Foreword
Committees responsible
Specification
Section one. General
1 Scope
2 Definitions
Section two. Measuring apparatus
3 General
4 Quasi-peak measuring receiver for the frequency
range 9 kHz to 1000 MHz
5 Peak measuring receiver for the frequency range
9 kHz to 1000 MHz
6 Average measuring receiver for the frequency range
9 kHz to 100 MHz
7 Spectrum analysers
8 Disturbance analysers
9 Artificial mains networks
10 Ferrite clamp for use in the frequency range 30
MHz to 300 MHz
11 Current probe for use in the frequency range 9 kHz
to 100 MHz
12 Marking
Appendices
A Determination of response to repeated pulses
B Determination of pulse generator spectrum
C Accurate measurements of the output of nanosecond
pulse generators
D Influence of the receiver characteristics upon its
pulse response
E Bandwidth of average measuring receivers
F Available designs and use of spectrum analysers
G Alternative method for measuring the rate and
duration of disturbances
H Use of aerials with measuring receivers
J Voltage measurement using voltae probes
K Calibration and use of ferrite clamp
Tables
1 Fundamental characteristics of quasi-peak
measuring receivers
2 Test pulse characteristics for quasi-peak
measuring receivers
3 Pulse response of quasi-peak measuring receivers
4 Bandwidth characteristics for intermodulation
test of quasi-peak measuring receivers
5 Relative pulse response of peak and quasi-peak
meters
6(a) Disturbance analyser. Tests for amplitudes,
durations and spacings
6(b) Disturbance analyser. Tests using high level
pulses
6(c) Disturbance analyser. Tests using multiple pulses
7 Component values for the 50 ohm/50 micro H network
8 Component values for the 150 ohm network
9 Pulse generator characteristics
Figures
1(a) Pulse response curve for frequency range 9 kHz to
150 kHz
1(b) Pulse response curve for frequency range 0.15 MHz
to 30 MHz
1(c) Pulse response curve for frequency range 30 MHz
to 1000 MHz
2(a) Limits of overall selectivity (pass-band) for the
frequency range 9 kHz to 150 kHz
2(b) Limits of overall selectivity (pass-band) for the
frequency range 0.15 MHz to 30 MHz
2(c) Limits of overall selectivity (pass-band) for the
frequency range 30 MHz to 1000 MHz
3 Arrangement for testing for intermodulation
effects
4 Impedance versus frequency characteristic of 50
ohm/50 micro H, artificial mains network
5 Artificial mains network
6 Impedance versus frequency characteristic of 50
ohm/5 micro H, artificial mains network
7 Short dipole aerial factors for RL = 50 ohms
8 Circuit for r.f. voltage probe measurements on
supply mains
9 Construction of ferrite clamp
10 Calibration data for ferrite clamp
11 Method of measurement using ferrite clamp
12 Method of adjustment of clamp position for maximum
indication