Application Notes

Activating the Acronis Startup Recovery Manager

Advanced Concepts for Characterizing and Troubleshooting Low Speed Serial Data Devices

Analyzing Power Semiconductor Devices

App Note: Using LeCroy Digital Oscilloscope with MATLAB

Application Note – CAN Sensor Characterization

Application Note – Decoding PSI5 with the Manchester Configurable Decoder

Application Note – Smart CAN Triggering

	Application Note AN_001 - Glitch Hunting Techniques
	Version: 1.0

	Application Note AN_006 - Digital Oscilloscopes - Enhanced Resolution
	Version: 1.0

	Application Note AN_016 - Probes & Probing
	Version: 1.0

	Application Note AN_018 - Troubleshooting High Speed Digital Signals With DSOs
	Version: 1.0

	Application Note AN_019 - Tips For Optimizing Performance
	Version: 1.0

Cable De-Embedding

Calculating Area in X-Y Displays Waveform Math Finds Area Enclosed by X-Y Display

Capture, Decode and Debug of Low Speed Serial Buses

Computation of Effective Number of Bits, Signal to Noise Ratio, Signal to Noise & Distortion Ratio Using FFT

Constellation Displays

Control Loop Analysis

Controlling Your XStream Oscilloscope From Your iPAD

Correlation Measurements

Creating an Acronis Bootable Rescue Media

Custom 2-Pole PLL

Customizing LabNotebook

Data Logging Using Trend Plots

Dealing with De-emphasis in Jitter Testing

Decoding a UNI/O Bus Protocol Signal

Decoding DALI with the Manchester Configurable Protocol Decoder

Differences Between ERES and HiRes

Digital Filter Applications

Dynamic Measurements of Phase Lock Loop Transient Response

Electrical Telecomm Testing - Adaptor Pinouts and Trace Alignment

EMI Radiated Immunity Testing With Oscilloscopes

Error Vectors

Frequency Response Measurements

Glitch Hunting Techniques

Introducing the LXI Interface

Jitter Measurement Tool Kit for Clock & Simple Clock-Data Analysis - LAB WM787

LAB _WRX109 - I2C CONDITIONAL DATA TRIGGERING

LAB _WRX110 - I2C SUB-ADDRESSING TRIGGER MADE EASY

LAB 1017 - What Price Protection

	LAB 428 - Power - Real and Apparent
	Version: 1.0

	LAB 438 - Power Device Analysis
	Version: 1.0

	LAB 439 - Control Loop Analysis
	Version: 1.0

	LAB 729 - Finding Setup/Hold Timing Violations
	Version: 1.0

	LAB 733 - Visualizing Signal Variations
	Version: 3.0

	LAB 744 - Phase Noise Measurements
	Version: 1.0

LAB 757 - Custom Measurements

LAB 758 - Custom Math with VBScript

LAB 766 - Decoding NRZ Data

	LAB 808 - Understanding Active DSO
	Version: 1.0

	LAB 809 - Making the most of Active DSO
	Version: 1.0

LAB WM-1026

LAB WM108 - Qualified First Trigger

	LAB WM-303C Constellation Displays
	Version: 1.0

	LAB WM308 - Splitting the Grid
	Version: 1.0

	LAB WM309 - Virtual Memories in WaveMaster
	Version: 1.0

	LAB WM405 - Modulation Analysis FM
	Version: 1.0

	LAB WM405B - Modulation Analysis - FM
	Version: Rev B

	LAB WM407 - Modulation Analysis - PM
	Version: 1.0

	LAB WM428 - Power - Real And Apparent
	Version: 1.0

	LAB WM440 - Safe Operating Area
	Version: 1.0

LAB WM442 - Parameter Qualifiers

LAB WM443 - Selective Averaging

	LAB WM714 - Setting Up An FFT In WaveMaster
	Version: 1.0

LAB WM729 - Finding Setup/Hold Timing Violation

	LAB WM747 - Digital Filter Applications
	Version: 1.0

	LAB WM750A - PLL Loop Bandwidth
	Version: 1.0

LAB WM759 - Log Horizontal with VBScript

	LAB WM-760A - Filter Signals Using MATLAB
	Version: Rev A

	LAB WM762 - CDMA
	Version: 1.0

	LAB WM763 - Digital Filtering
	Version: 1.0

LAB WM785 - FastMultiWavePort: A new processor for the LeCroy XStream Scopes

Lab WM786 - Creating Eye Diagrams for Low Speed Serial Signals using WaveScan

LAB WM789 - Compensating for Imperfect Receiver Terminations: Using the VirtualProbe@Receiver Math Operation to Eliminate Reflections

	LAB WM812 - Customize Your Scope
	Version: 1.0

	LAB WM816 - Using CustomDSO Plugins
	Version: 1.0

LAB WM822 - Using Simulink® Models

	LAB WM823 - LabNotebook
	Version: 1.0

	LAB WM824 - Plug-Ins Using VB.NET
	Version: 1.0

LAB WM-832

LAB_718A - Using Histograms

LAB_719A - Using Histograms ll

LAB_720A - Using Histograms III

LAB_721A - Using Histograms IV

Lab_WM454 - Converting Spectrum Analyzer Option Readouts from dBm to dBV

LAB_WM510A Create Custom Masks for Serial Data Analysis

LAB_WM769 - Trends, Tracks, and Histograms

LAB_WM776 - Using LeCroy's WaveScan to Isolate DDR2 Read/Write Cycles

LAB_WM777 - Using Histograms to Determine DDR2 Read/Write Timing Limits

LAB_WM779 - Phase Measurements on Burst Waveforms

LAB_WM780 - Using Spread Spectrum Clock Tracking

LAB_WM781 - Basic Radar Measurements

LAB_WM-782 - Noise Measurements Using Your LeCroy Oscilloscope

LAB_WM-783 - Using the Reframe Math Function

LAB_WM-784 - Measurement Parameters with Pictures

LAB_WM823A - LabNotebook This Interactive Notebook Is the Ultimate in Documentation

LAB_WM827 - Understanding VICP and the VICP Passport

LAB_WM828 - Customizing LabNotebook Change the report layout and Logo

LAB_WM829 - LabNotebook Flashback Mode Recall Traces and Setups from the LabNotebook Database

LAB_WM830 - Saving and Recalling ASCII Files to a LeCroy Oscilloscope

LAB767 - ERES vs. Boxcar Averaging

LabNotebook - This Interactive Notebook Is the Ultimate in Documentation

LabNotebook Flashback Mode

Making More Accurate Measurements Using Digital Oscilloscopes

Measuring Exponential Decay Slope

Measuring Exponential Time Constant

Modulation Analysis - PWM

More About The FFT

Multi-Stage, Multi-Rate Filters

Noise Measurements Using a Teledyne LeCroy Oscilloscope

Oscilloscope Network Security

Parameter Mathematics

Parameter Qualifiers

Power - Real and Apparent

Power Supply Load Regulation Measurements

Reconstructing LabNotebook .zip Archives

Rescaling Measurement Units

RF Power Measurements - Measuring Peak & Average Power in Complex Signals

Selective Averaging

Setting Up an FFT

Setting Up FFT Span And Resolution

Spectrogram Display - WM788

Testing & Debugging Avionics Systems that Use ARINC 429 or MIL-STD-1553 Data Busses

Testing Audio Devices

Testing Induction Lamps using Digital Oscilloscopes

Testing Medical Electronics

Testing Microcontroller Development Kits

Testing Microcontrollers

Testing Motor Controllers

Testing Switching Power Devices In-Circuit

Testing Wireless Devices

Three-Phase Power Measurements Using a Four-Channel Scope to Measure Three-Phase Power

Trends, Tracks, and Histograms

TriggerScan Technical Brief

Understanding SDA II Jitter Calculation Methods

Universal ProBus/ProLink interface

Using Constellation Diagrams to Test Wireless Devices

Using Current Probes

Using HTML Application with ActiveDSO for Remote Control

Using Long Fast Fourier Transforms

Using Manchester and NRZ Configurable Protocol Decoders

Using Python with ActiveDSO for Remote Communication

Using the Remote Control Assistant

X-Stream COM Object Programming with MATLAB

X-Stream II Technical Brief