From benchtop oscilloscopes for basic measurements to digital multimeters, waveform generators, software, and service plans, we provide complete test solutions to ensure that your laboratory can meet the ever - changing teaching environments in the future.

In today's rapidly changing world, managing limited energy resources has become even more important. The advancements in wide - bandgap semiconductor technologies such as silicon carbide (SiC) and gallium nitride (GaN) are facilitating the development of a clean, renewable, and reliable energy ecosystem, but they also pose new challenges for engineers. Engineers can rely on the measurement solutions provided by Tektronix to address the challenges of today's and future electrification ecosystems.

The material testing platform mainly provides testing solutions for the electrical properties of materials. Common testing parameters include resistivity, sheet resistance, carrier concentration, carrier mobility, etc. Commonly used testing methods are the four - point probe method, the Van der Pauw method, the Hall effect, etc.

Ensure that medical devices and systems are effective, safe, and cost - effective. Medical product design brings a series of related challenges, including strict shielding requirements, complex feedback systems, compact device sizes, and so on. You need trusted equipment to test and verify all designs from research and development to production stages.

The pace of digital transformation in the automotive industry has never been so fast. The continuous advancements in technologies such as high - speed data communication, power electronics, and batteries have made safer and more efficient vehicles the mainstream in the market. At the same time, they have also brought new challenges to engineers. Tektronix provides you with test solutions to address today's and future automotive challenges.

A nanogenerator is based on regular zinc oxide nanowires and converts mechanical energy into electrical energy within the nanoscale range. It is the smallest generator in the world. Currently, nanogenerators can be divided into three types: The first type is piezoelectric nanogenerators; The second type is triboelectric nanogenerators; The third type is pyroelectric nanogenerators; They are generally applied in biomedicine, military, wireless communication, and wireless sensing.

Relying on the R & D and manufacturing background of aviation industry personnel, this is a scientific - research - grade aerostatic vibration - isolation optical platform with strong load - bearing capacity, high rigidity, high stability, and good vibration - isolation effect. It is suitable for applications in fields such as high - magnification electron microscopes, scanning probe microscopes, laser interferometers, and laser confocal microscopes.