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DL750
Functions
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Accurately Measure and Display Complex SignalsAnalyze Captured Waveform DataDisplay and Data Recording FunctionsComplete Connectivity
Capturing Signals Using the Longest Memory Capacity EverA Wide Range of TriggerWave Window TriggerAction-on Trigger
Manual TriggerHistory Memory and Smart SearchDSP Channel Real-Time Calculation Function (with the /G3 Option)Automatically Measure Waveform Parameters
Linear ScalingGO/NO-GO JudgmentUser-Defined Math Functions (Optional)Real-Time Hard Drive Recording (with the /C8 Option Only)
Memory Backup FunctionSnapshot FunctionX-Y Display FunctionAll-Channel Menu
Wide Waveform DisplaySide Panel Ports
 
Analyze Captured Waveform Data
New functions are now available with the DL750. Six digital signal processing (DSP) channels have been added. The DSP channels enable you to perform math and digital filtering in real-time while acquiring waveforms. Each DSP channel can perform up to four arithmetic operations and filtering at high speed, without slowing down waveform acquisitions.
Architecture of DSP-CH
Features
  • Real-time display of calculated waveforms in roll mode
  • Triggers on calculated waveforms
  • Calculated parameters such as cutoff of digital filtering and frequency can be changed in real time
  • Simultaneously displays up to 16 analog CH + 6 DSP CH
  • Provides the same memory length as with analog channels
  • Arithmetical calculation between channels (addition, subtraction, multiplication, division), digital filtering (LPF, BFP, HPF), differentiation, and integration
Easily Find and Display Waveform Frequency, Rise Time, and Parameters
Waveform parameters
such as voltage, frequency, and RMS are measured automatically.
In addition to general parameter measurement functions, the DL750 comes standard with functions such as the following:
Cycle Statistical Calculation
This function calculates statistical information about the waveform. Maximum value, minimum value, average value, and standard deviations are calculated automatically for each waveform parameter. In addition, you can instantaneously search for the cycle containing the maximum value and display it on the zoom screen. This cycle statistical calculation greatly improves your insight enabling you to analyze transient phenomena captured using the long recording memory

Cycle Statistical Calculation
Pulse Count
This function automatically calculates and displays the pulse count for an input signal in a range defined by cursors. It is useful for measuring rotation pulse counts for equipment like stepping motors, for tracking error signal counts for optical discs and other devices, and for counting encoder output pulse counts.
Single-Cycle Mode
In this mode, the DL750 determines a cycle, then calculates items pertaining to the voltage axis and surface area in that cycle. Range settings can be used to obtain accurate single-cycle RMS and average value measurements.
Plause count Single cycle mode
Convert Measured Voltage Values into Physical Values for Direct Reading
  Linear Scaling

This function automatically performs the following calculation based on a scaling coefficient A and offset B: Y = AX + B (X is a measured value and Y is the scale value).
The results of this calculation are displayed in cursor measurement values and waveform parameter measurement values. In addition, a user-determined scale value can be defined for any two measurement points, P1 and P2.

Automatic Waveform Determinations
  GO/NO-GO Judgment
With this function, the user specifies a zone or waveform parameter for a measured waveform. The measurement signal is evaluated and a specified action is performed automatically based on the determination. Available actions include outputting a screenshot to a specified destination, saving waveform data to a specified storage medium, sounding a buzzer, and sending email.
Perform Complex Calculations
  Perform Complex Calculations

The DL750 comes standard with basic arithmetic operations (addition, subtraction, multiplication, division), FFT (power spectrum), and phase shifting (calculating a phase shift between channels). For more flexible and complex calculations, an optional user-defined math function package is available. With this option, you can define as many as 8 different formulas using a wide range of functions, including a triangle function, differentiation, integration, square root, digital filter, and seven different FFT functions. You can also specify the results of a calculation as a parameter in another formula. With these capabilities, the DL750 makes it easy to perform complex calculations that, in the past, could only have been done by loading data onto a PC.


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·  DL750
See Also...
DL Series Selection Guide
Find the right one for you!
more
Serial Bus Analyzer Selection Guide
For I2C, CAN, and SPI analysis
more
Probes for Digital Oscilloscopes
Supporting a variety of measurement
more
Accessories for DL series
Accessories other than probes
more
FAQ
For the DL series
more
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