CEPT I-ETS 300 168-1993 Radio Equipment and Systems (RES) Digital Short Range Radio (DSRR)《无线电设备和系统(RES) 数字短程无线电(DSRR)》.pdf

1、 W 232641Y 0015002 391 E cuKurcmv LuivrcmxvLc ur rua i LL mvu TELECOMMUNICATIONS ADMINISTRATIONS Application form for testing to I-ETS 300 168 Radio Equipment and Systems (RES) Digital Short Range Radio (DSRR) The submission documentation to a National Regulatory Body for Type approval purposes shal

2、l consist of two parts; Part one. Application form Part two. Test report form Version : 01/93 Adopted by ERC WG RR :May 1993 Fubiish ii) a connection to be made for the raw bit stream at the modulator input see sub-clause E.3.8.2 of I-ETS 300 168; a connection to be made to the demodulator raw bit s

3、tream output (see sub-clause E.3.8.2 of I-ETS 300 168; iii) iv) v) means to turn the data modulating signal ON or OFF; means of connecting the equipment to an external power supply. 232b414 0015004 164 For type approval to be granted on the basis of tests conducted on a pre- production model, that m

4、odel must be manufactured to the same production drawings and manufacturers specification as the later production models. Where this is not the case the national regulatory authority reserves the right to require either partial or full type testing to be carried out on the final production equipment

5、. Nota (a) AWlicantss re SDo- *.I It is the applicants responsibility to ensure that the equipment meets all the regulatory requirements for marking in the country where type approval is being sought. 2 2326414 0015005 OTO 9 MANUFACTURER U CATEGORY OF APPLICANT (please tick reie- (a) vant box opposi

6、te If box (b), (c) or (d) is ticked complete details in box below with respect to the manufacturer. IMPORTER DISTRIBUTOR AGE“ 0 0 0 (b) (Cl d) COMPANY NAME ADDRESS . . NAME FOR CONTACT PURPOSES . TELEPHONE NO: FAX NO: TELEX NO: MNFACTURERS DETAILB COMPANY NAME . ADDRESS NAME FOR CONTACT PURPOSES TEL

7、EPHONE NO: FAX NO: . TELEX NO 3 W 232b414 0015OOb T37 D The type designation may be either a single alphanumeric code a an alphanumeric/ code divided into two parts. Please fill in EITHER : TYPE DESIGNATION AS A SINGLE ALPHANUMERIC CODE illllllllllllllllil OR : TYPE DESIGNATION IN TWO PARTS : 1. EQU

8、IPMENT SERIES NO.(Note 2) ( “MODEL NUMBER“ ) llllllllrllllllllll AND 2. EQUIPMENT SPECIFIC NO. (Note 3) (“IDENTIFICATION NO“) 1111111111111111111111 Notes (1) This is the manufacturers numeric or alphanumeric code or name that is specific to a particular equipment. characteristics of the equipment e

9、.g. power. The manufacturer is free to choose the form of the type designation. It may contain information in coded form on the (2) This is the number, code or trade name used by the manufacturer to describe a series or family of equipment of substantially the same mechanical and electrical construc

10、tion which will include a number of related equipments. This number is often referred to as the “model no.“. (3) This is the manufacturers identification number given to a specific equipment in the series or family of equipments. It is often referred to as the “identification number“. MANUFACTURERS

11、CODE Enter the 8 bit manufacturers code See sub-clause 6.1.3.7 of the standard I SECOND CALL CODE Enter the 10 digit decimal number of the call code for each equipment, including the leading zeros unit 3 See sub-clauses 6.1.3.8 and 6.3 of the standard 4 2326434 0015007 973 = Base station (Equipment

12、fitted with an antenna socket for use with an o external antenna, and intended for use in a fixed location). ReDeater (Equipment intended to establish radiocommunications o tation (Mobile equipment fitted with an antenna socket, for use 0 -les between portable and/or mobile stations). with an extern

13、al antenna, normally used in a vehicle or as a transportable station). Portable (fitted with an antenna socket) (integral antenna equipment without an external antenna socket but fitted with a permanent internal or a temporary internal 50 ohm R.F. connector which allows access to the transmitter out

14、put and the receiver input) * Qther 0 BASE STATION Single frequency working Comunal Site Use o 0 (70 dB Intermodulation Two frequency working Attenuation limit) Add-on Data Unit Extended Control Head o 0 o Single antenna connector Two antenna connector o 0 REPEATER STATION Single frequency working C

15、ommunal Site Use 0 0 (70 dB Intermodulation Two frequency working Attenuation limit) 0 Add-on Data Unit o Single antenna connector O Two antenna connector o Extended Control Head 0 MOBILE STATION Transmitter Receiver Transceiver o 0 o Single frequency working Two frequency working Extended Control H

16、ead 0 o El Add-on Data 0 unit PORTABLE Add-on Data Unit 0 Single frequency working o Two frequency working 0 5 2326434 001iSOO BOT TRANSMITTER FREQUENCY Method of frequency generat ion u 0 CY“ES1ZER 0 OTHER . . . TRANSMITTER FREQUENCY RANGE 933 - 935 MHZ 888 - 890 MHz 0 0 6 = 232b414 OOL5009 746 MAX

17、IMUM RATED TRANSMITTER OUTPUT POWER (as stated by manufacturer) W AT TRANSMITlER RF OUTPUT CONNECTOR Is transmitter intended for: 0 u 0 0 Continuous duty Intermittent duty Yes No Yes No If intermittent state DUTY CYCLE Transmitter ON . minutes Transmitter OFF . minutes Is transmitter output power va

18、riable? U Yes continuously variable stepped 0 0 . dB per step . minimum RF output power (Watts ) n No Maximum power . (Watts 7 RECEIVER - FREQUENCY METHOD OF FREQUENCY GENERATION CRYSTAL u SYNTHESIZER OTHER . 0 o INTERMEDIATE FREQUENCIES 1st kHz 2nd kHz 3rd kHz o 0 0 Is local oscillator injection fr

19、equency higher or lower than the receiver nominal frequency? Higher (For channel to ) o 0 Lower (For channel to ) Identical Give details: . o . ,. ,. . ,. . RECEIVER FREQUENCY RANGE 888 - 890 MHz 933 - 935 MHZ 0 0 O 2326434 003503L 3T4 CONSTRUCTION OF EQUIPMENT Single unit (Note 4) Multiple units o

20、0 if multiple units describe each one clearly Note (4) Unit means a physically separate item of the equipment. AUTOMATIC EQUIPMENT SWITCH OFF If the equipment is designed to automatically switch off at a predetermined voltage level which is higher or lower in value than the battery minimum voltage c

21、alculated values this shall be clearly stated. u Applies . Cut-off voltage Does not apply O POWER SOURCE (S) AC MAINS . State voltage o DC Voltage (V) DC Maximum Current (A) Other 0 BATTERY 0 o o 0 0 o n . Nickel Cadmium Other Alkaline Mercury Lead acid (Vehicle Leclanch Lithium Other volts End poin

22、t regulated) voltage as . quoted by . equipment manufacturer (Refer to sub-clause E.2.3.2 of the Standard when completing the above) 9 = 2326414 00150L2 230 Is the equipment intended for 0 Yes 0 No Duplex operation Is the equipment fitted with separate transmitter and receiver antenna sockets 0 Yes

23、0 No o Yes 0 No Is the equipment fitted with a duplex filter as an integral part of the equipment with a single antenna connection socket Is the duplex filter externally fitted and connected to the main equipment by Co-axial cable(s) o Yes o No Type and make of duplex filter . COMMUNAL SITE OPERATIO

24、N Is the equipment fitted with circulators/isolators, internally or externally, as part of the equipment, to achieve the 70 dB intermodulation attenuation limit for communal site operations? Yes No o 0 If YES what is the value of attenuation and isolation of the circulator/isolator? dB attenuation d

25、B isolation 10 2326414 0015013 177 = Yes 0 Spare batteries e.g. (portable equipment) Yes 0 Battery charging device No U Special tools for dismantling equipment Yes 0 0 0 o No Yes No Encoder/Decoder Test interface box (if applicable) Full documentation on equipment (Handbook and circuit diagrams) oth

26、ers O o Yes No 0 0 Yes No Yes No if Yes, please specify 11 = 232bYl14 0015014 003 0 Yes 0 No Are the equipments submitted representative production models? If not are the equipments pre-production models? o Yes o No If pre-production equipments are submitted will the final production equipments be identical in Digital Short Range Radio (DSRR) Edition 1 - 1993- 02 - 135 Pages (withdrawn) pz TUR Imp1 I Remarks No Planned Under study No Yes No II study YeS I II No I In accordance with ERC/DEC/(96)06 Yes I