RIGOL - DS7054  The Rigol DS7054 is part of the DS7000 Series and delivers enhanced bandwidth, deep memory, and powerful analysis tools for advanced development and debugging tasks. Designed for professional engineers and R&D laboratories, it combines high-speed acquisition with multi-channel flexibility. With 500 MHz bandwidth and up to 10 GSa/s sampling, the DS7054 is ideal for analyzing fast digital edges, high-frequency analog signals, and complex embedded systems. Product Highlights High-Speed Signal Capture 500 MHz bandwidth 4 analog channels Up to 10 GSa/s real-time sampling rate (depending on channel configuration) Up to 500 Mpts memory depth Capture fast transients and long waveform sequences with high precision. Deep Memory & Advanced Processing The deep acquisition memory allows long capture windows without sacrificing resolution. This is especially valuable for debugging intermittent faults and analyzing extended communication protocols. Advanced Measurement & Analysis Extensive automatic measurements Advanced waveform math functions including FFT Serial bus triggering and decoding (optional) History waveform recording Mask testing and pass/fail analysis Sophisticated triggering modes These features support efficient troubleshooting in complex electronic systems. Clear & Responsive Interface Large 8-inch color display High waveform update rate Intensity grading for improved visibility of rare events Intuitive user interface for fast setup and navigation Key Specifications at a Glance 500 MHz bandwidth 4 analog channels Up to 10 GSa/s sampling rate Up to 500 Mpts memory depth 8-inch display Advanced triggering & analysis options Ideal For High-speed digital design Signal integrity testing Embedded system development Industrial electronics Research and development laboratories Advanced debugging environments The Rigol DS7054 combines high bandwidth, deep memory, and advanced analysis functionality — making it a powerful oscilloscope for engineers working with fast and complex electronic systems.

RIGOL - DS7014The Rigol DS7014 Digital Oscilloscope is a high‑performance 4‑channel instrument featuring 100 MHz analog bandwidth and fast real‑time sampling, designed for demanding lab, industrial, and engineering measurement tasks. It delivers up to 10 GSa/s real‑time sample rate (single channel) with deep acquisition memory and high waveform capture performance. With an advanced 10.1″ capacitive multi‑touch screen, intuitive user interface, and extensive analysis functions, the DS7014 supports intuitive operation and rapid signal insight. The scope achieves over 600,000 waveforms per second update rate and offers onboard tools for FFT analysis, automatic measurements, and serial protocol triggers/decoding (optional). In addition to scope functionality, the platform integrates up to 6 measurement instruments in one chassis (oscilloscope, digital voltmeter, frequency counter/totalizer, protocol analyzer, with optional logic and waveform generator upgrades), providing versatile instrumentation in a single bench unit. Interfaces: USB Host & Device, LAN (LXI), HDMI, Trigger Out, USB‑GPIB.

RIGOL - DS7024The Rigol DS7024 Digital Oscilloscope is a high‑performance bench instrument featuring 200 MHz analog bandwidth and 4 analog channels plus an external trigger input. Built on Rigol’s UltraVision architecture, it delivers up to 10 GSa/s real‑time sample rate (single channel), deep memory options, and a fast waveform capture rate for precise signal acquisition and complex measurement tasks. The scope supports a wide range of analysis tools including FFT, advanced math functions, waveform histogram and peak search, as well as serial bus triggering and decoding options. With hardware waveform record and playback functions, it captures and revisits transient events efficiently. A 10.1″ capacitive multi‑touch display and intuitive interface provide clear visualization and easy operation. Multiple built‑in instruments include counters and protocol analyzers, making the DS7024 suitable for engineering, industrial, and educational applications. Interfaces: USB Host & Device, LAN (Ethernet), HDMI, Trigger Out, USB‑GPIB.

RIGOL - DS7034  The Rigol DS7034 is part of the DS7000 Series and delivers high bandwidth, deep memory, and powerful analysis tools for demanding measurement tasks. Designed for professional engineers and R&D environments, it combines performance and flexibility in a robust bench-top platform. With fast sampling, a large display, and comprehensive triggering capabilities, the DS7034 is ideal for complex signal analysis and multi-channel debugging. Product Highlights Powerful Signal Performance 350 MHz bandwidth 4 analog channels Up to 10 GSa/s real-time sampling rate (depending on channel configuration) Up to 500 Mpts memory depth Capture fast signal transitions and long waveform sequences with exceptional detail. Deep Memory & Fast Processing The DS7034 provides deep acquisition memory, allowing extended capture times while maintaining high resolution. This makes it suitable for analyzing infrequent events and long communication sequences. Advanced Measurement & Analysis Extensive automatic measurements Advanced waveform math functions including FFT Serial bus triggering and decoding (optional) History waveform recording Mask testing and pass/fail analysis Advanced triggering modes These tools support efficient debugging of high-speed digital and analog systems. Clear & Intuitive Display Large 8-inch display High waveform refresh rate Intensity grading for improved signal visibility User-friendly interface with responsive controls The clear interface ensures smooth workflow during daily testing and development tasks. Key Specifications at a Glance 350 MHz bandwidth 4 analog channels Up to 10 GSa/s sampling rate Up to 500 Mpts memory Large color display Advanced triggering & analysis options Ideal For High-speed digital design Embedded systems development Industrial electronics Research and development Signal integrity analysis Advanced laboratory environments The Rigol DS7034 combines high bandwidth, deep memory, and advanced analysis capabilities — making it a powerful solution for engineers working with complex and high-speed electronic systems.