Micsig MHO5004 12 Bit Oscilloscope User Guide
Contents
Product Description
Maxine oscilloscope MHO series and MDO series have 500MHz bandwidth, 3GSa/s real-time sampling rate, 4 analog channels, and 360Mpts storage depth; its 3.58cm ultra-thin design supports hanging, which can greatly save desktop space; 14 inch touch screen, 1920*1200 resolution, ultra-clear waveform display, giving you an unparalleled operating experience. Among them, the high-resolution oscilloscope MHO series uses a 12-bit high-resolution ADC with a quantization level of up to 4096 levels, which is 16 times that of the traditional 8-bit ADC, helping users observe the details of the waveform more completely and clearly.
Features
- 12bit/8bit two vertical resolutions optional
- 500MHz bandwidth
- Supports simultaneous saving of multi-channel data
- High and low pass filtering supports up to 30Hz
- Noise floor < 80μVrms, accurately capture weak signals
- Standard segmented storage function, providing up to 10,000 segments
- Support advanced mathematical operations, FFT fast Fourier transform function.
- High waveform capture rate of 230,000 times/second
- 14-inch anti-glare touch screen, 1920*1200 resolution
- Humanized UI design, get started quickly in five minutes
- Mic-OPI™ patented probe interface, easy to plug and unplug, automatically adjusts probe compensation
- Support mobile APP, host computer remote control, support SCPI commands
- 32G large storage, supports multiple storage methods such as pictures, videos, waveform data, etc.
- Supports RS-232/422/485/UART, CAN, CAN FD, LIN, SPI, I²C, ARINC429, 1553B multiple decodes
12-bit vertical resolution
- The MHO series uses a 12-bit high-resolution ADC with a quantization level of up to 4096 levels, which is 16 times that of the traditional 8-bit ADC, helping users observe the details of the waveform more completely and clearly.
remote control
- The MHO series/MDO series support remote control of the oscilloscope using a host computer or mobile app, and support HDMI screen projection. Users can see the oscilloscope’s user interface in real time and operate all functions of the oscilloscope. Supports the use of SCPI commands to control oscilloscopes, helping users achieve automated measurements more flexibly and efficiently and improve work efficiency.
Wall mounting
- The oscilloscope’s stand suspension feature helps you easily Hold the oscilloscope in place so you can move it freely Move and adjust the work area.
Diverse interfaces
- The oscilloscope is equipped with USB 3.0 Host, USB TypeC, LAN, ground jack, HDMI, Trigger out and other rich ports
Adaptable probe interface
- Mic-OPI™ patented probe interface, easy to plug and unplug, automatically adjusts probe compensation. At the same time, through the standard transfer The head is compatible with BNC interface and can be connected to all probes.
The main parameters
| model | MHO5004 | MDO5004 |
| bandwidth | 500MHz | 500MHz |
| Number of analog channels | 4CH | 4CH |
| real-time sampling rate | 3GSa/s | 3GSa/s |
| Storage depth | 360Mpts | 360Mpts |
| Maximum waveform capture rate | 230,000 times/second | 230,000 times/second |
| Noise floor | ＜80μVrms | ＜90μVrms |
| vertical resolution | 12 bits | 8 bits |
| Trigger type | Edge, Pulse Width, Logic, N-Edge, Runt, Slope, Timeout, Video, Serial | |
| Bus decoding | RS-232/422/485/UART, CAN, CAN FD, LIN, SPI, I²C, ARINC429, 1553B | |
| interface | USB 3.0 Host, USB type-C, LAN, HDMI, Trigger out | |
| showDimensions/Net weight | 14-inch integrated touch screen, 1920*1200 resolution400*280*35.8mm / 4.3kg | |
Product Features
Silky smooth touch experience
The MHO series/MDO series have a 14-inch touch-integrated display, and all operations on the oscilloscope can be completed by touch, making the operation more intuitive and efficient.
Self-taught operation interface
The MHO series/MDO series are equipped with the SigTest UI instrument-specific system. The user friendly UI design is optimized and evolved based on the suggestions of thousands of engineers and users. You can get started quickly in 5 minutes. All operations can be completed quickly, simplifying complex tasks.
Ultra-high storage depth
Many people will encounter this problem. After observing a signal for a long time, they find that the signal is very different from what they expected and is completely distorted. This is a problem caused by insufficient storage depth.
The MHO series/MDO series have a storage depth of up to 360Mpts. Opening 2 channels at the same time will not reduce the signal, and the signal still has excellent fidelity under a large time base.
Segmented storage function
The MHO series/MDO series are equipped with segmented storage function as standard, which divides the limited storage space into multiple small segments, and collects multiple trigger events into one storage space. With the convenient analysis and viewing function, free fusion display and one-by-one Display makes analysis and positioning more accurate and efficient, making it possible to “find a needle in a haystack”.
Very low noise floor
At the full bandwidth of 500MHz, the MHO series can achieve an ultra-low noise floor of <80μVrms, allowing you to accurately capture weak and important signals during circuit debugging and signal analysis.
The fastest time base adjustment in history
Traditional oscilloscopes require sequential steps when adjusting the time base. In addition to the traditional sequential steps, the MHO series/MDO series also have a time base matrix design. Any time base point can be reached in one step, further improving work efficiency.
Hardware high/low pass digital filtering
Hardware digital filtering can effectively filter out interference and noise, thereby improving signal accuracy and reliability. Digital filtering can selectively pass or block signal components within a specific frequency range. The frequency adjustable range of the MHO series/MDO series is as low as 30Hz, which is very useful for analyzing specific frequency bands of signals or observing changes in specific frequency components.
Serial bus decoding and analysis
The MHO series/MDO series support 8 types of serial bus decoding (RS-232/422/485/ UART, CAN, LIN, CAN FD, SPI, I2C, ARINC429, 1553B). With the TXT decoding text mode, the decoded data can be exported csv format to ensure no data is lost.
Rich triggering methods
The MHO series/MDO series provide a variety of triggering methods, including edge triggering, pulse width triggering, logic triggering, N edge triggering, runt triggering, slope triggering, serial triggering, etc. Whether you need to capture specific edge changes or focus on the duration or frequency of a signal, we’ve got you covered.
Measurement statistics for tens of thousands of samples
The MHO series/MDO series provide a complete range of measurement items. All measurement items can be selected with just one click. The selection can be completed in one step. The average, maximum, minimum, and mean square error of 10 measurement items can be counted at the same time.
The maximum count can be 10,000. Second-rate. This ensures that every waveform data is truly recorded, allowing for a more accurate and comprehensive understanding of the measurement results.
Professional math operations
MHO series/MDO series support various mathematical function operations, such as addition, subtraction, multiplication, division, integration, differential operations, etc. It also supports custom function expressions to help users perform more advanced signal analysis.
Supports FFT fast Fourier transform function, which can perform spectrum analysis on the collected waveform signals in real time. This helps identify individual frequency components in a signal, as well as detect and analyze spectral features.
Various file storage
The MHO series/MDO series supports saving waveforms and measurement results as binary BIN or CSV format files for data analysis using Matlab or Excel. You can also save the waveform in wav format and directly restore and open the saved signal in the oscilloscope for measurement and analysis. In addition, users can also save waveforms as pictures or record videos.
Product parameters
| vertical system | |
| bandwidth limit | 20MHz, high and low pass (30Hz~ maximum bandwidth) |
| Coupling mode | DC, AC, GND |
| Input impedance and accuracy | 1MΩ±1% || 50Ω±1% |
| vertical resolution | MHO5004: 12 bits; MDO5004: 8 bits |
| Number of vertical grids | 10div |
| Vertical scale factor | 1mV/div~10V/div (1MΩ) 1mV/div~1V/div (50Ω) |
| DC gain accuracy | 5mV/div ~10V/div: ≤ ±2.0%; ≤2mV/div: ≤ ±3.0% |
| Vertical bias range (1MΩ, 50Ω) | ±2.5V (at probe multiple of X1, ＜500mV/div), ±125V (at probe multiple of |
| Bottom restless | MHO5004: ≤ 80μVrms (1mV/div, 1MΩ); MDO5004: ≤ 90μVrms (1mV/div, 1MΩ) |
| Maximum input voltage | CAT I 300Vrms 400Vpk (1MΩ), 5Vrms (50Ω) |
| Channel isolation | ＞40dB（≤100MHz），＞35dB（＞100MHz） |
| vertical expansion datum | Screen center, channel zero point |
| Probe ratio | 1mX~10kX, step by 1, 2, 5, support customization |
| horizontal system | |
| Horizontal gear | 1ns/div~1ks/div |
| Scroll gearTime base accuracy | 200ms/div~1ks/div20ppm |
| Number of horizontal grids | 12div |
| Time base delay time range | – 12 grid ~12ks, resolution: 1 pixel |
| trigger system | |
| trigger mode | Automatic, normal, single |
| Trigger level range (analog) | ±5div from screen center, analog channel |
| Trigger suppression range | 200ns~10s |
| Trigger coupling and frequency (analog channel) | DC, AC (110Hz), low frequency (58kHz), high frequency (58kHz), noise (18MHz) |
| Trigger type | Edge, Pulse Width, Logic, N-Edge, Runt, Slope, Timeout, Video, Serial |
| Bus decoding | RS-232/422/485/UART, CAN, CAN FD, LIN, SPI, I2C, ARINC429, 1553B |
| Sampling system | |
| Maximum real-time sampling rate | 3G Sa/s (channels 1 and 2 can be opened at most 1, and channels 3 and 4 can be opened at most 1); 1.5G Sa/s (channels 1 and 2 or channels 3 and 4 are all opened) |
| Maximum record length | 360Mpts/36M/3.6M/360K/36K/3.6K/ Automatic (channels 1 and 2 can open up to 1 channel, and channels 3 and 4 can open up to 1 channel); 180Mpts/18M/1.8M/180K/18K/1.8K/ Automatic (channels 1 and 2 or channels 3 and 4 are all on) |
| Peak sampling interval | Single channel 333ps, dual channel 666ps |
| Average times | 2,4,8,16,32,64,128,256 |
| Envelope times | 2,4,8,16,32,64,128,256, ∞ |
| Sampling system | |
| Maximum real-time sampling rate | 3G Sa/s (channels 1 and 2 can be opened at most 1, and channels 3 and 4 can be opened at most 1); 1.5G Sa/s (channels 1 and 2 or channels 3 and 4 are all opened) |
| Maximum record length | 360Mpts/36M/3.6M/360K/36K/3.6K/ Automatic (channels 1 and 2 can open up to 1 channel, and channels 3 and 4 can open up to 1 channel); 180Mpts/18M/1.8M/180K/18K/1.8K/ Automatic (channels 1 and 2 or channels 3 and 4 are all on) |
| Peak sampling interval | Single channel 333ps, dual channel 666ps |
| Average times | 2,4,8,16,32,64,128,256 |
| Envelope times | 2,4,8,16,32,64,128,256, ∞ |
| c | |
| Automatic measurement | Period, frequency, rise time, fall time, delay, positive duty cycle, negative duty cycle, positive pulse width, negative pulse width, burst pulse width, positive overshoot, negative overshoot, phase, peak-to-peak value , Amplitude, High value, Low value, Maximum value, Minimum value, RMS value, C RMS value, Average value, C average value, AC RMS value, Positive slope, Negative slope* C represents the first cycle, indicating a certain value in the first cycle in the waveform |
| Hardware frequency counting and resolution | Support each analog channel, 6bit, 2Hz~ maximum bandwidth, peak-to-peak value > 0.8div |
| cursor | Horizontal cursor, vertical cursor, cross cursor |
| Cursor resolution | 1 pixel |
| math waveforms | |
| dual waveform | +,-,*,/,analog channel |
| FFT | Points: Max 360k; Source: Analog channel;Window: Rectangular window, Hamming window, Blackman window, Hanning window |
| AX+B | A: ±1k, minimum resolution 1p or 4bit B: ±1k, resolution 1p or 5bit X: Analog channel |
| advanced mathematics | Advanced expression input, including +, -, *, /, <, >, ≤, ≥, ==, !=, &&, ||, (,),!(, sqrt, abs, deg, rad, exp, diff, ln, sin, cos, tan, intg, lg, asin, acos, atan |
| display system | |
| Display | 14-inch integrated touch screen, 1920*1200 resolution, 12*10 grid |
| afterglow time | Automatic, 10ms~10s, ∞ |
| time base mode | YT, XY, Roll, Zoom |
| Expand base | center, trigger position |
| Waveform display | Points, lines, adjustable brightness |
| Maximum waveform capture rate | 230,000 wfms/s |
| system | |
| self-calibration | support |
| language | Supports Chinese, English, German, French, Czech, Korean, Spanish, Italian, etc. |
| operating system | Android |
| Built-in APP | App store, browser, oscilloscope, calendar, clock, gallery, calculator, user guide, electronic tools, file manager |
| Warranty | MHO series/MDO series hosts have a three-year warranty. Probes and accessories are not covered by the oscilloscope’s warranty and service scope. Please refer to the data sheet of each probe and accessory for the respective warranty terms (for extended warranty, please contact us) |
| system | |
| self-calibration | support |
| language | Supports Chinese, English, German, French, Czech, Korean, Spanish, Italian, etc. |
| operating system | Android |
| Built-in APP | App store, browser, oscilloscope, calendar, clock, gallery, calculator, user guide, electronic tools, file manager |
| Warranty | MHO series/MDO series hosts have a three-year warranty. Probes and accessories are not covered by the oscilloscope’s warranty and service scope. Please refer to the data sheet of each probe and accessory for the respective warranty terms (for extended warranty, please contact us) |
| ccc | |
| USB3.0 | Supports 4 USB mass storage devices, readable and writable |
| USB Type-C | 1, readable and writable |
| LAN | 1 |
| 4-pin aviation power socket | 1, can power the oscilloscope |
| Probe calibration signal | 1kHz, 2Vpk-pk |
| HDMI | HDMI 1.4 |
| Host computer | support |
| Android/iOS remote control application | support |
| SCPI | support |
| power supply | |
| adapter input | 100~240V AC, 50/60Hz |
| Adapter power | < 120W |
| adapter output | 24V DC, 5A |
| power cord plug | Supports all specifications, users can choose according to their region |
| power supply | |
| adapter input | 100~240V AC, 50/60Hz |
| Adapter power | < 120W |
| adapter output | 24V DC, 5A |
| power cord plug | Supports all specifications, users can choose according to their region |
| cc | |
| temperature | |
| working status | 0℃~45℃ |
| non-working status | – 40℃ ~ 60℃ |
| humidity | |
| working status | 5% ~ 85%, 25℃ |
| non-working status | 5% ~ 90%, 25℃ |
| high | |
| working status | < 3000m |
| non-working status | < 12000m |
| Current probe | |
| High frequency AC and DC current probe CP series | Bandwidth: up to 100MHz, range: 6A/30A, accuracy: ±1%, BNC interface |
| Low frequency AC and DC current probe CP2100 series | Bandwidth: up to 2.5MHz, range: 10A/100A, BNC interface |
| Rogowski coil current probe RCP500 | Bandwidth: 15-300kHz, measurement range: 200mApk-500Apk, accuracy: 1%, BNC interface |
| AC current probe ACP1000 | Bandwidth: 10Hz-100kHz, measurement range: 0.1Apk-1000Apk, BNC interface |
| Luggage | |
| Maxine oscilloscope special handbag | Black, nylon, customized oscilloscope, suitable for all McCosin oscilloscopes |
| Maxine oscilloscope special carrying case | Anti-fall, anti-seismic, anti-pressure, dust-proof, moisture-proof, customized oscilloscope, applicable to all McCoxin oscilloscopes |
Shenzhen Maikesin Technology Co., Ltd.
Tel: 0755-88600880
Email: [email protected]
Website: www.micsig.com.cn
Floor 1, Building A, Huafeng International Robot Industrial Park, Hangcheng Avenue, Nanchang Community, Xixiang Street, Baoan District, Shenzhen City
