We broke new ground in the development of the Magnova. It is not just another oscilloscope, everything has been redesigned from scratch.
With the Flex-Encoder® concept, the four rotary encoders adapt to the currently used function, allowing a wide range of parameters to be conveniently set in all areas. The current parameters and other functions are always shown next to the rotary encoders on the display.
As well as setting the signal position and scaling, the rotary encoders can be used to control the zoom factor and position in the zoom view, for example, and to set the offset, scale, centre and span in the FFT display. For the generator, these are the amplitude, offset, frequency and other parameters of the generated signal. Whatever you want to do, the four rotary encoders provide the perfect setting options.
With powerful filters, HiRes, and averaging functions in the 16-bit system architecture, we get even more out of the 12-bit data from the ADCs.
Whether you are sitting close to the Magnova, a little further away, it is placed on a shelf or you are standing in front of it: The tilt is infnitely variably adjustable from 80° to 170°, always giving you the perfect view of the display. You can also mount the Magnova on a VESA monitor arm and let it hover above your desk.
On many desks, the circuit to be measured is placed directly in front of the oscilloscope and the probe leads running in between can be inconvenient. Thanks to the special design of the Magnova, the ports are at the side providing better cable management.
The passive cooling concept ensures that you no longer have to be disturbed by fan noise. With the Magnova, the largest heat sources (processor, FPGA, RAM) are thermally connected directly to the metal case. This means that most of the heat is dissipated directly outside the case. Therefore a fan is unnecessary in normal operation and the Magnova can run silently.
Extensive measurement functions with trend charts, powerful history, signal analysis, search and mask test functions, X/Y mode, reference- and maths channels with freely defnable formulas, simultaneous signal decoders, FFT spectra with waterfall display and markers, vertical and horizontal zoom function, Bode plots, display with persistence, adjustable colour grading and much more.
The large screen diagonal and crisp resolution of 1920 x 1080 pixels will impress you. Whether you’re viewing multiple channels simultaneously, analysing complex signals, or simply wanting to see everything at a glance, this display leaves nothing to be desired.
The optional function generator module offers 14 bit resolution and a sampling rate of up to 400 MSa/s for any signal waveform from 1 µHz to 90 MHz. It is a full-featured generator with an amplitude range of up to 20 Vpp (up to 10 Vpp with 50 ohm termination).
Features | Magnova BMO |
---|---|
Channel | 4 |
Bandwidth | 100 MHz - 350 MHz |
Sample rate | 1.6 GSa/s when using channel 1 and/or 2 1.0 GSa/s with additional use of channel 3 and/or 4 |
Waveform capture rate | 300,000 wfms/s (12,000,000 wfms/s History Mode) |
Memory depth | Single channel mode: 320 Mpts Dual channel mode: 160 Mpts Four channel mode: 80 Mpts |
You will find the specifications of the Magnova here.
Magnova BMO | Bandwidth | Channel | Logic Analyzer | Waveform generator |
---|---|---|---|---|
BMO100 | 100 MHz (upgradable to 350 MHz) | 4 | Option | Option |
BMO200 | 200 MHz (upgradable to 350 MHz) | 4 | Option | Option |
BMO350 | 350 MHz | 4 | Option | Option |
Language: English
Version: 0.91
File Size: 1.07 MiB
Release Date: 09.04.2024
Language: English
File Size: 256.14 KiB
Release Date: 07.11.2024
Language: German, English
Version: 1.1.3
File Size: 43.33 MiB
Release Date: 07.11.2024
Language: German
Version: V 1.0
File Size: 2.89 MiB
Release Date: 11.09.2024
Language: English
Version: V 1.0
File Size: 3.03 MiB
Release Date: 11.09.2024
Language: German
File Size: 4.43 MiB
Release Date: 09.04.2024
Language: English
File Size: 4.42 MiB
Release Date: 09.04.2024