MRBSATEL-3AS-125SATELLINE-3AS(d)/125 radio data modem

SATELLINE-3AS User Guide, Version 2.3 1 IMPORTANT NOTICE All rights to this manual are owned solely by SATEL OY (referred to in this user guide as SATEL). All rights reserved. The copying of this manual (without the written permission from the owner) by printing, copying, recording or by any other means, or the full or partial translation of the manual to any other language, including all programming languages, using any electrical, mechanical, magnetic, optical, manual or other methods or devices is forbidden. SATEL reserves the right to change the technical specifications or functions of its products, or to discontinue the manufacture of any of its products or to discontinue the support of any of its products, without any written announcement and urges its customers to ensure, that the information at their disposal is valid. SATEL software and programs are delivered ”as is”. The manufacturer does not grant any kind of warranty including guarantees on suitability and applicability to a certain application. Under no circumstances is the manufacturer or the developer of a program responsible for any possible damages caused by the use of a program. The names of the programs as well as all copyrights relating to the programs are the sole property of SATEL. Any transfer, licensing to a third party, leasing, renting, transportation, copying, editing, translating, modifying into another programming language or reverse engineering for any intent is forbidden without the written consent of SATEL. SATEL PRODUCTS HAVE NOT BEEN DESIGNED, INTENDED NOR INSPECTED TO BE USED IN ANY LIFE SUPPORT RELATED DEVICE OR SYSTEM RELATED FUNCTION NOR AS A PART OF ANY OTHER CRITICAL SYSTEM AND ARE GRANTED NO FUNCTIONAL WARRANTY IF THEY ARE USED IN ANY OF THE APPLICATIONS MENTIONED. Salo, FINLAND 2002 SATELLINE-3AS User Guide, Version 2.3 2 RESTRICTIONS ON USE SATELLINE-3AS(d) radio modems have been designed to operate on frequency ranges, the exact use of which differs from one region and/or country to another. The user of a radio modem must take care that the said device is not operated without the permission of the local authorities on frequencies other than those specifically reserved and intended for use without a specific permit. For this reason, the notice mark has been attached to the radio modem. The model SATELLINE-3AS(d) 869 MHz is designed to operate on the licence free frequency band of 869.400 – 869.650 MHz according to recommendation CEPT/ERC/REC 70-03. This recommendation has been drawn up by the European Radiocommunications Committee (ERC) under CEPT. The transmit/receive duty cycle of the individual unit is limited to 10% on this band, and a single transmission period must not exceed 36 s. In addition, the maximum allowed radiated output power is 500 mW ERP . WARNING! Users of SATELLINE-3AS (d) radio modem in North America should be aware, that due to the allocation of the frequency band 406.0 – 406.1 MHz for government use only, the use of radio modem on this frequency band without a proper permit is strictly forbidden. SATELLINE-3AS User Guide, Version 2.3 3 WARRANTY AND SAFETY INSTRUCTIONS Read these safety instructions carefully before using the product:
Warranty will be void, if the product is used in any way, that is in contradiction with the instructions given in this manual, or if the radio modem housing has been opened or tampered with.
The radio modem is only to be operated at frequencies allocated by local authorities, and without exceeding the given maximum allowed output power ratings. SATEL and its distributors are not responsible, if any products manufactured by it are used in unlawful ways.
The devices mentioned in this manual are to be used only according to the instructions described in this manual. Faultless and safe operation of the devices can be guaranteed only if the transport, storage, operation and handling of the devices is appropriate. This also applies to the maintenance of the products.
To prevent damage both the radio modem and any terminal devices must always be switched OFF before connecting or disconnecting the serial connection cable. It should be ascertained that different devices used have the same ground potential. Before connecting any power cables the output voltage of the power supply should be checked. SATELLINE-3AS User Guide, Version 2.3 4 TABLE OF CONTENTS IMPORTANT NOTICE ............................................................................................. 1 RESTRICTIONS ON USE ......................................................................................... 2 WARRANTY AND SAFETY INSTRUCTIONS ............................................................. 3 TABLE OF CONTENTS ............................................................................................ 4 INTRODUCTION .................................................................................................... 9 1SATELLINE-3AS(D)/869 MHZ/EPIC RADIO DATA MODEMS....................... 11 1.1SATELLINE-3AS(d) Technical specifications (380...470 MHz) .................... 11 1.2SATELLINE-3AS(d) Technical specifications (869 MHz) ............................. 12 1.3SATELLINE-3AS(d) Epic Technical specifications (400...470 MHz) ............ 13 1.4Basic configuration and installation......................................................... 14 2SERIAL INTERFACE ..................................................................................... 16 2.1D15 connector ........................................................................................... 17 2.2RS-232 interface........................................................................................ 18 2.3RS-422 interface........................................................................................ 19 2.4RS-485 interface........................................................................................ 20 2.5Termination of RS422/485 lines.......................................................…

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May 16, 2003 SATEL Oy, P.O.Box 142, FIN-24101 Salo, Finland Street: Meriniitynkatu 17, FIN-24100 Salo, Finland Tel: +358 2 777 7800, Fax: +358 2 777 7810, E-mail: [email protected] www.satel.fi Reference: Equipment Authorization Application (confirmation number: EA617664) of SATELLINE-3AS/125 radio data modem (FCC Identification code: MRBSATEL-3AS-125) Background: According to the 47CFR/ §0.457/ (d)/ (ii), materials relating to applications for equipment authorizations are not routinely available for public inspection prior to the effective date of the authorization. However, at the moment any person has access via the internet to all of the exhibits attached to our pending application. Therefore we would like to request according to 47CFR/ §0.459, that part of the material will be withheld from public inspection. REQUEST FOR CONFIDENTIALITY §0.459/ (b)/ (1) Identification of the material: The following attachment files of the application no. EA617664 - BlockDiagram_TC4.pdf - BlockDiagram_uCFX.pdf - Schematics_Tc4k.pdf - Schematics_uCFXi.pdf (2) Identification of the Commission proceeding: The confidential information mentioned above has been submitted via Electronic Filing Site to FCC / Office of Engineering and Technology on the 9 th of January 2001, as attachments to our application no. EA942856. (3), (4) Degree of information The confidential files mentioned above contain technical details of the electronic circuitry of the product. (5) Possible harm caused by disclosure of the information Disclosure of the confidential information of the files mentioned above may result in easier ‘reverse engineering’ by the competitors, and therefore cause significant financial losses in business. (6) Preventing measures of the submitting party The applicant for the equipment authorization (Satel Oy) has relied on the standard way how the telecommunication authorities in various states handle the product documentation in connection with equipment authorization procedures. (7) Availability of the information The confidential information mentioned above is available only to the telecommunication authorities and to the specially authorized parties e.g. local service etc. (8) Period of non-disclosure The material should be withheld from public inspection as long as the product is on the market. Yours Sincerely, SATEL Oy Tapio Malmivaara Type Approval Engineer

SATEL OY Henna Määttä • SATELLINE-3ASd/125 - type equipped with LCD display and push-buttons • SATELLINE-3AS/125 - type without LCD display and push-buttons Both types are working on 12,5 kHz channel spacing, and both devices are identical, except the display and push-buttons 16.05.2003 LABELLING of SATELLINE-3AS and SATELLINE-3ASd for U.S. Deliveries SATELLINE-3AS/125 Ser.no. 99050101 Tel: +358 2 777 7800, Fax: +358 2 777 7810 SATEL OY Init. Freq: 466.5000 MHz SATELLINE-3AS/125 SATELLINE-3ASd/125 Ser.no. 99050102 Tel: +358 2 777 7800, Fax: +358 2 777 7810 SATEL OY Init. Freq: 466.5000 MHz SATELLINE-3ASd/125 S A T E L L I N E - 3 A S d 89/336/EEC LCD display Push-Buttons FCC ID: MRBSATELLINE-3AS SATELLINE-3ASd/125 TYPE APPROVAL U.S.A. 89/336/EEC FCC ID: MRBSATELLINE-3AS SATELLINE-3AS/125 TYPE APPROVAL U.S.A.

SATEL OY Henna Määttä • SATELLINE-3ASd/125 - type equipped with LCD display and push-buttons • SATELLINE-3AS/125 - type without LCD display and push-buttons Both types are working on 12,5 kHz channel spacing, and both devices are identical, except the display and push-buttons 29.05.2003 LABELLING of SATELLINE-3AS and SATELLINE-3ASd for U.S. Deliveries SATELLINE-3AS/125 Ser.no. 99050101 Tel: +358 2 777 7800, Fax: +358 2 777 7810 SATEL OY Init. Freq: 466.5000 MHz SATELLINE-3AS/125 SATELLINE-3ASd/125 Ser.no. 99050102 Tel: +358 2 777 7800, Fax: +358 2 777 7810 SATEL OY Init. Freq: 466.5000 MHz SATELLINE-3ASd/125 S A T E L L I N E - 3 A S d 89/336/EEC LCD display Push-Buttons FCC ID: MRBSATEL-3AS-125 SATELLINE-3ASd/125 TYPE APPROVAL U.S.A. 89/336/EEC FCC ID: MRBSATEL-3AS-125 SATELLINE-3AS/125 TYPE APPROVAL U.S.A.

PRODUCT INFORMATION 16.05.2003 TaM H:\Marketing\Tekninen tuki\Type_Approvals\Application_Prosesses\USA\3AS\125\Calculation_of_Necessary_Bandwidth-3AS.doc SATEL Oy, P.O.Box 142, FIN-24101 Salo, Finland Street: Meriniitynkatu 17, FIN-24100 Salo, Finland Tel: +358 2 777 7800, Fax: +358 2 777 7810, E-mail: [email protected] www.satel.fi Calculation of the Necessary Bandwidth for SATELLINE-3AS(d) Radio Modem SATELLINE-3AS and SATELLINE-3ASd (version with LCD) radio modem uses frequency modulation and the signal is modulated with digital information. Based on these facts, the necessary bandwidth is calculated according to the formula in the section §2.202 (g) part III-A/1. Calculation for 12.5 kHz channel spacing B n = 2M+2DK , M = B/2 , K = 1.2 B = 4800 bauds => M = 2400 s -1 D = 3.3 kHz B n = 2 x 2400 Hz + 2 x 3300 Hz x 1.2 = 12.7 kHz -> 12K7 Calculation for 25 kHz channel spacing B n = 2M+2DK , M = B/2 , K = 1.2 B = 9600 bauds => M = 4800 s -1 D = 6 kHz B n = 2 x 4800 Hz + 2 x 6000 Hz x 1.2 = 24 kHz -> 24K0 Note! Due to the fact that the maximum deviation never occurs simultaneously with the maximum modulation frequency, the real bandwidth of the emitted signal is lower than the ones calculated according to the formula above.

SATEL Oy Nov 5, 2001 / TaM Emission Mask - specifying the limits for the occupied bandwidth and spurious emissions -40 -30 -20 -10 0 10 20 30 40 -55-50-45-40-35-30-25-20-15-10-50510152025303540455055 Frequency - Fc [kHz] Signal Level [dBm] ± (0 ... 5.625 kHz) 30 dBm ± (5.625 ... 12.5 kHz) 30 - 7.27 (f d - 2.88 kHz) dBm > ± 12.5 kHz 30 - [50 + 10 lg (P)] dBm = -20 dBm Emission Mask D (§90.210) " For transmitters designed to operate with a 12.5 kHz channel bandwidth" P = unmodulated carrier output power = 1 W = 30 dBm Authorized Bandwidth = 11.25 kHz

PRODUCT INFORMATION 16.05.2003 TaM H:\Marketing\Tekninen tuki\Type_Approvals\Application_Prosesses\USA\3AS\125\Preventing_Measures_for_406-Band_3AS.doc SATEL Oy, P.O.Box 142, FIN-24101 Salo, Finland Street: Meriniitynkatu 17, FIN-24100 Salo, Finland Tel: +358 2 777 7800, Fax: +358 2 777 7810, E-mail: [email protected] www.satel.fi List of the measures that Satel Oy has taken in preventing the unauthorised operation of SATELLINE-3AS radio modem at 406.0 – 406.1 MHz band 1. The following text has been added to the user's manual. WARNING! Users of SATELLINE-3AS (d) radio modem in North America should be aware, that due to the allocation of the frequency band 406.0 – 406.1 MHz for government use only, the use of radio modem on this frequency band without a proper permit is strictly forbidden. 2. The production personal has been informed to set the lower and upper frequency limits of the equipment so that a customer will not be able to change the operating frequency to the band 406.0-406.1 MHz.

PRODUCT INFORMATION SATELLINE-3AS 16.05.2003 H:\Marketing\Tekninen tuki\Type_Approvals\Application_Prosesses\USA\3AS\125\Modulation_Characteristics_3AS.doc SATEL Oy, P.O.Box 142, FIN-24101 Salo, Finland Street: Meriniitynkatu 17, FIN-24100 Salo, Finland Tel: +358 2 777 7800, Fax: +358 2 777 7810, E-mail: [email protected] www.satel.fi Modulation Characteristics of SATELLINE-3AS(d) Radio Modem SATELLINE-3AS radio data modem uses CML FX919B integrated circuit for encoding the data to the Tx modulator and further to the other stages of the transmitter. The encoder block of the FX919B circuit translates the binary data to 4-level symbols. Each symbol contains the information of two bits. After encoding, the data symbols are passed through a linear-phase lowpass filter with a ‘Root Raised Cosine’ (RRC) frequency response defined by the function H(f) = 1 for 0 ≤ f < (1-b)/(2T) = square root of {0.5 [1 – sin(πT (f – 0.5/T)/b)]} for (1-b)/(2T) ≤ f ≤ (1+b)/(2T) = 0 for (1+b)/(2T) < f , where b = 0.2 and T = 1/symbol rate, to eliminate the high frequency components of the modulating signal. Source of information: Document no. D/919B/1 July 1997, CML Semiconductor Products Ltd.

SATELLINE-3AS OPERATIONAL DESCRIPTION 15.05.2003 C:\TAPIO\TYYPPIHV\USA\3AS\125\Operational_Description_of_Circuitry_3AS-125.doc SATEL Oy, P.O.Box 142, FIN-24101 Salo, Finland Street: Meriniitynkatu 17, FIN-24100 Salo, Finland Tel: +358 2 777 7800, Fax: +358 2 777 7810, E-mail: [email protected] www.satel.fi SATELLINE-3AS Radio Data Modem Operational Description of Electrical Circuitry Ref: FCC ID: MRBSATEL-3AS-125 1. General SATELLINE-3AS radio data modem comprises a microcontroller operated modem logic board and a synthesised 1W UHF radio transceiver module. DC power supply circuitry is located mainly at the modem logic board but many of the internal voltage regulators are situated close to each circuit block. All the electrical circuit boards are enclosed in an aluminium casing sealed with an RF gasket. Filtered D15 connector is acting as a physical interface for the RS-232/422 serial port and the voltage supply. The antenna port is terminated with a coaxial TNC connector. SATELLINE-3AS radio modems offer a wireless data communication link for the terminal units implementing a serial data interface. 2. Radio Transceiver The operating frequency range of the radio transceiver is from 380 MHz up to 470 MHz. It works on a single 12.5 kHz or 25 kHz radio channel in a half-duplex mode. 2.1. Synthesizer A common synthesizer circuit provides a local oscillator signal to the transmitter and to the receiver. The serial input synthesizer and prescaler IC (LMX1511) controls the output frequency of the coaxial resonator based voltage controlled oscillator (VCO). The synthesised frequency is locked to the 12.8 MHz temperature compensated crystal oscillator (TCXO) to ensure high stability over the whole operating temperature range. Before conducting the output signal to the Tx and Rx mixers, the signal is amplified by the buffer circuit providing the isolation for impedance variations. The metal cover shields the VCO from the interfering radiation of the other radio circuitry. The frequency of the synthesizer is controlled by the microcontroller through the Clock, Data and Enable lines. To avoid any kind of interference due to the variations of the main supply voltage, all the supply voltages of the synthesizer circuitry are regulated and filtered. 2.2. Transmitter The transmitted data input is connected to a base band amplifier for deviation adjustment. The data signal modulates the 25.85 MHz crystal oscillator. The modulated signal is multiplied by three, and a narrow 77.55 MHz crystal filter selects the correct signal for the mixer. The signal is mixed up to the operating RF frequency (F synt + 77.55 MHz). Before the amplification, the other mixing products are filtered out by a pair of band pass helical filters. IC amplifier and two power stages boost the Tx signal up to 1W. All the supply voltages of the transmitter circuits are regulated. Page 1 of 2 SATELLINE-3AS OPERATIONAL DESCRIPTION 15.05.2003 C:\TAPIO\TYYPPIHV\USA\3AS\125\Operational_Description_of_Circuitry_3AS-125.doc SATEL Oy, P.O.Box 142, FIN-24101 Salo, Finland Street: Meriniitynkatu 17, FIN-24100 Salo, Finland Tel: +358 2 777 7800, Fax: +358 2 777 7810, E-mail: [email protected] www.satel.fi 2.3. Receiver Initially the radio modem is working in the receiving mode, and the antenna port is switched to the Rx section. After the low pass and image frequency filter, there is a low noise amplifier (LNA) and a band pass filter. The LNA is optimised for not only low noise but also high linearity operation for to maintain sufficient intermodulation rejection. The signal path is then conducted to the first mixer followed by a buffer amplifier. A crystal filter pair selects the intermediate 77.55 MHz frequency for the input of the receiver IC (SA606). SA606 is a monolithic FM IF system incorporating a mixer/oscillator, two limiting intermediate frequency amplifiers, quadrature detector, logarithmic receiver signal strength indicator, voltage regulator and audio and RSSI op amps. Together with external crystal oscillator of 77.095 MHz, ceramic high selectivity IF filters, quadrature coil and buffer amplifiers, SA606 IF circuit mixes the signal down to the second intermediate frequency 455 kHz and after filtering and limiting, performs the data signal detection. All the supply voltages of the receiver circuits are regulated. 3. Modem All the functions of the SATELLINE-3AS radio modem are supervised by the Hitachi H8/3048F microcontroller. The radio modem reacts automatically to the data flow at the serial interface or to the radio signal indicators at the transceiver interface. A crystal oscillator generates the clock signal for the microcontroller. The radio modem works in a half duplex mode. Either it recognises data on the serial interface, and transfers the message further to the radio interface for transmission. Or the radio modem detects radio signal and identified data on the channel, and transfers the message to the serial interface. If data appears on the both interfaces simultaneously, the radio modem decides the direction of data transfer depending on the priority setting. The serial interface can be set to work as RS-232 or RS-422/485. The microcontroller controls the lines of the serial interface through the LT1334CSW line driver circuit. RS-232 interface uses CTS, CD and RTS lines for handshaking if needed, in addition to the lines RD, TD and SGND, which are used for normal data transmission. Because the TX mode is triggered by data, no additional control signals are needed to control the radio transceiver externally. Status of the lines at the serial interface is indicated by three-colour LEDs. Four-level FSK is used as a modulation method of the radio signal. An FX919B integrated circuit (for TxD/RxD) has been implemented on the board to perform, not only the modulation/demodulation, but also other base band signal processing and MAC protocol functions, like error correction (FEC), error detection (CRC), bit interleaving and frame synchr…

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TC4k OSALUETTELO V. 1.00 12.6.2002 QTY PCODE SHAPE NAME MODEL VALUE REFERENCE DESIGNATOR --- ------ -------- --------------- -------- ------------ ------------------- 1 IX0606 SOL20 IC SA606 IC202 1 IX1511 TSSOP20P LMX1511 U IC301 2 IR2951 SO8 LP2951 U IC304, IC103 1 IX0603 SO8 MAX603 U IC104 2 IA0272 SO8 TLC27M2I IC203, IC101 1 IA2442 MSOP8 RF2442 U IC204 1 IX2671 SOT23-6 MAX2671 MAX2671 IC102 2 IA2710 6PMM UPC2710T U A301, A101 1 IA2221 SSOP5P TLV2221 IC105 3 IR2980 SSOP5P LP2980 U IC303, IC302, IC201 1 QQ0479 PLD-1 NE5500479A Q T104 1 QA4926 SOT143F 2SC4926YO-TL Q T301 2 QS0060 SOT23 BCW60 Q T106, T105 2 QS0590 SOT343 BFG590W Q T303, T103 3 QA0081 SOT143F BFP81 Q* T302, T102, T101 1 QA1093 SOT323 BFR93AW Q T203 1 QS1093 SOT323 BFT93W Q T202 1 DS1236 CC0805 SMV1236-011 SMV1236-011 D301 3 DS0682 CC1206 BA682 D D106, D105, D104 3 DS0016 SOT23 BAS16 D D302, D202, D102 3 DS0099 SOT23 BAV99 BAV99* D204, D203, D201 1 DS1200 SOT23 SMV1255-001 CAPDIOD D101 1 DS1204 SOT23 SMV1215-001 CAPDIOD D103 1 DS0277 SOD523 BA277 D D107 6 CF0101 C C 100P C342, C236, C212, C168, C144, C110 3 CF0103 C C 10N C213, C203, C116 5 CF0100 C C 10P C324, C231, C162, C148, C129 4 CF0120 C C 12P C252, C243, C240, C114 1 CF0154 C C 150N C302 1 CF0151 C C 150P C111 5 CF0150 C C 15P C338, C307, C163, C120, C119 5 CF0180 C C 18P C345, C242, C145, C134, C130 13 CF0102 C C 1N C357, C353, C341, C337, C336, C334, C333, C321, C320, C303, C218, C216, C128 1 CF0109 C C 1P C135 2 CF0159 C C 1P5 C241, C121 1 CF0189 C C 1P8 C149 6 CF0221 C C 220P C311, C220, C147, C124, C108, C107 32 CF0223 C C 22N C346, C331, C329, C328, C327, C325, C318, C301, C239, C238, C237, C232, C230, C229, C228, C227, C226, C223, C219, C204, C174, C172, C166, C161, C160, C141, C137, C122, C113, C112, C102, C101 3 CF0220 C C 22P C201, C169, C158 4 CF0270 C C 27P C234, C209, C143, C115 1 CF0222 C C 2N2 C173 1 CF0229 C C 2P2 C165 4 CF0279 C C 2P7 C326, C151, C142, C123 1 CF0331 C C 330P C118 2 CF0330 C C 33P C356, C233 4 CF0479 C C 4P7 C314, C312, C306, C304 1 CF0569 C C 5P6 C202 4 CF0680 C C 68P C250, C146, C140, C127 2 CF0689 C C 6P8 C154, C150 6 CF0829 C C 8P2 C335, C313, C305, C214, C170, C152 15 C C VALUE C355, C354, C352, C351, C347, C343, C340, C330, C323, C308, C300, C208, C153, C117, C103 1 CC0805 C C VALUE C319 13 CD0105 CC0805 C C 1U C344, C339, C317, C316, C315, C310, C217, C207, C206, C139, C136, C125, C109 6 CC0475 CC1206 C C 4U7 C332, C322, C309, C235, C159, C157 1 CU1106 CC1206 C 10U/10V C138 2 CI2100 TSW-3 CTRIM CTRIM 3-10P CT301, CT103 1 CI2200 TSW-3 CTRIM CTRIM 4.5-20P CT101 2 LE2104 CC0603R L 100N L309, L114 1 LE2103 CC0603R L 10N L307 1 LD3332 CC0805 L 3N3 L112 1 LD3562 CC0805 L 5N6 L117 2 LD3822 CC0805 L 8N2 L208, L110 6 LD5334 CC0805 L 330N L315, L308, L210, L202, L109, L108 1 LD2684 CC0805 L 680N L305 9 LD5106 CC0805 L 10U L304, L303, L301, L211, L207, L206, L205, L105, L102 10 LC0123 L 12N L313, L302, L214, L201, L123, L122, L120, L119, L118, L104 4 LC0223 L 22N L312, L213, L126, L121 1 LC1333 L 33N L209 2 LC1473 L 47N L125, L106 1 LC1823 L 82N L124 3 LC1224 L 220N L116, L111, L103 2 LC1564 L 560N L107, L101 1 LB1105 CC1008 L 1U L220 1 LB1125 CC1008 L 1U2 L204 2 LB1825 CC1008 L 8U2 COILCRAFT L311, L310 3 LB3475 CC1210 L 4U7 MURATA L203, L115, L113 4 RF0000 R R 0 R350, R303, R201, R153 3 RF0100 R R 10 R357, R329, R147 3 RF0101 R R 100 R307, R134, R114 13 RF0104 R R 100K R221, R212, R160, R159, R145, R144, R143, R140, R139, R104, R103, R102, R231 10 RF0103 R R 10K R363, R356, R355, R311, R310, R305, R225, R217, R206, R112 2 RF0123 R R 12K R301, R226 3 RF0154 R R 150K R157, R156, R155 1 RF0183 R R 18K R207 7 RF0102 R R 1K R327, R314, R218, R215, R208, R136, R115 1 RF0220 R R 22 R312 2 RF0221 R R 220 R119, R118 1 RF0223 R R 22K R110 4 RF0222 R R 2K2 R354, R306, R135, R116 4 RF0331 R R 330 R309, R148, R146, R133 8 RF0333 R R 33K R229, R228, R224, R213, R138, R113, R109, R101 4 RF0332 R R 3K3 R328, R137, R105, C126 4 RF0470 R R 47 R330, R316, R237, R120 5 RF0471 R R 470 R308, R214, R202, R132, R117 4 RF0473 R R 47K R222, R219, R111, R107 3 RF0472 R R 4K7 R359, R315, R232 5 RF0683 R R 68K R302, R220, R216, R227, R152 1 RF0820 R R 82 R304 1 RF0822 R R 8K2 R313 10 R R VALUE R361, R360, R353, R351, R233, R158, R154, R151, R108, R106 3 RI0104 STRIM TRIM TRIM 100K RT202, RT102, RT101 2 XF3775 SMDFX6 HFF7755 77.55 MH FX201, FX101 1 LI1687 SMDQCOIL LQ L 680UH LQ201 1 XN0450 RESON4 RESON GBF30045 450MHZ L306 1 XM0005 TT100 RMS-1MH RMS-1 M201 2 LH1465 SMD5HT2 SHELIX 465MHz H102, H101 1 XO1282 TXS0924S TXS0924 TXS0924 12.8 MHZ I301 1 MP0222 pelti TC4#4 KÄSIN: 2 CFILT-V CFVM455 F F202, F201 1 XX7709 CON3 07 CRYSTAL 77.095 M X201 1 XX2585 CON3 07 CRYSTAL 25.85 MH VALUE X101 OPTIOT: 1 DP3880 SOT23 HSMP3880/- D D303 1 QS0060 SOT23 BCW60/- Q T304 1 CF0223 C C 22N/- C349 1 RF0271 R R 270/- R362 1 RF0103 R R 10K/- R352 1 LC1224 L 220N/- L314 1 CI2100 TSW-3 CTRIM CTRIM 3-10P/- CT302

Satelline 3ASd/250 S/N: see the cover page ETS 300 113 Test Report Reference: TL 1000461 Page 2 (34) Date 29.02.2000 Eq. 2 Ch. 4) We have measured same time (Test Report No. TL990313) the radio modem Satelline-3ASd/125, of which channel separation was 12.5 kHz (modulation bit rate: 9600 bps). This Test Report includes the measurement results of another version: Satelline-3ASd/250, of which channel separation is 25.0 kHz (modulation bit rate is now 19200 bps). Due to these separations we have repeated measurements marked above. We supposed after consideration, that the modifications have an effect on these parameters only. Type: SATELLINE-3ASd/250 Alignment range: 90 MHz Switching range: 1 channel Category: AR3 Measurement Serial no. 99420528, 99420525 Serial no. 99420527 Serial no. 99420526 Frequencies Tx/Rx: 1) 380.000 MHz 2) 410.000 MHz 3) 440.000 MHz 4) 470.000 MHz Voltages: 13.5 VDC 9.0 VDC 30.0 VDC Temperatures: 21.0 to 22.1 °C - 20 °C + 55 °C Humidity: 30.9 to 40.6 % Carrier power: 1 W /10 mW Antenna: 50 ohm (TNC-connector) Class of emission: F1D If frequencies: 77 550 khz, 455 kHz Number of channels: 1 Production model: Yes Channel separation: 25.0 kHz Mode of DATA Multilevel State FM, 19200 bps 5.1.1 Frequency error 5.1.2 Carrier power (conducted) x x x x 5.1.4 Adjacent channel power 5.1.5 Spurious emissions (conducted) 5.1.5 Spurious emissions (radiated) 5.1.6 Intermodulation attenuation 5.1.7 Transmitter attack time 5.1.8 Transmitter release time 5.1.9.1 Time domain analysis of power and frequency x x 5.1.9.2 Adjacent channel power transient x x x x 5.2.1 Maximum useable sensitivity x x 5.2.3 Error behaviour at high input levels x x 5.2.4 Co-channel rejection x x x x 5.2.5 Adjacent channel selectivity 5.2.6 Spurious response rejection 5.2.7 Intermodulation response rejection 5.2.8 Blocking or desensitisation 5.2.9 Spurious radiations (conducted) 5.2.9 Spurious radiations (radiated) 5.3.1 Receiver desensitisation and maximum useable sensitivity 5.3.2 Receiver spurious response rejection Normal Minimum Maxmum Equipment 1 and 4 Equipment 2 Equipment 3 Eq. 1 and 4 Channels 1) 4) The following measurements according to ETS 300 113 and prETS 300 793 standard have been performed: REMARKS: Eq. 2 Ch. 2) Eq. 3 Ch. 3) Duplex operation Satelline 3ASd/250 S/N: see the cover page ETS 300 113 Test Report Reference: TL 1000461 Page 3 (34) Date 29.02.2000 Ambient temperature: 22.1 °C Relative humidity: 30.9 % Date: 19.11.1999 (1 W) Ambient temperature: 21.7 °C Relative humidity: 36.9 % Date: 09.02.2000 (10 mW) TRANSMITTER ADJACENT CHANNEL POWER CLAUSE 8.5 Modulation bit rate: 19200 bps (direct 4-FSK) Channel separation 25.0 kHz Rated output power: 1 W. MEASUREMENT BELOW CARRIER POWER (dBc) Channel 1 2 3 4 + 12.5 kHz - 73.4 - 72.9 - 1.3 - 71.8 - 12.5 kHz - 71.3 - 70.9 - 73.2 - 70.6 Measurement uncertainty (U95) ± 1.6 dB LIMIT CLAUSE 5.1.4 20.0 kHz & 25.0 kHz channel spacing: 70dBc (without the need to be below 0.2 μW) 12.5 kHz channel spacing: 60dBc (without the need to be below 0.2 μW) TEST EQUIPMENT USED: 314, 9, 395, 119, 362, 403 Rated output power: 10 mW. MEASUREMENT BELOW CARRIER POWER (dBc) Channel 1 2 3 4 + 25.0 kHz - 71.3 (0.74 nW) - 72.9 (0.51 nW) - 69.9 (1.02 nW) - 69.7 (1.07 nW) - 25.0 kHz - 69.8 (1.05 nW) - 69.3 (1.18 nW) - 69.5 (1.12 nW) - 69.8 (1.05 nW) Measurement uncertainty (U95) ± 1.6 dB LIMIT CLAUSE 5.1.4 20.0 kHz & 25.0 kHz channel spacing: 70dBc (without the need to be below 0.2 μW) 12.5 kHz channel spacing: 60dBc (without the need to be below 0.2 μW) TEST EQUIPMENT USED: 314, 9, 327, 362, 403 Satelline 3ASd/250 S/N: see the cover page ETS 300 113 Test Report Reference: TL 1000461 Page 4 (34) Date 29.02.2000 Ambient temperature: 21.1 °C Relative humidity: 32.9 % Date: 07.12.1999 (1 W) Ambient temperature: 21.7 °C Relative humidity: 36.9 % Date: 09.02.2000 (10 mW) TRANSIENT BEHAVIOUR OF THE TRANSMITTER CLAUSE 8.10 (ADJACENT CHANNEL POWER TRANSIENT) Power level at which the measurement has been performed: 1 W MEASUREMENT BELOW CARRIER POWER (dBc) Channel 1 4 TX on TX off TX on TX off TX on TX off + 25.0 kHz < - 66.0 < - 66.0 < - 66.0 < - 66.0 - 25.0 kHz < - 66.0 < - 66.0 < - 66.0 < - 66.0 Measurement uncertainty (U95) + 1.4 dB, -1.6 dB LIMIT CLAUSE 5.1.9.2 Ch. spacing 12.5 kHz: - 50 dBc (without the need to be below 2 μW) Ch. spacings 20.0/25.0 kHz: - 60 dBc (without the need to be below 2 μW) TEST EQUIPMENT USED: 119, 391, 392, 146, 134, 335, 332, 41, 42, 10, 362, 403 Power level at which the measurement has been performed: 10 mW MEASUREMENT BELOW CARRIER POWER (dBc) Channel 1 4 TX on TX off TX on TX off TX on TX off + 25.0 kHz - 61.5 - 42.0 - 60.0 - 44.0 ( 7.08 nW ) ( 630 nW ) ( 10 nW ) ( 400 nW ) - 25.0 kHz - 44.0 - 53.0 - 53.0 - 47.0 ( 400 nW ) ( 50 nW ) ( 50 nW ) ( 200 nW ) Measurement uncertainty (U95) + 1.4 dB, -1.6 dB LIMIT CLAUSE 5.1.9.2 Ch. spacing 12.5 kHz: - 50 dBc (without the need to be below 2 μW) Ch. spacings 20.0/25.0 kHz: - 60 dBc (without the need to be below 2 μW) TEST EQUIPMENT USED: 31, 389, 392, 389, 146, 135, 41, 43, 10, 362, 403 Satelline 3ASd/250 S/N: see the cover page ETS…

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