A new product offering best-in-class signal visualization is priced at 1.8 million won.
70MHz or 100MHz bandwidth, 2-channel or 4-channel configuration

Tektronix unveils the next-generation entry-level oscilloscope, the TBS2000.

The company said the newly unveiled oscilloscope features the longest record length in its class and a large display for faster signal evaluation and troubleshooting.

He also explained that this new addition to the Tektronix portfolio expands the range of Tektronix probes, allowing design engineers and educators to enjoy expanded capabilities within their budgets.

The new models, available in two- or four-channel configurations with bandwidths of 70 MHz or 100 MHz, feature a 9-inch WVGA display with 15 horizontal divisions (time zones), allowing users to observe a 50 percent wider signal range than comparable equipment from other manufacturers.

A 20-Mpoint record length with single-knob pan and zoom functions allows you to capture long-term signals and easily identify important details. Furthermore, the Tektronix VPI probe interface is supported for the first time on a budget Tektronix oscilloscope, giving users access to a wide range of Tektronix active probes at an affordable price.

This product features context-aware settings and a new help feature called HelpEverywhere that provides on-screen instructions for important settings. Wireless connectivity with a Wi-Fi dongle device allows for easy installation in electronic engineering laboratories for educational purposes, while engineers can conveniently control the oscilloscope remotely by taking advantage of the instrument's LXI-compliant interface.

“Building on the success of the TDS2000 Series, the world’s most widely used oscilloscope, the new TBS2000 Series delivers a significant level of design analysis capability unmatched in this class of instrument,” said Jeff Yost, general manager, Basic Oscilloscopes, Tektronix.

He also emphasized, “The TBS2000 sets a new standard in usability, featuring a large display for easy signal visualization and combining automatic waveform measurement capabilities with graphical explanations to help engineers better understand measurements.”

Design engineers use general-purpose oscilloscopes to prototype new product designs, detect errors, validate validity, and troubleshoot general issues. In education, basic oscilloscopes allow students to practice electrical engineering techniques and enable instructors to efficiently guide and observe multiple students.