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Next Generation Capacitor Solutions
Film capacitors from Advanced Power Conversion Solutions (APCS) can be integrated into high performance DC link capacitor/bus solutions. A range of technical papers are available to download, covering different requirements and applications.
A requirement came to PPM Power for a system that could stress large passive components with fast voltage and current pulses. Read the case study on the equipment designed to meet this application’s needs.
Making accurate and wide band measurements of high voltage signals is challenging and there are many trade-offs and considerations. This white paper was written by Richard Adler of North Star High Voltage Corporation.
You can use our power supply parametric search to find suitable models for your application, based on specific requirements such as voltage, power and current. Includes specialist and custom units in AC-DC and DC-DC variants.
From how to use programmable signals, to simulating a battery’s internal resistance and generating arbitrary waveforms, click below to browse TDK’s application notes for the Genesys+ programmable power supplies.
A leader in shockwave-based systems for urology, cardiovascular, and orthopedic applications is developing a versatile, easy-to-use device to break-up calcium deposits in patients. The system requires a high voltage DC-DC power supply to charge a capacitor.
A leader in innovative eye care was developing a new laser surgery system that would provide a more precise lens cutting method than the excimer laser. This new technology required a fast-reversing 6 kV power supply that could sink and source current.
A medical life science industry customer required a power supply for sensitive instrumentation requiring 3000 V controllable pulsed DC output along with an additional isolated 24 V system for electronics and a touch panel.
A leading mass spectrometer company faced the challenge of finding a compact, adjustable and stable power solution with extreme accuracy, low electrical noise and no vibrations for the development of their next-generation of portable, high-sensitivity mass spectrometers.
A critical requirement for one of the leading manufacturers of mobile x-ray equipment
was the ability to maintain power while moving the system. The power supply had to meet medical standards and be powered from a DC voltage generated from a battery pack.
Techno Block SiC MOSFET modules are ideal for demanding applications such as motor drives, power supplies, high performance inverters and induction heating. The modules meet both the compact size and high performance requirements for these applications.
As the switching performance demands for new wide band-gap components increases, so do the requirements for the commutation process. Split output topology provides an additional tool to reduce turn-on losses and boost cross-conduction suppression.
This paper compares the efficiency of power modules based on a booster to see how pure silicon components stack up against SiC. It also discusses the benefits, drawbacks and
challenges of using SiC technology.