Continued Education
Elevate your engineering team’s analog expertise with Apex Microtechnology’s complimentary continued education seminars!
Led by our seasoned applications engineers, these technical sessions combine a catered lunch with focused, tailored presentations designed to fit your team's interests, project needs, or applications.
Whether you're reinforcing core concepts or exploring complex challenges, our experts deliver actionable insights that support both project success and continuing education goals.
Schedule Your Continued Education Seminar Today!
Example Topics
Unlock the potential of your analog design projects with industry-focused training led by our expert Applications Engineers. Our Continuing Education seminars offer customized, in-depth sessions on a range of cutting-edge analog and mixed signal topics, including (but not limited to):
Op-Amp Design Techniques & Safe Operating Area Considerations
Discover design strategies for getting the most out of your power op-amps while avoiding common pitfalls. Learn how to navigate Safe Operating Area (SOA) limits to ensure long-term reliability and optimal performance.
Stability & Compensation Techniques
Gain a deeper understanding of compensation methods to ensure amplifier stability in real-world designs. This session includes hands-on simulation insights and Bode plot generation to help you visualize and correct instability before it happens.
High Power Techniques
Learn proven methods for delivering high power without sacrificing board space or thermal performance. This session covers design strategies to boost efficiency and reliability in today’s size-constrained applications.
Radiation Effects & Testing on Microelectronics
Dive into how radiation impacts microelectronic components and the design principles behind radiation-tolerant solutions. Learn how these components are tested to survive the demands of space and other high-radiation evironments.
Mitigating Design Challenges in Piezo Drive Applications
Understand key techniques for overcoming the unique electrical and mechanical demands of piezoelectric actuators. This session focuses on optimizing drive circuitry for precision, efficiency, and long-term reliability.