High-Frequency Technology

Each industry requires differentiated cooling solutions tailored to the specific application. With us, you not only have the option to configure the optimal solution for your product but also gain a competent partner in thermal management.

high-frequency technology power component

Photo: iStock by Getty Images

Frequency Technology and Power Components

High-frequency technology is a specialized sector that plays a key role in many areas of modern communication and electronics. It involves the transmission and processing of signals in the high-frequency range (typically between 3 MHz and 300 GHz), which is central to wireless communication, radar technology, satellite systems, and microwave applications. As these systems use sensitive and high-performance electronic components, efficient electronics cooling is essential.

In high-frequency technology, significant amounts of heat are generated, particularly in transmitters, amplifiers, oscillators, and RF power components. These components operate with high voltages and frequencies, leading to intense heat generation. Without adequate cooling, overheating can occur, which not only impairs performance but also causes disruptions and permanent damage to electronic components. This is particularly critical because precise and interference-free signals are crucial in high-frequency technology.

Efficient cooling systems, such as liquid cooling, thermoelectric coolers, or advanced heat exchangers, are often used to effectively dissipate heat. Stable temperature regulation ensures that high-frequency components operate within their optimal range and maintain their performance. As the demand for high-frequency technologies, such as 5G networks and satellite communication, continues to grow, the need for innovative cooling solutions also increases. These systems are essential for ensuring the reliability and longevity of electronic components in high-frequency technology.

Recommendations

Product recommendations by our thermal management experts

collage side pressed heat sinks

Side Pressed Fin Heat Sinks

The product family for small fin spacing and double-sided component mounting and cooling. (...)

collage embeddedflow integrated component cooling heat sink

Housing Coolers with Cooling Circuit

Integrated component cooling with or without cooling circuit and with the functionality of a fully functional housing (...)

cool tec thermal simulation heatmap cooler plate 01

Thermal Simulation

The application of thermal simulation provides more precise insights into the heat development of your current components. The calculation of cooling systems is complex and dependent on many factors (...)

Learn more about the manufacturing steps in the Technologies section

introducing cooling channels into aluminum plate using milling cutter

Machining

CNC machining plays a central role in the high-precision manufacturing of air heat sinks and liquid coolers. Only through CNC machining are the raw materials turned into customer-specific air or liquid coolers. (...)

visual quality control heat sink white gloves

Leak Testing

Each liquid cooler is tested regarding its tightness. The exact requirements and test procedures can be jointly defined and range from the standard leak test to the documented helium leak test or pressure drop test. (...)

bent copper heat pipes material image cool tec

Copper

Air and liquid coolers are primarily manufactured from aluminum or copper due to their high thermal conductivity. (...)