Our variable linear power supplies are low noise perfectly suited for electronic-sensitivity applications, producing a very steady direct output current. They have excellent load regulation and transient response. Ensuring high performance even if environmental conditions change. They are straightforward in construction and very rugged.
The Programmable DC Power Supply offers the highest voltage and current control precision, enabling automated and repeatable test procedures. With various programming interfaces these are perfectly suited for ATE applications. The source can be programmed in the finest detail possible. This makes it ideal for use in an R&D environment, intensive production testing, and quality assurance operations where power control precision and flexibility are relatively high.
Bidirectional Power Supplies can operate both as a source and a sink, giving energy to the device under test and also taking the power from it. Coupled with regeneration technology, these supplies improve the efficiency of the fed-back energy into the grid. For that reason, they are the best for energy-fed applications, such as battery systems and bidirectional converters. They are perfectly suited for battery emulator applications.
High-Voltage DC Power Supplies can provide accurate variable high-voltage DC output for use in applications involving the testing of insulation and capacitors' charge, among other electrostatic processes. The powers have been designed to be safe and reliable, giving stable high-voltage output while preventing overloading and short circuits.
High-stability magnetic power supplies are intentionally designed to deliver highly stable currents in electromagnets against the backdrop of the most common scientific and industrial environments. They offer exceptionally tight control and a shallow current ripple, which is critical to ensuring very consistent magnetic fields in research or development settings.
Dense HV Capacitor Charging Power Supplies are specifically designed to quickly and efficiently charge capacitors to high rating voltage. Quick response times and high reliability ensure that such supplies are compatible for their use in pulsed power applications, medical equipment and other systems that require the rapid discharge of energy.
