PRELIMINARY DATA SHEET

Transcription

1 RELMNRY SHEE FREESR SERES RNSCEVER MULE ZFSM ntegrated ransceiver Module for ZigBeeEEE Evaluation Kit available; part number ZFSM-101-K-1 ESCRN he FreeStar is a miniature, fully-integrated, drop-in RF transmission solution that s ideal for ZigBee and other low cost, low power EEE RF transmission applications. FreeStar incorporates the MC13192 transceiver C and MC9S08G60 microprocessor from Freescale with the NEC UG2301Q ower mplifier and nverted-f CB antenna. t delivers up to 4000 feet of range and features a streamlined communications protocol that results in the lowest power consumption in transmit mode of any module on the market. he FreeStar is also FCC and CE certified, which eliminates the need for a costly and time-consuming approval process when incorporated into your design. FEURES Communication Modes: oint-to-oint, oint-to Multipoint, Mesh Networking feet line of sight performance Very small form factor: 1.4 x 1.0 ntegrated CB race ntenna FCC, C, and CE Certified RoHS Compliance irect Sequence Spread Spectrum CSM-C Wireless boot loader* Flash-basedupgradable 10 Bit (2 inputs) General urpose (8 ports) Microsoft Windows -based Configuration and est ool Simple Serial UR nterface ver 65,000 network addresses RERNG NFRMN art Number rder Number Supplying Form ZFSM utput power 100 mw, CB race ntenna ZFSM-101-K-1 FreeStar Module Evaluation Kit Caution bserve precautions when handling because these devices are sensitive to electrostatic discharge he information in this document is subject to change without notice. Before using this document, please confirm that this is the latest version. ocument No: (ssue ) ate ublished: May 7, 2008

2 EMC CERFCNS FCC art Module Certified (ortable) EN Certified CE pproved MSURE SENSVY LEVEL (MSL) MSL 3, per J-S-033 BSLUE MXMUM RNGS Rating Value Unit ower Supply Voltage 3.6 Vdc RF nput ower +10 dbm Storage emperature Range -55 to 125 ºC RECMMENE ERNG CNNS Characteristic Min yp Max Unit ower Supply Voltage (Vdd) Vdc nput Frequency MHz mbient emperature Range ºC Logic nput Low Voltage 0 30% Vdd V Logic nput High Voltage 70% Vdd Vdd V

3 ELECRCL SECFCNS (Vdd = 3.3 V, emperature = 25 C unless otherwise noted) arameter Min yp Max Unit General Characteristics RF Frequency Range MHz utput power (Software controlled) mw Receiver 1% ER -92 dbm RF ata Rate 250 kbps Host ata Rate 19.2 Voltage perating Range V General urpose igital (8 ins) RF Channels (channel 16 is set at a reduced power level) C Electrical Characteristics ower Supply Current (Vdd) ransmit Mode 10mW 125 m 100mW 150 m Receive Mode dbm Standby Mode < 5 dbm utput High Voltage (ll digital outputs) 80% Vdd Vdd dbm utput Low Voltage (ll digital outputs) 0 20% Vdd dbm C Electrical Characteristics Sensitivity for 1% packet error rate (-40 to +85ºC) dbm Sensitivity for 1% packet error rate (25ºC) dbm Saturation (maximum input level) 10 dbm Nominal utput ower 20 dbm utput ower Control Range (+20 to -10 dbm) 30 db Error Vector Magnitude (EVM) 35 % ver the ir ata Rate 250 kbps n-board antenna gain (peak) 0.8 dbi n-board antenna gain (average) -3.1 dbi

4 N EFNNS N YE Signal Name Electrical escription N2 N2 NEGRE BC F-NENN RF1 RF1 CXL RF ES N 50 HMS 1 GN GN GRUN 2 GN GN GRUN 3 GN GN GRUN 4 GN GN GRUN 5 3 GENERL URSE GL FRMWRE CNFGURBLE, R, B GENERL URSE GL FRMWRE CNFGURBLE, R, B 4 7 B0 NLG GL CNVERER NU, R B, NU 0 8 B1 NLG GL CNVERER NU, R B, NU 1 9 VCC RMRY WER NU: VCC = VC 10 GN GN GRUN 11 ME0 FCC RUCN ES ME NU WR, B 0 12 ME1 FCC RUCN ES ME NU WR, B 1 13 ME2 FCC RUCN ES ME NU WR, B G GENERL URSE GL FRMWRE CNFGURBLE R, B 4, KB14 (KEYBR NERRU) GENERL URSE GL FRMWRE CNFGURBLE R, B 5, KB15 (KEYBR NERRU) GENERL URSE GL FRMWRE CNFGURBLE R, B 6, KB16 (KEYBR NERRU) GL NU CNFGURE NERRU N RSNG EGE F SGNL WKE U MULE FRM SLEE ME. R, B 7, KB17 (KEYBR NERRU) R G, B 0, BKGMS (BCKGRUNME SELEC, FR RGRMMNG N FRMWRE EBUG 19 RESE 1 MSER RESE, CVE LW 20 C0 21 C1 GENERL URSE GL FRMWRE CNFGURBLE R C, B 0, SC2 X2 (SERL CMMUNCN NERFCE 2, RNSM ) GENERL URSE GL FRMWRE CNFGURBLE R C, B 1, SC2 RX2 (SERL CMMUNCN NERFCE 2, RECEVE ) 22 C5 RESERVE 23 X LCN RNSM UU (SC1, X1) 24 RX LCN RECEVE NU (SC1, RX1) 25 GN GN GRUN 26 GN GN GRUN 27 GN GN GRUN 28 GN GN GRUN 29 GN GN GRUN 30 GN GN GRUN Note 1 Use an pen Collector utput to rive the Reset pin or put a 1k hm resistor in series with the driving source. Normally the reset pin is an output; however under brown out and other reset conditions the Freescale microcontroller will drive the pin low.

5 CNNECR LEGEN YE EFNN GL NU GL UU NLG NU NLG UU WER NU GN GRUN LGC NU HGH 0.8 (V CC ) < V H < (V CC ) LGC NU LW 0 < V L < 0.2 (V CC ) LGC UU HGH (V CC 0.4) < V H < V CC LGC UU LW 0 < V H < 0.4 CNNECR CNFGURN Note hat N Numbering begins at top left-hand side with pin number 1 and follows counter-clockwise about the perimeter of the module.

6 RN ERNS FreeStar Rev B 2440 MHz evice rientation olarization Gain (db) Max vg (V) vertical (V) horizontal (H) vertical (H) horizontal (F) vertical (F) horizontal oatal vg. Gain (db) -3.15

7 YCL ERFRMNCE CURVES ypical utput power versus MC13192 power setting (Vdd 3.3V, 25 C) ower Setting utput ower > = dbm dbm dbm dbm dbm dbm dbm dbm dbm dbm dbm dbm dbm dbm dbm

8 ypical utput Spectrum of ransmitter Receive ort nput mpedance at ntenna

9 EXMLE NERFCE GRMS Sample Connection iagram when Using Serial nterface Serial nterface (Ex. RS232) 3 4 MX MRX C1 470k L L Comm B1 B0 FreeStar RF Module C0 470 k Resistor Network Required to Reduce Current in Sleep Mode C5 1nF 470k Circuitry Required o Wake Up FreeStar Module n Rising Edge When Using Serial nterface 470k Sample Connection iagram when Using Host rocessor nterface 2.2k 2.2k Not Required 3 4 B1 B0 FreeStar RF Module MX MRX C1 C5 470 k Resistor Network Required to Reduce Current in Sleep Mode 470k RX0 X0 Host Microprocessor C0 Used to Wake Up FreeStar on Rising Edge

10 MECHNCL RWNGS ssembly rawing with N Nomenclature CB FRN Module imensions and Keepouts