Yokogawa DL750 Digital Oscilloscope ScopeCorder

• Yokogawa DL750 Digital Oscilloscope ScopeCorder (BC# -L/T*)
• Power Cord
• User Manual On CD-ROM

Yokogawa DL750 Digital Oscilloscope ScopeCorder

If you need the best tool available for measuring physical and electrical phenomena under 10 million samples per second, look no further than the DL750 ScopeCorder. This unique and versatile instrument combines the benefits of a high speed oscilloscope and traditional data acquisition recorder.

Designed for electro-mechanical systems, the ScopeCorder delivers higher vertical resolution, channel count, isolation, filtering, and abundant acquisition memory. As a diagnostic tool, the ScopeCorder offers all the analysis tools of a modern digital oscilloscope, like cursors, waveform parameter calculations, math and DSP channels, FFT's, and more.  In most cases, you can analyze your data and get results immediately, with no offline post-processing.

As a recorder, the ScopeCorder can automatically send you an email, print your captured data, sound an alarm, and save your data when it detects a fault condition. Whether your observation times are microseconds or months, the ScopeCorder will stay on the job, and your data will be waiting for you when you are ready for it.

Features:

• Up to 16 analog channels and 16-bit logic input
• Up to 1 GigaWord total memory
• GIGAZoom function
• DualCapture function
• 10.4-inch SVGA color TFT LCD
• 10 MS/s, 12 bits A/D resolution, 2-channel isolated module
• Floppy disk, ZIP disk and PC card drives available
• 20-GB internal HDD (optional)

Simultaneous High-Speed and Low-Speed Recording Using DualCapture

During durability testing, it is necessary to monitor the long-term trends of your data as well as capture the high speed transients that might occur. This presents a challenge as trend data is usually recorded at a slower sampling speed that might miss the transient phenomena. To meet this challenge, the DL750 offers the DualCapture function.

Using DualCapture, you can now record your trend data with a slow sampling speed and still be able to capture the transient phenomena with a faster sampling speed.
 

• Integration of a High-Speed sampler (Oscilloscope) and Low-Speed sampler (Recorder) in a Single Unit
  High-speed sampler: Trigger on abnormal high-speed phenomena
  Low-speed in a sampler: Roll recording (trend recording)
• Separate Memory Management for Each sampler
  Maximum memory for low-speed: 100 MW
  Maximum memory for high-speed: 10 kW * 100 screens
• High-Speed Sampling Triggered Only by Abnormal Events Occurring during Long-Term Observation (Low-Speed Sampling)
  Effective for separately capturing data at high speed
• Long Memory Equivalent to 1 Teraword (1012)
  To acquire many hours of data at the higher sampling rate (10 MS/s) would require Teraword of memory: (8 hr to 24 hr) × 60 min × 60 sec × 10 MS/s × 16 channels = 4.6 to 138 TW

Specifications