DMC offers ultra high power RF absorbers handling capacity up to 30 kW/Sqm. This silicon carbide pyramid absorber has good thermal conductivity and good applicability in vacuum.
Features:
Part number reference:
DMC-SC-PY-MI-50, DMC-SC-PY-MI-90, DMC-SC-PY-MI-200
| We installed the Ultra High Power Handling RF Absorbers in our high-power RF testing chamber. The absorbers perform reliably even under extremely high RF power conditions. Chamber reflections are greatly reduced, improving measurement accuracy. |
| Our radar testing environment requires absorbers that can withstand very high RF energy levels. These silicon-carbide absorbers handle the power effortlessly. Performance remains stable during long testing cycles. |
| The absorber material dissipates heat extremely well during high-power RF testing. Even during continuous operation, performance remains consistent. A great solution for demanding RF environments. |
| These absorbers provide strong RF absorption across the testing frequency range. The chamber environment is now much more stable and controlled. Measurement repeatability has improved significantly. |
| Our research facility requires ultra-high-power RF testing capabilities. These absorbers provide excellent performance without degradation. A reliable solution for high-energy RF experiments. |
| The sintered inorganic material makes the absorber extremely durable. It withstands both thermal stress and strong electromagnetic fields. A long-lasting absorber for professional RF chambers. |
| The pyramidal geometry ensures efficient broadband absorption. Installation with the base plate system was quick and secure. It’s clearly designed for high-precision RF testing environments. |
| The pyramidal geometry ensures efficient broadband absorption. Installation with the base plate system was quick and secure. It’s clearly designed for high-precision RF testing environments. |
| After upgrading our chamber with these absorbers, RF reflections dropped significantly. The testing environment became much cleaner. Our antenna measurement accuracy improved greatly. |
| This absorber is ideal for extreme RF testing conditions. The material quality and performance are outstanding. A great investment for high-power RF laboratories. |
We’re very impressed with this RF absorption solution. It has performed well in applications where standard absorbers may not provide enough capacity. The high power handling capability is a major advantage for our testing needs, and the overall construction feels solid and dependable. A practical choice for demanding RF environments.
We were particularly impressed by the silicon carbide construction of this absorber. It feels well suited to demanding, high-energy RF applications, and the overall engineering gives it a professional laboratory-grade feel. The build quality appears robust, making it a dependable option for serious RF testing environments.
This absorber offers an excellent combination of RF absorption and high-power capability. A practical option for demanding electromagnetic testing.
A professional-grade solution for high-power RF chambers. The durable inorganic construction gives confidence for long-term applications.
The thermal performance of this absorber stands out. It is designed to handle demanding RF conditions while maintaining dependable absorption performance.
