Tektronix, Inc., a provider of test, measurement and monitoring instrumentation, has introduced MSO4000 mixed signal oscilloscopes (MSO). The new MSO4000 family combines three powerful capabilities, an advanced real-time oscilloscope and logic analyser and the breakthrough wave inspector waveform search engine into a small and lightweight portable device for embedded design and debug.
The MSO4000 provides a familiar oscilloscope front-panel and a display, letting the engineer control everything intuitively. The MSO4000 ushers in a new benchmark for performance and usability, providing uncompromised debug functionality that raises the bar for mixed signal oscilloscopes.
Embedded systems are present everywhere. Examples include cellular phones, automotive systems, avionics, network devices, industrial controls and consumer electronics. Debugging an embedded design often requires viewing analogue signal phenomena and the interaction of digital control signals.
In this mixed signal environment, engineers cannot accurately predict the types of problems that will be uncovered during development. They need a test instrument with the ability to acquire both analogue and digital signals and display them time-correlated on a single display.
The new Tektronix MSO4000 combines an oscilloscope and basic logic analyser capabilities so that engineers can conveniently visualise and correlate analogue and digital signals on a single instrument.
According to Tektronix, embedded system designers are often working with both analogue and digital signals in their designs and need powerful yet easy-to-use test tools for both.
The new MSO4000 provides fully featured analogue and digital channels, long-record length on all channels, powerful productivity tools including a large display, Wave Inspector and a good price/performance. With many efficient features, the MSO4000 series simplifies operation, ensures measurement confidence and are ideal for engineers needing to more efficiently design, debug and test their embedded designs.
According to Garmin AT, having both digital and analogue channels and being able to see these together on the same large display makes the Tektronix MSO4000 ideal for the type of work it does with aviation applications.
With the help of the Tektronix MSO4000 scope one can clearly see what is going on with test points on the device under test. What is done in the simulations can be done in the real world. The features provided by Tektronix MSO4000 scope makes the job easier.
The MSO4000 oscilloscope family consists of four models ranging from 350 MHz to 1 GHz, with two or four analogue channels and 16 digital channels to provide up to 20 time-correlated channels. The MSO4032 and MSO4034 provide bandwidth of 350 MHz on two and four antilog channels, respectively.
The MSO4054 provides 500 MHz bandwidth across four analogue channels and the MSO4104 provides 1 GHz bandwidth on the four analogue channels. The MSO4104 provides 5 GS/s sampling on all channels while the other models provide 2.5 GS/s on all channels. The MSO4032 and MSO4034 come standard with 10M record length on all analogue and digital channels.
The MSO4000 provides two methods for capturing digital waveform data. The main digital acquisition mode captures 10M points at 500 MS/s (2 ns resolution). The MSO4000 also provides MagniVu ultra-high resolution signal acquisition technology that acquires 10,000 points at up to 16.5 GS/s (60.6 ps resolution).
Both the main and MagniVu waveforms are acquired on every trigger and can be viewed at any time, running or stopped. MagniVu provides fast timing resolution, instilling confidence when making critical timing measurements on digital channels.
According to Micron Technology, by combining oscilloscope capabilities with basic logic analyser features in the same time domain, the portable Tektronix MSO4000 addresses needs for design verification and test. The MSO4000 provides familiar oscilloscope operation, gives the full system big picture on one screen and meets Micron Technology’s system development needs for NAND Flash memory used in many embedded designs.
Ease of use
The MSO4000 offers Wave Inspector on all analogue and digital channels, a set of easy-to-use tools for discovery and efficient viewing, navigating and analysing waveform data. Managing up to 20 channels, each with 10 m record length, has been simplified through automated waveform pan and zoom, user definable markers and intelligent search and find modes.
All MSO4000 models provide a 10.4 inch, XGA colour display. The MSO4000 is one of the more capable oscilloscopes in its segment of the market, at only 5.4 inches deep the MSO4000 requires less bench space and weighs 11 pounds for easy portability.
The MSO4000 combines leading specifications, familiar operation, innovative troubleshooting capabilities and comprehensive support for monitoring, triggering, and decoding parallel buses and the common serial buses used in embedded design such as I2C, SPI, CAN, and RS-232.
The ability to decode buses, including parallel buses and RS232 signals, combined with the event viewer in the MSO4000 oscilloscope, is a major help in debugging circuits. The MSO4000 takes care of decoding the bus manually and searching through the data to find the event in question.
New P6516 Digital Probe
Along with the new MSO4000 oscilloscopes, Tektronix has introduced P6516 digital probe. The P6516 digital probe design provides two eight channel pods that can each probe parts up to eight feet apart, facilitating the reach to multiple areas on a board with a single probe.
Colour-coding of the leads correlates the probe tips to the signal trace on the display. The sleek P6516 probe leads do not get tangled, making connecting to the device under test simple.