Aaronia Spectran [HF-60105V4] V4 Handheld RF Spectrum Analyzer 1 MHz - 9.4 GHz

The Aaronia HF60105 Spectran V4 Handheld RF Spectrum Analyzer 1 MHz - 9.4 GHz measures the frequency range of 1 MHz to 9.4 GHz. This lightweight analyzer offers pre-programmed hot keys for popular North America frequencies. Detect sources of interference, find out more about their causes, determine the frequency and intensity of the signal sources, measure limits and boost the functionality by using the high-end PC software.

The HF 60105 offers a USB interface with real-time remote control to PC or MAC. The free analyzer software, which is available for MAC OS, Linux and Windows, transforms any Spectran into a powerful measurement solution with great features (e.g. recording, multiple window display, histogram, waterfall diagram, unlimited number of markers, enhanced limits display).

The HF 60105 units offer a powerful limits display. Just push the limits button on the Spectrum Analyzer and the high-performance Digital Signal Processor (DSP) of the spectrum analyzer constantly calculates the limits and displays the results in real-time.

Professional RF measurement devices use a frequency dependant measurement approach, the so-called spectrum analysis. In a certain frequency range, the individuals signals and their respective strengths are being broken down, for example into a "bargraph" display. The height of the individual bars represents the corresponding signal strength.

The HF 60105 contains a data logger which allows long-term recordings of measurement results over a freely adjustable period of time. This is particularly indispensable for serious evaluation of exposure by appliances and machinery which have a changing power consumption or radiation strength over time. Without long-term recordings, massive misinterpretation of total exposure can occur. With long-term data logging, the daily variation of exposure can be recorded and analysed. With this functionality, discover sporadic EMC problems which would otherwise be very hard to detect.