WaveSufer 510

Key Features

· 1 GHz, 10 GS/s, up to 16 Mpts/ch

·MAUI Advanced User Interaction Interface

Specially designed for touch screens

Designed specifically for introducing operations

Specially designed to solve testing problems

·WaveScan - Advanced Search and Find Tool

·LabNotebook archiving and report generation tool

·10.4 "touch screen display

·Spectrum analysis mode

·Professional power analysis software

·Serial data triggering and decoding

·Powerful debugging tools

MAUI –A new perspective on observing waveforms

MAUI is an advanced user interaction interface created by Lico. MAUI is designed specifically for touch operation; All important operations of the oscilloscope can be achieved through the touch screen. MAUI is designed for simple operation; Time saving shortcuts and innovative dialog box settings interface. MAUI is designed specifically to solve problems; The in-depth debugging and analysis tool group helps engineers quickly diagnose problems and find solutions.

A cost-effective choice

Many 1GHz oscilloscopes of the same level in the industry have relatively attractive prices, but there may be some discounts on sampling rate and storage depth.

WaveSurfer10 provides 1GHz bandwidth performance and offers the highest 10GS/s sampling rate and 32Mpts storage depth in its class.

Powerful debugging tools

The WaveSurfer 10, equipped with an advanced debugging toolkit, is an unparalleled debugging and analysis instrument. Advanced debugging tools include:

·10 GS/s for all channels

·16 Mpts/ch storage depth (32 Intlv'd)

·Sequential segmentation mode

·Historical waveform playback mode

·13 additional mathematical operators

·2 channels for mathematical functions

After adding advanced debugging tool packages, WaveSurfer10 can perform advanced analysis on long-term waveform lengths collected at 10 times the sampling rate, and identify the root cause of signal problems.

Capture, debug, analyze, archive

The advanced active probe interface provides great convenience for capturing different types of signals. By utilizing a range of powerful mathematical functions and parameter measurement capabilities, the sequential mode of segmented memory and LabNotebook waveform archiving tool enable rapid debugging, analysis, and archiving of problems.

Design and Debugging of Embedded Systems

Combining WaveSurfer10 with high-performance logic signal analyzer options greatly saves time in debugging embedded signal systems. Capture digital signals with frequencies up to 250MHz and 18 digital channels.

In addition, a variety of triggering and decoding options make WaveSurfer10 a highly integrated universal instrument for analog, digital, and serial data triggering, acquisition, and debugging.

Serial trigger and decoding options

Debugging a serial data bus is generally considered to be very complex and time-consuming, but the integrated serial data triggering and decoding options on WaveSurfer10 provide a concise and efficient serial bus debugging and verification tool. For example, powerful serial data triggering, intuitive color layered decoding, table display, search, and scaling.

The digital serial decoding option supports:

· I²C, SPI, UART

· CAN, LIN, FlexRay, SENT

· Ethernet 10/100BaseT, USB 1.0/1.1/2.0, USB2.0-HSIC

· Audio (I²S, LJ, RJ, TDM)

· MIL-STD-1553, ARINC 429

· MIPI D-PHY, DigRF 3G, DigRF v4

· Manchester, NRZ

Convenient spectrum analysis and FFT power spectrum

Using the built-in spectrum analyzer function of WaveSurfer10, it provides users with the best solution for frequency domain analysis using an oscilloscope. In spectrum analysis mode, the oscilloscope integrates the user interface of a professional spectrum analyzer to set the start/cutoff frequency, center frequency, and bandwidth distribution. The unique peak search function can conveniently automatically identify peak frequencies and interact with users through a list of frequency vs. amplitude. Up to 20 markers can be placed and harmonic frequencies can be automatically identified. The spectrogram waterfall chart can display the temporal variation of the spectrogram and provides two display modes: 2D and 3D.

Power analyzer tests power supply and device losses

The software package for rapid testing and analysis of power products, power conversion devices, and circuits provides automatic loss measurement and a user interface specific to power supplies. The conduction interval, cutoff interval, and transmission loss interval are all distinguished by colored blocks. The software also provides specialized measurement tools, control loop modulation analysis, and line power harmonic analysis for users of switch mode power supplies.