Document ID: chunk:federal_register_of_legislation:F2024C00514:clause:5_26:p2
Version: federal_register_of_legislation:F2024C00514
Segment Type: clause
Provision Reference: sch 5 cl 26 (pt 2/3)
Character Range: 165095–168222

in respect of the equipment's operation on ultra high frequencies specified in the CB class licence.

        (3) Clause 5.2 of AS/NZS 4365, and any equivalent provision, is not part of the UHF CB Equipment Standard.

        (4) Any requirement of AS/NZS 4365 that relates to the laws of New Zealand or to the New Zealand Ministry of Economic Development does not form part of the UHF CB Equipment Standard.

            Note: If a requirement of AS/NZS 4365 relates to both the laws of Australia and the laws of New Zealand, or to both the ACMA and the New Zealand Ministry of Economic Development, the requirement is part of the UHF CB Equipment Standard only to the extent that it relates to the laws of Australia or to the ACMA.

        (5) Clauses 6.7.3 and 6.7.4 of AS/NZS 4365, and any equivalent provisions, are omitted and replaced with the following clauses, for the UHF CB Equipment Standard:

              6.7.3  Limit for telemetry or telecommand transmissions

               When tested in accordance with clause 6.7.4, the adjacent channel power shall not exceed -22 dBm under any modulation condition.

             6.7.4  Method of test for telemetry or telecommand transmissions

               The measurement is made under standard test conditions (Clause 4.1) and using an adjacent channel power measuring 'receiver' conforming to the requirements of clause 6.7.5.

               For test purposes, it is desirable that telemetry or telecommand transmissions of the test samples should be at least three seconds in duration.

               The transmitter output shall be connected to an artificial load which is used to provide an appropriate signal level to the 'receiver' input. The output of the transmitter during a telemetry or telecommand transmission shall be observed by spectrum analysis or some other suitable means.

               The transmitter shall be operated in a modulated state at the highest available power output.

               For the purposes of this test the modulation shall be that which results in worst case adjacent channel power performance. The RMS power in the upper and lower adjacent channels as defined by Table 3D below shall be measured and recorded.

               6.7.5 Characteristics of Power Measuring Receiver (telemetry and telecommand transmissions)

               6.7.5.1 General

               The characteristics of the power measuring receiver outlined below are consistent with ETS 300 086 V1.4.1 (2010-06).

               6.7.5.2 Power measuring receiver specification

               The power measuring receiver consists of an oscillator, a mixer, an IF filter, an amplifier, a variable attenuator and an RMS value indicator. Instead of the variable attenuator with the RMS value indicator it is also possible to use a dB calibrated RMS voltmeter. The technical characteristics of the power measuring receiver are given below.

               6.7.5.3 IF filter

               The IF filter shall be within the limits of the selectivity characteristic in Figure 2A.

               Figure 2A Selectivity characteristic

               The