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Information needed to fill out CEPT ETS 300 330 application forms.
1. Quality Assurance: Yes
2. If yes, Certification/Accreditation Body(s): ANSI-RAB
Standard(s) (i.e. ISO 9001, EN45001, etc. ISO9001
2. If the equipment has previously been type approved to any other ETS or
I-ETS, please list. ___NONE________________________________________.
3. Choose Type of equipment: Transceiver
♦ Fixed Station,
♦ Duplex.
♦ Integral antenna
♦ Transponder (Tag): Passive (EUT is a READER which reads PASSIVE TAGS).
4. ITU Class of Emission Code (s): 1K10P0N--
5. Product Class: CLASS 1
♦ Class 1 Equip. Avg. area for the loop: 0.0023_m
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6. Transmitter:
♦ Method of frequency generation: 4.0 MHz CERAMIC RESONATOR.
♦ Operating Frequency: 0.125 MHz
♦ Frequency Alignment Range: 0.119 MHz to 0.133 MHz.
♦ Channel switching frequency range: single channel
♦ Channel separation: __na____
♦ Max. Channels of Operation: _one_____
♦ Operates without modulation? Yes
♦ Transmitter modulation: none
♦ Maximum Rated Transmitter Output: 6.0 dB(µA/m)
♦ Antenna: multi-turn wire loop
7. RF Software Version: _Beta 7______________________.
8. RF Power: (tick appropriate box)
Power at permanent external RF connector
Effective Radiated Power (ERP)
Effective Isotropic Radiated Power (EIRP)
Maximum measured power: __________________Watts
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9. Is transmitter output power:
Fixed
If continuously variable or stepped:
Minimum Power ___________A/dB(µA/m) Minimum Power __________Watts
If stepped: Step size __________dB/step
10. Is transmitter intended for continuous duty or intermittent
duty?
CONTINUOUS DUTY (Unit automatically duty cycles transmitter 25 msec on, 100
msec off, repeating continuously, without operator intervention)
If intermittent:
♦ Tx ON ___ _____ Tx OFF _sec
♦ Duty Cycle (Tx on / (Tx on + Tx off)) =
♦ Continuous operation possible for testing ? Yes or No
During Test: Tx ON ______sec Tx OFF ______sec
11. Signalling/Digital Transmission:
Is selective signalling and/or digital transmission fitted: No
If yes, is selective signalling and/or digital transmission analogue or digital.
If analogue, state format:_________________________________
Tone frequencies: _________________________________Hz
If digital, state modulation method: _________________________
Bit Rate: _____________________bit/sec
12. Transmitter Power Source:
♦ Common power source for transmitter and receiver: Yes.
♦ AC Power supply: No. State voltage_______ V. Single or Three phase.
♦ AC supply frequency _________Hz.
♦ DC Power supply: Yes. State voltage: 12 V
♦ DC Maximum Current: .15 A
♦ Other:_____________________________
Battery: Nickel Cadmium, Mercury
, Alkaline, Lead Acid, Leclanche, Lithium or
other ________________________, __________ Volts
13. Transmitter modulation: Amplitude, Frequency
14. Transmitter Frequency or Phase modulation:
for < 12% of the channel separation at _____Hz
Amplitude Modulation:
for 60% modulation depth
or declare the maximum modulation depth:______%.
, Phase or other____NONE________.
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15. Modulation input signal level at:
♦ Microphone socket ______mV Impedance _____Ohms
♦ Accessory socket ______mV Impedance _____Ohms
♦ *Other ______mV Impedance _____Ohms
*(For use where direct connection is provided for test purposes.)
♦ Lowest audio modulation frequency transmitted by the equipment: _______Hz
16. Transmitter Modulation bit rate ______bit/s.
Type of modulation:
♦ Subcarrier: MSK or FFSK
.
♦ Direct: Direct FSK , GMSK , Generalized tamed FM or Multilevel.
State FM:
♦ PLL-4PSK or 8 PSK
.
17. Interface for data transmission:
♦ Signal Level: V28 or other (details) ________________________________.
♦ Definition of signals: V24 or other (details)__________________________.
18. Can the EUT transmit continuous bit streams?
♦ If NO, give details of the format ________________________________.
19. Type of connector: 25 pin RS232, 9 pin RS232, Male, Female or
other(details)__________________________________.
20. Receiver Technical Characteristics:
♦ Operating Frequency (frequencies) : ___14 KH__________________.
♦ Receiver frequency alignment range: _____none__________________.
♦ Channel switching frequency range: ____none____________________.
♦ Channel separation:__none____.
♦ Maximum number of channels: __1__.
♦ IF Bandwidth: __no IF________________.
♦ Sensitivity: __________________________.
♦ Antenna: ____common to transmit, multiturn wire loop___________.
21. Class of emission used (Receiver):
ITU Designation 1: (if applicable) 2:
22. Receiver Power Source:
♦ AC Power supply: No. State voltage_______ V. Single
or Three phase.
♦ AC supply frequency _________Hz.
♦ DC Power supply: Yes State voltage: ___12____V
♦ DC Maximum Current: ____________A
♦ Other:_____________________________
Battery: Nickel Cadmium, Mercury
, Alkaline, Lead Acid, Leclanche, Lithium or
other ________________________, __________ Volts
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23. External power source:
Voltage Pin assignment Cable length
Power source 1 12 WIRE UP TO 152 m
Power source 2 m
Power source 3 m
Ground WIRE UP TO 152 m
24. If the equipment is designed to automatically switch off at a predetermined voltage
level, please list cut-off voltage ________.
25. Duplex Operation:
♦ Is equipment intended for duplex operation: Yes
♦ Is equipment fitted with separate transmitter and receiver ant. sockets: No.
♦ Is equipment fitted with a duplex filter as an integral part of the equipment with a
single antenna connection socket: Yes or No
.
♦ Is the duplex filter externally fitted and connected to the main equipment by co-axial
cable(s) Yes or No
. If Yes state type and make of duplex
filter_______________________________.
26. Frequency Identification:
Equipment ID
(eg serial no.)
Channel No.
(If applicable)
Transmit Nominal
Frequency (MHz)
27. Integral Selective Calling: _________________________________
28. Audio-frequency interface level at external data socket:
_______________________________
29. Antenna socket: None.
30. Data, control and signal ports:
Port designation Port number Pin assignment Cable length
WIEGAND IO WIRES UP TO 152 m
LOCAL IO &
WIRES UP TO 6 m
Control
Receive Nominal
Frequency (MHz)
m
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m
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