We Use CookiesWe use cookies to enhance the security, performance,
functionality and for analytical and promotional activities. By continuing to browse this site you
are agreeing to our privacy policy
10 Best Hantek Oscilloscopes 2025 in the United States
Related Products
Up to 6% off
How do we rank products for you?
Our technology thoroughly searches through the online shopping world, reviewing hundreds of sites. We then process and analyze this information, updating in real-time to bring you the latest top-rated products. This way, you always get the best and most current options available.
Buying Guide for the Best Hantek Oscilloscopes
When choosing an oscilloscope, it's important to understand the key specifications that will impact its performance and suitability for your needs. Oscilloscopes are essential tools for observing the varying signal voltages in electronic devices, and selecting the right one can make a significant difference in your work. Here are the key specifications you should consider and how to approach them.BandwidthBandwidth is the range of frequencies that the oscilloscope can accurately measure. It's important because it determines the maximum frequency of the signals you can observe. If you work with high-frequency signals, you'll need an oscilloscope with higher bandwidth. Typically, bandwidths are divided into segments like 50 MHz, 100 MHz, 200 MHz, and so on. For general electronics work, 50-100 MHz might be sufficient, but for more advanced applications, you might need 200 MHz or higher. Consider the highest frequency of the signals you will be working with and choose an oscilloscope with a bandwidth at least five times higher than that frequency.
Sample RateThe sample rate is how many times per second the oscilloscope samples the signal. This is crucial because it affects the resolution and accuracy of the signal representation. Higher sample rates provide more detailed and accurate waveforms. Sample rates are usually measured in Mega Samples per second (MS/s) or Giga Samples per second (GS/s). For basic applications, a sample rate of 1-2 GS/s is often adequate, but for more precise measurements, you might need 5 GS/s or higher. Match the sample rate to the complexity and speed of the signals you are analyzing.
ChannelsChannels refer to the number of separate signals the oscilloscope can measure simultaneously. This is important if you need to compare multiple signals or observe interactions between them. Oscilloscopes typically come with 2, 4, or more channels. For simple tasks, 2 channels might be enough, but for more complex analysis, 4 or more channels can be very useful. Consider how many signals you need to measure at the same time and choose accordingly.
Memory DepthMemory depth is the amount of data the oscilloscope can store. This is important for capturing long periods of signal data at high resolution. Deeper memory allows for longer and more detailed captures. Memory depth is usually measured in kilopoints (kpts) or megapoints (Mpts). For basic tasks, 1-10 kpts might be sufficient, but for more detailed analysis, 1 Mpts or more is preferable. Think about the length and detail of the signals you need to capture and choose an oscilloscope with adequate memory depth.
DisplayThe display is where you view the signal waveforms. A larger, higher-resolution display can make it easier to see fine details in the signals. Displays are measured in inches and resolution (e.g., 800x480 pixels). For basic use, a smaller display might be sufficient, but for more detailed work, a larger, high-resolution display can be very beneficial. Consider how much detail you need to see and how comfortable you are with the display size.
ConnectivityConnectivity options, such as USB, LAN, or Wi-Fi, allow you to connect the oscilloscope to other devices for data transfer and remote control. This is important for integrating the oscilloscope into your workflow and for data analysis. Basic models might only have USB, while more advanced models offer LAN or Wi-Fi. Think about how you plan to use the oscilloscope and what connectivity options will be most useful for you.