EFO-H224MS12

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Resonators are components designed to store and return rapid, amplifying pulses in electrical systems. These devices typically utilise precisely-sized hollow cores through which electromagnetic radiation propagates and radiates from. The EFO-H224MS12 is a particular type of such component that provides a wideband response and excellent power efficiency, making it suitable for a range of applications.

The EFO-H224MS12 comprises a high temperature co-fired ceramic (HTCC) substrate, and boasts a unique, small footprint of only 2.73mm x 2.25mm. The device features an integrated rectangular, shielded cavity with a precisely-sized hollow core suspended between two tuning pogs. The pogs perturb the resonance of the cavity, causing electromagnetic radiation to propagate and radiate.

When the EFO-H224MS12 is connected to a transmit power supply, the pogs induce a passing electrical pulse that is radiated. The pulse is then stored within the hollow core and is subsequently amplified as it is reradiated. This process is repeated according to the component’s frequency response until the pulse dissipates. The resulting wideband response makes the EFO-H224MS12 suitable for a variety of applications, including communications systems, industrial electronics, medical applications, automotive electronics and more.

The EFO-H224MS12 also offers excellent power efficiency, thanks to the device’s multi-stop design. The pogs are adjustable from 0-31.2GHz, allowing for sharp tuning of the component to accommodate different devices and platforms. Moreover, the component’s ultrathin profile makes it considerably easier to install in confined spaces. Additionally, the EFO-H224MS12 is resistant to temperature variations, thus enabling it to operate in more extreme environments.

In short, the EFO-H224MS12 is a high-efficiency, wideband resonator component that offers superior performance and excellent power efficiency. The component’s small footprint, adjustable pogs, and robust construction make it an ideal solution for a range of applications, from communications systems to automotive electronics.

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