Many internationally renowned universities and research institutes rely on the precision and quality of our products. They are used in particle accelerators, high-voltage laboratories, testing facilities, and for physics experiments.

Application

Color Spectroscopy
Use of power supplies to power various light sources.

Atomic Emission Spectroscopy (AES / ICP-AES / OES)
Requires power supplies to generate (ignite) and stabilize plasmas.

Mass Spectrometry
Uses high-voltage power supplies to accelerate and separate ions; requirements vary depending on the measurement method and application.

Application

Research institutions use our products in and for particle accelerators.

Some examples:

• MMS-System modules are used to test detector elements for accelerators during manufacturing.
• The MICC-System is used for the accelerator section of a linear accelerator.
• EHQ-Modules are used for beam deflection.

AIP supplies machinery and plant manufacturers with components for their end products as well as for in-production testing systems. Most of our customers operate in industries where precision and quality are essential for success in the marketplace.

Case Study

Dual High-Voltage Source

A high-voltage source that can be operated in series or in parallel for testing semiconductors.

CASE STUDY

Transtector SMW225 Voltage Regulator and EXWUID Power Supply

Application

We offer a range of products designed to reduce power grid disturbances.

Application

High-voltage power supplies from the EPS and HPS series—with the appropriate options—are ideal for powering X-ray tubes. The required heating power supply (for cathode- or anode-grounded tubes) can be integrated directly.

System Features (Example):

• Voltage stability up to 0.01%, low residual ripple
• Temperature coefficient < 30 ppm/K
• ARC management, including detection and protection
• Interlock safety system
• Separate power connections for control and power units
• Integrated, potential-free heating supply (up to 80 kV)
• Direct heating current control or configurable emission control
• Adjustable min./max. heating currents
• Additional low-voltage outputs at high-voltage potential (e.g., for Wehnelt cylinders)
• HV generator and heating supply programmable via USB

The devices can be easily integrated into the plant control system—via analog interfaces or digital protocols such as Ethernet, CAN, IEEE-488, or RS232.