Objects with unique 3D aspects can make identifying surface defects with standard machine vision configurations more difficult. One solution to achieve feature-appropriate surface contrast is Photometric Stereo.

From semiconductor fabrication to renewable energy, AMETEK Programmable Power offers industry-leading solutions designed to meet your needs. Whether you're searching for a programmable AC power supply, programmable DC power supply, or custom-engineered solutions, we have the right product for you. AMETEK Programmable Power: Your Trusted Partner for Precision Power Solutions As a global leader in programmable power supply technology, AMETEK Programmable Power provides a comprehensive range of products under renowned brands like Sorensen, Elgar, and California Instruments. Our solutions are designed to serve critical industries such as semiconductor fabrication, aerospace, defense, and renewable energy, offering high reliability and performance. Key Features of Our Programmable Power Supply Solutions: Extensive product range: From programmable AC power supplies to programmable DC power supplies and electronic loads, we cover all your application needs.  Unmatched reliability: Built to deliver consistent performance, our products meet the most demanding industry standards.  Custom solutions: Tailored to your specific requirements, from OEM integrations to turnkey solar-array simulators.  Expert support: Our team of experienced professionals is here to provide top-notch service and technical assistance. Explore Our Latest Programmable Power Supply Products:

>>> Download the white paper now and take the first step towards confident satellite power testing. As satellites increasingly rely on photovoltaic arrays for power, reliable ground testing becomes crucial. This white paper explores the challenges of testing satellite power systems and introduces AMETEK's innovative Elgar ASPS: an advanced solar array simulator designed for testing the speed, flexibility, and safety of satellite power systems. Download the white paper to learn more: Critical role of solar array simulation in satellite power testing Advanced features and capabilities of the Elgar ASPS Comparison of ASPS solar array simulator with traditional SAS systems in mimicking different situations

Discover how engineers can use programmable bidirectional, regenerative DC power supplies to test batteries, inverters, fuel cells, and motors across multiple industries through this white paper. These power supplies are particularly well-suited for testing these devices because they can provide a wide range of voltages, currents, and power levels, with the ability to regenerate power back to the grid. This makes them ideal for testing devices used in renewable energy applications, such as solar panels, fuel cells, and wind turbines. The white paper also discusses the benefits of using programmable bidirectional, regenerative DC power supplies for testing a wider range of DUTs, such as reducing test time, improving accuracy, and increasing safety. >>> Download the white paper here.

>>> Download our white paper to learn how the Elgar m-SAS's technical specifications can revolutionize your small satellite ground testing, ensuring optimal performance and cost-efficiency. The small satellite market is experiencing explosive growth, offering a cost-effective platform for space exploration and various applications. However, ensuring flawless satellite functionality necessitates comprehensive ground testing, particularly for small satellite power systems using a mini solar array simulator (Elgar m-SAS) is essential. Traditional solar array simulators (SAS) designed for large satellites often provide excessive capabilities for smallsats power systems. These bulky systems lack features crucial for small satellite testing and come at a premium cost. How to address this challenge? This white paper explores how the Elgar m-SAS empowers engineers to: Optimize MPPT Performance: Validate the functionality and efficiency of your small satellite's Maximum Power Point Tracking (MPPT) system. Cost-Effective Satellite Testing: Eliminate unnecessary features associated with large-scale photovoltaic array simulators, achieving a budget-friendly satellite power testing solution. Maximize Power Testing Facility: The m-SAS boasts a high-power density, maximizing its footprint within your testing environment. Realistic Solar Eclipse Simulation: Replicate diverse solar eclipse profiles for thorough testing under real-world conditions. Simplified Operation: Leverage an intuitive user interface and control the unit seamlessly via a standard LAN interface.