Operability, Display and Analysis Functions

Digital Oscilloscope "ViewGo II" DS-5600A Series Operability, Display, and Analysis Functions

Long memory up to 5M points (when all channels are used: 2.5m points/CH)

You can capture long waveforms while maintaining fast sampling.

Waveform acquisition time：10ms(1ms×10div)
Memory length：1k points, Sampling speed：100kS/s

Waveform acquisition time：10ms(1ms×10div)
Memory length：500k points, Sampling speed：50MS/s

You can achieve a longer waveform loading time in the long memory, acquire the whole waveform, and partially verify the waveform later.

Waveform acquisition time: 100ms (10ms × 10div)
Memory length: 5M points, Sampling speed: 50MS/s

4 item simultaneous judgment of waveform parameters/waveform mask judgment function

The pass/fail judgment can be performed automatically depending on the value of the mask or waveform parameter.
By performing 4 items at the same time, it is possible to set strict conditions.

Automatic measurement of waveform parameters logging function (list display)

Up to four waveform parameters can be logged. Logged data can be saved to a USB memory device. By importing data into Excel, etc., you can easily display the histogram (variable distribution) and trend display (change over time) of waveform parameters.

Full cycle parameter measurement*

Automatically measures the waveform of the captured full cycle (time axis). A large amount of data can be captured in the long memory to determine the maximum and minimum deflection widths. You can also analyze the interval that is pinched by the cursor.

* The waveform parameter of the vertical axis (voltage axis) displays the measured value once per sweep.

Enhanced trigger capability

The trigger function is enhanced and waveforms can be triggered under optimal conditions, even in logic signals and serial data signals with increased complexity.
Complex setting items performed by pattern triggering can also be set smoothly thanks to the operability of the touch screen.

Serial trigger (Example, I²C signal observation of embedded control bus)

Pulse width trigger
(Example: Detection of abnormal waveforms such as grid)

Pattern trigger
(Example: Counter logic output signal)

Waveform operation function

Two waveforms can be added, subtracted, multiplied, and channel waveform frequency analysis (FFT) can be performed.
The DS-5600A/5600 Series supports differentiation and integration operations.
The operation waveform can be saved as data and set as the source for automated measurement of waveform parameters.

● Addition and subtraction: evaluation of differential signals
● Multiplication: Evaluation of power waveform by voltage x current
● FFT: Analysis in the frequency range such as periodic noise and vibration

The results of addition, subtraction, and multiplication are also supported for double operations such as FFT, differentiation, and integration.

Differential operation waveform for rectangular wave (rising: 50ns, falling: 100ns)
(Displays the magnitude of the time change (dv/dt) at the edge of the rectangular wave.)

Integral operation waveform for rectangular wave
(Displays the result of integrating the area of the rectangular wave in time (∫vdt).

Differential serial signal measurement

Frequency spectrum analysis
(FFT operation of switching voltage waveform)

Probe selection function

When you select a model of an IWATSU ELECTRIC probe, the attenuation ratio and coupling are set automatically. The model number, vertical range bandwidth, and input coupling are displayed.

CH-to-CH skew adjustment function

The skew can be adjusted up to 500ns.*
For example, the phase adjustment between the current probe and the voltage probe allows for more accurate power waveform operations.

* When the horizontal axis is set to skew priority (there is a limit to the number of waveforms in the replay function).

Clear sweep function

You can reset the measured data such as replay waveform, averaging, persistence, automatic measurement of waveform parameters, pass/fail judgment, and logging.

Before clear sweep

Immediately after the clear sweep

High-speed remote waveform transfer

It achieves a remote transfer rate of about 100 times that of previous models.*
When collecting measurement inspection data remotely, you can reduce tact time and increase production efficiency.

* When the waveform display mode is turned OFF when the LAN interface is used. It is a measurement result under specific conditions, and the value is a reference. Actual transfer time will vary depending on the specifications of your PC.

Touchscreen independent keys/knobs

The 7.5-inch color LCD is equipped with a touchscreen function for intuitive operation.

Although it is a compact size, the CH/MATH independent operation keys and knobs have been adopted to achieve one-action comfort.

Peak detection function

It can reliably capture noise (minimum 1ns pulse width) in very slow signals.

When captured by normal sampling
(Sampling speed: 5 MS/s)

When the peak detection function is used
(Sampling speed: 5 MS/s)

Rescale function

By measuring with current probes, shunt resistance, various sensors, etc., the obtained output voltage signal can be converted into each value and read directly.

Automatic measurement of waveform parameters (full cycle measurement of horizontal axis parameters)

You can choose from up to four of 26 waveform parameters to display. You can also display the maximum, minimum, and number of measurements. The cursor function also supports automatic measurement of a limited range. You can further expand the range of analysis by using the judgment function and logging function.

Simple Moving Average

Simple Moving Average (SMA) is a digital filter that can be configured per-channel to reduce noise by smoothing the sampling points at a specified width.

* It can also be used with single-shot signals that are not repeating signals.

SMA：OFF

SMA：ON width = ±3pts

SMA：ON width = ±20pts

The PNG format of the image data storage format is compatible with transparent type

Supports the transparent attributes of PNG, when creating a document using a PC, the waveforms can be stacked with transparency.

You can easily overlay waveform data without special image processing.