• Bandwidth: 1GHz/2GHz
• Maximum real-time sampling rate: 10GSa/s
• Maximum memory depth: 1 Gpts
• 4 analog channels, 1 external trigger channel

• 16-channel logic analyzer can be used with purchase of MSO7000X-LA Logic Analyzer upgrade and a UT-M15 logic analyzer probe (option)
• Maximum sampling rate: 1.25 GSa/s
• Maximum memory depth: 125 Mpts
• Minimum detectable pulse width 3.2ns
• Digital probe provides high 8-bit and low 8-bit signal input port, it simplifies the connection of DUT. When connecting to square pins, UT-M15 can be connected directly to 8x2 square pins 2.54 mm
• Logic analyzer probe UT-M15 has great electrical features, the input impedance is 100kΩ±2%

• 60 MHz independent dual channel output
• Sampling rate: 625 MSa/s
• Vertical resolution: 16-bit
• Built-in multiple standard waves: Sine, square, pulse, ramp, arbitrary, noise, and DC
• AM, FM, PM, and sweep output

• Standard enhanced FFT, up to 1 Mpts, 4 channels signal analysis
• Frequency range: 0 Hz to 2 GHz
• Supports multiple spectrum view displays: Amplitude spectrum, Power spectrum, Psd, Real part, Imaginary part, Phase spectrum.
• Two spectrum analysis windows can be added simultaneously to meet the visual display under different window functions.

• 4-digit voltmeter
• DC/ACRMS/AC+DCRMS
• Limit alarm

• 8-digit hardware frequency counter
• Adjustable frequency counter refresh time and effective digit
• Totalizer

• Evaluate the clock jitter, data jitter and eye diagram openness of serial data communication systems
• Test the signal integrity, clock synchronization and anti-interference ability of high-speed digital signal transmission systems
• Evaluate the performance of clock and data recovery systems, including clock extraction, data demodulation and clock reconstruction, etc.
• Evaluate the transmission performance, timing consistency and signal integrity of high-speed interfaces
• Locate clock jitter, signal distortion and frequency interference

• 11 kinds of trigger protocol and decoding, including computer serial bus, embedded serial bus, automobile, aerospace, and audio
• Decoding can be operated in the pause and record modes
• Event list and search function

• Power quality test: By testing the voltage, current and power at the input terminal, the quality of the input AC line can be effectively evaluated
• Harmonic analysis test: The harmonic situation of the voltage/current at the power input terminal is analyzed, and the input signal is subjected to FFT to obtain each harmonic component
• SMPS switching loss test. The MSO7000X is equipped with 1Gpts memory depth, which can analyze multiple cycle waveforms in the ms time base range, complete the measurement of power and energy losses of switching devices, and ensure the power conversion efficiency
• SMPS Loop stability test. By using the Bode plot and gain/phase margin measurement, designers can determine the stability of the power supply control loop.
• MOSFET/IGBT SOA mask test: To ensure that the switching device can complete a reliable design, the SOA test of the power chip parameters must be carried out before designing the circuit to ensure that its working conditions such as voltage, current, load change, and junction temperature do not exceed the SOA stress template
• Ripple test: The MSO7000X in HD mode with 12 bits can effectively suppress out-of-band noise and perfectly restore the real output ripple.

Outfitted with the groundbreaking UltraAcq® technology and a dedicated single-press button, this oscilloscope leaps into an ultra-fast acquisition mode, boasting a real-time capture rate of 800,000 waveforms per second. By minimizing dead time to an imperceptible <1μs, it ensures sporadic digital issues like runt pulses and glitches are no longer elusive. Doubling as a DSO and UPO, the MSO7000X is versatile yet intuitive—effortlessly switching viewing modes to highlight signal anomalies or assess waveform integrity. You can focus on the superimposed waveforms to quickly discover sporadic signal abnormalities, or switch to a single waveform to focus on the true signal quality of the waveform. For the discerning professional, this instrument isn't just a purchase; it's a pivotal investment in reliability, ushering in a new standard for waveform analysis.

The MSO7000X series is equipped with more than 22 kinds of advanced trigger modes, and all modes are equipped with memory depth of 1Gpts as standard. When you are debugging complex systems, you can easily find abnormalities in extremely long data. More than 11 kinds of serial trigger modes help you quickly debug in complex bus debugging, enabling you to have unprecedented insight into signal details. The flexibly configured zone trigger allows the waveform to roam in the configured area, quickly isolating irrelevant signals. The area trigger can reduce the workload during capture or manual search, quickly find key events allowing you to easily complete your debugging and analysis work.

Any signal processing system can be regarded as a filter. such as the 20MHz bandwidth limit of an oscilloscope, can be regarded as a low-pass filter, which is used to filter high-frequency noise in the signal. Compared with analog oscilloscopes, digital oscilloscopes have obvious advantages. For example, analog oscilloscopes are affected by circuit components, and it is costly and difficult to achieve high-order filter design. High-order filtering can be easily achieved by digital filter. Digital filter can be implemented as infinite impulse response (IIR) and finite impulse response (FIR), and you can choose which filter designer to apply according to the design requirements. The MSO7000X can specify the filter to be applied to the mathematical waveform through the Math function, adding support for standard filters and user-defined application-centered filter designs.

The MSO7000X supports the following filter types：

• High pass
• Low pass
• Band pass
• Band stop
• Butterworth
• Chebyshev I
• Chebyshev II
• Elliptic
• Sampling
• Remez
• Window

Have you ever been unable to switch between multiple tasks during the use of the oscilloscope; needed to frequently switch applications when multiple measurement items were carried out simultaneously; been distressed that the layout designed by the manufacturer did not meet your aesthetic standards; been limited by the number of windows and wanted to expand the task windows? The MSO7000X window design will help you solve such troubles. It is specially designed for engineers, and the thinking is more in line with the working habits of engineers.

• When using multiple windows, you can：
• Move and zoom the waveforms in a single window
• Drag the window to change the layout and adjust the window size arbitrarily
• Set the pop-up window to be pinned, the event table to be floating or embedded; reduce frequent switching between multiple windows
• Perform full screen/split screen for the independent window and maximize the display
• Adjust the waveform brightness of the independent window arbitrarily
• Perform cursor measurement on the waveform of the independent window

The MSO7000X creates dozens of advanced mathematical function operations for users. Users only need to input according to the function parameter prompts to call the function formula to perform operation processing on the waveform.

• Bandwidth: 1GHz/2GHz
• Maximum real-time sampling rate: 10GSa/s
• Maximum memory depth: 1 Gpts
• 4 analog channels, 1 external trigger channel

• 16-channel logic analyzer can be used with purchase of MSO7000X-LA Logic Analyzer upgrade and a UT-M15 logic analyzer probe (option)
• Maximum sampling rate: 1.25 GSa/s
• Maximum memory depth: 125 Mpts
• Minimum detectable pulse width 3.2ns
• Digital probe provides high 8-bit and low 8-bit signal input port, it simplifies the connection of DUT. When connecting to square pins, UT-M15 can be connected directly to 8x2 square pins 2.54 mm
• Logic analyzer probe UT-M15 has great electrical features, the input impedance is 100kΩ±2%

• 60 MHz independent dual channel output
• Sampling rate: 625 MSa/s
• Vertical resolution: 16-bit
• Built-in multiple standard waves: Sine, square, pulse, ramp, arbitrary, noise, and DC
• AM, FM, PM, and sweep output

• Standard enhanced FFT, up to 1 Mpts, 4 channels signal analysis
• Frequency range: 0 Hz to 2 GHz
• Supports multiple spectrum view displays: Amplitude spectrum, Power spectrum, Psd, Real part, Imaginary part, Phase spectrum.
• Two spectrum analysis windows can be added simultaneously to meet the visual display under different window functions.

• 4-digit voltmeter
• DC/ACRMS/AC+DCRMS
• Limit alarm

• 8-digit hardware frequency counter
• Adjustable frequency counter refresh time and effective digit
• Totalizer

• Evaluate the clock jitter, data jitter and eye diagram openness of serial data communication systems
• Test the signal integrity, clock synchronization and anti-interference ability of high-speed digital signal transmission systems
• Evaluate the performance of clock and data recovery systems, including clock extraction, data demodulation and clock reconstruction, etc.
• Evaluate the transmission performance, timing consistency and signal integrity of high-speed interfaces
• Locate clock jitter, signal distortion and frequency interference

• 11 kinds of trigger protocol and decoding, including computer serial bus, embedded serial bus, automobile, aerospace, and audio
• Decoding can be operated in the pause and record modes
• Event list and search function

• Power quality test: By testing the voltage, current and power at the input terminal, the quality of the input AC line can be effectively evaluated
• Harmonic analysis test: The harmonic situation of the voltage/current at the power input terminal is analyzed, and the input signal is subjected to FFT to obtain each harmonic component
• SMPS switching loss test. The MSO7000X is equipped with 1Gpts memory depth, which can analyze multiple cycle waveforms in the ms time base range, complete the measurement of power and energy losses of switching devices, and ensure the power conversion efficiency
• SMPS Loop stability test. By using the Bode plot and gain/phase margin measurement, designers can determine the stability of the power supply control loop.
• MOSFET/IGBT SOA mask test: To ensure that the switching device can complete a reliable design, the SOA test of the power chip parameters must be carried out before designing the circuit to ensure that its working conditions such as voltage, current, load change, and junction temperature do not exceed the SOA stress template
• Ripple test: The MSO7000X in HD mode with 12 bits can effectively suppress out-of-band noise and perfectly restore the real output ripple.

Outfitted with the groundbreaking UltraAcq® technology and a dedicated single-press button, this oscilloscope leaps into an ultra-fast acquisition mode, boasting a real-time capture rate of 800,000 waveforms per second. By minimizing dead time to an imperceptible <1μs, it ensures sporadic digital issues like runt pulses and glitches are no longer elusive. Doubling as a DSO and UPO, the MSO7000X is versatile yet intuitive—effortlessly switching viewing modes to highlight signal anomalies or assess waveform integrity. You can focus on the superimposed waveforms to quickly discover sporadic signal abnormalities, or switch to a single waveform to focus on the true signal quality of the waveform. For the discerning professional, this instrument isn't just a purchase; it's a pivotal investment in reliability, ushering in a new standard for waveform analysis.

The MSO7000X series is equipped with more than 22 kinds of advanced trigger modes, and all modes are equipped with memory depth of 1Gpts as standard. When you are debugging complex systems, you can easily find abnormalities in extremely long data. More than 11 kinds of serial trigger modes help you quickly debug in complex bus debugging, enabling you to have unprecedented insight into signal details. The flexibly configured zone trigger allows the waveform to roam in the configured area, quickly isolating irrelevant signals. The area trigger can reduce the workload during capture or manual search, quickly find key events allowing you to easily complete your debugging and analysis work.

Any signal processing system can be regarded as a filter. such as the 20MHz bandwidth limit of an oscilloscope, can be regarded as a low-pass filter, which is used to filter high-frequency noise in the signal. Compared with analog oscilloscopes, digital oscilloscopes have obvious advantages. For example, analog oscilloscopes are affected by circuit components, and it is costly and difficult to achieve high-order filter design. High-order filtering can be easily achieved by digital filter. Digital filter can be implemented as infinite impulse response (IIR) and finite impulse response (FIR), and you can choose which filter designer to apply according to the design requirements. The MSO7000X can specify the filter to be applied to the mathematical waveform through the Math function, adding support for standard filters and user-defined application-centered filter designs.

The MSO7000X supports the following filter types：

• High pass
• Low pass
• Band pass
• Band stop
• Butterworth
• Chebyshev I
• Chebyshev II
• Elliptic
• Sampling
• Remez
• Window

Have you ever been unable to switch between multiple tasks during the use of the oscilloscope; needed to frequently switch applications when multiple measurement items were carried out simultaneously; been distressed that the layout designed by the manufacturer did not meet your aesthetic standards; been limited by the number of windows and wanted to expand the task windows? The MSO7000X window design will help you solve such troubles. It is specially designed for engineers, and the thinking is more in line with the working habits of engineers.

• When using multiple windows, you can：
• Move and zoom the waveforms in a single window
• Drag the window to change the layout and adjust the window size arbitrarily
• Set the pop-up window to be pinned, the event table to be floating or embedded; reduce frequent switching between multiple windows
• Perform full screen/split screen for the independent window and maximize the display
• Adjust the waveform brightness of the independent window arbitrarily
• Perform cursor measurement on the waveform of the independent window

The MSO7000X creates dozens of advanced mathematical function operations for users. Users only need to input according to the function parameter prompts to call the function formula to perform operation processing on the waveform.