Download eBook: Accelerating Aerospace Innovation
Traditionally, aircraft systems have relied heavily on fossil fuels and hydraulic control mechanisms. However, the industry is now undergoing a fundamental shift toward electrification – transitioning to electric propulsion and flight control systems. This transformation promises greater efficiency, lower emissions, and enhanced performance. Yet, it also demands extensive research and development.
Download e-book to learn how our test and measurement instrumentation are built for tomorrow’s aerospace landscape – supporting electrification, sustainability, and mission-critical innovation.
Whether you’re testing electric motors, validating space optics, or certifying flight systems, Yokogawa helps you move from idea to implementation – faster, safer, and with greater confidence.
Related Industries
Related Products & Solutions
High Speed Data Acquisition
- PC-based, streaming, local, or remote operation
- 20+ modules, isolated and versatile inputs
- Up to 200 MS/s or 640 ch
- Used in aerospace, automotive, energy, and manufacturing industries
High-Resolution Reflectometers
- Accurately detect microcracks within optical connectors
- Characterize reflections and gaps in silicon photonics devices
Optical Spectrum Analyzers
- High-resolution measurement of optical power vs wavelength
- Ideal for R&D, manufacturing, and laser characterization
Optical Wavelength Meters
- High peak wavelength accuracy (±0.2 ppm)
- Wavelength & power of CW laser and DWDM systems
- FT interferometer-based design
Oscilloscopes
Accelerate debugging and gain deeper insight with high-resolution oscilloscopes designed for speed, clarity, and precision.
Power Analyzers and Power Meters
Industry-leading accuracy for efficiency, harmonics, and power parameters, ensuring regulatory compliance and confident design of energy-efficient systems.
Source Measure Units
A Source Measurement Unit (SMU) is a flexible test instrument which is capable of both sourcing and measuring voltage and/or current at the same time.
