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 pleased with this ferrite absorber system for our EMC testing requirements. The compact design is especially useful where space is limited, while the overall performance has been reliable for our applications. It’s a practical solution that fits well into a professional testing environment.
We’re very pleased with the construction of this Ultra High Power Handling RF Absorber. The rugged design feels well suited to the demanding conditions of advanced RF laboratories. It has been a practical engineering solution for our testing requirements and has performed reliably in our setup.
We’re very pleased with this absorber for our high-power radar and RF testing applications. It has been designed to handle demanding operating conditions and has performed reliably in our testing environment. Overall, it feels like a practical and well-built solution for high-power applications.
We’re very pleased with the performance of this RF absorber in demanding conditions. The combination of good thermal conductivity and high power handling has been particularly useful for our applications. The overall construction feels solid and dependable, making it a practical choice for challenging RF testing environments.
We’re very pleased with the design and overall performance of this product. It fits well into our professional RF testing environment, and the robust construction gives it a durable feel. The high-power capability is also useful for our demanding applications. Overall, it has proven to be a dependable addition to our setup.
