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| The Proadlizer utilizes a revolutionary component structure called "transmission line structure". Applying this structure to conductive polymer electrolytic capacitors enables two functions with flat and low impedance characteristics that are capable of handling high currents broadband decoupling and filtering. By applying this unique structure to decoupling circuit design(*1) and mounting the Proadlizer directly under the CPU, power is supplied to the CPU over the shortest possible distance. Furthermore, using this structure for filter circuit design(*2), separating the power layer around the CPU and designating the Proadlizer as a power bridge between the two effectively blocks noise from the CPU, without any external leakage. |
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| *1 Decoupling circuit design |
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The innovative Proadlizer concept - integrating passive components into a single chip - and its superior noise-reducing performance offer numerous benefits for digital devices. For example, because there are fewer parts, it's faster and easier to mount devices on the substrates used in circuit design. This maximizes reliability. From a development perspective, the Proadlizer allows greater freedom in during the design phase, which helps makes products more competitive.
The point is to think simple. As in a simple solution for the GHz CPU age. The Proadlizer significantly expands the capacity of all types of digital devices, including home electronics, audio/visual devices, mobile communications platforms that support the onset of a ubiquitous lifestyle, as well as personal computing and network devices. |
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