With the increasing complexity of signals, digital oscilloscopes may not be able to fully present the full picture of the signal or the relative relationship between signals, even if the sampling rate is high The GDS-1000A-U series digital oscilloscope provides 70/100/150MHz bandwidth and 1GSa/s high-speed real-time sampling speed. The new Memory Prime technology further optimizes the problem of waveform update rate reduction that may occur in general digital oscilloscopes due to long memory, allowing you to analyze waveform details at full speed efficiently

5.7 "high-resolution color TFT display with no bright spots, support for USB Host and Device interfaces, and user-friendly human-machine interface All of this GW Instek is just to enable you, who pursue excellence, to achieve great benefits at a small testing cost and showcase your skills in your work

About Memory Prime Technology
What are the features that most DSOs lack? It is of sufficient recording length. Does your DSO have sufficient record length? With a record length of 2M points, GDS-1000A-U can obtain more waveform data. A sampling rate of 1GSa/s and a recording length of 2M points are crucial in single waveform capture. GDS-1000A-U allows you to monitor and observe a single waveform event without missing any detailed information.

easy to operate
The comprehensive function acquisition mode and 27 automatic measurement functions help users accurately measure and capture waveform parameters. The advanced Auto Set function automatically captures and quickly displays waveforms. With the functions of addition, subtraction, multiplication, FFT, FFTrms, and Zoom FFT, the GDS-1000A-U series enables users to real-time understand measurement results and obtain rich testing information with low computational costs.
Observation - Delay ON/OFF
For the convenience of waveform observation and analysis, the GDS-1000A-U series has a delay on/off function commonly found in high-end products. Delay opening allows users to observe signals through compensation of trigger points. With this feature, the horizontal scale and corresponding waveform can expand and contract along the delay point (rather than the trigger point), making it convenient to observe detailed information at a certain position of the waveform.
Observation - unfolded from the ground/center
In digital storage oscilloscopes, "AC coupling" usually plays a role in isolating direct current from alternating current, which is very useful for observing small AC signals with large DC biases. Due to the existence of communication coupling, small AC signals can be measured or detected at the center of the screen. However, for situations with strict frequency requirements, just as low-frequency components may be weakened, capacitive loads can also cause waveform distortion. The function of unfolding along the ground/center allows the vertical scale to unfold along the ground or screen center, avoiding waveform distortion caused by capacitive loads.