4ch-display
Widescreen for 4 Channels
7 ", 800x480 resolution on the screen, 4 channels at the same time you can view without problems.
Deepmemory
Deeper Memory
Rigol DS1000Z series oscilloscopes can record 12 million points in memory. You can zoom in to get more detail on any selected region of the captured waveform and to navigate around the measuring points. With the optional memory module (MEM-DS1000Z) this figure can be increased to 24M.
Capturerate
Quick Capture
With a high sampling rate (1 Gsa / s), this device can record 30,000 waveforms per second.
Record
(Ops.) Real Time Waveform Capture, Analysis, Replay
With the optional device named DS1000Z-REC, you can record, analyze, store and replay the waveform instantly.
Intensity- grading
Sensitivity Measurement Screen
Complex signal characteristics and all values that require high resolution can be fully reflected on the screen.
Trigger
Multi-Rate Trigger Option
Rigol oscilloscopes offer a variety of triggering options for professional use. Externally, special triggers (Windows, Nth Edge, Delay, Timeout, Runt, RS232 / UART, IIC and SPI) are optionally available as 'AT-DS1000Z Advanced Trigger'. You can examine this product on the Accessories tab.
Decoder
Serial Bus Decoding Function
With the optional 'SA-DS1000Z Decoding Kit', you can analyze, decode and display serial bus systems directly with byte values. It supports RS232 / UART, IIC and SPI protocols. You can examine this product on the Accessories tab.
Math
Advanced Mathematical Operations
The DS1000Z inverted oscilloscopes are equipped with a modern and high-quality advanced mathematical system that can solve complex signals with predefined formulas.
Masktest
Masked Pass / Fail Test
Pass / Fail test can be used to solve problems of various environmental factors such as communication networks and lines.
Automeasure
Statistics Automatic Measurement
This device simultaneously measures up to 5 parameters (rise-fall, amplitude, pulse width, duty cycle and many more parameters) and displays statistics for each parameter separately.