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Application Notes
Application Notes
A Simple I-V Curve Tracer
AC Input Dynamic Power and Harmonic Analysis using the Motor Drive Analyzer
Analyzing Power Semiconductor Devices
Analyzing Variable-Flux Electric Machines with Motor Drive Analyzer
App Note: Using LeCroy Digital Oscilloscope with MATLAB
Characterizing Crosstalk with Aggressor On/Off Analysis Using SDAIII-CompleteLinQ
Comparing Three-Phase Power Measurement Instruments
Complex Drive and Control Interaction Testing with the Motor Drive Analyzer
Data Logging Using Trend Plots
Decoding DALI with the Manchester Configurable Protocol Decoder
Decoding PSl5 with the Manchester Configurable Protocol Decoder
Digital Filter Applications
Dynamic Measurements of Phase Lock Loop Transient Response
Dynamic Rapid Motor Acceleration Loss Measurements Using the Teledyne LeCroy Motor Drive Analyzer
Examining a Vehicular Propulsion Motor with the Teledyne LeCroy Motor Drive Analyzer
Frequency Response Measurements
Grinding Machine Per-phase Motor Analysis using the Motor Drive Analyzer
LAB 1025 - An Introduction to S-Parameters
LAB 438 - Power Device Analysis
Version: 1.0
LAB 439 - Control Loop Analysis
Version: 1.0
LAB 757 - Custom Measurements
LAB 758 - Custom Math with VBScript
LAB 766 - Decoding NRZ Data
LAB WM312 - Using X-Y Displays
Version: 1.0
LAB WM405B - Modulation Analysis - FM
Version: Rev B
LAB WM428 - Power - Real And Apparent
Version: 1.0
LAB WM440 - Safe Operating Area
Version: 1.0
LAB WM442 - Parameter Qualifiers
LAB WM444 - CAN Sensor Characterization
LAB WM445 - Smart CAN Triggering
LAB WM455 - Measuring Settling Time
Version: 1.0
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 WM763 - Digital Filtering
Version: 1.0
LAB WM785 - FastMultiWavePort: A new processor for the LeCroy XStream Scopes
LAB WM812 - Customize Your Scope
Version: 1.0
LAB WM816 - Using CustomDSO Plugins
Version: 1.0
LAB WM822 - Using Simulink® Models
LAB WM824 - Plug-Ins Using VB.NET
Version: 1.0
LAB_WM778 - Using LeCroy's EyeDoctor™II
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
More About The FFT
Multi-Stage, Multi-Rate Filters
Parameter Qualifiers
PCIe LTSSM Link Partner TxEQ Response Characterization and Debug during Link Equalization Training
Power Supply Load Regulation Measurements
Six-phase Motor Analysis using the Motor Drive Analyzer
Six-phase Motor Analysis using the Motor Drive Analyzer
Small Motor Efficiency Measurements Using the Teledyne LeCroy Motor Drive Analyzer
Static and Dynamic Motor Loss Comparisons Using the Teledyne LeCroy Motor Drive Analyzer
Testing a Battery-Powered Brushless DC Motor/Drive with Motor Drive Analyzer
Testing AC Induction Motor Drives with the Teledyne LeCroy Motor Drive Analyzer
Testing Microcontroller Development Kits
The CA10 Current Sensor Adapter and Danisense Current Measurement Sensor
The CA10 Current Sensor Adapter and Pearson Current Sensor
The CA10 Current Sensor Adapter and Rogowski Coils
Two-wattmeter-method, Three-phase Power Calculations with Accurate Line-Line to Line-Neutral Conversion
Understanding Jitter Calculations: Why Dj Can Be Less Than DDj (or Pj)
Understanding SDA II Jitter Calculation Methods
Using a Quadrature Encoder Interface (QEI) with the Teledyne LeCroy Motor Drive Analyzer
Using a Resolver Interface with the Motor Drive Analyzer
Using CAN Digital Data for Speed Calculation in the Teledyne LeCroy Motor Drive Analyzer
Using Long Fast Fourier Transforms
Using Manchester and NRZ Configurable Protocol Decoders
Using the CA10 Current Sensor Adapter With a Current Transformer
Volt-second Sensing Control Analysis in a DB-DTFC with the Motor Drive Analyzer
WavePro 7 Zi Series Spectrum Analyzer Option
X-Stream COM Object Programming with MATLAB