High-resolution Oscilloscope 200MHz 2+100Mpts/ch 12-bit ,Professional Designed

<p>Four independent Math waveforms support more than 20 common mathematical operations. In addition to basic mathematical operations, the oscilloscope also provides algebraic operations such as derivatives, integrals, and logarithms. In addition, it also supports editors to customize operational expressions for complex nested operations. Mathematical operation waveforms and measurement results can be used as parameters for other mathematical operations.</p><p>Through the hardware accelerated FFT function, the maximum number of computation points is 2M points, providing superior spectral resolution while still maintaining a high spectral refresh rate. Support multiple window functions, support normal, average, maximum hold, and other modes, and support automatic marking of peak points and formation of lists.</p><p>Provides multiple trigger modes that can be used to accurately isolate related signal events. In addition to simple triggers such as edge, slope, pulse width, and underamplitude, it also supports complex trigger conditions, such as code type trigger and video trigger</p><p>Hardware based template testing capabilities that can perform up to 70000 tests per second. Generate templates based on user-defined vertical and horizontal tolerances, and determine whether the test has failed by comparing whether the signal under test touches the template. Not only can you preset the collection stop and buzzer alarm when the test fails, but also you can automatically capture or store the failed frames into historical frames. This is very suitable for long-term unattended and punctual monitoring of abnormal signals.</p><p>The power analysis function can help users quickly measure and analyze multiple items in the field of power electronics, such as power quality, harmonics, surge current, switching loss, output ripple, and transient response. After selecting the power analysis function, you can correctly connect voltage and current probes according to the connection guidelines. In addition, in conjunction with Chart software, you can also measure and analyze the power loop response, Under certain circumstances, it can replace expensive network analyzers and be widely used in the fields of switching power device parameter measurement, power control loop modulation characteristic analysis, and line power harmonic analysis.</p><p>The 16-way logic analyzer probe can add 16 digital channels to the instrument without affecting other testing functions, and can quickly solve problems such as analog digital mixed signal design and analysis.</p><p>Related Products: </p><p>oscilloscope, </p><p>portable oscilloscope, </p><p>automotive oscilloscope, </p><p>oscilloscope automotive, </p><p>lab oscilloscopes, </p><p>osciloscopio, </p><p>osciloscopio automotriz, </p><p>handheld oscilloscope, </p><p>digital oscilloscope, </p><p>usb oscilloscope</p>

• Uses a 12-bit analog-to-digital converter, which can achieve a 4096 quantization level, 16 times the signal resolution of a traditional 8-bit oscilloscope.
• Combined with background noise, it can make the captured waveform appear more "clean and clear" on the screen, facilitating observation and precise measurement.
• Segmental acquisition divides the waveform storage space into multiple segments, with each segment storing a trigger frame, which can collect up to 80000 trigger events.
• During the Sequence cycle, the interval between trigger events can be minimized (as small as 2.5 s) , improving the probability of capturing abnormal events.
• All waveform segments collected in Sequence mode can be mapped to the screen at once, or can be played back in a single frame through History.