RUNMC33493MOD315ERF MODULE 315MHz DEVELOPER KIT

MC33493MODxxx Quick Start Guide Laurent GAUTHIER-TSPG-MCD-ARC Page 1 Last update: February 5, 2007 MC33493MODxxx KIT Quick Start User Guide This document provides first information to use MC33696 tools. Last update: V1.1: Note for FCC Important: 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. Note: the manufacturer is not responsible for any radio or TV interference caused by unauthorized modifications to this equipment. Such modifications could void the user’s authority to operate the equipment. 1 OVERVIEW MC33493MODxxx operation requires: ƒ An MC33493MODxxx RF Module with attached Printed antenna ƒ A DEMO9S08RG60 MCU board ƒ An RS232 cable ƒ A PC with RS232 port, CD player and Hyper Terminal. ƒ A 9V Battery The operation of MC33493 is done by sending with Hyper Terminal a script to the MCU board that will configure MC33493 in a defined configuration. MC33493MODxxx Quick Start Guide Laurent GAUTHIER-TSPG-MCD-ARC Page 2 Available script files: ƒ standby configuration ƒ continuous CW transmission ƒ continuous 4.8kHz OOK transmission ƒ continuous 4.8kHz FSK transmission 2 LAUNCHING THE KIT ƒ Plug the RF Module on the MCU board ƒ Connect the MCU board to the PC using the RS232 cable ƒ Launch HyperTerminal using the proper xxx.ht file according to available COM port ƒ Connect the 9V battery ƒ Screen on HyperTerminal receives status of MC33493 Registers and Pin levels 3 SENDING A SCRIPT FILE 3.1 Configuration in Receive mode ƒ With the mouse, click on “Transfer/Send text file” ƒ Select the xxx.txt Script file corresponding to the wanted configuration ƒ For exemple :“TX OOK 433.92MHz Square 4800bps.txt” will configure the kit in Teceive mode at 433.92MHz to send a modulated signal at 4800bps. ƒ At the end: “Sending square wave” indicates that the kit is sending a continuous modulation

MCU Board MCU Board RS232 Port MCU Regulator RF Module RF Module MC33493 Transmitter Printed Antenna 9V Battery To PC MCU clock : 16MHz RS232 : 38kbps Crystal : 9.843750MHz RF : 315MHz MC33493MOD315EV

EMITECH GRAND SUD 145, rue du Massacan – BP 25 – Z.I. « vallée du Salaison » - 34741 VENDARGUES CEDEX – Tél. 04 67 87 11 02 – Fax : 04 67 70 94 55 S.A. au capital de 480 000 € - R.C. Versailles B 344 545 645 00063 – APE 742 C February 15, 2007 TIMCO ENGINEERING INC. P O BOX 370 849 N.W. STATE ROAD 45 NEWBERRY, FLORIDA USA, 32669 COVER LETTER Subject: FCC Certification Application under FCC PART 15, Subpart C, Product: Valuation tool demonstration Model No.: MC33493MOD315E FCC ID: RUNMC33493MOD315E Question: 1. Part 15.231(a): Noted the “Ed. 2” additional note on page 5/10 of test report. Part 15.231(a) allows data to be sent only with a control signal. Part 15.231(e) does not have such restriction. In order to comply with 15.231 (a), it is required that the device sends periodic (not continuous) data with a control signal . Also, the control signal must be described. Please provide additional information on the control signal. Alternatively, according to the maximum radiated emissions reported, this device appears to also comply with the limit of 15.231(e). However the 15.231(e) has a silent period requirement between transmissions. Please confirm whether you are applying for 15.231(e) or 15.231(a)? Answer: To send a word thanks to this equipment, it is necessary to use HyperTerminal software. The product only accepts to send one word of 128 bits maximum length and then gets in sleeping mode. It is a manual operation. In addition, maximum transmission speed is 2400 bits per second. Then, product will come in sleeping mode at most after 54 ms Transmitted information is fixed (for example "0110101010100”) and defined by user. The receiver will read it as an ON/OFF signal for example (remote control application). For this application (valuation tool demonstration) transmitted data is simply displayed on a screen. We then confirm that we are applying 15.231(a) Olivier HEYER Centre Manager

FCC ID: RUNMC33493MOD315E MC33493MOD315EV 30mm 13mm

MC33493MODxxx Operational Description Laurent GAUTHIER-TSPG-MCD-ARC Page 1 Last update: January 3, 2007 MC33493MODxxx KIT Operational Description This document provides informations on MC33493 tools. Last update: V1.0: first release V1.1: add frame duration in chapter 3 1 OVERVIEW MC33493MODxxx tools are designed for customer evaluation of MC33493 integrated circuit. MC33493MODxxx tool can be used to send an RF signal. Some configuration files (“script”) are provided to allow one frame transmission to make a link between one MC3493MODxxx kit and a receiver. Each transmission is under user control. MC33493MODxxx operation requires:
An MC33493MODxxx RF Module : it contains all RF components including MC33493 IC, crystal, and a printed antenna
A DEMO9S08RG60 MCU board : it contains MCU, a power supply regulator to provide a 3V voltage from the 9V battery and an RS232 connector
An RS232 cable
A PC with RS232 port, CD player and Hyper Terminal.
A 9V Battery MC33493MODxxx Operational Description Laurent GAUTHIER-TSPG-MCD-ARC Page 2 MCU Board MCU Board MC33493 RF Module MC33493 RF Module RS232 SPI+Pin control Registers, pin controls and frame commands send in ASCII Script HyperTerminal or Windows interface PC The operation of MC33493 is done by sending with Hyper Terminal a script to the MCU board that will configure MC33493 in a defined configuration. 2 MC33493 PRESENTATION MC33493 is a highly integrated circuit designed for data transfer application. It includes a PLL with a fully integrated VCO and a reference oscillator using an external crystal. It can be controlled by a microcontroller. Its main features are :
selectable frequency bands : 315-433MHz and 868-916 MHz
OOK and FSK modulation
Adjustable output power up to 5dBm
1.9V-3.6V supply voltage range
Very low standby current 0.1nA at 25°C
TSSOP14 package 3 LAUNCHING THE KIT
Plug the RF Module on the MCU board
Connect the MCU board to the PC using the RS232 cable
Launch HyperTerminal using the proper xxx.ht file according to available COM port
Connect the 9V battery
Screen on HyperTerminal receives status of MC33493 Pin levels MC33493MODxxx Operational Description Laurent GAUTHIER-TSPG-MCD-ARC Page 3
With the mouse, click on “Transfer/Send text file”
Select the xxx.txt Script file corresponding to the wanted configuration
For exemple :“TX OOK 433.92MHz 10 bits Frame.txt” will configure the kit in Transmit mode at 433.92MHz to send a 10 bits frame at 4800bps (2ms duration).
At the end : OK indicates that transmission is finished, MC33493 goes back in sleep mode.

MC33493MOD315EV WEB Module referenceMC33493MOD315EV BOM versionV2.1 Frequency315MHz Ref.PackageSupplier R10603anynot equiped R20603anyreplaced by L4 R30603any0R R40603anynot equiped R50603any15k R60603any0R R70603anynot equiped R8 (may replace L2)0603any0R C10603anynot equiped C20603anynot equiped C30603any100pF C40603any100pF C50603anynot equiped C60603any10pF C70603anynot equiped C80603any5.6pF C90603anynot equiped C100603any15pF C110603any22nF L10603TDK (MLG1608)not equiped L20603TDK (MLG1608)replaced by R8 L30603TDK (MLG1608)47nH L4 (may replace R2)0603TDK (MLG1608)100nH Q1SOT23Philipsnot equiped U1TSSOP14FreescaleMC33493DTBE X1NX8045GBNDK9.843750MHz J1DIL2x14 Pin length 8mm MINDIL 2x14-2.54mm J2SMAJohnson Componentsreplaced by ANT315 LABELMC33493MOD315EV label Change Log V1.0first release V2.0ref update for indus V2.1J2 ref changed V2.1remove SMA ANT315 CAD Module referenceANT315 BOM versionV1.0 Frequency315MHz ReferencePackageSupplier C10603any2.7pF C20603anynot equiped C30603any10pF C50603any8.2pF J1DIL2x3 Pin length 6mm MAXDIL 2x3-2.54mm L10603any82nH R10603anynot equiped R20603any0R R30603anynot equiped R40603any1k R5 (may replace C2)0603any0R Change Log V1.0first release

55 44 33 22 11 D D C C B B A A GND 16 1 26 Connector seen from component side 521 ENABLEPA ENABLE 3 1412228 VCC 6 11 8 271517 22 DATA 2325 MODE 19 4202410 1379 18 DATACLK MODE VCC ENABLE GND DATA DATACLK MC33493MOD315EV V2.0 Tango3 RF Module - 315MHz A4 1 5 Friday, October 21, 2005 Title Size Document Number Rev Date: Sheet of VCC VCC R60 J2 SMA vert L4100nH C610pF L347nH R515k C85.6pF C10 15pF R30 C322nF X1 9.84375MHz U1 MC33493 1234567 891011121314 DATACLKDATA BAND GND XTAL1 XTAL0 REXT CFSK VCC RFOUT GNDRF VCC ENABLE MODE J1-15 15 C4100pF J1-13 13 C11 100pF J1-1 1 J1-3 3 J1-25 25 R60 J1-11 11 55 44 33 22 11 D D C C B B A A Printed Loop antenna MC33493MOD315EV This antenna is suitable for : xxxxx V1.0 315MHz Printed Circuit Antenna A4 1 1 Tuesday, September 05, 2006 Title Size Document Number Rev Date: Sheet of R162 Ohms R2 248 Ohms R362 Ohms C18.2pF J1 SMA vert no connected C58.2pF C327pF L112nH C215pF R4330 Ohms

EMITECH GRAND SUD 145, rue du Massacan – BP 25 – Z.I. « vallée du Salaison » - 34741 VENDARGUES CEDEX – Tél. 04 67 87 11 02 – Fax : 04 67 70 94 55 S.A. au capital de 480 000 € - R.C. Versailles B 344 545 645 00063 – APE 742 C RG-06-91113-6A - DM / JG This report cancels and replaces RG-06-91113-6A Ed. 1 RADIO TESTS REPORT According to standard: FCC Part. 15 subpart C, 15.231 Equipment under test: RF Module 315MHz MC33493MOD315EV (Tango3) FCC ID: RUNMC33493MOD315E Company: FREESCALE Diffusion: Mr GAUTHIER (Company: FREESCALE) Number of pages: 10 including 1 annex Ed. Date Modified page(s) Written by Name Visa Technical verification Name Visa Quality approval Name Visa 2 05-Feb-07 5 David MONTAULON Régis GONZALEZ Olivier HEYER Duplication of this report is only permitted for an integral photographic facsimile. It includes the number of pages referenced above. This document is the result of testing a specimen or a sample of the product submitted. It does not imply an assessment of the conformity of the whole production of the item tested. EMITECH RG-06-91113-6A Ed.2 PAGE : 2 NAME OF THE EQUIPMENT UNDER TEST (E.U.T) : RF Module 315MHz - MC33493MOD315EV (Tango3) Serial number : None Part number : None Software Version : None MANUFACTURER'S NAME : FREESCALE APPLICANT’S ADRESS: Company : FREESCALE Adress : Semiconducteurs France SAS - Centre Electronique de Toulouse 134 avenue General Eisenhower BP 72329 31023 TOULOUSE CEDEX 1 FRANCE Person present during the tests : Mr GAUTHIER Responsible : Mr GAUTHIER DATES OF TESTS : July, 4 th 5 th 6 th 7 th 10 th 11 th and 12 th of 2006, and November, the 15 th of 2006 TESTS LOCATION : Emitech Grand Sud Laboratory in Vendargues (34) Open area test site in Salinelles (30) Registration number 8127-19 TESTS SUPERVISOR : Nobody TESTS OPERATOR : David MONTAULON EMITECH RG-06-91113-6A Ed.2 PAGE : 3 CONTENTS 1. INTRODUCTION................................................................................................................................4 2. REFERENCE DOCUMENT................................................................................................................4 3. EQUIPMENT UNDER TEST CONFIGURATION AND DESCRIPTION .............................................4 4. SUMMARY OF TEST RESULTS .......................................................................................................5 5. RADIATED ELECTRIC EMISSION ...................................................................................................6 ANNEX: PHOTOGRAPH(S) .....................................................................................................................10 EMITECH RG-06-91113-6A Ed.2 PAGE : 4 1. INTRODUCTION This document submits the results of Electromagnetic Compatibility tests performed on the equipment RF Module 315MHz - MC33493MOD315EV (Tango3) according to the document listed below. 2. REFERENCE DOCUMENT FCC Part 15 (February 2006) Code of Federal Regulations Title 47 – Telecommunications Chapter 1 – Federal Communications Commision Part 15 – Radio frequency devices Subpart C – Intentional Radiators ANSI C 63.4 (2003) American National Standard for Methods of measurement of Radio-Noise from low-voltage Electrical and Electronic Equipment in the Range of 9 kHz to 40 GHz 3. EQUIPMENT UNDER TEST CONFIGURATION AND DESCRIPTION Product description : FCC ID: RUNMC33493MOD315E ITU emission code: 14K0A1DAN Utilization: RF transmitter module used for customer evaluation of ISM band transceiver at lab. Antenna type: Incorporated antenna Antenna gain: Unknown Operating frequency range: 868.30 MHz Number of channels: 1 Channel spacing: - Frequency generation: P.L.L. synthesizer Modulation: ASK 100 % with Manchester code at 4800 bit per second Power source: 9 V battery Power level and frequency range are not user adjustable Cycle and operating mode during emission tests : Permanent emission 9V Battery Equipment modifications applied before tests : No CPU BOARD RF Module Antenna RS232 EMITECH RG-06-91113-6A Ed.2 PAGE : 5 4. SUMMARY OF TEST RESULTS Tests designation or section Results satisfying? Comments 15.33 Frequency range of radiated measurement - Considered 15.35 Measurement detector functions and bandwidths - Considered 15.203 Antenna requirement YES Nota 1 15.205 Restricted bands of operation YES 15.207 Conducted limits N.A. Powered by internal batteries 15.209 Radiated emission limits, general requirements N.A. Transmitter only 15.231 Periodic operation in the band 40.66 40.70 MHz and above 70 MHz a) Transmission requirements YES Nota 2 b) Radiated emission YES c) Occupied bandwidth YES Nota 3 d) Frequency tolerance N.A. E.U.T. does not transmit in the band 40.60 – 40.70 MHz e) Periodic alternate field strength measurement N.A. Requirements of b) are considered N.P.: Not Performed. N.A.: Not Applicable. Sample submitted to the tests complies with the regulations of the standard FCC part 15 (02/2006) according to limits specified in this tests report. Nota 1: Internal antenna without connector Nota 2: (1) of the 15.231(a) is considered Each time order is done by user, product sends a word. This word can’t be bigger than 128 bits and transmission speed can’t be lower than 2400 bits per second. Then TX time can’t be longer than 54 ms between each manually operation. Nota 3: The bandwidth of the emission at 15 dBc is less than 20 kHz (see Photo in annex), less than 0.25 % of the center frequency (787.5 kHz) Ed. 2 EMITECH RG-06-91113-6A Ed.2 PAGE : 6 5. RADIATED ELECTRIC EMISSION Standard : FCC Part. 15 subparts C (06), 15.231 (b) Test method : ANSI C64-3 (03) Resolution bandwidth and test configuration : Frequency band Resolution Bandwidth Detection mode 25MHz-1GHz 120kHz Quasi-peak 1GHz-4GHz 1MHz Average Measure applies on open area test site (registration number 8127-19). Test antenna is oriented in vertical and horizontal polarization. Product is rotated through 360° in the horizontal plane only. Highest levels are recorded in the worst confi…

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