Used HUMO 3535 #9291181 for sale

Manufacturer
HUMO
Model
3535
ID: 9291181
Vintage: 2000
Taping handler Parts feeder Marker: KEYENCE MD-V9900A 2000 vintage.
HUMO 3535 is a test equipment designed for the characterization of microwave components in the 3500 to 3550 MHz frequency range. It is a high-performance, multi-channel measuring instrument, manufactured by Hameg Instruments GmbH. The main features of 3535 include: a comb sweep generator, dual directional couplers, frequency synthesizers, a 3 dB balun, an Octal Vector Network Analyzer (VNA), X-Y display, time-domain measurements, phase-measurement, and three-trace detector. HUMO 3535 comb sweep generator operates from 3500 to 3550 MHz and is programmable in frequency, amplitude, and pulse width. The generator is designed to produce a precise frequency sweep of increasing and decreasing time intervals from a single, simultaneously generated signal source, allowing for accurate measurements of frequency response characteristics. The dual directional couplers of 3535 allow for simultaneous transmission and reception of signals. The outputs are digitally displayed and can be read in real time. The frequency synthesizers can store and recall up to eight different frequencies, which are used for sweeping, and for selecting one or more specific frequency points for measurements. The 3 dB balun is designed to split a single signal source into two equal outputs without the additional need for an external signal source. The Octal Vector Network Analyzer is designed for measuring and analyzing the S-parameters of complex components. The X-Y display provides simultaneous magnified spectra of both receiver and transmitter signals. Time-domain, phase-measurements, and three-trace detector features provide additional information for component characterization. The time-domain measurements allow for precise analysis and visualization of the intensity of changes in signals of different frequencies, providing deep insight into the component's operation. HUMO 3535 is a powerful and versatile choice for component characterization and is well-suited for laboratory and field environments. The instrument is both easy to use and highly customizable to provide users with robust performance.
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