User Manual

FCC ID: OSGZBM

Users Manual

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FCCID_1758804

EMG FCC TEST REPORT Comnllance Report No.: EMC—FCC—RO069 http:/www.emc2000.co.kr Appendix 6. User manual EMC compliance Ltd. Page: 1 of 1 480—5 Shin—dong, Yeongtong—gu, Suwon—city, Gyunggi—do, 443—390, Korea 82 31 3369919 (Main) 8231 336 4767 (Fax) This test report shall not be reproduced except in full, Without the written approval.

ZBM(Zighee Module) Hardware Description (9 GeneTel Systems,Inc. 2012—05—26 1

CONTENTS 1. Hardware Description........................................................................... 3 1.1 Fields of Applications.............................................................................................................................3 1.3 Block Description......................................................................................................................................4 1.3 Parts List.....................................................................................................................................................4 1.3.1 ZBM(ZigBee) .......................................................................................................................................5 1.4 Circuit Description ...................................................................................................................................5 1.4.1 ZigBee.....................................................................................................................................................6 1.4.2 MCU ........................................................................................................................................................7 1.5 RF MODEM SPEC .....................................................................................................................................9 1.5.1 ZigBee ....................................................................................................................................................9 1.5.2 ZigBee Antenna Specification and Characteristic..................................................... 11 2. How to setup the equipment ........................................................... 15 2.1 ZigBee .......................................................................................................................................................... 15 2.1.1. Channel setup Method ............................................................................................................. 15 Caution : Any changes or modifications in construction of this device which are not expressly approved by the party responsible for compliance could void the user's authority to operate the equipment. 2

1. Hardware Description Elote Modle EBAia 2 nodl wporing 2 lz niostal tetfcand meaitan ado brd: ut areido bnd:reaned atenatonily fothe usol ndo frvntd eno inlalscatficand madal pupores oithan communiatonc hi nole comite t h RFTo AFCho ts conpale NC Uand some en ds stiting 1 t 02184 age condlant PMC C and on tandr o upto ts n ds e 111 ields of Appliations Fadoy Atomaion and MtrConte Hasicumet tleppwend tart treg Mamgmnent ton Povetolmaty huathare ewenens 12image

1.3 Block Description Y ts m 5 T wl —fodd Fa t E— xob ue ® wnl—hochd [EZ]] 24 =Jsf ~ C Ej t le| — 4ez — Uzes Zighee single chip integrated With 21GH: RF Transcaive, base—band modem hardnired MAGIntemal Flash Memory, and BOIMCUL — Various perigheral devices such as 22 General Purpose 105 4—channel 8—bit ADC, ard Two High—Speed UARTs. — Fimware dovinlaads using UARTL in ISPln—System—Programming) Mode. 1.3 Parts List

1.3.1 ZBM(ZigBee) No PartNo Description Geom Vendor G‘ty Reference 1 enmisssormsncsoto car osee s cims mumara |_2_|amci? 2 cussioxcosime car couur, 105 cines sweume |_i es ; cussioxcosime car couur, 105 cines sweume |_1_Jcm a cussiocosmme ce oiur, 1os cines sweume |_1_Jeis s envisssommtsozote car orser, 1os cines munara |_i_|cs s envisssommtsozote car orser, 1os cines munara |_i_Jore 7 eavisssomintonsto can 1oer, 1os cines munara |_2_|crour s cimisssciwinicaoto ce1ier, 105 cines munara |_i_Jou s reromsioics nes on 1oes rices swvsue 1 _Jre io wnonrovien. mes rows, toos ros waush 1_(ns i oi mointesime car mee, in m swsime |_1 o ie cusointossime oan nee, ros cins sweume 1Jcs io cuscintossime can ree, to cines swrsume 1Jce i cuscintossime can ree, to cines sweume |_1_|er is miomsicromme T ioue, ty seie texrie usw 1_|on is owanrousn can cee to cines wausn 2 _|ercs m weonasum. car isoc.ios rices wausn 1_Jns io cussisxosmme can iour, to cines sweume |_i en is suss—ren—so xslsicse ie e ond sse ET i_In zo reimsiios mes s tm ros smsume |_1 Jmie a eamssarmiteacio car me, 108 cines munara |_i_|cs 2 cusmesmensne can aaur 1os cines swreume |_1_Jeel a venisoum. nes 2o too rices wausn i_Jan a Loaisinanssizo moucron 2sie, 1o0s besites munara |_i_Jts & netomizncs nes sonc ies rices sweume |_i _Jrie x cmensnaien car seee is cins smeune 1Jcz a cmaise s eaine sup se reaciz/s0 itmoriseese ET Imm El cowisanaizoom mo «n tos bessios murara _1 _|ut a Loaisnssissnzo mo sn toes bessites munara |_i Je > Loaisnssissnzo mo seu. toes besites munara |_i [ a Losisnssaumzo mo sem.1o0s besites munara _2 Jcrle > se—se0out seoimowsvit cne ansers gees |_i_Jam 3 sumeeesstento sexo ~isse bessiess munara |_2_Jsr se a nosise—reav Volldetector 107 sors mewmex |_i _Jss 3 eunsreet cmos Loai soms Em 1_Jor = mesiss—reo Sot(@vetem—on—cnp) aptowers.ioi0.0%0 Radtoruise |_1 Jue a urcr—smm—i00 uvce u.r. comecron urch—sut—1 wnose 1_Jow a ree er—zem vio encors ier xal rerkal wean _i 3 zom zom zon iJn is ne reromsiomes no ne mioos fomms smoue _2 _Jnsons a e cros ho orns ic cites smrsume _2 _Jescis 1.4 Circuit Description

1.4.1 ZigBee a1 sns wpous a woouis sns u sam slev Rew acthar—f cs ne.oue w s == t on i o sto " £* _Soue uk izo o—ahecninen _ < bes Cmach s sro %gonwo wen 2<| bi wit semsoscut Epe 826 2o8 1 aypoye88 r»e .r.cno mt ws Avoazem 6 Ccusrtemo s o Ren 3 icuitno u un reks Choonhm 162% es Arco 23cho 11 Agow mt «m l «m woais — Acro wgra rco «snewx $ »# m or S peras Ase ies 1 Aoe omcs (vauimmo nae 8 ® Avoo_one o —se = — e3 1 : alvo — ,ml 83 s N>ws§w.fl. n 5 ol[ e $999¥5erzrre ‘J a chents T I 1 s =.—.= Km slewp clevo I I mss $ _|unnamanme Kevo ywo.ammo acro ¢uo.nesem pet pesl hers guege 8 1— w say zon x T a sw s £lvee ono —\3 — w 14 Houc neF (2 3 au Ceunsue m k ono rro S neser & 4—>usresem e1s.cn0 kmssresvsores RQses soton ¥e [ mellh. Zigbee Communicationis designed to use Zigbee‘s exclusive chip MG2455 of RadioPulse. While the power of 3.3V is supplied, L5V of the high—frequency 2 4GHz is produced within the MG2422 then used. MG2455 functions by 16MHz‘s clock, 32.768KHz clock is being used to obtain real time nformaion, and

24GHz high frequency signal is outputted as pin3 and pn4 and transmitted through the output circuit, 2.4 gHz frepuency band circuit, and as well as antenna circuit. On the other hand, high—frequency signal of 2.4GHz is received through antenna, and through antenna circuit 2.4GHz frequency band circuit output circuit, it is inputted to MG2455 to be transferred to controller. aveo +sV ui *) pvec »1.0_tao |—€$ 54 P1.1_TA0_MeLk 5 75 |—§z— 51 avec pr2_tai_sei —§tgP—— s 29 p1.3_svSouUT—s30 —imnukr ow vi+ P1.4_°529 |—£2——MANCA_SC 4 To es 7 P1.5_TACLK_ACLK—$28 —§2———————————@ vi P1.6_SIMO0_827 —ag————————————L—@ P1.7_sono_s2e |A————————————#@ 1 * ie p2.0_tas_sos 45— i p2.1_UCLko_s24 47— RLY_CNTL N P22_StEo ;1 U 36 p2.3_SVSIN 37 como )a 35— comn p2.4_UTXDO so 81 xD 32KHz 3e com2 COMs pas_urxoo|—> 8t RXp 5| xout me 5 52 [ 15 s3 Tor 22— too_to1 sa 45 ms 22— Tol_Telk se |—12 Tok §7| TMS ss3v 58esET 88 TCKk normy on 1 10 vrer too 14 cs o.turisoy (1608) 40 im 3 tR3 ige a 2| M Tok s 43 ns3 nReser 3 2| avss — 2 NC1 Nce O—CCs —— Mspasorea272 AGND ~ IMAGE 16 MCU

Power supplied by Main Control Unit : MSP430 + 3.3V to reset with “Pin 58” functioning with 32.768KHz that detected AC voltage is inputted as “Pin 6 and Pin 7” while inputting detected AC voltage current as “Pin 2 and Pin 3”. Zigbee Communication Module is interfaced with asynchronous serial communication of Pin 59 and Pin 60 to transmit Zigbee(2.4GHz) through the collection device PCAP(Power Control Access Point). 제품의 성능 개선을 위하여 커넥터(CN1)으로 펌웨어를 다운로더 할 수 있도록 설계되었다.

1.5 RF MODEM SPRC 1.5.1 ZigHes ttem Spec remork Erequency Range 2100—24@3 uie Freqsency <2200pm Toance Occuped BW mss uit Paver homa) togm (riat) veur <ou Fianess <is Spurous Emssons 16tizunser xm i6tz~2408 |<2n0n ~120te __|<30i0m Zra ramonc —Gcm 3rramonc <Ton inband Spurous ~AGam Addcert z5i|cb Cramet Resecion Secondan Radated ~Stcam Tmiotseconday Emisn radated emissons Phase |__iiiz —iitagerrz Noise ahie crisagerne AF Transcoiver Singlechi 2.4GHz RF Transcoiver Low Power Consumpton Low OperatngVatage of1 SV High Sensitviy of ~38dBm@1.5V No External TR Swich and Fitr needed Onchip ¥C0, LNA and PA Programmatle Output Power up to «8dBm@1.5V Dject Sequence Spread Spectuum 0—0RSH Medulaton Scalable Data Rate: 250kbps for ZgBce RSSI Measurement Complantto IEEE82 154 128—byte CPU dedicated Memory 168 Boot RoMt Dual DPTR Support I23/POM Inerface with o128—byte FIFOs To High—Speed UARTs with Tw16—b4te FIFOs (upto 1Maps) Cuadeature SignalDecoder On—chip Rowsron—Reset

SPI Master/Slave Interface Clock Inputs 16MHz Crystal for System Clock 32.768kHz Oscillator for Sleep Timer Power Separate On-chip Regulators for Analog and Digital Circuitry. Power Supply Range for Internal Regulator(1.9V(Min) ~ 3.6V(Max)) This device complies with part 15 of the FCC Rules, Operation is subject to 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. (Add the following information in the user manual of FCC ID: OSGZBM) If the FCC ID is not visible when the module is installed inside another device, then the outside of the device into which the module is installed must also display a label referring to the enclosed module. This exterior label shall be: "Contains FCC ID: XXXYYYYYYY 10

1.5.2 ZigBee Antenna Specification and Characteristic AA. Antenna Engine ANTENNA ENGINE 2. 4GHz SQEIL 774A [AE—2450—38—SMT] 2011. 03. 28. ANTENNA ENGINE Antenna Engine —= X — 1. SPECIFICATIONS 2. Radiation Pattern 3. 3D—Measurement 4. Input Impedance 5. E0 ANTENNA ENGINE 11

AW\ Antenna Engine 1. SPCIFICATIONS Model AE—2450—38—SMT Frequency Range 2400~2500 [MHz] v.s.W.R 2.0 :1 Gain 1 £0.5(48i] Polarizations Isotropic Input Impedance so[e) Input Power 11W) Feed Type SMT Eemeech Size{W x H x D1 8x 3 x 1.6([mm] ANTENNA ENGINE Antenna Engine 2. Radiation Pattern <Co Pol.> <Cross Pol.> ANTENNA ENGINE 20 — 12

AF\ Antenna Engine 3. 3D—Measurement Gain Hom Reference Hor * Calibration #I}4 C : 2.4 ~ 2.5[GHz] + 2D AHILE! Angle step : 05° + 3D 5 AHIIE! Angle step : 15° + ELC OIS2 =At MES dsal @0121 Slot &UUIO«*€ eorILhs Calibration o1z 821. + 3D SAMES 4&ci>1 Si6t QHIL}O! 21. ANTENNA ENGINE AZXA Antenna Engine 4. Input Impedance ne vecm m m wa w cmc m m VSWR Smith Chart 2.40 GHz: 1.3 2,45 GHz: 1.0 2.50 GHz: 1.1 ANTENNA ENGINE 20 — 13

3.0mm otes=<9 1.6mm /' Feeding Point gH8lLtol 2712 A€ diers=ol 20101 teb #4 9 + deUc. 1 sA — 1op18 | Copper Feeding 40 1212C C1}o 222 8mmOI4 ANTENNA ENGINE 20 — 14

2. How to setup the equipment 2.1 ZigBee 2.1.1. Channel setup Method 2.1.1.1. UART connect 1) Connect the "Serial Connection Cable" to the PC USB port and PCAP J6 headerpin. A) Connect the "Serial Connection Cable" to the PC USB port and PCAP J6 headerpin. IMAGE Serial Connection Cable B) Photo of CN4 J E) connection 1 +3.3 V Connect to #5 Pin when ISP fusing occurs. 2 GND 3 TXD( PCAP STANDARD UART2) 4 RXD( PCAP STANDARD UART2) 5 ISP Enable Connect to #1 Pin when SP fusing occurs. 6 Reset* 20 — 15

2) Run applications for windows —Start the "Device—Programmer 3.50" from PC. [€] Device~—Programmer ~ RadioPulse Inc. wethd Setup(G) HelpcH ownlLoag Gd Select connect —Il [imut Start Time Finish Time (5) Rom Operation (S) Seiect Modem Contiguration Type & ~ s o radiopulse Closed oc — If the error message Pops up, force reset by connecting #6 Reset Pin with GND pin twice. Device—Programmer 8 [HARDWARE ERROR] The Hardwawre does not response, Please check ISP PIN‘ Status and press the ‘RESET‘ button, (ErrorCade : 0x1¥004003) 20 — 16

= Select theserial Port thatis registered on the PC device management. Communication Select Communicaton Mode @ nsese on Por £ haes [ te oz ray ~~=] ie s T ~4 Ettemet (ToPP) IP Addrocs. T6E 185 Por um Comect pBy

6 Device—Programmer — Fle®) Vewl) ScusG & (6) pen Kex cote Fie Detal — unte—all readallin FLASH mmeon=]] ___—] @ utsues \fesmeee +] Hexie lane (lCRSEVCVIThex ow |—momn —| Last nodifedtine :1202 284001 HaxrieSze se Cne Beriter ncmsorzss > adtress range 5 PowerHenifer Insvrowersstevce + Sn Hotemisenifr casabe Chesizun ts SlackVer [egoez z000 ¥ ht Cramal Chameas zxc0 ute) + stt mme—omscore coirzze ffférme comsenre oorrzronn satiieiter hC WiMCadtess w0 (6] R0M operaton 3 sgffet woden contourston Type c @ Overartwihbrtwarinforaton Seourty lee u 6 Pogantiontote C retonhartvare nfomatonn FLASH nenory Rretortptiote 0 |" coterotcion C not netsng artwarnfomaton 7 netwereiay C geadiiexcose : o O radiopulse B n o n n o o o o o o o o o oo oo Reses—s hoo o o se on ce as C tmse row stat rom program Extendad Pand fou oo oo oo oo oo 0000 Resened— 1 e o o o o o o oo on on on oo TEITEEAIT TTRt18 io: commanatomttadaitRarzs—tiI1): sucosss a (@NZI0/0111:0:1) benting mode(®:0000— success E (20TeI0/O 11s0:10) io: command(crnd—000adr=Oc1000size=De020) success 202001 1121:1@ Covecess) hardware nformaton reading ; COM 50) — 1Ez0 & classification contents 1 Overvite with hardware information select 2 Select image circut 3 Read the current issues of Hardware setting alert. 4 Select for Hardware setup change. 5 Comparison between the setting value and the image. 6 Current Board‘s Address information. —Check if Z8 MAC written on the label attached the Board matches. Select when new image fusing occurs. 8 And program 20 — 18

2.1.2. Non—modulated signal output 1) And the program "Device—Programmer 3.50". 2) Start the Serial Program "Tonken2" and check the Port set for the PC‘s Part to set the preferences( 11520 bps, Sbit ). 3) "Menu" window appears if "H" is inputted on the debugging screen. es : & : P P P peel 4) Select U "[U] : TEST_TXOUT : Unmodulated Carrier" on the debugging Screen, and check wave pattern using SPECTRUM ANALYZER. s SU At i0 aB i M % i & & B 20 — 19

2.1.3. Continuous signal output. 1) When Serial Program "Tonken2" wtarts, check the PC‘s Port to change the preferences. (11520 bps, Sbit ) 2) Menu window appears if H is inputted on the debugging scneen. 3) "[M] : TEST_TXOUT : Modulation with IFS" select M on the debugging screen, and check ware Pattern with SPECTRUM ANALYZER. 20 — 20


Document Created: 2012-08-03 15:45:51
Document Modified: 2012-08-03 15:45:51
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