200MHz 4-channel Oscilloscope

A 200MHz oscilloscope with 4 channels is a type of test and measurement device that is used in electronics and engineering to visualise and analyse electrical signals.

These oscilloscopes play a critical role in measuring, diagnosing and characterizing electrical signals, which is essential in many fields where precise measurement and analysis of waveforms are required. Their flexibility and ability to capture multiple signals simultaneously make them a valuable tool for engineers, technicians, researchers, and educators across various industries.

The 200MHz refers to the bandwidth of an oscilloscope and represents the range of frequencies it can accurately measure and display. A 200MHz oscilloscope can accurately display signals with frequencies up to 200 million Hertz (cycles per second). This means it is suitable for working with a wide range of analogue and digital signals, including many common applications like audio, video, and basic digital circuits.

4 Channels means that the oscilloscope has four input channels, and therefore can simultaneously measure and display up to four different signals on the screen. This feature is particularly useful when you need to compare and analyse multiple signals in real-time or monitor different aspects of a circuit simultaneously.

200MHz, 4-channel Oscilloscopes Features include:

• Digital Signal Processing (DSP) - Many modern oscilloscopes come with advanced DSP capabilities that allow for functions like FFT (Fast Fourier Transform) analysis, triggering on specific signal conditions, and more.
• Memory Depth - the depth of memory determines how much waveform data can be stored and displayed. A larger memory depth allows for capturing longer time intervals or more detailed waveforms.
• Some oscilloscopes provide advanced triggering options like pulse width triggering, pattern triggering, and more, which can help you capture specific events in your signals.
• Mixed-Signal Oscilloscope (MSO) combines traditional analogue channels with digital channels, allowing you to view and trigger on both analogue and digital signals, making it suitable for debugging mixed-signal circuits.
• Waveform Capture and Analysis features help you automatically measure signal parameters such as frequency, amplitude, and rise/fall times.
• Oscilloscopes often have USB, LAN, and other connectivity options for data transfer, remote control, and integration with other test equipment and software.