Not just powerful oscilloscopes

Today's engineering design is a complex combination of processors, serial buses, and wireless interfaces. The core of MDO4000C is the reliable Tektronix oscilloscope that is compatible with scalable platforms. Customize according to testing requirements. Adding 16 logical channels, a 50 MHz arbitrary waveform/function generator, protocol analysis, and integrating true hardware 3 or 6 GHz spectrum analyzers can help solve complex design challenges.

characteristic

• Integrated trigger acquisition system, with over 125 combinations of time-domain and frequency-domain triggers
• Through Wave Inspector ® Control reaches a record length of 20 M points
• Spectrum analysis hardware implementation for true spectrum analysis
• Scalable functionality ensures full satisfaction of future needs

Accurate measurement is important

Simply put, the MDO series oscilloscope is designed to achieve accurate measurements, allowing you to view your design with unparalleled precision. MDO4000C measures actual collected data, while many other instruments only provide screenshot views by measuring and displaying data. Not just that. Compared to many competitors, we offer higher technical specifications to ensure that the MDO4000C gives you full confidence when measuring. After all, measurement accuracy affects design integrity. Why use less accurate equipment?

We provide guarantees for 15 measurements. They provide guarantees for four measurements. Understand its importance.

Industry leading probes - included in all purchases.

When checking the measurement signal path, probes are crucial elements that cannot be ignored. When purchasing MDO4000C, the price already includes industry-leading performance probes. Due to its excellent load (3.9 pF) and bandwidth that matches your oscilloscope, the TPP series probe will become a portable probe for your daily use.

Understand the impact of probes on measurement

Understand how Tektronix probes can improve accuracy

characteristic

• TPP series probes are standard, one for each analog channel
• A probe with excellent capacitance performance in the industry at 3.9 pF
• 500 MHz or 1 GHz probe bandwidth, which can meet the bandwidth of oscilloscope

Wireless measurement, reaching new heights

Whether your previous RF measurements were comfortable or frustrating, the MDO4000C oscilloscope equipped with an integrated hardware spectrum analyzer and SignalVu PC software can help you smoothly complete RF measurements. Unlike oscilloscopes that offer FFT "spectrum analysis," the MDO4000C with a true spectrum analyzer provides a trigger based acquisition system that integrates across analog, digital, and spectrum analyzer channels. It can perform RF measurements in environments up to 6 GHz frequency and correlate events in the frequency domain with the temporal phenomena that cause these events.

MDO4000 series and conventional range FFT

Using a mixed domain oscilloscope to measure digital signals, analog signals, and RF signals

characteristic

• Optional 3 or 6 GHz spectrum analyzer
• The only truly integrated spectrum analyzer hardware in the industry
• Spectral analysis of time synchronization using analog and digital waveforms

An accident occurred. Ensure that you are protected.

We have a unique advantage in the industry for accidental damage protection programs. Yes, this includes screen damage, leakage, mounting bracket damage, electrostatic discharge, or electronic overload events. Use our 'Comprehensive Care Plan' to reduce unexpected repair or replacement costs. Watch the video or click below to learn more.

Learn more

Embedded serial bus triggering, decoding, and analysis

A single serial bus signal typically includes address, control, data, and clock information; It is difficult to single out events of interest. The serial application module of the MDO4000C series oscilloscope turns the oscilloscope into a powerful tool for debugging serial buses using automatic triggering, decoding, and searching.

characteristic

• I2C、SPI、RS-232 / 422 / 485 / UART
• CAN/CAN FD、LIN、FlexRay
• I2S/LJ/RJ/TDM
• MIL-STD-1553、USB、 Ethernet

Detailed understanding of how to debug serial bus in embedded systems

Watch this video to learn about serial bus decoding

Power measurement and analysis

With the increasing demand for energy efficiency, designers and testing instruments are facing new challenges. Semiconductor devices with standby power limitation, higher switching speed and signal range, and lower leakage current are pushing testing conditions to new heights. MDO4000C can provide power testing solutions to meet these constantly changing requirements.

characteristic

• Measurement of power loss of switchgear
• Measurement and analysis of ripple and noise
• Verify power semiconductor devices
• Debugging active power factor correction circuit

Watch the troubleshooting video for power distribution in this embedded system

Read this application guide for power measurement and analysis using a desktop oscilloscope

Electromagnetic interference (EMI) and electromagnetic compatibility (EMC)

There is always a risk of failure when performing design EMI/EMC testing; This leads to schedule and budget issues. The MDO4000C is equipped with a spectrum analyzer and time correlation analysis for analog, digital, and RF signals, allowing you to perform pre consistency testing in the laboratory and significantly increasing the probability of successfully passing a complete EMI consistency test on the first attempt.

Watch this video to learn how to locate the radiation source for EMI faults

Read this practical EMI troubleshooting application guide

Watch this online seminar on practical methods for EMI diagnosis

Automotive bus - CAN/CAN FD triggering, decoding, and analysis

The electronic components and systems required by today's automotive technology are more complex and sensitive than ever before. The Tektronix MDO4000C is a six in one instrument designed to help address the testing and validation challenges of these advanced technologies. Now an instrument can be used for the following purposes:

• Debugging and validating CAN FD, CAN, LIN, and FlexRay
• High power testing of hybrid/electric vehicles
• Verify the in car wireless system
• New device evaluation (MEMS sensors, LED drivers LED

Watch this video of CAN/CAN FD protocol solution

Get a detailed understanding of our automotive solutions