Description
Specifications Table
Product Material – ABS plastic housing with metal shielding
Grade – Laboratory/educational grade
Application – Signal analysis, circuit testing, waveform measurement
Bandwidth – 30MHz
Display Type – Color LCD
Product Overview
The DSO 30MHz (Color LCD Display) is a compact yet powerful digital storage oscilloscope designed for precision waveform analysis in laboratory and educational settings. Featuring a 30MHz bandwidth, this oscilloscope captures high-frequency signals with clarity, making it ideal for electronics testing, debugging, and signal measurement tasks. The vibrant color LCD display enhances visibility, allowing users to distinguish between multiple waveforms and analyze data with ease. Built with a durable ABS plastic housing and internal metal shielding, this oscilloscope ensures long-term reliability while protecting against electromagnetic interference. The intuitive interface simplifies operation, enabling quick adjustments to timebase, voltage scaling, and trigger settings. Whether used for basic circuit testing or advanced signal processing, this oscilloscope delivers consistent performance with low noise and high accuracy. Its lightweight design makes it portable for fieldwork or classroom demonstrations, while the built-in memory function allows for waveform storage and recall. With standard probe compatibility and USB connectivity for data transfer, this 30MHz DSO offers both convenience and versatility for technical applications.
FAQs
1. What type of probes are compatible with this oscilloscope?
This 30MHz DSO supports standard 1x/10x passive probes, which are commonly used for general-purpose signal measurements.
2. Can this oscilloscope measure both AC and DC signals?
Yes, it is capable of measuring both AC and DC signals, with adjustable coupling settings to switch between the two modes.
3. Does this model include built-in waveform storage?
The oscilloscope features internal memory for storing waveforms, allowing users to save and recall measurements for later analysis.
4. What is the maximum input voltage this oscilloscope can handle?
The maximum input voltage is typically 40V (DC + AC peak) when using the 1x probe setting, but always check the probe specifications for safe operation.
5. Is this oscilloscope suitable for automotive diagnostics?
While it can measure basic automotive signals, a higher-bandwidth oscilloscope is recommended for advanced automotive diagnostics involving high-frequency signals.
