Semiconductor Device definition

Semiconductor Device means a device and any material therefor, comprising a body of one or more Semiconductor Materials and one or more electrode associated therewith, and if provided therewith, housing and/or other supporting means therefor.

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Semiconductor Device means a semiconductor integrated circuit sold as a component for integration into a System, whether such integrated circuit is sold as a bare die or wafer, or as a packaged device. By way of clarification, without limitation, Semiconductor Devices include multichip modules and multichip packages that integrate multiple semiconductor integrated circuit dice into a single package, and further include Memory Devices and Logic Devices.

Semiconductor Device means a device consisting primarily of a body or film of Semiconductor Material having a plurality of electrodes associated therewith (whether or not said body consists of a single Semiconductor Material or of a multiplicity of such materials, and whether or not said body includes one or more layers or other regions of a material or materials which are of a type other than Semiconductor Material); and if provided as part thereof, said device includes all Ancillary Parts. The term “Semiconductor Device” shall also include (i) any memory module and any memory card (both in the meaning which is widely used in the industry), and (ii) a printed circuit board having memory functionality sold by an entity where each such board sold by an entity includes memory manufactured by such entity and affixed onto such board prior to sale, and where such sale is to an OEM customer. Printed circuit boards sold by an entity which do not include memory manufactured by such entity and which are sold to end users are expressly excluded from the term Semiconductor Device.

Examples of Semiconductor Device in a sentence

• Furthermore, Hitachi Power Semiconductor Device provides diodes for automotive applications, which require high reliability, for a long period of time.

• Many customers in Japan and overseas have adopted IGBT/SiC made by Hitachi Power Semiconductor Device.

• Chung Resistivity Titanium- Containing Interconnect and Semiconductor Device Comprising the Same 18-Dec-98 K.

• For purposes of clarification, the Parties agree that no rights are granted to any circuits of a third party design, including circuits that may be included on the same Semiconductor Device as circuits licensed under this subsection.

• For purposes of clarification, the Parties agree that no rights are granted to any circuits of a third party design including circuits that may be included on the same Semiconductor Device as circuits licensed under this subsection.

• As a result of the discussion, we have reached a conclusion that the best way for Hitachi Power Semiconductor Device to continue its growth in the power semiconductor market, which is expected a high growth in the future, is to expand its production capacity and improve manufacturing efficiency under MinebeaMitsumi, which positions the analog semiconductor business as one of its core businesses.

• Nothing in this Agreement shall be construed as conferring upon either Party or its SUBSIDIARIES any right to include in advertising, packaging or other commercial activities related to a Semiconductor Device, any reference to the other Party (or any of its SUBSIDIARIES), its trade names, trademarks or service marks in a manner which would be likely to cause confusion or to indicate that such Semiconductor Device is in any way certified by the other party hereto or its SUBSIDIARIES.

• In the area of high-voltage ICs for industrial and home appliance applications, Hitachi Power Semiconductor Device is contributing to efficiency improvement and noise reduction in customers' systems through motor control technology and software based on the knowledge it has gained from providing products for a wide range of fields.

• Under MinebeaMitsumi, with whom Hitachi Power Devices has been collaborating for many years, Hitachi Power Semiconductor Device will further enhance its strengths in high-voltage, low-loss technologies, expand its production capacity and improve manufacturing efficiency to provide higher value-added products in larger quantities to markets and customers, thereby aiming for further growth and corporate value enhancement.

• One major application is EUV Lithography (EUVL), and it is now clear that the continuation of ▇▇▇▇▇’▇ Law of Semiconductor Device Miniaturisation will require the full deployment of EUVL in high volume manufacturing scenarios within a few years.

More Definitions of Semiconductor Device

Semiconductor Device means a device and any material therefor, comprising a body of one or more Semiconductor Materials and one or more electrodes associated therewith, and, if provided therewith, housing and/or supporting means therefore.

Semiconductor Device means a device and any material therefor, comprising a body of one or more Semiconductor Materials and one or more electrodes associated therewith, and, if provided therewith, housing and/or supporting means therefore. 1.13 "Integrated Circuit" shall mean an integral unit comprising a plurality of active and/or passive circuit elements associated on one or more substrates, such unit forming, or contributing to the formation of, a circuit for performing electrical functions and, if provided therewith, housing and/or supporting means therefor. 1.14 "Circuit Assembly" shall mean (a) a circuit or a circuit system, including hardware and/or software, in which one or more Semiconductor Devices and/or one or more Integrated Circuits are interconnected in one or more paths (including passive circuit elements, if any), for performing electrical functions, and (/b) a combination of such circuits or circuit systems and (c) if provided therewith, I/O devices or housing and/or supporting means therefor. 1.15 "AMD Patents" shall mean all classes or types of patents, utility models and design patents (including, without limitation, originals or divisions, continuations, continuations-in-part or reissues), and applications for these classes or types of all countries of the world owned or controlled by AMD or its Subsidiaries at any time during the term of this Agreement which (a) have a first effective filing date prior to the expiration or termination of this Agreement and (b) except for consideration paid to employees, have no requirement to pay consideration to another for the grant of a license under this Agreement. 1.16 "INTEL Patents" shall mean all classes or types of patents, utility models and design patents (including, without limitation, originals or divisions, continuations, continuations- AMD and Intel Confidential