The 4000 series digital oscilloscope is a versatile, high performance mixed signal oscilloscope that incorporates many of today’s most advanced technologies and processes. Featuring bandwidths between 100MHz and 500MHz, sample rates up to 4GSa/s, 2 or 4 analog channels, and 16 digital logic channels, the 4000 is ideal for a wide variety of engineers working in communications, industrial electronics, R&D and educational fields.
Up to 4GSa/s Max Sample Rate: Provides fine resolution and detail in high speed signals
Never miss a transition or glitch with up to 4 GSa/sec sampling. Sample Rate describes the frequency at which the instrument samples the data. Higher the sample rate provides better resolution and finer detail of the signal being captured.
140Mpts Standard Record Length: Long acquisitions at high sample rates help debug elusive problems in complex digital streams
Record length describes the number of points that can be captured and stored. Generally speaking larger record length provides for longer captures. The time duration is directly related to the sample rate with higher sample rates consuming more memory resulting in shorter time capture
Up to 110,000 wfms/s Waveform Capture rate: Minimize scope “dead time” between trigger events and increases observations of random and sporadic events
Waveform Capture Rate speaks to how many triggered events can be captured and that data integrated into the displayed waveform per second. The Waveform Capture Rate times the width of the display in time equates to the "on-time" of the instrument. The rest of the time is "dead-time" when the instrument could miss a signal or event.
16 Digital Channels (MSO Models): Time correlated views between analog and digital channel speeds debug of embedded designs
Mixed Signal Oscilloscopes (MSO’s) allow users to not only look at the analog behavior of up to 4 channels but also trigger, capture, and analyze the behavior of up to 16 digital channels at the same time.
Serial Triggering and Analysis Options: Speeds analysis and debug of your I2C, RS232 and SPI designs
Serial Trigger allows the user to trigger the oscilloscope based on a specific pattern or word found in a serial data stream. Serial Decode allows the user to convert the waveform into a decoded readable format which allows for quick determination of problems on a serial bus.
The 4000 series digital oscilloscope is a versatile, high performance mixed signal oscilloscope that incorporates many of today’s most advanced technologies and processes. Featuring bandwidths between 100MHz and 500MHz, sample rates up to 4GSa/s, 2 or 4 analog channels, and 16 digital logic channels, the 4000 is ideal for a wide variety of engineers working in communications, industrial electronics, R&D and educational fields.
- Up to 4GSa/s Max Sample Rate: Provides fine resolution and detail in high speed signals
- Never miss a transition or glitch with up to 4 GSa/sec sampling. Sample Rate describes the frequency at which the instrument samples the data. Higher the sample rate provides better resolution and finer detail of the signal being captured.
- 140Mpts Standard Record Length: Long acquisitions at high sample rates help debug elusive problems in complex digital streams
- Record length describes the number of points that can be captured and stored. Generally speaking larger record length provides for longer captures. The time duration is directly related to the sample rate with higher sample rates consuming more memory resulting in shorter time capture
- Up to 110,000 wfms/s Waveform Capture rate: Minimize scope “dead time” between trigger events and increases observations of random and sporadic events
- Waveform Capture Rate speaks to how many triggered events can be captured and that data integrated into the displayed waveform per second. The Waveform Capture Rate times the width of the display in time equates to the "on-time" of the instrument. The rest of the time is "dead-time" when the instrument could miss a signal or event.
- 16 Digital Channels (MSO Models): Time correlated views between analog and digital channel speeds debug of embedded designs
- Mixed Signal Oscilloscopes (MSO’s) allow users to not only look at the analog behavior of up to 4 channels but also trigger, capture, and analyze the behavior of up to 16 digital channels at the same time.
- Serial Triggering and Analysis Options: Speeds analysis and debug of your I2C, RS232 and SPI designs
- Serial Trigger allows the user to trigger the oscilloscope based on a specific pattern or word found in a serial data stream. Serial Decode allows the user to convert the waveform into a decoded readable format which allows for quick determination of problems on a serial bus.
