1989 Ed.]
Telecommunication Regulations
[CAP. 106
A 57
[Subsidiary]
(11) Application of licence: This licence shall apply to wide-band link and relay systems utilizing frequencies allocated by the Authority above 890 MHz.
SCHEDULE
Name and address of Licensee:
Location
Station
Frequency and Maximum Frequency Tolerance (para. D applies)
Bandwidth of Emission
(para. D applies)
Class of Emission (para. C applies)
For and on behalf of the Telecommunications Authority.
Pulse characteristics (pulse repetition frequency,
pulse duration, pulse rise time-para. Z applies)
Effective radiated power in the direction of maximum radiation (Watts) (paras. A & B apply)
Aerial Characteristics (paras. A & B apply)
For the purposes of the Schedule
A. Effective Radiated Power (ERP) is the power supplied to the antenna multiplied by the relative
gain of the antenna in a given direction.
B.
The (ERP) shall be expressed in terms of the peak envelope power (Pp), the mean power (Pm), or the carrier power (Po), whichever is appropriate, taking into account the class of emission used. These powers shall have the meanings assigned to them in the Telecommunication Convention.
ERP and the aerial characteristics will be assessed either by measurements or by calculation from the characteristics of the types of apparatus used, at the discretion of the Telecommunications Authority. For this purpose the appropriate recommendation of the International Radio Consultative Committee (CCIR) should be used as a guide.
C. The symbols used to designate the classes of emission have the meanings assigned to them in
the Telecommunication Convention.
D. "Bandwidth" and "frequency tolerance" have the meanings assigned to them in the
Telecommunication Convention.
E. Public Repetition Frequency (PRF) is the reciprocal of the minimum interval separating
corresponding points (e.g., 50% of the peak amplitude) of successive pulses.
Pulse duration (length) of any specific pulse is the interval between the first and the last instance at which the instantaneous amplitude reaches 50% of the peak amplitude.
Pulse rise time is the time taken during any specific pulse for the amplitude to increase from 10% to 90% of the peak amplitude.
(L.N. 159 of 1972; L.N. 204 of 1973)
1989 Ed.]
Telecommunication Regulations
[CAP. 106
A 57
[Subsidiary]
(11) Application of licence: This licence shall apply to wide-band link and relay systems utilizing frequencies allocated by the Authority above 890 MHz.
SCHEDULE
Name and address of Licensee:
Location
Station
Frequency and Maximum Frequency Tolerance (para. D applies)
Bandwidth of Emission
(para. D applies)
Class of Emission (para. C applies)
For and on behalf of the Telecommunications Authority.
Pulse characteristics (pulse repetition frequency,
pulse duration, pulse rise time-para. Z applies)
Effective radiated power in the direction of maximum radiation (Watts) (paras. A & B apply)
Aerial Characteristics (paras. A & B apply)
For the purposes of the Schedule
A. Effective Radiated Power (ERP) is the power supplied to the antenna multiplied by the relative
gain of the antenna in a given direction.
B.
The (ERP) shall be expressed in terms of the peak envelope power (Pp), the mean power (Pm), or the carrier power (Po), whichever is appropriate, taking into account the class of emission used. These powers shall have the meanings assigned to them in the Telecommunication Convention.
ERP and the aerial characteristics will be assessed either by measurements or by calculation from the characteristics of the types of apparatus used, at the discretion of the Telecommunications Authority. For this purpose the appropriate recommendation of the International Radio Consultative Committee (CCIR) should be used as a guide.
C. The symbols used to designate the classes of emission have the meanings assigned to them in
the Telecommunication Convention.
D. "Bandwidth" and "frequency tolerance" have the meanings assigned to them in the
Telecommunication Convention.
E. Public Repetition Frequency (PRF) is the reciprocal of the minimum interval separating
corresponding points (e.g., 50% of the peak amplitude) of successive pulses.
Pulse duration (length) of any specific pulse is the interval between the first and the last instance at which the instantaneous amplitude reaches 50% of the peak amplitude.
Pulse rise time is the time taken during any specific pulse for the amplitude to increase from 10% to 90% of the peak amplitude.
(L.N. 159 of 1972; L.N. 204 of 1973)
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