The Handyscope HS5 is a powerful and versatile USB oscilloscope designed to meet the high demands of professional engineers, technicians, and researchers. With a real-time sampling rate of up to 500 megasamples per second and a deep memory buffer of 256 megasamples, the HS5 offers exceptional precision and the ability to capture long-duration, high-speed signals without losing critical detail. This makes it ideal for analyzing complex waveforms, transient events, and high-frequency components in a wide range of applications.
Engineered with flexibility in mind, the HS5 connects easily to any PC via a USB SuperSpeed interface, ensuring rapid data transfer and seamless integration with the included Multi Channel oscilloscope software. The software provides powerful tools for waveform analysis, including advanced triggering, real-time data streaming, spectrum analysis (FFT), and XY plotting. The device also features an integrated arbitrary waveform generator, allowing users to simulate custom signals, test circuits, and drive systems with precision waveforms.
Beyond its oscilloscope capabilities, the HS5 includes additional digital I/O channels and a trigger I/O connection, enabling complex measurement setups and synchronization with external devices or other instruments. Thanks to TiePie’s SureConnect technology, users benefit from automatic connection verification and resistance measurement, increasing measurement reliability and confidence.
Compact, rugged, and built to perform in both the lab and the field, the Handyscope HS5 is suitable for a wide range of industries including electronics development, automotive diagnostics, embedded system design, and academic research. Its robust metal housing ensures durability, while its portable form factor allows for convenient use on the go. Whether you’re capturing microsecond transients or running long-term monitoring tasks, the Handyscope HS5 delivers precision, reliability, and a comprehensive set of features that make it an indispensable tool for any serious measurement environment.
