BMO100

MAGNOVA BATRONIX | Alldatasheet

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Technical content

Batronix Innovative Tools. Excellent Service. Batronix Magnova® Datasheet Version 1.10 - June 5th, 2025

Batronix GmbH & Co. KG, Batronix GmbH & Co. KG, Handelsweg 16, Handelsweg 16, 24211 Preetz, 24211 Preetz, Germany,Germany, Tel +49Tel +49 4342 90786-0, 4342 90786-0, service@batronix.comservice@batronix.com Batronix Innovative Tools. Excellent Service. Table of contents Model Overview 3 Vertical System - Analog Channels 3 Analog channel noise floor at 50 Ω input impedance 4 Analog channel noise floor at 1 MΩ input impedance 4 Vertical System - Digital Channels 5 Horizontal System 5 Zoom 6 Acquisition 6 High Resolution Oversampling 7 Display 7 Trigger System 7 Trigger Types 8 Measurements 9 History (Segmented Memory) 9 Search 10 Mask (Pass/Fail Test) 10 X/Y Mode 10 References 10 Math 10 FFT 11 RF Characteristics 11 Cursors And FFT Cursors/Markers 11 Decoding 12 Generator Module (Option) 13 Bode Plot (Requires Generator Module) 14 I/O Connectivity 14 Other 14 Accessories (Included) 15 Options 15 Passed Conformity Tests 15 General 16 Operation Conditions 16 Power Supply And Consumption 16 Mechanical Data 16

Batronix GmbH & Co. KG, Batronix GmbH & Co. KG, Handelsweg 16, Handelsweg 16, 24211 Preetz, 24211 Preetz, Germany,Germany, Tel +49Tel +49 4342 90786-0, 4342 90786-0, service@batronix.comservice@batronix.com Batronix Innovative Tools. Excellent Service. Magnova Specifications Model Overview Magnova model BMO100 BMO200 BMO350 Analog channel bandwidth (-3 dB) ≥ 100 MHz ≥ 200 MHz ≥ 350 MHz Analog channel rise / fall time (calc.) (10 % to 90 % at 50 Ω) ≤ 3.5 ns ≤ 1.75 ns ≤ 1 ns Vertical System - Analog Channels Analog channels 4 Vertical resolution 12-bit ADC resolution 16-bit system architecture: The signals are always processed and stored with 16 bits after being recorded by the 12-bit ADC. Interpolation, software filters, average and high resolution oversampling are used to utilise the high resolution. Input impedance 50 Ω ±1 %, 1 MΩ ±1 % parallel to 19 pF ± 2 pF Input coupling DC, AC, GND Bandwidth limit filters 20 MHz, 50 MHz, 100 MHz, 200 MHz Maximum input voltage At 50 Ω: 5 Vrms, 30 Vpk At 1 MΩ: 300 Vrms, 400 Vpk, CAT I derates at 20 dB/decade from 200 kHz to 2 MHz; derates at 6 dB/decade from 2 MHz to 400 MHz, > 400 MHz max. 5 Vrms With Testec TT-HX 312 (10:1 setting): 400 Vrms, CAT II With Testec TT-HF 612RA: 400 Vrms, CAT II Please refer to the Testec datasheets for derating and details. Vertical scale with 1:1 probe (8 divisions / screen) 200 µV/div - 6 V/div 1.6 mV/screen - 48 V/screen DC gain accuracy Typical ±0.5 % at > 5 mV/div Maximum ±1.0 % at > 5 mV/div Maximum ±1.5 % at ≥ 0.5 mV/div up to ≤ 5 mV/div Offset range ±70 V at > 200 mV/div; ±2 V at ≤ 200 mV/div With automatic early attenuation (reduced accuracy): ±70 V at > 35 mV/div Offset accuracy ± (0.5 % of offset value + 0.05 div vertical scale + 0.5 mV) After warming up and after self-calibration. Channel-to-channel isolation (channels with same vertical scale) ≥ 70 dB (3162:1) up to 200 MHz ≥ 60 dB (1000:1) above 200 MHz Probe attenuation factor List of standard factors and custom values from 1:1,000,000 up to 1,000,000:1 All specifications apply under the following conditions:

• The oscilloscope has been operated continuously for at least 30 minutes within the specified ambient temperature range.
• The internal self-calibration routine was completed after the oscilloscope had warmed up.
• The recommended calibration interval has been observed.
• The ambient conditions correspond to the specified limit values. Specifications labelled as ‘typical’ are not guaranteed.

Batronix GmbH & Co. KG, Batronix GmbH & Co. KG, Handelsweg 16, Handelsweg 16, 24211 Preetz, 24211 Preetz, Germany,Germany, Tel +49Tel +49 4342 90786-0, 4342 90786-0, service@batronix.comservice@batronix.com Batronix Innovative Tools. Excellent Service. Analog channel noise floor at 50 Ω input impedance

4 Channel active with 1 GSa/s each, open inputs, 5 ms/div (60 ms/screen), typical values

(by model or filter)

20 MHz ≥ 100 MHz

(BMO100) ≥ 200 MHz (BMO200) ≥ 350 MHz (BMO350) 200 µV/div 18 µVrms 42 µVrms 51 µVrms 58 µVrms 500 µV/div 18 µVrms 42 µVrms 52 µVrms 58 µVrms 1 mV/div 18 µVrms 43 µVrms 53 µVrms 59 µVrms 2 mV/div 18 µVrms 43 µVrms 53 µVrms 60 µVrms 5 mV/div 19 µVrms 46 µVrms 56 µVrms 63 µVrms 10 mV/div 24 µVrms 55 µVrms 67 µVrms 74 µVrms 20 mV/div 37 µVrms 80 µVrms 98 µVrms 108 µVrms 50 mV/div 117 µVrms 282 µVrms 353 µVrms 398 µVrms 100 mV/div 191 µVrms 417 µVrms 513 µVrms 571 µVrms 200 mV/div 356 µVrms 734 µVrms 900 µVrms 991 µVrms 500 mV/div 1.02 mVrms 2.18 mVrms 2.68 mVrms 2.96 mVrms 1 V/div 1.85 mVrms 3.68 mVrms 4.49 mVrms 4.92 mVrms 2 V/div 4.12 mVrms 9.87 mVrms 12.3 mVrms 13.9 mVrms 5 V/div 9.03 mVrms 18.78 mVrms 23.1 mVrms 25.6 mVrms 6 V/div 10.4 mVrms 21.78 mVrms 26.7 mVrms 29.4 mVrms Analog channel noise floor at 1 MΩ input impedance (by model or filter) (BMO100) ≥ 200 MHz (BMO200) ≥ 350 MHz (BMO350) 200 µV/div 42 µVrms 55 µVrms 62 µVrms 67 µVrms 500 µV/div 42 µVrms 55 µVrms 63 µVrms 68 µVrms 1 mV/div 43 µVrms 56 µVrms 64 µVrms 69 µVrms 2 mV/div 43 µVrms 56 µVrms 64 µVrms 70 µVrms 5 mV/div 43 µVrms 58 µVrms 66 µVrms 72 µVrms 10 mV/div 45 µVrms 65 µVrms 75 µVrms 82 µVrms 20 mV/div 53 µVrms 88 µVrms 104 µVrms 113 µVrms 50 mV/div 120 µVrms 287 µVrms 356 µVrms 399 µVrms

Batronix GmbH & Co. KG, Batronix GmbH & Co. KG, Handelsweg 16, Handelsweg 16, 24211 Preetz, 24211 Preetz, Germany,Germany, Tel +49Tel +49 4342 90786-0, 4342 90786-0, service@batronix.comservice@batronix.com Batronix Innovative Tools. Excellent Service. Vertical System - Digital Channels Digital channels 8 with one optional logic probe 16 with two optional logic probes Input impedance 100 kΩ ±1 % parallel to 5 pF ±1 pF Threshold range ±9 V in 5 mV steps Predefined and custom logic levels supported Individually adjustable for each digital probe (8 digital channels) Threshold accuracy ±(80 mV + 2.5 % of threshold setting) Maximum input voltage ±40 Vpk CAT I Minimum input voltage swing 250 mVpp Maximum input frequency 200 MHz at input voltage swing ≥ 300 mVpp

300 MHz at input voltage swing ≥ 800 mVpp

(12 divisions / screen) In normal mode: 200 ps/div - 500 ks/div 2400 ps/screen - 6000 ks/screen In roll mode: 50 ms/div - 500 ks/div 600 ms/screen - 6000 ks/screen (> 69 days) Time scale resolution Fine steps: freely definable in 1 ps/div resolution Coarse steps: 1-2-5 Time base accuracy (at full temperature range) ±2.0 ppm initial ±3.0 ppm after one year aging Trigger time offset range Before trigger: ≥1/2 screen After trigger: 3000 ks (> 34 days) Channel to channel skew < 100 ps between channels with same channel settings (vertical scale, impedance, filter, deskew) Deskew range 0 - 511 ns (analog and digital channels) Deskew resolution equals to sample time Analog bandwidth (by model or filter)

20 MHz ≥ 100 MHz ≥ 200 MHz ≥ 350 MHz

100 mV/div 193 µVrms 418 µVrms 517 µVrms 573 µVrms 200 mV/div 357 µVrms 735 µVrms 902 µVrms 994 µVrms 500 mV/div 1.02 mVrms 2.20 mVrms 2.69 mVrms 2.97 mVrms 1 V/div 1.85 mVrms 3.69 mVrms 4.51 mVrms 4.96 mVrms 2 V/div 4.14 mVrms 9.99 mVrms 12.4 mVrms 13.9 mVrms 5 V/div 9.06 mVrms 19.0 mVrms 23.3 mVrms 25.7 mVrms 6 V/div 10.5 mVrms 21.9 mVrms 26.8 mVrms 29.6 mVrms

Batronix GmbH & Co. KG, Batronix GmbH & Co. KG, Handelsweg 16, Handelsweg 16, 24211 Preetz, 24211 Preetz, Germany,Germany, Tel +49Tel +49 4342 90786-0, 4342 90786-0, service@batronix.comservice@batronix.com Batronix Innovative Tools. Excellent Service. Acquisition Sampling rate (ADC and digital channels)

1.6 GSa/s if

• only channel 1 and/or 2 are active
• only channel 1 or 2 and one digital probe are active
• only one or two digital probes are active
• only channel 1 and/or 2 are active plus one or two digital probes are active and time scale is ≤ 20 ns/div

1.0 GSa/s if

• Channel 3 and/or 4 are active
• The number of analog channels plus digital probes is 3 or more and time scale is > 20 ns/div. Interpolated sampling rate 819.2 GSa/s at 1.6 GSa/s sampling rate 512 GSa/s at 1.0 GSa/s sampling rate Total memory 981.6 Mpts at 16 bits per sample The exact amount of usable memory depends on the memory depth per recording. For example, up to 98 segments can be stored at 10 Mpts per recording. Memory limit per recording and channel The memory per recording is limited to 327.2 Mpts. It is divided by the number of active analog channels and digital probes: 1 analog channel or digital probe: 327.2 Mpts 2 analog channels / digital probes: 163.6 Mpts per channel 3-4 analog channels / digital probes: 81.8 Mpts per channel ≥ 5 analog channels / digital probes: 40.9 Mpts per channel Waveform acquisition rate ≥ 300,000 wfms/s in normal mode ≥ 12,000,000 wfms/s in history mode (time scale 1 ns/div, 100 MHz signal frequency) Trigger rearm time < 70 ns Acquisition modes Sample: First sample in decimation interval Peak detect: Maximum and minimum samples in decimation interval Average: Average value of the samples in the decimation interval Average number range Up to 3.8 million (freely adjustable) Average vertical resolution Calculated with 32 bit resolution High Resolution Up to 16 bit, details on following page Zoom Horizontal zoom Zoom factor 1 up to 100,000 Coarse 1-2-5 steps Fine steps freely definable Vertical zoom Zoom factor 1 up to 100 Coarse 1-2-5 steps Fine steps freely definable Visible in zoom Analog channels CH1-CH4 Digital channels D0-D15 References R1-R8 Math channels M1-M4 Decoder B1-B4 Cursor

Batronix GmbH & Co. KG, Batronix GmbH & Co. KG, Handelsweg 16, Handelsweg 16, 24211 Preetz, 24211 Preetz, Germany,Germany, Tel +49Tel +49 4342 90786-0, 4342 90786-0, service@batronix.comservice@batronix.com Batronix Innovative Tools. Excellent Service. Trigger System Trigger modes Auto, normal, single Trigger sources Analog channels CH1-CH4, Digital channels D0-D15, AC line, Decoder Trigger level range ±4 div from center of screen At AC line trigger source: fixed 50 % Trigger accuracy ±0.000125 div Trigger hysteresis / sensitivity 0 % up to 100 % of screen Trigger holdoff range By time: 8 ns up to 2.5 s By events: 1 up to 1,000,000,000 Trigger coupling Same as trigger channel coupling Trigger bandwidth limit filter Same as trigger channel bandwidth limit Trigger jitter < 2 ps Display Display size 15.6” (39.6 cm) Display resolution 1920 * 1080 pixel (Full HD, 16:9) Display touch Capacitive touchscreen Interpolation Sin(x)/x, linear, hold, none Color grading Intensity, inverted intensity, 7-color heatmap, 5-color heatmap, 2-color heatmap Persistence Off, 100 ms up to 200 s, infinite Grid Grid type: none, simple, normal and fine Grid intensity: Low and high Reference point Center, left border, right border, trigger Color themes Dark, light High Resolution Oversampling The signals are always processed and stored at 16 bits after they have been captured by the 12-bit ADC. High-resolution oversampling by averaging successive samples is one way of utilising the high vertical resolu - tion. Please note the limitation of the bandwidth due to the method. Alternatively, interpolation, averaging over several waveforms and bandwidth filters also benefit from the 16-bit system architecture. ADC resolution enhancement by sample averaging Filter length Filter bandwidth at

1.0 GSa/s sampling rate

1.6 GSa/s sampling rate

12.5 bit 2 ~ 220 MHz * ~ 352 MHz * 13.0 bit 4 ~ 110 MHz * ~ 176 MHz * 13.5 bit 8 ~ 55 MHz ~ 88 MHz 14.0 bit 16 ~ 27.5 MHz ~ 44 MHz 14.5 bit 32 ~ 13.8 MHz ~ 22 MHz 15.0 bit 64 ~ 6.88 MHz ~ 11 MHz 15.5 bit 128 ~ 3.44 MHz ~ 5.5 MHz 16 bit 256 ~ 1.72 MHz ~ 2.75 MHz * If the model bandwidth is smaller, this is applied first.

Batronix GmbH & Co. KG, Batronix GmbH & Co. KG, Handelsweg 16, Handelsweg 16, 24211 Preetz, 24211 Preetz, Germany,Germany, Tel +49Tel +49 4342 90786-0, 4342 90786-0, service@batronix.comservice@batronix.com Batronix Innovative Tools. Excellent Service. Trigger Types Edge Sources: CH1-CH4, D0-D15, AC line Slopes: Rising, falling, both and alternate Nth Edge Sources: CH1-CH4, D0-D15 Slopes: Rising, falling Edge count: 1 up to 1,000,000,000 Timeout (Dropout) Sources: CH1-CH4, D0-D15 Slopes: Rising, falling, both Timeout: 1 ns up to 10 s Delay Sources: CH1-CH4, D0-D15, AC line Slopes: Rising, falling Time: Less than, greater than, inside, outside 1 ns up to 10 s Window Sources: CH1-CH4 Window type: Enter, leave Time: None, less than, greater than, inside, outside 1 ns up to 10 s Pulse (width) Sources: CH1-CH4, D0-D15, AC line Polarity: Positive, negative Time: None, less than, greater than, inside, outside 1 ns up to 10 s Slope (slew rate / rise time) Sources: CH1-CH4 Slopes: Rising, falling Time: Less than, greater than, inside, outside 1 ns up to 10 s Interval (Period) Sources: CH1-CH4, D0-D15, AC line Polarity: Positive, negative Time: Less than, greater than, inside, outside 1 ns up to 10 s Setup & Hold Sources: CH1-CH4, D0-D15, AC line Clock slope: Rising, Falling Types: Setup, hold, setup & hold Time: 1 ns up to 10 s Runt Sources: CH1-CH4 Polarity: Positive, negative Time: None, less than, greater than, inside, outside 1 ns up to 10 s Pattern (duration / state) Sources: CH1-CH4, D0-D15 Pattern logic: And, or, nand, nor Signal: X, high, low Clock: Rising, falling Time: None, less than, greater than, inside, outside 1 ns up to 10 s Decoder SPI: Data on MOSI or MISO I2C: Start, stop, restart, ack, nack, address, data, address & data (direction read and/or write) UART: Frame start, incomplete frame start, failed parity check, incomplete frame detection, data Parallel: Data Instant Fast triggering without referencing the input signal.

Batronix GmbH & Co. KG, Batronix GmbH & Co. KG, Handelsweg 16, Handelsweg 16, 24211 Preetz, 24211 Preetz, Germany,Germany, Tel +49Tel +49 4342 90786-0, 4342 90786-0, service@batronix.comservice@batronix.com Batronix Innovative Tools. Excellent Service. History (Segmented Memory) Number of waveforms in history memory Up to 3.8 million waveforms (segments) History data Analog channels CH1-CH4 Digital channels D0-D15 The waveforms are displayed including math channels, FFT, peak tables, bus decoding, cursors, zoom and measurements. History player Replay of recorded waveforms forward and backward in 5 speed levels. Measurements Vertical automatic measurements Vamp, Vtop, Vbase, Vpp, Vmax, Vmin, Vavg, Vrms, Vmid, Vupper, Vlower, Std. Dev., +Preshoot, -Preshoot, +Overshoot, -Overshoot, +Area, -Area, |Area|, Area, +Per. Area, -Per. Area, |Per. Area|, Per. Area Horizontal automatic measurements Freq, Period, Trise, Tfall, +Width, -Width, +Duty, -Duty, +Edge#, -Edge#, +Pulse#, -Pulse#, ++Delay, +-Delay, -+Delay, --Delay, ++Phase, +-Phase, -+Phase, --Phase Number of displayed measurements Up to 8 simultaneously displayed measurements Measurement source Analog channels CH1-CH4 Digital channels D0-D15 Measurement gate area Complete screen width or adjustable gate Measurements based on Complete sampling memory in selected area Annotations Live display of the measured values in the signal curves. Statistics Maximum, minimum, average and standard deviation Measurement count for each measurement Measurement average Running average or fixed average over 1 to 4096 measurements Trend charts Up to 4 trend charts, each with selectable current, average, minimum and/or maximum value. Trend chart time base (12 divisions / screen) 1 ms/div up to 100 ks/div 12 ms/screen up to 1,200 ks/screen Automatic or manual setting Trend vertical offset and scale Full range of possible measured values Automatic or manual setting

Batronix GmbH & Co. KG, Batronix GmbH & Co. KG, Handelsweg 16, Handelsweg 16, 24211 Preetz, 24211 Preetz, Germany,Germany, Tel +49Tel +49 4342 90786-0, 4342 90786-0, service@batronix.comservice@batronix.com Batronix Innovative Tools. Excellent Service. Math Sources Analog channels CH1-CH4 Math channels 4 Formula editor The formula editor allows to input mathematical expres - sions with the arrangement and utilization of operators in any sequence while adhering to the correct mathematical order of operations. Brackets and the use of maths channels in other maths channels are supported. Operators +, -, *, /, pow, log, sqrt, sin, cos, tan, asin, acos, atan, intg, diff, abs, Brackets (), Constants Pi, Phi, e, E References Reference sources Analog channels CH1-CH4 Number of references Up to 8 Features References can be named, timestamp, color selection X/Y Mode X/Y sources Analog channels CH1-CH4 Features X/Y cursors Mask (Pass/Fail Test) Mask sources Analog channels CH1-CH4 Mask actions Multiselection for pass and fail: Stop, Sound signal, Aux-Out output signal, Quicksave (screenshot and/or waveform data and more) Mask speed Up to 300,000 mask tests per second Search Search types Edge, Nth edge, timeout, delay, window, pulse, slope, interval, setup & hold, runt, pattern The search allows all parameters and sources that can also be set for the triggers. Source All waveforms in history memory Current waveform

Batronix GmbH & Co. KG, Batronix GmbH & Co. KG, Handelsweg 16, Handelsweg 16, 24211 Preetz, 24211 Preetz, Germany,Germany, Tel +49Tel +49 4342 90786-0, 4342 90786-0, service@batronix.comservice@batronix.com Batronix Innovative Tools. Excellent Service. RF Characteristics Dynamic range (measured at 100 mV/div) 105 dB between carrier at 50 MHz sine signal with 0 dBm (632 mVpp) and average noise level at 51 MHz. Spurious-free dynamic range, excluding harmonics (measured at 100 mV/div) >80 dBc Second harmonic distortion HD2 (measured at 100 mV/div) -60 dBc at 10 MHz sine signal, level 0 dBm (632 mVpp) -58 dBc at 50 MHz sine signal, level 0 dBm (632 mVpp) -56 dBc at 100 MHz sine signal, level 0 dBm (632 mVpp) Third harmonic distortion HD3 (measured at 100 mV/div) -64 dBc at 10 MHz sine signal, level 0 dBm (632 mVpp) -70 dBc at 50 MHz sine signal, level 0 dBm (632 mVpp) -61 dBc at 100 MHz sine signal, level 0 dBm (632 mVpp) FFT Sources Analog channels CH1-CH4 FFT channels 4 FFT length (sample points) 256 pts up to 8 Mpts per channel Resolution bandwidth (RBW) RBW = window shape factor * sampling rate / number of FFT points For example, with 8 Mpts and a rectangular window (shape factor = 1.0), the RBW is 119.21 Hz at 1 GSa/s and 190.73 Hz at 1.6 GSa/s. With downsampling (increasing the time scale), RBW values well below 1 Hz become achievable. Window types Rectangle, Hann(ing), Hamming, Blackman, Flat Top, Gaussian, Kaiser-Bessel Horizontal axis Center and span Start and stop Vertical axis Logarithmic: dBm, dBv, dBmV, dBµV Linear: V Traces Spectrum, Average, Min Hold, Max Hold Peak tables 2 simultaneous peak tables Area: Complete or span Type: Max or min Excursion and threshold Spectrogram Color grading: 7-color, 5-color, 2-color Lower and upper threshold settings Cursors And FFT Cursors/Markers Cursor measurements Period time and frequency for CH1-CH4, D0-D15, Ref, Math Voltage levels and voltage difference for CH1-CH4, Ref, Math Voltage levels and voltage difference in X/Y mode Frequency and amplitudes for FFT1-FFT4 Cursor tracking Voltage tracking for CH1-CH4, Ref, Math Amplitude tracking for FFT1-FFT4 Marker measurements Amplitude and frequency for FFT1-FFT4 Up to 10 markers for each FFT

Batronix GmbH & Co. KG, Batronix GmbH & Co. KG, Handelsweg 16, Handelsweg 16, 24211 Preetz, 24211 Preetz, Germany,Germany, Tel +49Tel +49 4342 90786-0, 4342 90786-0, service@batronix.comservice@batronix.com Batronix Innovative Tools. Excellent Service. Decoding Decoder channels 4 Sources for all decoders Analog channels CH1-CH4 Digital channels D0-D15 Threshold settings Separate upper and lower threshold settings for each analog channel. At digital channels same level as set for the logic probe. I2C Clock settings: Source, slope Data settings: Source, active high/low SPI Chip select settings: Source or none (timeout), active high/low Clock settings: Source, slope MOSI and MISO settings: Source or none, active high/low Timeout: 0 up to 1 ks Bits: 1 up to 128 Bit order: MSB, LSB UART Rx/Tx settings: Source, active high/low Baud rate: 1 up to 10 Mbps Parity: None, even, odd, mark, space Stop bits: 1, 1.5, 2 Bits: 4 up to 32 Bit order: MSB, LSB CAN (CAN-FD) Source Type: CAN-H, CAN-L Baud rate: 1 bps up to 1 Mbps Data baud rate at CAN-FD: 1 bps up to 8 Mbps LIN Channel: Source, active high/low Version: 1.x, 2.x/J2602 Baud rate: 1 bps up to 8 Mbps Parallel Clock: Source or none (timeout), slope Data: Source, active high/low Bits: 1 up to 20 Number format Binary, decimal, hexadecimal, ASCII Features Decoder table with time, type, address, data, error display. Import/Export to trigger system. For trigger possibilities see “trigger system” above.

Batronix GmbH & Co. KG, Batronix GmbH & Co. KG, Handelsweg 16, Handelsweg 16, 24211 Preetz, 24211 Preetz, Germany,Germany, Tel +49Tel +49 4342 90786-0, 4342 90786-0, service@batronix.comservice@batronix.com Batronix Innovative Tools. Excellent Service. Generator Module (Option) Generator channels 1 Vertical resolution 14-bit DAC resolution Sample rate 400 MSa/s while analog channels sample at 1.6 GSa/s 375 MSa/s when analog channels sample at 1.0 GSa/s Output impedance 50 Ω ±1 % Output amplitude 2 mV up to 20 Vpp 1 mV up to 10 Vpp into 50 Ω load Smallest increment step: 1 µVpp (min. amplitude / 16384) Output offset +- 10 V Limitation: |Offset| + Amplitude/2 ≤ 10 V +- 5 V into 50 Ω load Limitation: |Offset| + Amplitude/2 ≤ 5 V Sine Frequency: 1 µHz up to 90 MHz Period: 1 Ms down to 11.11 ns Rectangle Rectangle: 1 µHz up to 50 MHz Period: 1 Ms down to 20 ns Pulse Pulse: 1 µHz up to 50 MHz Period: 1 Ms down to 20 ns Ramp Ramp: 1 µHz up to 25 MHz Period: 1 Ms down to 40 ns Arbitrary Built-in waveforms Edit custom waveforms on display Load and save custom waveform (csv, bin) Noise Noise can be selected as a separate waveform or added to any signal. DC +- 10 V AM modulation Shape: Sine, rectangle, triangle, ramp up, ramp down, noise, arbitrary Modulation frequency: 1 µHz up to 90 MHz Depth: 0 up to 100 % FM modulation Shape: Sine, rectangle, triangle, ramp up, ramp down, noise, arbitrary Modulation frequency and frequency deviation: Details in upcoming datasheet version. PM modulation Shape: Sine, rectangle, triangle, ramp up, ramp down, noise, arbitrary Modulation frequency: 1 µHz up to 90 MHz Phase deviation: 0° up to 360° Sweep Sweep type: Linear or logarithmic Direction: Up, down, up & down Sweep time: 1 µs up to 600 s Start and stop frequency: 1 µHz up to max. frequency Start and stop hold: 0 up to 60 s Burst Trigger: Automatic or manual Start phase: 0° - 360 ° Cycles: 1 - 4,294,967,295 Period: 10 ns - 60 s Burst idle level: First point or manual value

Batronix GmbH & Co. KG, Batronix GmbH & Co. KG, Handelsweg 16, Handelsweg 16, 24211 Preetz, 24211 Preetz, Germany,Germany, Tel +49Tel +49 4342 90786-0, 4342 90786-0, service@batronix.comservice@batronix.com Batronix Innovative Tools. Excellent Service. I/O Connectivity Analog channels Probe readout interface for automatic detection of probe scaling for probes with read-out pin function. Proprietary probe interface. No custom probes are currently available for this. We recommend the use of manufacturer- independent probes that can be supplied via USB or a power supply unit. Pinout (top down): GND, I2C SCL, SDA, Select, -5.5 V, +5.5 V Probe calibration output 1 kHz, 3.5 Vpp, ~70 ns rise/fall time USB Three USB 3.0 host ports One USB 3.0 device port Monitor interface DisplayPort with 1920 x 1080 pixel (Full HD, 16:9) LAN interface Gigabit-Ethernet, RJ-45 connector, 10/100/1000 BASE-T Ref-Clock-Input Ref-Clock-Input, BNC connector, 50 Ω impedance

10 MHz ± 20 ppm

0.5 Vpp up to 2.4 Vpp into 50 Ω input impedance Aux-Output Aux-Out, BNC connector, 50 Ω impedance Signals: Trigger, mask test, 10 MHz Ref-Out Voltage: 3.3 V (without load) Rise/fall time: ~800 ps with a 50 Ω load Bode Plot (Requires Generator Module) Bode plot channels 3 Frequency scales Linear, logarithmic Vertical modes and scale Ratio (out/in): Linear, logarithmic Amplitude (out): Linear V, logarithmic dBm, dBV, dBmV, dBµV Point display Points, interpolated points, shapes Sources Analog channels Number of points 2 up to 1,500 Point distribution Linear, logarithmic Frequency range 1 µHz up to 90 MHz Generator setup Offset: -10 V up to +10 V Amplitude: 2 mVpp up to 20 Vpp Limitation: |Offset| + Amplitude/2 ≤ 10 V Unit: V, dBm, dBV, dBmV, dbµV Features Auto scale, cursor, tables Other VESA mounting 75 x 75 mm, M4 Kensington lock 3 x 7 mm

Batronix GmbH & Co. KG, Batronix GmbH & Co. KG, Handelsweg 16, Handelsweg 16, 24211 Preetz, 24211 Preetz, Germany,Germany, Tel +49Tel +49 4342 90786-0, 4342 90786-0, service@batronix.comservice@batronix.com Batronix Innovative Tools. Excellent Service. Accessories (Included) Probes BMO100, BMO200:

4 Testec TT-HX 312 (switchable 10:1 / 1:1, 350 MHz)

BMO350:

4 Testec TT-HF 612RA (10:1, 500 MHz)

Power cable CEE 7/7 to IEC C13 1.8 m Hex key L-wrench Tool for removing the stand (for VESA mounting) and adjusting the torque hinge. Options BMO-AWG Function generator module Function generator module extends the Magnova oscilloscope with versatile signal generation functions. Specifications see “Generator Module (Option)” BMO-MSO Logic probe Logic probe kit for expanding the Magnova oscilloscope into a mixed-signal oscilloscope. Specifications see “Vertical System - Digital Channels” BMO-FS Foot switch Hands-free control for easier measurements – start, stop, or single trigger by foot while holding probes. BMO-CASE Carrying case Certified to IP67, STANAG 4280, MIL-STD 810, and ATA 300. Fits oscilloscope, probes, power cable, and optional accesso - ries. Includes pressure valve for air travel. BMO-RACK Rack mount kit Rack Mount Kit with arm and three joints for flexible positioning and tilting of the Magnova. Height: 6U, including the Magnova. Passed Conformity Tests Conducted Emission DIN EN 61326-1, DIN EN 55011, 150 kHz – 30 MHz Group 1 Class B (for use in industrial and non-industrial envi - ronments) Radiated Emission E-field DIN EN 61326-1, DIN EN 55011, 30 MHz – 1 GHz Group 1 Class B (for use in industrial and non-industrial envi - ronments) Immunity to Electromagnetic Field DIN EN 61326-1, DIN EN 61000-4-3 Immunity to Electrical Fast Transient / Burst DIN EN 61326-1, DIN EN 61000-4-4 Immunity to Electrical Slow Transient / Surge DIN EN 61326-1, DIN EN 61000-4-5 Immunity to Conducted RF Voltage DIN EN 61326-1, DIN EN 61000-4-6 Immunity to Magnetic Field DIN EN 61326-1, DIN EN 61000-4-8 Immunity to Voltage Dips, Short Interrup - tions and Voltage Variations DIN EN 61326-1, DIN EN 61000-4-11 Harmonic Current Emission DIN EN 61326-1, DIN EN 61000-3-2 Voltage Changes, Voltage Fluctuations and Flicker DIN EN 61326-1, DIN EN 61000-3-3

Batronix GmbH & Co. KG, Batronix GmbH & Co. KG, Handelsweg 16, Handelsweg 16, 24211 Preetz, 24211 Preetz, Germany,Germany, Tel +49Tel +49 4342 90786-0, 4342 90786-0, service@batronix.comservice@batronix.com Batronix Innovative Tools. Excellent Service. Mechanical Data Dimensions Housing width: 395 mm (15.55 inch) Housing height without stand: 239 mm (9.41 inch) Housing height including stand: 255 mm (10.04 inch) Housing depth: 63 mm (2.48 inch) Stand base plate depth: 170 mm (6.69 inch) Rackmount height 6 U Weight ~5.05 kg (11.13 lb) without accessories or options Power Supply And Consumption Power supply 100 - 240 VAC ±10 % 50 to 60 Hz Power consumption • Max. 65 watts including the function generator module, two logic probes, and externally powered devices via USB.

• Typ. 48 watts including the function generator module and two logic probes.
• Typ. 38 watts without optional hardware modules.
• Less than 0.5 watts in standby (by using the power key on the front panel). The Magnova is equipped with a power switch on the back that disconnects it completely from the mains so that it does not consume any power. General Operation system Linux Power-up time to full operation ≤ 30 s Cooling concept Passive cooling (noiseless) up to an ambient temperature of 35°C. When operating in particularly warm environments above 35°C, the built-in fan is activated. Warm-up time 30 minutes or when the self-calibration dialog displays “warm”. This display occurs after “cold” and “warm up” as soon as the internal temperature remains nearly constant. Calibration interval 1 year Warranty 5 years Operation Conditions Temperature Operating: 0°C to +50°C Storage: -30°C to +70°C Humidity Operating: ≤85% relative humidity at ≤ 30°C Operating: ≤50% relative humidity at > 30°C Storage: ≤90% relative humidity Altitude Operating: up to 3000 m above sea level Storage and transport: up to 15000 m above sea level