Product Description
50Mhz with 2Channel Digital Storage Oscilloscope & 1GSa/s, DS1052E
The Rigol DS1052E is a high quality two channel digital storage oscilloscope. It offers up to 1gsa/s real-time sample rate and up to 100mhz bandwidth.
It not only has compact design and 64k TFT color LCD, but also powerful functions: up to 1m memory depth, with ultra zoom function, it can enable users to observe details while survey the whole waveform; 7 trigger modes, adjustable trigger sensitivity, USB host to support USB flash memory and USB printer, and other traditional functions of rigol oscilloscopes. The quality of the rigol oscilloscopes is comparable to agilent and tektronix oscilloscopes.
Payment - 100% Against delivery
Vat/cst - Extra 5%
Delivery - Extra INR500 in India
Warranty - Three years
Advanced Signal AnalysisWith a maximum sample rate of 500 MSa/s and up to 32 kpts memory depth, this digital storage oscilloscope delivers superior signal accuracy for in-depth analysis. The high waveform capture rate enables users to detect and characterize rarely occurring anomalies efficiently, making it a valuable tool for troubleshooting and research environments.
Versatile and User-Friendly InterfaceEquipped with a 7-inch color TFT LCD, intuitive soft key controls, and a rotary knob, this oscilloscope provides an easy-to-navigate experience. USB host/device support, auto measurement, and waveform math functions enhance productivity, while standard accessories ensure users are ready to start testing straight out of the box.
Reliable Performance and Robust ConstructionBuilt with an ABS housing and high-quality electronic components, the oscilloscope is engineered for durability. It operates reliably within a wide temperature and humidity range, ensuring stable performance in various lab and field conditions. Its compact, rectangular shape and lightweight design make it easily portable and suitable for a range of professional applications.
FAQ's of 50MHz Digital Storage Oscilloscope:
Q: How do I set up and connect the 50MHz digital storage oscilloscope for measurement?
A: To set up, connect the oscilloscope to AC mains power using the supplied power cord. Attach probes to the analog channel inputs. Depending on your signal type, select the appropriate input coupling (AC, DC, or Ground) and adjust vertical sensitivity as needed. Soft key controls and the rotary knob allow you to fine-tune settings before starting your measurements.
Q: What types of signals and measurements can this oscilloscope handle?
A: This oscilloscope is suitable for analyzing a range of electrical signals, including those requiring edge, pulse, video, slope, or alternate triggering. With a time base range of 2 ns/div to 50 s/div and vertical sensitivity from 2 mV/div to 10 V/div, it accommodates detailed testing of both low and high-frequency signals in laboratory settings.
Q: When should I use the different trigger types provided by the oscilloscope?
A: Select 'Edge' triggering to capture standard waveforms, 'Pulse' for detecting specific pulse widths, 'Video' for video signal analysis, 'Slope' for slope-based events, or 'Alternate' to view multiple signals simultaneously. These options help accurately isolate and analyze your signal of interest under different test scenarios.
Q: Where can I access the oscilloscope's data for backup or further analysis?
A: Data can be transferred via the built-in USB 2.0 port for storage or viewing on other devices. For networked environments requiring remote access or data sharing, the optional LAN interface can be utilized, allowing seamless integration into modern lab settings.
Q: What processes help ensure measurement accuracy with this device?
A: To maintain accuracy, utilize the supplied high-quality probes and ensure proper calibration. Adjust input impedance and select correct vertical and time base settings for your measurements. The oscilloscope's 2% accuracy rating and auto measurement features assist in reducing manual errors and enhancing result reliability.
Q: How does the oscilloscope benefit laboratory and field applications?
A: Its portable design, wide environmental operation range, and robust construction make it suitable for lab, research, and fieldwork. Auto measurement, math functions, and fast waveform capture enable quick troubleshooting and detailed signal analysis beneficial to engineers, educators, and researchers alike.