FCC#ID:#VPYLB1CDIMP003.#

For#OEM#integraDon#only#–#device#cannot#be#sold#to#the#general#public.#Therefore#we#will#ask#OEM#to#include#the#following#statements#required#by#FCC#on#the#product#and#in#the#installaDon#manual#noDce.#

Contents:#1.

 Land#PaMern#(Recommended)#

2. Chip#antenna#details#3. Layout#Guidelines#–#chip#antenna#4. Antenna#circuit#schemaDc#–#chip#antenna#5. PIFA#antenna#details#6. Layout#Guidelines#–#PIFA#antenna#7. Antenna#circuit#schemaDc#–#PIFA#antenna#8. 4Ylayer#PCB#stackup#details#–#chip#antenna#&#PIFA#antenna#9. Test#procedure#for#design#verificaDon#10. ProducDon#test#procedure#to#ensure#compliance#11. FCC#&#IC#statements#

Copyright © Murata Manufacturing Co., Ltd. All Rights Reserved. December 2014 1CD Installation Manual 04/11/17 1 of 21 www.murata.com

2014/12/08�1.)Land)PaRern)(Recommended))�

Copyright © Murata Manufacturing Co., Ltd. All Rights Reserved. December 2014 1CD Installation Manual 04/11/17

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2. Chip antenna details The chip antenna is Antenova part number A5839, please refer to Antenova's datasheet for detailed specifications.

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Layout Guidelines: Chip Antenna This section provides required guidelines for PCB designs incorporating the 1CD module.

Figure 1 through Figure 4 show the four-layer 1CD wireless certification board. Refer to Figure 5 through Figure 7 for examples demonstrating good layout practices.


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3.

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Figure 1: Top Layer

Figure 2: Ground Plane

(Layer 2, Negative Image)

Figure 3: Power Plane

(Layer 3, Negative Image)

Figure 4: Bottom Layer (Top View)


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Figure 5: RF_OUT Pad and Surrounding Ground Pads

Figure 5 shows the RF_OUT pad on the 1CD footprint. The RF_OUT pad is surrounded by ground pads; these should be tied together to form a ground reference around the end of the RF trace.

Tie together the ground pads surrounding the RF_OUT for ground reference


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Figure 6: RF Trace from Module to Antenna

Figure 6 shows the entire RF trace, from the 1CD module to the PIFA antenna. The RF trace must be a 50Ω ± 2Ω impedance controlled transmission line which is referenced to a solid, unbroken ground. The trace width and distance to the ground plane must be adjusted to achieve the target impedance. The trace must be shielded by applying stitching vias along the edge of the ground pour on both sides of the RF trace.

RF traces should be shielded by via stitching on both sides

RF traces must have constant impedance; the RF feed is a microstrip transmission line.

RF trace must be kept as short as possible.


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Figure 7: Antenna and Stitching Vias

Figure 7 shows the chip antenna. The antenna must be placed at the edge of the PCB, with a copper keep-out under the entire antenna on all PCB layers. No other traces or components may be placed in this region. A row of stitching vias is required along the edge of the ground pour below the antenna section. The module, antenna, and RF Trace must all be placed on the top layer of the board.

Stitching vias are required along the edge of the ground plane below the antenna section.

There must be no copper on any layer below the antenna section.

The Antenna must be placed on the edge of the PCB.


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C14 = Cap, C0G, 10pF, +/-0.25pF, 50V, 0402R8 & R9 = DNS (do not stuff)

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4. Antenna circuit schematic - chip antenna (Antenova A5839)

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PAANT101PAANT102COANT1

PAC101PAC102

COC1 PAC201PAC202

COC2 PAC301PAC302

COC3

PAC401PAC402

COC4PAC501PAC502

COC5

PAC601

PAC602COC6

PAC701PAC702

COC7

PAC801

PAC802COC8

PAC901PAC902

COC9

PAC1001

PAC1002COC10PAC1101 PAC1102COC11

PAC1201 PAC1202COC12

PAC1402PAC1401 COC14



PAC1701PAC1702COC17

PAC1801

PAC1802COC18

PAC1901

PAC1902

COC19

PAD10KRPAD10ARPAD10AG PAD10KGCOD1

PAJ103 PAJ102 PAJ101PAJ104PAJ105PAJ106COJ1 PAJ20M4PAJ20M3

PAJ20M1 PAJ20M2PAJ201 PAJ202PAJ203 PAJ204 PAJ205PAJ20H2PAJ20H1 COJ2

PAJ304PAJ301

PAJ302PAJ303COJ3

PAL101 PAL102COL1

PAL201PAL202

COL2

PAQ10CPAQ10ECOQ1

PAQ203

PAQ202 PAQ201

COQ2

PAR101 PAR102COR1

PAR201 PAR202COR2PAR301 PAR302COR3

PAR401 PAR402COR4

PAR501PAR502COR5

PAR601PAR602COR6

PAR901PAR902 COR9

PAR1001PAR1002

COR10

PAS103PAS102

PAS104PAS101

COS1

PAS203 PAS202

PAS204 PAS201

COS2

PAU101PAU1014

PAU1023 PAU1036

PAU102PAU103PAU104PAU107 PAU106PAU105PAU1010PAU109PAU108PAU1013PAU1012PAU1011

PAU1026PAU1025PAU1024 PAU1029PAU1028PAU1027 PAU1032PAU1031PAU1030 PAU1033 PAU1034PAU1035

PAU1020PAU1021

PAU1017PAU1018PAU1019

PAU1016PAU1015

PAU1022 PAU1037

PAU1044

PAU1043

PAU1040PAU1041PAU1042

PAU1038PAU1039

PAU1053PAU1054 PAU1050PAU1051PAU1052 PAU1047PAU1048PAU1049 PAU1046 PAU1045

PAU1064PAU1063PAU1060 PAU1061PAU1062PAU1057PAU1058PAU1059PAU1055PAU1056PAU1073 PAU1074

PAU1067PAU1068 PAU1066PAU1065PAU1076PAU1075

PAU1070PAU1069PAU1072PAU1071

COU1

PAU205PAU206

PAU207

PAU208

PAU204PAU203

PAU202

PAU201

COU2 PAU304

PAU303PAU302PAU301

COU3

PAW101 PAW102

COW1

PAXW2001

PAXW2002 COXW20

PAC102PAC202 PAC302PAC402

PAC502PAC602

PAC702PAC802

PAC902PAC1002

PAC1202PAC1802PAC1902

PAR601

PAR1002

PAS202

PAU1015

PAU1018PAU1019PAU1020PAU1021

PAU1044PAU1045

PAU207

PAU208

PAU302

PAU304

PAU1017PAU1016

PAU108

PAR602

PAU1025

PAU201

PAC1102

PAL101

PAU1022

PAL102

PAU1024

PAJ202

PAU1043

PAJ203

PAU1042

PAS203

PAU1050

PAANT102

PAC101PAC201 PAC301PAC401

PAC501

PAC601

PAC701

PAC801

PAC901

PAC1001

PAC1101

PAC1201

PAC1401

PAC1501

PAC1601

PAC1701

PAC1801PAC1901

PAD10KGPAD10KR

PAJ101

PAJ205PAJ20M1 PAJ20M2

PAJ20M3 PAJ20M4

PAJ303PAJ304

PAQ201

PAR102

PAR402

PAR502

PAR902

PAR1001

PAS103

PAS104

PAU101PAU1010PAU1011PAU1013PAU1014

PAU1023 PAU1036


PAU1055PAU1056 PAU1057

PAU1065PAU1066PAU1067PAU1068PAU1069PAU1070PAU1071PAU1072PAU1073 PAU1074 PAU1075PAU1076

PAU204 PAU301

PAR301

PAU1030

PAR201PAR401

PAU1029PAU1026

PAU202

PAU1027

PAU205

PAC1402

PAJ301

PAL201

PAC1502

PAQ202

PAXW2001

PAD10AGPAR302PAD10ARPAR202

PAJ201

PAW102

PAR501 PAU203

PAQ10CPAU102 PAQ10EPAR101

PAU103

PAANT101

PAL202PAR901



PAU107

PAJ106

PAU1061

PAJ105

PAU1058

PAJ104

PAU1059 PAU1062PAU1060 PAU1063

PAU1048

PAJ102

PAU104

PAU1064

PAU1046

PAS101

PAU1052

PAJ302

PAU1012

PAU1028

PAU206

PAJ103PAQ203

PAW101

PAC1602

PAC1702

PAU303

PAXW2002

Copyright © Murata Manufacturing Co., Ltd. All Rights Reserved. December 20141CD Installation Manual 04/11/17

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5. PIFA antenna details

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Layout Guidelines: PIFA Antenna This section provides required guidelines for PCB designs incorporating the 1CD module.

Figure 1 through Figure 4 show the four-layer 1CD wireless certification board. Refer to Figure 5 through Figure 7 for examples demonstrating good layout practices.


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Figure 1: Top Layer Figure 2: Ground Plane (Layer 2, Negative Image)

Figure 3: Power Plane (Layer 3, Negative Image)

Figure 4: Bottom Layer (Top View)


Figure 5: RF_OUT Pad and Surrounding Ground Pads

Figure 5 shows the RF_OUT pad on the 1CD footprint. The RF_OUT pad is surrounded by ground pads; these should be tied together to form a ground reference around the end of the RF trace.

Tie together the ground pads surrounding the RF_OUT to form a ground reference


Figure 6: RF Trace from Module to Antenna

Figure 6 shows the entire RF trace, from the 1CD module to the PIFA antenna. The RF trace must be a 50Ω ± 2Ω impedance controlled transmission line which is referenced to a solid, unbroken ground. The trace width and distance to the ground plane must be adjusted to achieve the target impedance. The trace must be shielded by applying stitching vias along the edge of the ground pour on both sides of the RF trace.

RF traces should be shielded by via stitching on both sides

RF traces must have constant impedance; the RF feed is a microstrip transmission line.

RF trace must be kept as short as possible.


Figure 7: Antenna and Stitching Vias

Figure 7 shows the PIFA antenna. The antenna must be placed at the edge of the PCB, with a copper keep-out under the entire antenna element on all PCB layers. No other traces or components may be placed in this region. A row of stitching vias is required along the edge of the ground pour below the antenna section; this ground pour, including the vias, is part of the antenna. The module, antenna, and RF Trace must all be placed on the top layer of the board.

Stitching vias are required along the edge of the ground plane below the antenna section.

There must be no copper on any layer below the antenna section.

The Antenna must be placed on the edge of the PCB



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L2 = Ind, 2.4nH, +/- 0.1nH, 300mOhm, 0402 (Recommend Murata LQP15MN2N4B02D)C14 = DNS(do not stuff)R9 = DNS (do not stuff)

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7. Antenna circuit schematic - PIFA antenna

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- PCBA PIFA antenna is printed on the GTL layer - PIFA finish is ENIG per IPC-4552 with typical thickness range of 0.075um to 0.125um- GL2 is the ground layer- GL3is the power layer- PCB laminate material is FR4, which has a relative dielectric constant permittivity of 4.70 max., 4.35 @ 500 MHz, 4.34 @ 1 GHz- PCBA PIFA "thickness" is defined by the copper weight as specified in GTL layer

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8. 4-layer PCB stackup details - chip antenna & PIFA antenna

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9.$Test$procedure$for$design$verifica+on$

If#the#OEM#or#system#integrator#incorporates#the#1CD#module#into#their#final#product#and#wishes#to#reuse#the#1CD#module’s#FCC#cerDficaDon,#it#is#the#OEM/system#integrator’s#responsibility#to#perform#necessary#design#verificaDons#to#ensure#the#antenna#design#and#circuit#matches#those#specified#here.##

A#network#analyzer#could#be#used#to#measure#the#trace#impedance#and#dimensional#measurements#could#be#made#of#traces#to#confirm#the#design#was#implemented#per#the#specificaDon.#Radiated#tesDng#at#an#antenna#lab#can#also#be#performed#to#check#antenna#performance.#


10.$Produc+on$test$procedures$for$ensuring$compliance$

If#the#OEM#or#system#integrator#incorporates#the#1CD#module#into#their#final#product#and#wishes#to#reuse#the#1CD#module’s#FCC#cerDficaDon,#it#is#the#OEM/system#integrator’s#responsibility#to#ensure#compliance#is#met#on#producDon#units.#

Incoming#inspecDon#of#the#PCB#should#be#performed#to#ensure#the#PCB#complies#with#laminate#material#spec,#50#Ohm#trace#impedance#spec,#PCB#stackup#spec,#antenna#dimensional#spec#and#copper#weight#spec.#Post#SMT,#inspecDons#should#be#made#to#ensure#the#stuffing#opDons#per#the#antenna#schemaDcs#are#followed.#


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FCC#Warning#!Notice!This!device!complies!with!Part!15!of!the!FCC!Rules.!Operation!is!subject!to!the!following!two!conditions:!(1)!this!device!may!not!cause!harmful!interference!and!(2)!this!device!must!accept!any!interference!received,!including!interference!that!may!cause!undesired!operation.!!Information!To!Be!Supplied!to!the!End!User!by!the!OEM!or!Integrator!The!following!regulatory!and!safety!notices!must!be!published!in!documentation!supplied!to!the!end!user!of!the!product!or!system!incorporating!an!adapter!in!compliance!with!local!regulations.!Host!system!must!be!labeled!with!“Contains!FCC!ID:!VPYLB1CDIMP003.!!This!1CD!module!is!to!be!used!only!for!mobile!and!fixed!application.!In!order!to!reVuse!the!1CD!module!FCC!approvals,!the!antenna(s)!used!for!this!transmitter!must!be!installed!to!provide!a!separation!distance!of!at!least!20cm!from!all!persons!and!must!not!be!coVlocated!or!operating!in!conjunction!with!any!other!antenna!or!transmitter.!If!antenna!is!installed!with!a!separation!distance!of!less!than!20cm!from!all!person!or!is!coVlocated!or!operating!in!conjunction!with!any!other!antenna!or!transmitter!then!additional!FCC!testing!and!certification!may!be!required.!EndVUsers!must!be!provided!with!transmitter!operation!conditions!for!satisfying!RF!exposure!compliance.!!!OEM!integrators!must!ensure!that!the!end!user!has!no!manual!instructions!to!remove!or!install!the!1CD!module.!Antennas!used!with!the!1CD!module!must!not!exceed!2.1dBi!gain!for!chip!antennas!or!2.24dBi!gain!for!PIFA!antennas.!!!!!!!!!!!!!!!!!!!!


!

!

!

!

!

IC#Warning##Canada!LowVpower!licenseVexempt!radio!communication!devices!(RSSV210)!

a.!Common!information!Operation!is!subject!to!the!following!two!conditions:!

1.!This!device!may!not!cause!interference,!!and!

2.!This!device!must!accept!any!interference,!including!interference!that!may!cause!

undesired!operation!of!the!device.!

!

a.!Informations!communes!

Son!fonctionnement!est!soumis!aux!deux!conditions!suivantes:!

1.!Ce!dispositive!ne!peut!causer!des!interferences,!et!

2.!Ce!dispositive!doit!accepter!toute!interference,!y!compris!les!interferences!qui!

peuvent!causer!un!mauvais!fonctionnement!du!dispositive.!

!

Information!To!Be!Supplied!to!the!End!User!by!the!OEM!or!Integrator!

Modular!information!form!OEM!

Information!to!be!Supplied!to!the!End!User!by!the!OEM!or!Integrator!

The!following!regulatory!and!safety!notices!must!be!published!in!documentation!

supplied!to!the!end!user!of!the!product!or!system!incorporating!an!adapter!in!

compliance!with!local!regulations.!

Host!system!must!be!labeled!with!“Contains!IC:!772CVLB1CDIMP003”!

!

This!1CD!module!is!to!be!used!only!for!mobile!and!fixed!application.!In!order!to!reV

use!the!1CD!module!IC!approvals,!the!antenna(s)!used!for!this!transmitter!must!be!

installed!to!provide!a!separation!distance!of!at!least!20cm!from!all!persons!and!must!

not!be!coVlocated!or!operating!in!conjunction!with!any!other!antenna!or!transmitter.!

If!antenna!is!installed!with!a!separation!distance!of!less!than!20cm!from!all!person!

or!is!coVlocated!or!operating!in!conjunction!with!any!other!antenna!or!transmitter!

then!additional!IC!testing!and!certification!may!be!required.!EndVUsers!must!be!

provided!with!transmitter!operation!conditions!for!satisfying!RF!exposure!

compliance.!

!

OEM!integrators!must!ensure!that!the!end!user!has!no!manual!instructions!to!

remove!or!install!the!1CD!module.!Antennas!used!with!the!1CD!module!must!not!

exceed!2.1dBi!gain!for!chip!antennas!or!2.24dBi!gain!for!PIFA!antennas.!

!


Documents

FCC & IC warning statements - · PDF file10. ProducDon#test#procedure#to#ensure#compliance# 11. ... Figure 5 shows the RF_OUT pad on the 1CD footprint. The RF_OUT pad is surrounded