Preparing engineering students to turn ideas into reality
Prepare future engineers for tomorrow’s exciting challenges with Tektronix Education Solutions.
- A comprehensive line of quality bench instruments from high performance oscilloscopes to precision source measure units that help train future engineers
- Efficient instrument management solution with classroom content delivery via network-based TekSmartLab™ Software Solution, designed to make teaching and learning easier and more immersive
- Intuitive control for Tektronix and Keithley bench instruments, automated measurement data logging, and easy waveform exporting in the required format to eliminate extra time and effort with TekBench Control Software.
- Over 700 free lab exercises in 11 languages for an enhance classroom learning environment. Available at the Tektronix Courseware Resource Center
- Ask us about our Everyday Discount for Educators!
Keithley Source Measure Units
Keithley Source Measure Unit (SMU) is ideal for a teaching lab as it is a tightly integrated power supply, digital multimeter (DMM), electronic load, and current source.
The Anatomy of a Digital Oscilloscope
See the inner-workings of a Tektronix TBS2000 digital oscilloscope, specifically designed for Education so students can learn better, instructors can teach easier
Tek Tips: Efficient DC Testing and Current-Voltage Characterization
Explore the most common DC current vs. voltage (I-V) tests being performed today, and how new techniques can help overcome these challenges plus enhanced efficiency and productivity.
Overcoming RF Signal Generation Challenges in Quantum Computing with New DAC Technologies White PaperDownload Now »
Introduction to Vector Network Analyzers BasicsDownload Now »
TBS2000 Series Digital Storage Oscilloscope
3 Series MDO Mixed Domain Oscilloscope
DC Power Supplies
Keithley offers a full line of DC power supplies with a wide range of voltage, current, and power outputs, as well as a wide range of advanced features. Single- and multiple-output power supplies meet requirements for education, research, design, and automated testing.
Source Measure Units (SMU)
|Educator’s Resource Kit|
The Educator’s Resource Kit is designed to help you prepare your engineering lab curriculum with the latest standards and techniques for test and measurement. The comprehensive kit includes six different labs with accompanying instructor’s guides, reference fact sheets a basic concept book for students, in addition to a training board to provide real-world signals during the labs.
|A.M. Radio Design: Lab|
This lab covers how to modulate an A.M. signal, demodulate an A.M. signal, and build a simple A.M. receiver.
|A.M. Radio Design: WorksheetThis worksheet covers how to modulate an A.M. signal, demodulate an A.M. signal, and build a simple A.M. receiver.|
|Arbitrary/Function Generator PosterThis poster provides basic features and functions of an arbitrary/function generator including tips for capturing your signal, basic signal types, signal parameters, and run modes. Easy to print on 11x17 paper for an ideal reference to post in your lab, office or anywhere you use your arbitrary/function generator.|
|Introduction to Oscilloscopes Lab ExperimentThe Introduction to Oscilloscopes Lab provides problem-based learning, hands-on learning using real-world signals and designed to match lab time scaling from 2-4 hours.|
|Introduction to Oscilloscopes: LabThis lab covers how to compensate oscilloscope probes by using the TDS3034B Oscilloscope to measure the amplitude, frequency and period of signals.|
|Introduction to Oscilloscopes: WorksheetThis worksheet covers how to compensate oscilloscope probes by using the TDS3034B Oscilloscope to measure the amplitude, frequency and period of signals.|
|Introduction to Arbitrary/Function Generator: WorksheetThis worksheet covers how an AFG3000 Series Arbitrary/Function Generator creates typical waveforms, such as triangle and square waves, adjust the frequency and amplitude of the waveforms, and give the waveforms a DC offset.|
|Introduction To Circuit Analysis|
Circuit Analysis Definition Sheet