AZP-FRD1201U-T2Industrial Remote Control System

FCC ID AZP-FRH1201U-T2 FCC ID: AZP-FRd-1201U-T2 External Photographs

FCC ID AZP-FRH1201U-T2 FCC ID: AZP-FRd-1201U-T2 Label Information

FCC ID AZP-FRH1201U-T2 FCC ID: AZPFRH-1201U-T2 Internal Photographs FCC ID AZP-FRH1201U-T2

<SPECIFICATION> 1. GENERAL Communication system One-way communication Frequency range 429.2500 - 429.7375 MHz Oscillation system Synthesizer controlled by crystal resonator Transmission system Digital code transmission Data rate 2,400bps Identification code ID code 16 bits (65536 codes) (ID code is set at the factory and cannot be changed by the user.) Service distance 100 m or greater (However, the range may be shorter depending upon the surrounding, radio wave environment.) Operating temperature range -10 - DEG. C (Excluding battery) Operating humidity range 90% RH or less (No condensation) Storage temperature range -20 - DEG. C (Excluding battery) Storage humidity range 90% RH or less (No condensation) 2. Transmitter Type of emission F1D RF output power 10,797 [micro V/m] or less (3 m distance) Frequency tolerance 4 ppm Modulation FM-FSK Supply Voltage "AA" x 4 (DC 4.0 - 7.0 V) Current Consumption 50 mA or less (power supply voltage 6 V) Automatic power off shut down in approximately 4 seconds Antenna Built-in antenna 3. Receiver Receiving sensitivity -100 dBm or less (normal temperature) Intermediate frequency 1ST IF 21.7 MHz 2ND IF 450 kHz Supply Voltage DC 9 - 31 V Current Consumption 1.2 A or less (Excluding load current) Antenna 1/4 wave-length whip antenna (flexible, length approx. 160 mm) Description of RF module Type of emission F1D Frequency range 429.2500 - 429.7375 MHz Transmit frequency synthesizer The frequency synthesizer is a "pulse-swallowing" type using a TB31213FN integrated circuit. It uses a 21.250 MHz TCXO for its reference source. This IC is programmed to select the individual frequency steps. Programming of this IC is accomplished at power-on time and is controlled by the microprocessor. After receiver selects an unused frequency, it enables the transmitter to begin transmission on that frequency. The operation frequency is selected from predetermined group of ten frequencies listed in the following table: Programmed Frequency Table Step Group1 Group2 Group3 Group4 1 429.5000 429.2500 429.5125 429.6250 MHz 2 429.3750 429.2625 429.3875 429.6375 MHz 3 429.2750 429.4000 429.5250 429.6500 MHz 4 429.2875 429.4125 429.5375 429.6625 MHz 5 429.3000 429.4250 429.5500 429.6750 MHz 6 429.3125 429.4375 429.5625 429.6875 MHz 7 429.3250 429.4500 429.5750 429.7000 MHz 8 429.3375 429.4625 429.5875 429.7125 MHz 9 429.3500 429.4750 429.6000 429.7250 MHz 10 429.3625 429.4875 429.6125 429.7375 MHz Frequency stabilizing circuitry: X101 FTA3001A TCXO (Reference clock of PLL) I101 TB31213FN PLL synthesizer IC I401 TK11227M Voltage stabilizer Transmitter signal path The serial data from microprocessor (logic unit) passes a low-pass filter, and it directly modulates to VCO in PLL. The modulated signal passes a buffer and amplified with RF amplifier. Then, it passes a low path filter to eliminate undesired emissions, and finally transmit from an antenna. Modulation restrictions Although it is made the composition which gives direct frequency modulation to a voltage controlled oscillator with an modulation signal, a variable resister adjusts an modulation level and it is made to maintain the suitable degree of modulation. Power restrictions A variable resister adjusts the degree of amplification of a final stage amplifier, and it is made to maintain suitable transmitted electric power. Suppressor of spurious radiation low-pass filter C101 CH 8pF C102 CH 12pF C103 CH 18pF L101 15nH L102 15nH Receiver signal path The signal received with the antenna is amplified with a low noise amplifier. Then, it is changed into the first intermediate frequency with a mixer. The signal of the first intermediate frequency is further amplified with a low noise amplifier, and is inputted into FM detection IC. Inside this IC, FM demodulation signal is carried out, after changing into the second intermediate frequency. And it is inputted into a microprocessor as receiving data. Description of modulation The modulation signal consists of 16 bits of Identification code, 16 bits operation channel data and 32 bits of error check code. These 64bits are biphase encoded to make 128bits of transmitted data. Eight bits of synchronization code are inserted before the 128 bits data packet. Control system One microprocessor is controlling generation of the transmitting data by the input of control of a high frequency circuit, switch operation, etc. alone. About control of a high frequency circuit, processing of a frequency setup of a phase lock loop (PLL), a change of transmission and reception, etc. has become main especially. Transmitter antenna An internal "printed-circuit-board" type antenna is used. There are no provision to attach an external antenna. Receiver antenna 1/4 wave-length whip antenna with RG-58/U cable is used. Receiver antenna terminal is M type connecter. Function of each active device Q201 2SC5065 RF amplifier (Receiver block) Q202 2SC5065 1ST IF buffer (Receiver block) Q301 2SC5065 RF amplifier (Transmitter block) Q302 2SC5065 RF amplifier (Transmitter block) Q401 DTA143ZUA Transmitter block power supply control Q402 DTA143ZUA Receiver block (RF block) power supply control Q403 DTA143ZUA Receiver block (IF block) power supply control I101 TB31213FN PLL synthesizer IC I201 TA31136FN Demodulator I401 TK11227M Voltage stabilizer

Page 1 of 37 Pags EMI/EMC-TestcenterEMV-Pr ̧fzentrum Straubing, February 14, 2001 T E S T - R E P O R T No. 55503-00711 for FRD-1201U-T2 Remote Control Transmitter Applicant:Futaba Corporation Purpose of testing:To show compliance with FCC Code of Federal Regulations, Part 15 Subpart C, Section ß15.231 Industry Canada Radio Standards Specification RSS-210 Issue 2, Section 6.1 (Category I Equipment) Note: The test data of this report relate only to the individual item which has been tested. This report shall not be reproduced except in full extent without the written approval of the testing laboratory. FCC-ID: AZP-FRD1201U-T2Test Report No. 55503-00711 Page 2 of 37 Pages EMI/EMC-TestcenterEMV-Pr ̧fzentrum Table of Contents 1. Administrative Data.....................................................................................3 2. Identification of Test Laboratory .................................................................4 3. Summary of Test Results ...........................................................................5 4. Operation Mode of EUT..............................................................................6 5. Configuration of EUT and Peripheral Devices ............................................7 6. Measuring Methods ....................................................................................8 6.1. Bandwidth of Emission(FCC ß15.231.c / RSS-210 Section 6.1.1.c) ....................................................................................8 6.2. Radiated Emission 30 MHz - 1 GHz (FCC ß15.205.a,b, ß15.209, ß15.231.b / RSS-210 Sections 6.1.1.b, 6.3)..........................9 6.3. Radiated Emission 1 GHz - 4.5 GHz (FCC ß15.205.a,b, ß15.209, ß15.231.b / RSS-210 Sections 6.1.1.b, 6.3)........................11 7. Equipment List ..........................................................................................13 8. Photographs Taken During Testing ..........................................................15 9. List of Measurements ...............................................................................18 9.1. List of Measurements According To FCC Part 15 Subpart C ...........................................................................................19 9.2. List of Measurements According To Industry Canada RSS-210.............................................................................................20 10. Referenced Regulations ...........................................................................21 11. Test Results..............................................................................................22 FCC-ID: AZP-FRD1201U-T2Test Report No. 55503-00711 Page 3 of 37 Pages EMI/EMC-TestcenterEMV-Pr ̧fzentrum 1.Administrative Data Equipment Under Test (EUT): FRD-1201U-T2 Serial number(s):eng01 Type of equipment:Remote Control Transmitter Parts/accessories:--- FCC-ID:AZP-FRD1201U-T2 Applicant:Futaba Corporation (full address)R/C Engineering Unit 1 1080, Yabuzuka Chosei-son Chosei-gun Chiba-ken, 299-4395 Japan Contract identification:--- Contact person:Mr. Sakuma Manufacturer:Futaba Corporation Receipt of EUT:December 11, 2000 Date of test:December 2000 to February 2001 Note:--- Responsible for testing:Johann Roidt Responsible for test report:Johann Roidt (cj) FCC-ID: AZP-FRD1201U-T2Test Report No. 55503-00711 Page 4 of 37 Pages EMI/EMC-TestcenterEMV-Pr ̧fzentrum 2.Identification of Test Laboratory Test Laboratory:Senton GmbH EMI/EMC Test Center (full address):Aeussere Fruehlingstrasse 45 D-94315 Straubing Germany Contact person:Mr. Johann Roidt Communication:Telephone(+49) 0 94 21 / 55 22-0 Fax (+49) 0 94 21 / 55 22-99 eMail:[email protected] FCC registration number:90926 Industry Canada file number:IC 3050 FCC-ID: AZP-FRD1201U-T2Test Report No. 55503-00711 Page 5 of 37 Pages EMI/EMC-TestcenterEMV-Pr ̧fzentrum 3.Summary of Test Results The tested sample complies with the requirements set forth in the Code of Regulations Part 15 Subpart C, Section ß15.231 (intentional radiators) of the Federal Communication Commission (FCC) and the Radio Standards Specification RSS-210 Issue 2, Section 6.1 for Low Power Licence-Exempt Radiocommuniction Devices of Industry Canada. Johann Roidt Technical Manager FCC-ID: AZP-FRD1201U-T2Test Report No. 55503-00711 Page 6 of 37 Pages EMI/EMC-TestcenterEMV-Pr ̧fzentrum 4.Operation Mode of EUT - transmitting continuously - with battery supply 6 V DC FCC-ID: AZP-FRD1201U-T2Test Report No. 55503-00711 Page 7 of 37 Pages EMI/EMC-TestcenterEMV-Pr ̧fzentrum 5.Configuration of EUT and Peripheral Devices Configuration of cables of EUT Not applicable Configuration of peripheral devices connected to EUT Not applicable FCC-ID: AZP-FRD1201U-T2Test Report No. 55503-00711 Page 8 of 37 Pages EMI/EMC-TestcenterEMV-Pr ̧fzentrum 6.Measuring Methods 6.1.Bandwidth of Emission(FCC ß15.231.c / RSS-210 Section 6.1.1.c) The Bandwidth of Emission is measured with a spectrum analyzer connected to measuring antenna (radiated measurement) or test fixture while EUT is operating in transmit mode with modulation at the appropriate center frequency. To increase received signal level distance to EUT is reduced (appropriate level offset is included). The spectrum analyzer was set to: RBW = 10 kHz, VBW = 10 kHz, span = 0.2 MHz, sweep = 20 ms See figure 1 for the measurement setup. Test equipment used (see equipment list for details): 02, 55, 67 5 2 1 4 3 Figure 1: Measurement setup for bandwidth of emission test 1 Transmitter (EUT) 3 Test fixture 2 Wooden table 4 Test cable 5 Spectrum analyzer FCC-ID: AZP-FRD1201U-T2Test Report No. 55503-00711 Page 9 of 37 Pages EMI/EMC-TestcenterEMV-Pr ̧fzentrum 6.2.Radiated Emission 30 MHz - 1 GHz (FCC ß15.205.a,b, ß15.209, ß15.231.b / RSS-210 Sections 6.1.1.b, 6.3) Radiated emissions are measured over the frequency range from 30 MHz to 1 GHz. The bandwidth of the EMI-receiver is set to 120 kHz and the detector- function is set to CISPR quasi-peak. The test setup is made in accordance with ANS…

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FCC-ID: AZP-FRD1201U-T2Test Report No. 55503-00711 Page 16 of 37 Pages EMI/EMC-TestcenterEMV-Pr ̧fzentrum Photos No. 8.1 - 8.2 Test setup for radiated emission pre-test 30 MHz - 1 GHz and final test 1 - 4.5 GHz (semi anechoic room) FCC-ID: AZP-FRD1201U-T2Test Report No. 55503-00711 Page 17 of 37 Pages EMI/EMC-TestcenterEMV-Pr ̧fzentrum Photos No. 8.3 - 8.4 Test setup for radiated emission final test 30 MHz - 1 GHz (open area test site)