Product Description
100 Mhz with 4 Channel Digital Storage Oscilloscope is a high quality four channel digital storage oscilloscope. It offers up to 2GSa/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: 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.
Advanced Measurement CapabilitiesEquipped with four independent channels and a sampling rate that reaches 1 GSa/s, this oscilloscope offers rapid and simultaneous signal capture. The vertical sensitivity ranges from 2 mV/div to 10 V/div, enabling the observation of both minute and large signals with accuracy. Users can access multiple waveform math functions and trigger types, optimizing it for complex diagnostics.
Flexible Storage and ConnectivityStore waveforms and setup data conveniently on a USB flash drive or transfer results through the USB device port or optional LAN interface. This flexibility makes it easy to archive, analyze, or share measured data for collaborative research or reporting purposes. The oscilloscope supports quick and secure data management with a range of interface options.
Ergonomic and Robust DesignCrafted with ABS plastic and aluminum alloy, and weighing about 2.5 kg, the oscilloscope ensures durability without sacrificing portability. The intuitive 7-inch color TFT LCD delivers crisp visuals, while push button and rotary knob controls provide easy operation. Its compact footprint suits both benchtop and field use.
FAQ's of 100Mhz with 4 Channel Digital Storage Oscilloscope:
Q: How do I store and transfer waveform data from this digital storage oscilloscope?
A: You can store waveforms and setup files directly to a USB flash drive via the USB 2.0 host port. Additionally, data transfer to a PC or network is streamlined through the USB device port or the optional LAN interface, making data management convenient for archiving or analysis.
Q: What applications are best suited for a 100 MHz, 4 channel digital storage oscilloscope?
A: This oscilloscope is ideal for laboratories, research institutions, educational settings, and industrial environments where analysis of multiple electronic signals is essential. It accommodates testing, troubleshooting, and waveform analysis tasks across a wide range of electronic devices and systems.
Q: When should I use the various trigger types available on this oscilloscope?
A: Use edge, pulse, video, slope, or alternative triggers to isolate specific events in your signals. For example, edge trigger detects level changes, while pulse trigger is useful for capturing pulses or glitches. Selecting the appropriate trigger enhances measurement reliability and precision.
Q: Where can I set up and operate this oscilloscope?
A: You can use this oscilloscope in environments with ambient temperatures between 0C and 40C and humidity levels up to 85% RH at 40C. Its sturdy design and compact dimensions make it suitable for benches in labs, classrooms, or even onsite industry locations.
Q: What is the process for adjusting probe attenuation on this oscilloscope?
A: Select the proper probe attenuation factor (1X, 10X, 100X, or 1000X) either on the probe itself or in the oscilloscope settings, depending on your measurement needs. Adjusting attenuation ensures compatibility with various signal strengths, protecting the device and enhancing measurement fidelity.
Q: How does this oscilloscope benefit my electronic diagnostics and analysis workflow?
A: With high bandwidth, multiple channels, advanced triggering, and math functions, this oscilloscope allows you to visualize, measure, and analyze complex signals efficiently. Features like auto measurement, digital cursor, and waveform storage contribute to quicker troubleshooting and more thorough evaluation.