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| Explorations | Functions (1) | Functions (2) | The Mobile SignalExplorer: from the Lab to the Field | | Web Server/ Saving of Waveforms/ Print Out Functions | Rear Panel Ports | CAN Bus Signal Analysis Function (1) | CAN Bus Signal Analysis Function (2) | | |
A Variety of Functions to Provide the Best Solution for a Wide Range of Measurement Needs
Frustrated by the many limitations of oscilloscope rolling displays?
The Roll Mode Function Goes beyond What a Recorder Can Do, Allowing You to Record Low-Speed Signals in Real Time. |
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Roll Mode, Waveform Calculation, and Envelope Mode
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Roll mode is effective for observing low-speed signals. In this mode, the waveforms move across the display similar to the way a recorder operates. With the Triggers based on the pulse width. With the DL1600 series, roll mode can be set as fast as 50 ms/div. They have fewer roll mode limitations than other oscilloscopes. This function allows you to observe waveforms in roll mode, while checking zoomed waveforms and results from waveform parameter calculations such as peak-to-peak values, frequency, and FFT calculations. Envelope mode allows you to maintain a sampling speed of 200 MS/s regardless of the time-axis setting. This ensures that high-speed noise such as a surge pulse is captured, even when you are observing slow phenomena in roll mode.
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Want to compare parameter values for each cycle starting as soon as the power is turned on?
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Cycle Statistical Calculations
During power supply evaluations, this function lets you calculate voltage and current maximum values and periods for each switching cycle starting as soon as the power is turned on. 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 or minimum value and display it on the zoom screen.
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Do you often count the number of pulses on the screen? Without many pulses this is time consuming.
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Pulse Count
During the evaluation of electronic circuits, you often need to count the number of pulses, such as the number of rotation pulses in stepping motors, tracking error signals on optical disks, interrupt signals from a MPU, and clocks of serial data buses. The pulse count function automatically calculates the number of pulses in a waveform.
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GO/NO-GO Judgment Function
This function determines waveform data in a measured waveform based on specified zones or waveform parameters and automatically performs a specified action. Available actions include printing screen images, saving waveform data, sounding an internal buzzer, and sending an email.
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DL Series Selection Guide
Find the right one for you! |
Serial Bus Analyzer Selection Guide
For I2C, CAN, and SPI analysis |
Probes for Digital Oscilloscopes
Supporting a variety of measurement |
Accessories for DL series
Accessories other than probes |
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