Miniware 4-Channel Mini Oscilloscope

This versatile digital storage oscilloscope is engineered for a wide range of electronic engineering tasks, featuring a 5-track, 4-wave line setup powered by the robust ARM Cortex M3 core. Its core functions are managed efficiently through an FPGA, which handles the external ADC’s control and data cache mode seamlessly. Moreover, it boasts four distinct application partitions, providing the flexibility to load and upgrade up to four different firmware applications. With an integrated 8MB USB flash drive, users can conveniently store important waveforms and perform system firmware upgrades easily.

Compactness defines its portable nature, as the oscilloscope is roughly 1/62 the size of traditional benchtop models. Despite its mini size, all operations are intuitive and accessible through its arrangement of four buttons and two encoders. This design ensures that even on-the-go users can perform complex tasks with ease.

Delivering up to a 100M Sa/s real-time sampling rate, this device ensures precision without relying on equivalent sampling rates, a significant advantage for users requiring speed and accuracy. It supports four input channels—two digital and two analog—as well as a single output channel, with each capability adjustable for various needs. Users can define outputs by waveform, frequency, and duty cycle, offering adaptability for diverse applications.

The oscilloscope stands out with its advanced waveform analysis, allowing users to store data for efficient and intuitive comparison. With remarkable voltage accuracy of within 2% and frequency accuracy within 1‰, it assures reliable measurements. The meticulously polished front-end analog circuitry reduces noise, enhancing the accuracy and reliability of results.

Ideal for environments such as experimental teaching in educational institutions, electronic maintenance, and a variety of engineering applications, this oscilloscope is designed to cater to both foundational and advanced electronic analysis. Its unique features and adaptability make it an exceptional choice for precise and varied electrical diagnostic tasks.