73029-001 Datasheet/PDF73029-001 is a type of electrical equipment that is primarily used to detect area electromagnetic interference levels and assess possible signal/noise electrical conductivity. This type of electrical equipment is often used in broadcast systems, communication systems, medical device testing, and in other oscilloscope applications.
It is capable of providing accurate results and data in various applications. The device is made up of two parts – an inductive current pick-up measurement head, and a digital signal processor. In normal operation, the inductive current pick-up is used to measure the electrical interference signals in a frequency range covering from 5 Hz to 1000 KHz.
The signal processor part of the apparatus is used to process the signals acquired in the frequency range and compute the results to measure the S/N ratio of both the rectifier conducted and radiated EMI levels. The processor also contains a time-based multiplex system, which is used to calculate the various S/N ratios from the separate tests.
The current pick-up measurement head is made up of four separate measurement heads and consists of two types of Hall Effect transducer systems. The first is the short-range field sensor head, which is used to measure both harmonics and frequency-domain alternating fields. The second is the wide-range field sensor head, which is used to measure both rectified and radiated interference levels.
The time-based multiplex system within the digital signal processor is used to provide power output and S/N ratio data for up to four separate tests. It also contains a sampling and recording system, which is used to capture the data from each of the four tests. The processor can be used to generate either graph or numerical results.
73029-001 is a reliable instrument for use in a range of applications. Its combination of inductive current pick-up and digital signal processor components makes it very useful for testing and measuring various interference levels. This type of electrical equipment is indispensable in a variety of applications, such as broadcast systems, communication systems, medical device testing, and in other oscilloscope applications.