YOKOGAWA DLM2000 Series User Manual

5-224
IM 710105-17E
5.26 SSTart Group
:SSTart?
Function Sets the trigger mode to SINGLE, and starts
waveform acquisition. Returns zero if data
acquisition is stopped before the specified time
period. Returns 1 if waveform acquisition is not
stopped within the specified time period.
Syntax
:SSTart? {<NRf>}
<NRf> = 1 to 36000 (in 100-ms steps. Start and
wait.)
<NRf> = 0 (start without any waiting)
<NRf>=−36000to−1(in100-mssteps.Wait
without starting.)
Example
:SSTART?
-> :SSTART 1
Description • If you specify a positive time value, the
DLM2000 starts waveform acquisition in Single
Trigger mode and waits until the waveform
acquisition is stopped within the specified time
period.
• If you set the time value to zero, the DLM2000
starts waveform acquisition and returns zero
without waiting until the waveform acquisition is
stopped.
• If you specify a negative time value, the
DLM2000 does not start waveform acquisition
and simply waits until the waveform acquisition
in progress is stopped within the specified time
period.

YOKOGAWA DLM2000 Series Specifications

General

Bandwidth	200 MHz, 350 MHz, 500 MHz
Channels	4
Sampling Rate	1.25 GS/s
Display	8.4-inch LCD
Vertical Resolution	8 bits
Trigger Types	Edge, Pulse Width, Serial Bus (I2C, SPI, CAN, LIN, UART)
Interface	USB
Power Supply	100-240 VAC, 50/60 Hz
FFT	Yes

Summary

DLM2000 Series Digital Oscilloscope Mixed Signal Oscilloscope Communication Interface USER'S MANUAL

Chapter 1 USB Interface

1.1 Component Names and Functions

1.2 USB Interface Features and Specifications

Details the electrical, mechanical, and data transfer specifications for the USB interface.

Chapter 2 Ethernet Interface (Optional)

2.1 Component Names and Functions

2.2 Ethernet Interface Features and Specifications

Details the electrical, mechanical, and data transfer specifications for the Ethernet interface.

Chapter 3 GP-IB Interface (Optional)

3.1 Component Names and Functions

3.3 GP-IB Interface Features

Explains listener and talker capabilities and mode switching for GP-IB.

3.4 GP-IB Interface Specifications

Details electrical, mechanical, and functional specifications for the GP-IB interface.

Chapter 4 Programming Overview

4.1 Messages

4.2 Commands

Details command types, groups, and syntax for controlling the instrument.

4.3 Responses

4.4 Data

4.5 Synchronization with the Controller

Explains methods for synchronizing command execution, including overlap and *WAI.

Chapter 5 Commands

5.1 List of Commands

Provides a comprehensive list of SCPI commands for instrument control.

5.2 ACQuire Group

Commands related to waveform acquisition settings.

5.3 ANALysis Group

Commands for waveform analysis features, including histograms.

5.6 CHANnel Group

Commands for configuring channel settings like vertical axis, coupling, and display.

5.8 COMMunicate Group

Commands for managing communication settings like header, lockout, and remote mode.

5.9 CURSor Group

Commands for configuring and using cursors for measurements on T-Y and XY displays.

5.10 DISPlay Group

5.11 FFT Group

Commands for configuring and performing FFT analysis.

5.12 FILE Group

5.13 GONogo Group

5.14 HCOPy Group

5.15 HISTory Group

5.18 LOGic Group

5.19 MATH Group

Commands for configuring and performing user-defined computations.

5.20 MEASure Group

Commands for automated measurement of waveform parameters.

5.22 REFerence Group

5.23 SEARch Group

5.24 SERialbus Group

Commands for analyzing and searching serial bus signals (CAN, LIN, SENT, etc.).

5.28 STATus Group

5.31 SYSTem Group

5.33 TRIGger Group

Commands for configuring various trigger types and conditions.

5.34 WAVeform Group

Commands for retrieving and managing waveform data.

5.35 WPARameter Group

5.36 XY Group

5.37 ZOOM Group

Chapter 6 Status Reports

6.2 Status Byte

6.3 Standard Event Register

6.4 Extended Event Register

6.5 Output and Error Queues