EXHIBIT 10.5*
AMENDED AND RESTATED
INTELLECTUAL PROPERTY AGREEMENT
This INTELLECTUAL PROPERTY AGREEMENT ("Agreement"), as amended and
restated herein, is entered into this 4th day of August 1999 (the "Effective
Date",) by and between MOTOROLA, INC., a Delaware Corporation (hereinafter
"MOTOROLA"), acting through its Semiconductor Products Sector ("SPS"), and
Semiconductor Components Industries, L.L.C., a Delaware limited liability
company ("SCILLC").
RECITALS
WHEREAS, MOTOROLA, through its Semiconductor Components Group ("SCG"),
develops, manufactures and sells discrete and integrated circuit semiconductor
products and related products.
WHEREAS, SCG presently is a part of SPS.
WHEREAS, SCG has operations in the United States and numerous foreign
countries.
WHEREAS, MOTOROLA desires to reorganize the business, assets, properties
and operations presently constituting SCG to establish SCG as a "stand alone"
business, separate from the remainder of SPS (the "Reorganization").
WHEREAS, SCG Holding Corporation, formerly known as Motorola Energy
Systems, Inc., a Delaware corporation is a wholly owned subsidiary of MOTOROLA
(hereinafter, "SCG Holding"), and SCILLC is a wholly-owned subsidiary of SCG
Holding.
WHEREAS, SCG Holding and SCILLC are to be among the entities into which
MOTOROLA contributes the business, assets and operations of SCG (the "SCG
Business") pursuant to the Reorganization.
WHEREAS, MOTOROLA is the owner or licensee of certain intellectual
property under which MOTOROLA will hereunder assign, license, or sublicense, as
the case may be, to SCILLC certain intellectual property to support and continue
the operation of the SCG Business (such transactions hereunder to be treated as
a contribution by MOTOROLA to the capital of SCG Holding),
WHEREAS, the Parties hereto contemplate entering into a Reorganization
Agreement as soon as practicable following the date hereof under which it is
contemplated that the Reorganization will be effected (the "Reorganization
Agreement").
NOW, THEREFORE, in furtherance of the foregoing premises and in
consideration of the mutual covenants and obligations hereinafter set forth, the
Parties hereto, intending to be legally bound hereby, do agree as follows:
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* Confidential Information in this Exhibit 10.5 has been omitted and
filed separately with the Securities and Exchange Commission.
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SECTION 1
DEFINITION AND TERMS
As used in the agreement, the following terms shall have the meaning set
forth or referenced below:
1.1. ASSIGNED COPYRIGHTABLE MATERIALS means MOTOROLA owned data sheets, data
books, application notes, and other advertising materials used in
connection with the marketing and sale of any SCG PRODUCT and which do not
bear the trademark or tradenames of MOTOROLA other than ASSIGNED
TRADEMARKS. ASSIGNED COPYRIGHTABLE MATERIALS does not include software or
tangible documentation of the process flow sheets used in the manufacture
of any product.
1.2. ASSIGNED KNOW HOW means know-how as set forth in Exhibit 1.2.
1.3. ASSIGNED MASK WORKS means registered masks works as set forth in Exhibit
1.3 and any mask work protection available to MOTOROLA in those mask works
fixed by MOTOROLA which are embodied exclusively in an SCG PRODUCT.
1.4. ASSIGNED PATENTS means the patents and patent applications set forth in
Exhibit 1.4 and any foreign counterparts of the patents and applications
listed on Exhibit 1.4.
1.5. ASSIGNED TRADEMARKS means registered and common law trademarks set forth
in Exhibit 1.5.
1.6. CIRCUIT means a plurality of active and/or passive elements for
generating, receiving, transmitting, storing, transforming or acting in
response to an electrical signal.
1.7. CIRCUIT PATENT means a LICENSED MOTOROLA PATENT which claims a CIRCUIT or
an ELECTRICAL METHOD.
1.8. CLOSING DATE means the date on which the consummation of the transactions
set forth in the Reorganization Agreement occurs.
1.9. CONFIDENTIAL INFORMATION means all proprietary information which is 1) not
publicly known and 2) used to manufacture and sell SCG PRODUCTS or SPS
PRODUCTS or specifically used in the business by the Semiconductor
Components Group of MOTOROLA. CONFIDENTIAL INFORMATION specifically
includes all RESTRICTED PROCESS MODULES.
1.10. ELECTRICAL METHOD means a method or steps for using CIRCUITS or SYSTEMS,
whether or not combined with one or more active and/or passive elements,
for performing electrical or electronic functions.
1.11. INDEMNIFIED PRODUCT means any product:
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1.11.1. which is an SCG PRODUCT; or
1.11.2. which is derived from an SCG PRODUCT and that has substantially
the same form, fit, function, and application as an SCG PRODUCT,
as determined by the data sheet relating to the SCG PRODUCT in
existence prior to the CLOSING DATE.
1.11.3. Notwithstanding the language in this section 1.11, in no event
shall the term INDEMNIFIED PRODUCT include memories,
microprocessors, microcontrollers, digital signal processors,
sensor devices having a mechanical input, RF devices (but not
small signal RF discrete devices such as high frequency small
signal transistors of the type that are SCG PRODUCTS, tuning
diodes, and varactors), Optobus products, power devices integrated
with analog circuitry on the same SEMICONDUCTIVE MATERIAL other
than those specific devices that have product numbers that are SCG
PRODUCTS or within the scope of 1.11.2, hybrid power modules,
compound semiconductor products, Vertical Cavity Surfacing
Emitting Lasers (VCSEL), Field Programmable Gate Arrays (FPGAs),
Field Programmable Analog Arrays (FPAAs), or magnetoresistive
devices or devices that are formed substantially of materials
having a permanent magnetic effect (collectively "EXCLUDED
PRODUCTS"), whether or not any such EXCLUDED PRODUCT includes the
functionality of an SCG PRODUCT.
1.11.4. Notwithstanding the language in this section 1.11, in no event
shall INDEMNIFIED PRODUCT include any product made or sold by
SCILLC if infringement of a third party's patent would have been
avoided but for a change in the manufacturing or design of an SCG
PRODUCT or but for the use of a process or equipment for
manufacture of or the design of an INDEMNIFIED PRODUCT that was
not used in the design or manufacture of an SCG PRODUCT before the
CLOSING DATE.
1.12. INTEGRATED CIRCUIT STRUCTURE means an integral unit consisting primarily
of a plurality of active and/or passive circuit elements associated on, or
in, a unitary body of SEMICONDUCTIVE MATERIAL for performing electrical or
electronic functions and, if provided therewith, such unit includes
housing and/or supporting means therefor.
1.13. INTELLECTUAL PROPERTY means the LICENSED MOTOROLA PATENTS, ASSIGNED
PATENTS, LICENSED VISIBLE TRADEMARKS, LICENSED EMBEDDED TRADEMARKS,
ASSIGNED TRADEMARKS, LICENSED KNOW HOW, ASSIGNED KNOW HOW, LICENSED
SOFTWARE, ASSIGNED MASK WORKS, LICENSED MASK WORKS, ASSIGNED COPYRIGHTABLE
MATERIALS, and LICENSED COPYRIGHTABLE MATERIALS.
1.14. LICENSED SCILLC PATENTS means all classes or types of patents, utility
models, design patents, applications, and any counterparts thereof for the
aforementioned or all countries of the world owned by SCILLC which have
claims that read on the manufacture, assembly, test, use, lease, sale,
offer for sale, disposal, importation, or
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design of a LICENSED SPS PRODUCT and which are issued, published or filed
on or before five (5) years after the CLOSING DATE. LICENSED SCILLC
PATENTS also includes patents That are acquired by SCILLC, on or before
five (5) years after the CLOSING DATE, and under which and to the extent
to which and subject to the conditions under which SCILLC may have the
right to grant licenses or rights of the scope granted herein without the
payment of royalties or other consideration to third persons, except for
payments to third persons (a) for inventions made by said third persons
while engaged by SCILLC, and (b) as consideration for the acquisition of
such patents, utility models, design patents and applications.
1.15. LICENSED COPYRIGHTABLE MATERIALS means MOTOROLA owned data sheets, data
books, application notes, and other advertising materials used in
connection with the marketing and sale of any SCG PRODUCT and which bear
the trademark or tradenames of MOTOROLA other than ASSIGNED TRADEMARKS.
LICENSED COPYRIGHTABLE MATERIALS does not include software or tangible
documentation of the process flow sheets used in the manufacture of any
product.
1.16. LICENSED EMBEDDED TRADEMARKS means any trademark owned by MOTOROLA which
is embedded in or affixed on equipment, software, or materials ("Items")
used in connection with the sale, offering for sale, distribution, or
advertising of an SCG PRODUCT, which Items are not sold or provided to
purchasers of an SCG PRODUCT or trademarks which are not visible to
purchasers of an encapsulated SCG PRODUCT.
1.17. LICENSED KNOW HOW means know how, including business methods, owned
by MOTOROLA as of the CLOSING DATE which is specifically used, as of
the CLOSING DATE, to develop or manufacture an SCG PRODUCT. LICENSED
KNOW HOW includes RESTRICTED PROCESS MODULES. ******************
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In no event shall LICENSED KNOW HOW include any know how developed or
acquired by MOTOROLA after the CLOSING DATE.
1.18. LICENSED MOTOROLA PATENTS means all classes or types of patents, utility
models, design patents, applications, Mid any counterparts thereof for the
aforementioned of all countries of the world which have claims that read
on the manufacture, assembly, test, use lease, sale, offer for sale,
disposal, importation, or design of a LICENSED PRODUCT and are:
(i) Issued, published or filed on or before five (5) years after the
CLOSING DATE, and which arise out of inventions *****************
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* Confidential Information omitted and filed separately with the Securities
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(ii) Are acquired, on or before five (5) years after the CLOSING DATE, by
MOTOROLA SEMICONDUCTOR PRODUCTS SECTOR: and under which and to the
extent to which and subject to the conditions under which the
MOTOROLA SEMICONDUCTOR PRODUCTS SECTOR may have the right to grant
licenses or rights of the scope granted herein without the payment
of royalties or other consideration to third persons, except for
payments to third persons (a) for inventions made by said third
persons while engaged by MOTOROLA SEMICONDUCTOR PRODUCTS SECTOR, and
(b) as consideration for the acquisition of such patents, utility
models, design patents and applications. In no event shall the term
LICENSED MOTOROLA PATENTS include or encompass patents on inventions
made by employees of MOTOROLA while in the employ of groups or
operations of MOTOROLA other than the MOTOROLA SEMICONDUCTOR
PRODUCTS SECTOR.
1.19. LICENSED PRODUCT means any product:
1.19.1. which is an SCG PRODUCT; or
1.19.2. which is derived from an SCG PRODUCT and that has substantially
the same function as an SCG PRODUCT in existence prior to the
CLOSING DATE; or
1.19.3. an INTEGRATED CIRCUIT STRUCTURE or SEMICONDUCTIVE ELEMENT which is
reasonably anticipated by the Semiconductor Components Group's
1999 Analog Long Range Plan (LRP) dated 18 March 1999, the 1999
Logic LRP dated 19 March 1999, the 1999 Bipolar Discrete LRP dated
16 April 1999, or the 1999 MOS Gated LRP dated 26 February 1999.
1.19.4. Notwithstanding the above language in this section, in no event
shall the term LICENSED PRODUCT include memories, microprocessors,
microcontrollers, digital signal processors, sensor devices having
a mechanical input, RF devices (but not small signal RF discrete
devices such as high frequency small signal transistors of the
type that are SCG PRODUCTS, tuning diodes, and varactors), Optobus
products, power devices integrated with analog circuitry on the
same SEMICONDUCTIVE MATERIAL other than those specific devices
that have product numbers that are SCG PRODUCTS or within the
scope of 1.19.3, hybrid power modules of the type developed by or
made by the former Hybrid Power Modules business unit of MOTOROLA,
compound semiconductor products, Vertical Cavity Surfing Emitting
Lasers (VCSEL), Field Programmable Gate Arrays (FPGAs), Field
Programmable Analog Arrays (FPAAs), or magnetoresistive devices or
devices that are formed substantially of materials having a
permanent magnetic effect (collectively "EXCLUDED PRODUCTS"),
whether or not any such EXCLUDED PRODUCT includes the
functionality of an SCG PRODUCT.
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1.20. LICENSED SOFTWARE means software owned by MOTOROLA and specifically used
in business applications used by or for the Semiconductor Components Group
of MOTOROLA or in the manufacture, design, operation, or testing of an SCG
PRODUCT.
1.21. LICENSED SPS PRODUCT means any product other than an SCG PRODUCT or a
product which is derived from an SCG PRODUCT and that has substantially
the same function as an SCG PRODUCT, provided, however, that LICENSED SPS
PRODUCT shall include discrete RF devices, discrete sensor devices,
discrete compound semiconductor devices, but shall not include any other
discrete devices, and provided that LICENSED SPS PRODUCT shall include any
product set forth in the PTI code listing for MOTOROLA's MOTOROLA
SEMICONDUCTOR PRODUCTS SECTOR business units other than the Semiconductor
Component Group of MOTOROLA's MOTOROLA SEMICONDUCTOR PRODUCTS SECTOR.
1.22. LICENSED VISIBLE TRADEMARKS means any trademark owned by MOTOROLA which is
affixed on materials (including printed materials, advertising materials,
data sheets, application notes, packing slips, packing materials, or
electronic materials) used in connection with the sale, offering for sale,
distribution, or advertising of an SCG PRODUCT or on an SCG PRODUCT which
is provided to and visible by purchasers of an encapsulated SCG PRODUCT.
1.23. MANUFACTURING APPARATUS means as to each party hereto, any instrumentality
or aggregate of instrumentality primarily designed for use in the
fabrication of that party's LICENSED PRODUCTS (as hereinafter defined).
1.24. MOTOROLA SEMICONDUCTOR PRODUCTS SECTOR means an existing business unit of
MOTOROLA: (i) now consisting of a Networking & Computing Systems Group, a
Semiconductor Components Group, a Transportation Systems Group, a Wireless
Subscriber Systems Group, and an Imaging and Entertainment Systems
organization, (ii) having major manufacturing facilities located in
Phoenix, Mesa, Chandler and Tempe, Arizona; Austin, Texas; Toulouse,
France; Aizu and Sendai, Japan; Tianjin, China; East Kilbride and South
Queensferry, Scotland, Guadalajara, Mexico, Carmona, Philippines; and
Seremban, Malaysia; and (iii) making and/or developing products falling
within the definition of INTEGRATED CIRCUIT STRUCTURES OR SEMICONDUCTOR
ELEMENTS. This definition of the MOTOROLA SEMICONDUCTOR PRODUCTS SECTOR
also includes the predecessor business unit of MOTOROLA of said groups
taken singularly or in combination and/or said organization and any future
or successor business unit of MOTOROLA acquired or derived from, by
separation, reorganization, or merger, irrespective of appellation, said
groups taken singularly or in combination and/or said organization.
1.25. NON-ASSERTED MOTOROLA PATENTS means all classes or types of patents,
utility models, design patents, applications, and any counterparts thereof
for the aforementioned of all countries of the world which have claims
that read on the manufacture, assembly, test, use lease, sale, offer for
sale, disposal, importation, or design of an SCG PRODUCT and are issued,
published or filed on or before the CLOSING DATE, and which arise out
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of inventions made solely by one or more employees of MOTOROLA.
NONASSERTED PATENTS shall not include LICENSED MOTOROLA PATENTS.
1.26. PROCESS AND STRUCTURE PATENT means a LICENSED PATENT which claims a
process for manufacturing a SEMICONDUCTOR ELEMENT or INTEGRATED CIRCUIT
STRUCTURE or which claims the arrangement or interrelationship in or on a
semiconductor substrate of regions, layers, electrodes, or contacts
thereof.
1.27. RESTRICTED PROCESS MODULES means that information described in Exhibit
1.27.
1.28. SCG PRODUCT means any product identified as a product, as of the CLOSING
DATE, of the Semiconductor Component Group of MOTOROLA's MOTOROLA
SEMICONDUCTOR PRODUCTS SECTOR as set forth in the pti code listing for the
Semiconductor Components Group, excluding the optoisolator and optocoupler
products, GaAs Schottky products, FPAA, FPGA, and GaAs LEDs.
1.29. SEMICONDUCTIVE MATERIAL means any material whose conductivity is
intermediate to that of metals and insulators at room temperature and
whose conductivity, over some temperature range, increases with increases
in temperature. Such material shall include but not be limited to refined
products, reaction products, reduced products, mixtures and compounds.
1.30. SEMICONDUCTOR ELEMENT means a device other than an INTEGRATED CIRCUIT
STRUCTURE consisting primarily of a body of SEMICONDUCTIVE MATERIAL having
a plurality of electrodes associated therewith, whether or not said body
consists of a single SEMICONDUCTIVE MATERIAL or of a multiplicity of such
materials, and whether or not said body includes one or more layers or
other regions (constituting substantially less than the whole of said
body) of a material or materials which are of a type other than
SEMICONDUCTIVE MATERIAL and, if provided therewith, such device includes
housing and/or supporting means therefor.
1.32. SUBSIDIARY means a corporation, company, or other entity more than or
equal to forty-nine percent (49%) of whose outstanding share or securities
(representing the right to vote for the ejection of directors or other
managing authority) are, now or hereafter, owned or controlled, directly
or indirectly by a party hereto, but such corporation company or other
entity shall be deemed to be a SUBSIDIARY only so long as such ownership
or control exists. SUBSIDIARY shall also mean entities in which SCILLC
holds less than 49% but more than or equal to a thirty-three percent (33%)
interest, provided that the entity's principal business is to manufacture
LICENSED PRODUCTS for SCILLC *******************************************
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* Confidential Information omitted and filed separately with the Securities
and Exchange Commission
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1.33. SYSTEM means one or more CIRCUITS whether or not combined with one or more
active and/or passive elements for performing electrical or electronic
functions, whether or not a housing and/or supporting means for said
circuitry is included.
1.34. THIRD PARTY SCG CONTRIBUTION means any know how, that if existing prior to
the CLOSING DATE, would have been classified as know how under one of the
processes set forth in Exhibit 1.2 (ASSIGNED KNOW HOW) or is solely
related to an SCG PRODUCT and such know how is developed by a third party
that was obligated, under a written agreement with MOTOROLA as of the
CLOSING DATE, to assign to MOTOROLA title or joint ownership in such
development.
SECTION 2
ASSIGNMENT AND LICENSE OF PATENTS
2.1. MOTOROLA hereby assigns all its right, title, and interest, including the
right to xxx for infringement before the CLOSING DATE, and subject to any
existing third party licenses before the CLOSING DATE, in ASSIGNED PATENTS
to SCILLC. MOTOROLA shall provide all of its flies of the ASSIGNED PATENTS
to SCILLC no later than ninety (90) days after the CLOSING DATE. Upon
transfer of such files to the SCILLC, SCILLC assumes all responsibility
for the prosecution and payment of fees associated therewith. SCILLC shall
ensure that all documentation necessary to execute and record the transfer
of ASSIGNED PATENTS is prepared by SCILLC and presented to MOTOROLA for
signature. MOTOROLA shall execute and deliver, or cause to be executed and
delivered such documentation to SCILLC, no later than ninety (90) days
after presentation of such documentation to SCILLC.
2.2. MOTOROLA and SCILLC agree that the MOSAIC 5/5e patents and any
counterparts thereof listed in this Section 2.2 will be included as
ASSIGNED PATENTS if and when the MOSAIC 5 and/or MOSAIC 5e process is
transferred to SCILLC as set forth in the SCG Manufacturing Agreement.
SCILLC and MOTOROLA agree that the rights and obligations granted and
accepted hereunder for ASSIGNED PATENTS will apply to the MOSAIC 5/5e
patents and any obligations will be triggered as of the date specified in
this Section 2.2 other than the CLOSING DATE. MOSAIC 5/5e patents are
patents or patent applications with the following Docket Numbers:
SCG64I9P, SC06509P, SC06543P, SC06544P, SC06573P, SCG6645P, 5C07139P,
9C07538P, SC08875P.
2.3. MOTOROLA and SCILLC agree that U.S. Patent Number 5,418,410, and any
counterparts thereof (Xxxxxxxx patents) will be included as ASSIGNED
PATENTS upon the naming of SCILLC as a party to the litigation Power
Integrations v. Motorola, Inc. or if SCILLC is not named as a party to
such litigation, then upon the settlement of the litigation. SCILLC and
MOTOROLA agree that the rights and obligations granted and
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* Confidential Information omitted and filed separately with the Securities
and Exchange Commission
8
accepted hereunder for ASSIGNED PATENTS will apply to the Xxxxxxxx patents
and any obligations will be triggered as of the date specified in this
Section 2.3 rather than the CLOSING DATE.
2.4. MOTOROLA and SCILLC agree that U.S. Patent Number 4,450,367 will be
included as ASSIGNED PATENTS upon the settlement of the Power Integrations
v. Motorola, Inc. litigation. SCILLC and MOTOROLA agree that the rights
and obligations granted and accepted hereunder for ASSIGNED PATENTS will
apply to U.S. Patent Number 4,450,367 and any obligations will be
triggered as of the date specified in this Section 2.4 rather than the
CLOSING DATE.
2.5. MOTOROLA hereby grants SCILLC, for the life of the last to expire LICENSED
MOTOROLA PATENTS, a world wide, non-exclusive, nontransferable license
under LICENSED MOTOROLA PATENTS without the right to sub-license (except
and only to the extent necessary for SCILLC to fulfill its obligations
assumed under the Technology License Contract originally between Motorola,
Inc. and Leshan-Phoenix Semiconductor Company, Ltd):
2.5.1. ****************************************************************
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(i) that are designed solely or jointly by or for SCILLC, or
(ii) that are designed by third parties*****************************
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and to practice any process or method involved in the manufacture
or use thereof, and
2.5.2. to make, use and have made MANUFACTURING APPARATUS and to practice
any process or method involved in the use thereof.
2.6. MOTOROLA hereby grants to SCILLC, for the life of the last to expire
LICENSED MOTOROLA PATENT, a world wide, non-exclusive, non-transferable
covenant not to assert LICENSED MOTOROLA PATENTS against SCILLC as a
result of the purchase, importation, use, lease, resale, offer for sale,
or other disposal of LICENSED PRODUCTS designed solely or jointly by or
for a third party and manufactured by a third party. MOTOROLA hereby
agrees to extend such covenant not to assert to Customers, distributors,
and users of SCILLC that purchase, lease, or otherwise acquire such
LICENSED PRODUCTS from SCILLC.
2.7. ***********************************************************************
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* Confidential Information omitted and filed separately with the Securities
and Exchange Commission
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2.8. MOTOROLA hereby grants to SCILLC, for the life of the last to expire
CIRCUIT PATENTS, a non-exclusive, world wide, non-transferable license
under CIRCUIT PATENTS, without the right to sub-license, to have made
LICENSED PRODUCTS designed solely or jointly by or for SCILLC and to
import, use, lease, sell, offer for sale, or otherwise dispose of such
LICENSED PRODUCTS. MOTOROLA hereby further grants to SCILLC, for the term
of this license, a world wide, non-exclusive, nontransferable covenant not
to assert LICENSED MOTOROLA PATENTS against SCILLC for having such
LICENSED PRODUCTS made. MOTOROLA hereby agrees to extend such covenant not
to assert to customers, distributors, and users that purchase or otherwise
acquire such LICENSED PRODUCTS from SCILLC.
2.9. MOTOROLA agrees not to make any claim of infringement against the
customers, distributors and users of LICENSED PRODUCTS, based upon any
claim of any LICENSED MOTOROLA PATENT under which such LICENSED PRODUCTS
are licensed hereunder, for the use of any LICENSED PRODUCTS which are
made imported, sold, leased or otherwise disposed of by SCILLC or its
SUBSIDIARIES.
2.10. MOTOROLA hereby grants to SCILLC, for the life of the last to expire
NONASSERTED MOTOROLA PATENT, a world wide, non-exclusive, non-transferable
covenant not to assert NON-ASSERTED MOTOROLA PATENTS against SCILLC to
make, have made, use, lease, sell, offer for sale, import, design,
assemble, have assembled, test, or otherwise dispose of SCG PRODUCTS.
MOTOROLA agrees to extend such covenant not to assert to customers,
distributors, and users that purchase any such SCG PRODUCT from SCILLC.
This covenant not to assert does not extend to products other than SCG
PRODUCTS.
2.11. SCILLC hereby grants to MOTOROLA a worldwide, paid-up, royalty free,
non-exclusive license, without the right to sublicense after the CLOSING
DATE, under ASSIGNED PATENTS AND LICENSED SCILLC PATENTS, for the life of
the last to expire ASSIGNED PATENT or LICENSED SCILLC PATENT, to make,
have made, use, lease, sell, offer for sale, import, design, assemble,
have assembled, test, or otherwise dispose of LICENSED SPS PRODUCTS and to
practice any process or method involved in the manufacture or use thereof,
and to make, use and have made MANUFACTURING APPARATUS and to practice any
process or method involved in the use thereof. SCILLC hereby further
warrants to MOTOROLA, for the life of the last to expire ASSIGNED PATENT,
a world wide, non-exclusive, non-transferable covenant not to
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* Confidential Information omitted and filed separately with the Securities
and Exchange Commission
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assert ASSIGNED PATENTS against MOTOROLA to make, have made, use, lease,
sell, offer for sale, import, design, assemble, have assembled, test, or
otherwise dispose of any comprehensive product or assembly which
incorporates a product made on a SEMICONDUCTIVE MATERIAL and purchased
from or made by a third party. This covenant not to assert does not extend
to products made on a SEMICONDUCTIVE MATERIAL which are commercially sold
to a third party by MOTOROLA that are not incorporated into a more
comprehensive product or assembly. SCILLC agrees to extend such Covenant
not to assert to Customers, distributors, and users that purchase or
otherwise acquire such comprehensive product or assembly from MOTOROLA.
2.12. SCILLC agrees not to make any claim of infringement against the customers,
distributors, and users of any LICENSED SPS PRODUCTS, based upon any claim
of any ASSIGNED PATENT or LICENSED SCILLC PATENTS under which such
products are licensed hereunder, for the use of any LICENSED SPS PRODUCTS
which are made, imported, sold, leased or otherwise disposed of by
MOTOROLA or its SUBSIDIARIES.
2.13. The licenses and covenants granted herein extend to each party's
respective SUBSIDIARIES, so long as such party's SUBSIDIARIES agree to
grant the same licenses and covenants granted in this Section 2 that
SCILLC and MOTOROLA granted herein, respectively.
2.14. A covenant not to assert is not considered a license for the purposes of
this Agreement.
2.15. The license and rights granted to SCILLC from MOTOROLA herein do not
extend to Zilog or any other third party owned or controlled by the Texas
Pacific Group.
SECTION 3
ASSIGNMENT AND LICENSE OF TRADEMARKS
3.1. MOTOROLA hereby assigns all its right, title, and interest, including the
goodwill of the business associated with the ASSIGNED TRADEMARKS, in
ASSIGNED TRADEMARKS to SCILLC. MOTOROLA shall provide all of its files for
each trademark registration or registration application of those ASSIGNED
TRADEMARKS designated as being registered or pending registration no later
than ninety (90) days after the CLOSING DATE. Upon transfer of such files
to the SCILLC, SCILLC assumes all responsibility for the prosecution and
payment of fees associated therewith. SCILLC shall ensure that all
documentation necessary to execute and record the transfer of ASSIGNED
TRADEMARKS is prepared by SCILLC and presented to MOTOROLA for signature.
MOTOROLA shall execute and deliver, or cause to be executed and delivered
such documentation to SCILLC no later than ninety (90) days after
presentation of such documentation to SCILLC.
3.2. MOTOROLA hereby grants to SCILLC a limited, worldwide, paid-up, royalty
free, nontransferable, nonexclusive license, without the right to grant
sublicenses, to
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reproduce, copy, or use, for a period of one year after the CLOSING DATE,
or to use up any inventory existing as of the CLOSING DATE, any LICENSED
VISIBLE TRADEMARK on or in connection with the sale, offering for sale,
distribution, or advertising of any LICENSED PRODUCT. This license is
granted solely for a transition period to allow SCILLC to use up any
inventory that bears any LICENSED VISIBLE TRADEMARK and to change tooling
that places any LICENSED VISIBLE TRADEMARK on LICENSED PRODUCTS. SCILLC
agrees to use its best efforts to cease such reproduction, copying, or use
of LICENSED VISIBLE TRADEMARKS as soon as commercially reasonable; in any
event, except as provided in Section 3.3, the license granted under this
Section 3.2 shall extend no longer than one (1) year after the CLOSING
DATE.
3.3. Notwithstanding Section 3.2, for any LICENSED PRODUCT that must be
re-qualified when a LICENSED VISIBLE TRADEMARK on the LICENSED PRODUCT or
its packaging is removed, SCILLC shall be permitted, for up to two (2)
years after the CLOSING DATE, to reproduce, copy, or use LICENSED VISIBLE
TRADEMARKS in a manner necessary for the continued sale and distribution
of the LICENSED PRODUCT during such re-qualification.
3.4. After SCILLC ceases reproducing, copying, or using LICENSED VISIBLE
TRADEMARKS pursuant to Sections 3.2 and 3.3, SCILLC may use up any
inventory bearing such LICENSED VISIBLE TRADEMARKS, so long as the amount
of such inventory is manufactured consistent with reasonable commercial
practices.
3.5. MOTOROLA hereby grants to SCILLC a limited, worldwide, nonexclusive right,
without the right to grant rights to third parties, to use the term
"formerly a division of Motorola" (hereinafter "Transition Statement"),
for a period of one (1) year after the CLOSING DATE with the stylized
version of "Motorola" used by MOTOROLA and for a period of two (2) years
after the CLOSING DATE without the stylized version of "Motorola", on or
in connection with the sale, offering for sate, distribution, or
advertising of any LICENSED PRODUCT. SCILLC shall submit to MOTOROLA the
first use of each version of material containing the Transition Statement
for approval by MOTOROLA. The use shall be deemed approved if MOTOROLA
does not reject the submission within thirty (30) days of the date of the
receipt of the submission by MOTOROLA. Except to the extent permitted in
this Section 3.5, in no event will SCILLC have the right to use the
Motorola logo, any stylized versions of the xxxx "Motorola" used by
MOTOROLA, or other trademarks or tradenames owned by MOTOROLA with the
Transition Statement. In no event shall SCILLC have the right to prepare
and use new advertising, distribution materials, or business forms, in
connection with the sale, offering for sale, distribution, or advertising
of any product, which use the Motorola logo, a stylized version of the
xxxx "Motorola" used by MOTOROLA (except as permitted above with the
Transition Statement), or other trademarks or tradenames of Motorola. The
preceding sentence does not modify the licenses granted in sections 3.3,
3.6, 3.13, and the right to xxxx products provided in section 3.2.
12
3.6. MOTOROLA hereby grants to SCILLC a limited, worldwide, paid-up, royalty
free, nontransferable, nonexclusive license, without the right to grant
sublicenses, to reproduce, copy, or use any LICENSED EMBEDDED TRADEMARK on
or in connection with the sale, offering for sale, distribution, or
advertising of any LICENSED PRODUCT. SCILLC agrees to use its best efforts
to discontinue the use of any LICENSED EMBEDDED TRADEMARKS as soon as
commercially reasonable. Notwithstanding the above, SCILLC agrees to
remove the LICENSED EMBEDDED TRADEMARK upon the redesign of any LICENSED
PRODUCT. This limited license shall terminate with the discontinuance or
replacement of the items bearing such LICENSED EMBEDDED TRADEMARKS.
3.7. During the period of time that any LICENSED VISIBLE TRADEMARK or LICENSED
EMBEDDED TRADEMARK is used by SCILLC, SCILLC shall manufacture LICENSED
PRODUCT using standards of quality which are not changed in a substantial
way from those used by Semiconductor Components Group prior to the CLOSING
DATE.
3.8. So long as any LICENSED VISIBLE TRADEMARK or any LICENSE, EMBEDDED
TRADEMARK is used by SCILLC, MOTOROLA shall have the right at reasonable
times and on reasonable notice to conduct, during regular business hours,
an examination of LICENSED PRODUCTS bearing the LICENSED VISIBLE TRADEMARK
or LICENSED EMBEDDED TRADEMARK manufactured by SCILLC (including those in
process, assembled or tested) at SCILLC or its SUBSIDIARIES' facilities to
determine compliance of such LICENSED PRODUCTS with the applicable quality
standards referred to in Section 3.7. If at any time such LICENSED
PRODUCTS in the sole, reasonable opinion of MOTOROLA, fail to conform to
the standards of quality in materials, design, workmanship, use,
advertising, and promotion, MOTOROLA or its authorized representative
shall so notify SCILLC. Upon such notification, SCILLC shall cease to use
the LICENSED VISIBLE TRADEMARKS or the LICENSED EMBEDDED TRADEMARKS on
such LICENSED PRODUCTS or else take such steps as are necessary promptly
to restore the LICENSED PRODUCT to the required standard.
3.9. SCILLC shall not make any use of the LICENSED VISIBLE TRADEMARKS or
LICENSED EMBEDDED TRADEMARKS in such a manner that would represent to the
public that SCILLC, rather than MOTOROLA, is the owner of the such
LICENSED VISIBLE TRADEMARKS or LICENSED EMBEDDED TRADEMARKS. SCILLC agrees
that it shall not at any time adopt, use or apply for any registration of
any trademark, service xxxx, copyright or other designation which is
identical to or confusingly similar to LICENSED VISIBLE TRADEMARKS or
LICENSED EMBEDDED TRADEMARKS or which could affect Motorola's ownership of
such LICENSED VISIBLE TRADEMARKS or LICENSED EMBEDDED TRADEMARKS.
3.10. MOTOROLA hereby grants to SCILLC the right to use all part numbers, model
numbers and the like in use by MOTOROLA to identify SCG PRODUCTS to
customers as of the CLOSING DATE. SCILLC shall further have the right to
additional part or model numbers to any series or numbering scheme in use
as of the CLOSING DATE. Other
13
than as permitted in the other Sections of this Section 3, SCILLC will not
use a part number, model number and the like that is a MOTOROLA owned
trademark.
3.11. At the CLOSING DATE, and for a period of two (2) years thereafter,
MOTOROLA shall display, on the home page of its MOTOROLA SEMICONDUCTOR
PRODUCTS SECTOR web site, a hypertext link to SCILLC's uniform resource
locator (URL). The initial wording of such hypertext link shall be agreed
upon between SCILLC end MOTOROLA prior to the CLOSING DATE. Thereafter,
upon the approval of MOTOROLA, MOTOROLA shall reword the hypertext link as
reasonably requested by SCILLC.
3.12. SCILLC hereby grants to MOTOROLA a limited, worldwide, paid-up royalty
free, nontransferable, nonexclusive license, without the right to grant
sublicenses, under any ASSIGNED TRADEMARKS, to use up any inventory of
printed materials, including any data books, or to display and distribute
electronic materials which contain information about MOTOROLA's products
other than SCG PRODUCTS. MOTOROLA agrees to use its best efforts to
discontinue the use of any ASSIGNED TRADEMARKS as soon as commercially
reasonable. During the period of time that any ASSIGNED TRADEMARK is used
by MOTOROLA, MOTOROLA shall maintain standards of quality as to goods
and/or materials that bear the ASSIGNED TRADEMARKS that are not changed in
substantial way from those used prior to the CLOSING DATE. SCILLC shall
have the right, at reasonable times and on reasonable notice, to examine
and insure the quality of goods and/or materials used or distributed by
MOTOROLA that bear the ASSIGNED TRADEMARKS
3.13. At the CLOSING DATE and for a period of two (2) years thereafter, SCILLC,
at the request of MOTOROLA, shall display, on the home page of its web
site, a hypertext link to the URL of MOTOROLA's MOTOROLA SEMICONDUCTOR
PRODUCTS SECTOR. The initial wording of such hypertext link shall be
agreed upon between SCILLC and MOTOROLA prior to the CLOSING DATE.
Thereafter, upon the approval of SCILLC, SCILLC shall reword the hypertext
link as reasonably requested by MOTOROLA.
3.14. MOTOROLA and SCILLC agree to negotiate, in good faith, the extension of
the obligations set forth in Section 3.11 and 3.13 for another two (2)
year period. The parties agree that the negotiations shall take into
account the respective value of the link to each party.
3.15. The licenses and covenants granted herein extend to each party's
respective SUBSIDIARIES, so long as such party's SUBSIDIARIES agree to
grant the same licenses and covenants granted in this Section 3 that
SCILLC and MOTOROLA granted herein, respectively.
14
SECTION 4
ASSIGNMENT OF MASK WORKS
4.1. MOTOROLA hereby assigns all its right, title, and interest, subject to any
existing third party licenses before the CLOSING DATE, in ASSIGNED MASK
WORKS to SCILLC. MOTOROLA shall provide all of its files of the registered
ASSIGNED MASK WORKS to SCILLC no later than ninety (90) days after the
CLOSING DATE. SCILLC shall ensure that all necessary documentation
necessary to execute and record the transfer of ASSIGNED MASK WORKS is
prepared by SCILLC and presented to MOTOROLA for signature. MOTOROLA shall
execute and deliver, or cause to be executed and delivered such
documentation to SCILLC, no later than ninety (90) days after presentation
of such documentation to SCILLC.
4.2. This Agreement imposes no obligation on MOTOROLA to file any mask work
registrations on any ASSIGNED MASK WORK which has been fixed by MOTOROLA
and which statutory protection is still available.
SECTION 5
ASSIGNMENT AND LICENSE OF KNOW HOW
5.1. MOTOROLA hereby assigns all its right, title, and interest, subject to any
existing third party licenses before the CLOSING DATE, in ASSIGNED KNOW
HOW to SCILLC.
5.2. MOTOROLA hereby grants to SCILLC a perpetual, world wide, non-exclusive,
license, without the right to sublicense (except and only to the extent
necessary for SCILLC to fulfill its obligations assumed under the
Technology License Contract originally between Motorola, Inc. and
Leshan-Phoenix Semiconductor Company, Ltd), to LICENSED KNOW HOW to
manufacture, have manufactured, use, lease, sell, offer for sale, import,
design, assemble, have assembled, test, or otherwise dispose of LICENSED
PRODUCTS.
5.3. MOTOROLA shall make available to SCILLC all ASSIGNED KNOW HOW and LICENSED
KNOW HOW existing in tangible form no later than ninety (90) days after
the CLOSING DATE. For that ASSIGNED KNOW HOW or LICENSED KNOW HOW which is
not being utilized in Motorola Energy Systems, Inc. before the CLOSING
DATE, any transition services and transfer thereof to SCILLC's facilities
will be addressed in Collateral Agreements to be agreed upon between
SCILLC and MOTOROLA.
5.4. MOTOROLA agrees to grant joint ownership rights, subject to any existing
third party, licenses before such grant, in the MOSAIC 5 and MOSAIC 5e
know how if and when the MOSAIC 5 and/or MOSAIC 5e process is transferred
to SCILLC as set forth in the SCG Manufacturing Agreement. Upon such
grant, SCILLC and MOTOROLA will retain an
15
undivided one-half interest in such MOSAIC 5 and MOSAIC Se know how,
without accounting to the other. The parties agree that prior to the
granting of the rights herein, it likely will be necessary to provide
certain know how to SCILLC for SCILLC to install the MOSAIC 5 and/or
MOSAIC 5e process in its own facilities. SCILLC and MOTOROLA will agree on
a transfer schedule of the MOSAIC 5 and/or MOSAIC 5e know how to SClLLC in
advance of the transfer of such know how in a manner that facilitates the
orderly transfer of such know how to SCILLC's facilities.
5.5. MOTOROLA hereby assigns to SCILLC all its right, title, and interest,
subject to any existing third party licenses before the CLOSING DATE, in
Standard Linear know how used solely by the Semiconductor Components Group
before the CLOSING DATE and such Standard Linear know how shall be
considered as ASSIGNED KNOW HOW. MOTOROLA hereby grants to SCILLC joint
ownership rights, subject to any existing third party licenses before such
grant, in the Standard Linear know how used by both the Semiconductor
Components Group and other business units of MOTOROLA's SEMICONDUCTOR
PRODUCTS SECTOR and SCILLC and MOTOROLA will retain an undivided one-half
interest in such Standard Linear know how, without accounting to the
other.
5.6. SCILLC hereby grants to MOTOROLA a perpetual, world wide, non-exclusive,
paid-up license, without the right to sublicense, to use ASSIGNED KNOW HOW
to make. have made, use, lease, sell, offer for sale, import, design,
assemble, have assembled, test, or otherwise dispose of any LICENSED SPS
PRODUCT.
5.7. The licenses and covenants granted herein extend to each party's
respective SUBSIDIARIES, so long as such party's SUBSIDIARIES agree to
grant the same licenses and covenants granted in this Section 5 that
SCILLC and MOTOROLA granted herein, respectively.
SECTION 6
ASSIGNMENT AND LICENSE IN COPYRIGHTABLE MATERIALS
6.1. MOTOROLA hereby assigns all copyrights, right, title, and interest in
ASSIGNED COPYRIGHTABLE MATERIALS to SCILLC.
6.2. MOTOROLA hereby grants to SCILLC a perpetual, worldwide, nonexclusive,
license to use, reproduce, prepare derivative works of, or distribute
LICENSED COPYRIGHTABLE MATERIALS in conjunction with the marketing or sale
of LICENSED PRODUCTS, provided all trademarks and tradenames of MOTOROLA
shall be removed from any LICENSED COPYRIGHTABLE MATERIALS before any
distribution thereof. Notwithstanding the above language of this Section
6. 2, the use of LICENSED VISIBLE TRADEMARKS and LICENSED EMBEDDED
TRADEMARKS shall be governed by Section 3 of the Agreement.
16
6.2.1. In the event that SCILLC requires additional rights in order to
institute a lawsuit for copyright infringement against a third
party relating to the infringement of LICENSED COPYRIGHTABLE
MATERIALS, MOTOROLA agrees to cooperate with SCILLC to provide
SCILLC with additional rights sufficient to permit SCILLC to
Institute an action for infringement. Such additional rights shall
be provided without additional charge to SCILLC and SCILLC will
reimburse MOTOROLA for any reasonable expenses incurred to provide
to such additional rights.
6.3. SCILLC hereby grants to MOTOROLA a worldwide, paid-up, royalty free,
non-exclusive license under ASSIGNED COPYRIGHTABLE MATERIALS to use,
reproduce, prepare derivative works of; or distribute ASSIGNED
COPYRIGHTABLE MATERIALS in conjunction with the marketing or sale of
LICENSED SPS PRODUCTS, provided all ASSIGNED TRADEMARKS shall be removed
from any ASSIGNED COPYRIGHTABLE MATERIALS used by MOTOROLA before the
distribution thereof. Notwithstanding the above language of this Section
6.3, the use of ASSIGNED TRADEMARKS by MOTOROLA shall be governed by
Section 3 of the Agreement.
6.4. The licenses and covenants granted herein extend to each party's
respective SUBSIDIARIES. so long as such party's SUBSIDIARIES agree to
grant the same licenses and covenants granted in this Section 6 that
SCILLC and MOTOROLA granted herein, respectively.
SECTION 7
LICENSE OF SOFTWARE
7.1. MOTOROLA hereby grants to SCILLC a perpetual, worldwide, nonexclusive
license in LICENSED SOFTWARE to use, reproduce. or prepare derivative
works of LICENSED SOFTWARE and to otherwise utilize LICENSED SOFTWARE in
the manufacture, sale, or design of semiconductor products. MOTOROLA
hereby grants to SCILLC a perpetual, worldwide, nonexclusive license in
LICENSED SOFTWARE to distribute or sublicense LICENSED SOFTWARE that was
historically distributed, embedded, or sublicensed to customers or
suppliers in conjunction with the manufacture, sale, or design of any SCG
PRODUCT by MOTOROLA
7.2. LICENSED SOFTWARE is provided "AS IS." The licenses granted in this
Section 7 impose no obligation on MOTOROLA to maintain LICENSED SOFTWARE
for SCILLC. However, for a period of two (2) years, to the extent any
updates are made to LICENSED SOFTWARE to fix errors in LICENSED SOFTWARE,
MOTOROLA will license and provide copies of such updates to SCILLC upon
SCILLC's written request and at SCILLC's expense.
7.3. The licenses granted herein extend to SCILLC's SUBSIDIARIES.
17
SECTION 8
INDEMNIFICATION, LITIGATION, AND ASSISTANCE
8.1. MOTOROLA shall have all control over and obligations and liability, to the
extent limited herein. for the litigation styled POWER INTEGRATIONS, INC.
V. MOTOROLA, INC., No. CA 98-490, presently pending in the United States
District Court for the District of Delaware, and will indemnify SCILLC as
set forth herein as to such litigation and any subsequent litigation led
against SCILLC by Power Integrations to the extent that such subsequent
litigation claims infringement of the same patents and the same products
(but not any products redesigned after the CLOSING DATE) as the Power
Integrations, Inc. Motorola, Inc. litigation (hereinafter "PI
Litigation"). SCILLC will provide such reasonable assistance as may be
requested by MOTOROLA during the further conduct of the PI Litigation, at
MOTOROLA's expense. SCILLC shall have the right to participate in the
litigation, with its own counsel, at its own expense. Notwithstanding the
above language, MOTOROLA shall retain all control over and ability to
settle such PI Litigation at any time during such PI Litigation, even if
SCILLC is subsequently named as a party to such PI Litigation. MOTOROLA
will communicate any settlement offer to SCILLC prior to presenting to
Power Integrations and will promptly communicate to SCILLC any settlement
offers presented to MOTOROLA by Power Integrations. With respect to any
product(s) enjoined by such PI Litigation, MOTOROLA will pay for lost
profits, reasonably shown and extrapolated by orders placed and accepted
by SCILLC, up to five years after such injunction and for the direct costs
of redesigning the product(s) enjoined to be non-infringing. MOTOROLA
shall not be further liable for any liability arising after such redesign.
MOTOROLA's total, cumulative obligation to indemnify, as set forth in this
Section 8.1, shall not exceed the amount of five (5) million dollars $US,
such amount to include any and all costs and fees, including attorneys
fees and costs incurred or paid by or for MOTOROLA after the CLOSING DATE,
lost profits of SCILLC as set forth above (and only for this Section 8.1),
and damages, settlement amounts, and royalties paid by or for MOTOROLA.
The indemnification provided under this Section 8.1 shall not apply to the
Indemnity Cap set forth in Section 8.4.
8.2. As of the CLOSING DATE, the licenses and other items listed in Exhibit 8.2
shall be assigned to SCILLC. SCILLC shall assist MOTOROLA in obtaining any
third-party consents necessary to effectuate the transfer of the licenses
in Exhibit 8.2 to SCILLC. If any such license is not assigned to SCILLC,
MOTOROLA's total liability shall be covered under Section 8.3 and its
subsections. With respect to the pending agreements, MOTOROLA makes no
representation that the agreements will be executed as of the CLOSING
DATE. In the event that MOTOROLA's legal department is informed of,
subsequent to the CLOSING DATE, a THIRD PARTY SCG CONTRIBUTION, MOTOROLA
assigns and agrees to assign such THIRD PARTY SCG CONTRIBUTION to SCILLC.
8.3. MOTOROLA shall indemnify and hold SCILLC harmless from any and all of
SCILLC's damages arising out of any and all third party claims or suits
asserting that an act
18
committed by MOTOROLA prior to the CLOSING DATE infringes any patent,
copyright, trademark, or trade secret rights of a third party.
8.4. MOTOROLA agrees to indemnify and hold SCILLC, its SUBSIDIARIES and its and
their respective officers, directors, employees, and agents harmless, to
the extent limited in this Section 8.4 and its subsections 8.4.1, 8.4.2,
and 8.4.3, from damages arising out of all claims or suits by a third
party patent licensor of MOTOROLA**************************************
************************************** that the INDEMNIFIED PRODUCT, to
the extent so made infringes any patent that would have been covered by
any such third party patent license in existence as of the CLOSING DATE
between MOTOROLA and such third party if said patent license had been
extended or assigned to SCILLC or its SUBSIDIARIES. This indemnity shall
not apply to any products sold by SCILLC or its SUBSIDIARIES that are not
INDEMNIFIED PRODUCTS.
8.4.1. MOTOROLA's total, cumulative obligation to indemnify as set forth
above, shall not exceed the amount seventy-five (75) million
dollars $US (hereinafter, the "Indemnity Cap"), such amount to
include any and all costs and fees, including attorneys fees and
costs incurred or paid by or for MOTOROLA, lost profits of SCILLC
and its SUBSIDIARIES (and only for this Section 8.4), and damage
or royalties paid by or for MOTOROLA. The indemnification
obligation for claims made by a third party patent licensor of
MOTOROLA hereunder shall extend for the term of each patent
license which MOTOROLA was a party to with such licensor as that
term existed as of the CLOSING DATE or for three (3) years,
whichever is shorter (hereinafter the "Indemnification Period").
MOTOROLA's indemnification obligation will terminate after the
Indemnification Period even if a claim arises during or before the
Indemnification Period, where no notice is provided to MOTOROLA of
such claim within five (5) years after the CLOSING DATE. If
MOTOROLA is provided with notice of a claim covered hereunder,
which arose during the applicable Indemnification Period, within
five (5) years after the CLOSING DATE, MOTOROLA shall retain the
obligations to indemnify as set forth herein for such claim
subject to the Indemnity Cap and only for the Indemnification
Period. In the event that a claim covered hereunder results in the
filing of a lawsuit by a third party patent licensor asserting
patent infringement against SCILLC within the Indemnification
Period and outside the Indemnification Period, SCILLC and MOTOROLA
agree that the costs arising out of such lawsuit will be
apportioned accordingly. In no event will the preceding sentence
be interpreted to expand MOTOROLA's indemnification obligation set
forth in this entire Section 8.4.
8.4.2. MOTOROLA shall not be obligated to provide any indemnification
under Section 8.4 and its subsections for claims arising from a
third party if SCILLC or its SUBSIDIARIES initiates, solicits, or
asserts a claim or offer for license, directly or indirectly,
under any intellectual property against such third party and such
third party asserts a claim of infringement against SCILLC or its
SUBSIDIARIES after receiving such claim from SCILLC or its
SUBSIDIARIES. In any event, MOTOROLA shall have no obligation
whatsoever for any claims brought by any
---------------------
* Confidential Information omitted and filed separately with the Securities
and Exchange Commission
19
party which was not a third party licensor to MOTOROLA under a
valid licensing agreement at the time as of the CLOSING DATE.
8.4.3. As a precondition to any such obligation to indemnify, SCILLC or
its SUBSIDIARIES shall provide MOTOROLA prompt written notice of a
claim giving rise to an indemnity obligation under these Sections
8.3 and 8.4 upon receipt or notification by SCILLC of any such
claim, and at MOTOROLA's request, MOTOROLA shall be given control
of said claim. MOTOROLA shall have the right, but not the
obligation, to defend against any such claim of infringement.
SCILLC and its SUBSIDIARIES shall provide all reasonable
information and assistance to settle such claims. MOTOROLA shall
communicate any settlement proposals to SCILLC prior to
communicating them to a claimant. If commercially reasonable,
SCILLC and its SUBSIDIARIES will redesign any infringing products
in order to settle a claim. In order to settle a claim, SCILLC and
its SUBSIDIARIES hereby agree to grant patent licenses under
patents owned or controlled by SCILLC and its SUBSIDIARIES, so
long as SCILLC and its SUBSIDIARIES receive a reciprocal license
under the third party's patents.
8.5. Notwithstanding any other provision of this Section 8, SCILLC may, in its
sole discretion, elect to defend any claim of infringement itself and not
seek indemnification from MOTOROLA under this Section 8. If SCILLC makes
such an election, it shall have no obligation to disclose the existence of
any such claim to MOTOROLA, and MOTOROLA shall have no obligation to
defend or to indemnify SCILLC or its SUBSIDIARIES as to such claim.
8.6. MOTOROLA shall have all control over and obligations and liability for the
litigation Xxxxxx Aguago and Xxxxx X. Xxxx V. Motorola, Inc., No. A
99CA097JN, presently pending in the United States District Court for
the Western District of Texas, Austin Division will indemnify SCILLC as
to such litigation for a claim related to any equipment owned by MOTOROLA
as of the CLOSING DATE if SCILLC is named as a party to such litigation.
SCILLC will provide such reasonable assistance as may be requested by
MOTOROLA during the further conduct of such litigation, at MOTOROLA's
expense.
8.7. THIS SECTION 8 STATES THE ENTIRE LIABILITY OR INDEMNITY OBLIGATION OF
MOTOROLA WITH RESPECT TO CLAIMS BY A THIRD PARTY REGARDING INFRINGEMENT OF
ANY INTELLECTUAL PROPERTY RIGHT.
SECTION 9
CONFIDENTIALITY
9.1. For a period of five (5) years from the date of receipt of the
CONFIDENTIAL INFORMATION and ten (10) years from the CLOSING DATE for the
RESTRICTED
---------------------
* Confidential Information omitted and filed separately with the Securities
and Exchange Commission
20
PROCESS MODULES, each party agrees to use the same care and discretion,
but at least reasonable care and discretion, to avoid disclosure,
publication, or dissemination of CONFIDENTIAL INFORMATION of the other
party as that party employs with similar information of its own which it
does not desire to publish, disclose, or disseminate, unless it is in
connection with its business and provided that the third party executes a
confidentiality agreement having substantially the same obligations as
these confidentiality provisions.
9.2. Disclosure of CONFIDENTIAL INFORMATION shall not be precluded if such
disclosure is in response to a valid order of a court thereof; provided,
however, that the disclosing party shall first have made a good faith
effort to obtain a protective order requiring that the information and/or
documents so disclosed be used only for the purpose for which the order
was issues; or otherwise required by law.
9.3. This Agreement imposes no obligation on either party with respect to
CONFIDENTIAL INFORMATION disclosed under this Agreement which (1) is
available or becomes available to the public without breach of this
Agreement, (2) is explicitly approved for release by written authorization
of the other party, (3) is lawfully obtained from a third party or parties
without a duty of confidentiality, (4) is disclosed to a third party by
the owner of such CONFIDENTIAL INFORMATION without a duty of
confidentiality. (5) is known to the receiving party prior to such
disclosure, or (6) is at any time developed independently of any such
disclosure(s) of CONFIDENTIAL INFORMATION to the receiving party.
SECTION 10
COMPENSATION
10.1. The licenses granted and the assignments made to SCILLC in this Agreement
shall be without compensation from SCILLC to MOTOROLA, and shall be
treated as a contribution by MOTOROLA to the capital of SCG Holding for
all tax purposes.
10.2. The licenses granted to MOTOROLA in this Agreement shall be without
further compensation from MOTOROLA to SCILLC.
SECTION 11
REPRESENTATIONS, WARRANTIES AND DISCLAIMERS
11.1. MOTOROLA hereby represents and warrants that it has the right to grant to
the SCILLC the licenses and assignments granted herein.
11.2. The registered ASSIGNED TRADEMARKS set forth in Exhibit 1.5 are free and
clear of all liens, encumbrances, and adverse claims of title.
11.3. The ASSIGNED PATENTS set forth in Exhibit 1.4 are free and clear of all
liens, encumbrances, and adverse claims of title.
21
11.4. EACH PARTY HEREBY DISCLAIMS MAKING ANY REPRESENTATIONS OR WARRANTIES
RELATING TO THE SUBJECT MATTER HEREOF, WHETHER ARISING BY IMPLICATION,
ESTOPPEL OR OTHERWISE, OTHER THAN THOSE SET FORTH IN THIS AGREEMENT.
11.5. IN NO EVENT SHALL EITHER PARTY BE LIABLE FOR ANY INDIRECT, SPECIAL,
INCIDENTAL OR CONSEQUENTIAL DAMAGES RESULTING FROM THE OTHER PARTY'S
PERFORMANCE OR FAILURE TO PERFORM UNDER THIS AGREEMENT, OR THE FURNISHING,
PERFORMANCE, OR USE OF ANY INTELLECTUAL PROPERTY, GOODS OR SERVICES SOLD
PURSUANT HERETO, WHETHER DUE TO BREACH OF CONTRACT, BREACH OF WARRANTY,
NEGLIGENCE OR OTHERWISE, REGARDLESS OF WHETHER THE NONPERFORMING PARTY WAS
ADVISED OF THE POSSIBILITY OF SUCH DAMAGES OR NOT.
11.6. Nothing contained in this agreement shall be construed as:
11.6.1. a warranty or representation by MOTOROLA as to the validity and or
scope of the INTELLECTUAL PROPERTY;
11.6.2. conferring any license or any other right, by implication,
estoppel, or otherwise, under any patent application, patent or
patent right, or other intellectual property, except as herein
expressly granted;
11.6.3. imposing on MOTOROLA any obligation to institute any suit or
action for infringement of any of the INTELLECTUAL PROPERTY, or to
defend any Suit or action brought by a third party which
challenges or concerns the validity of any other INTELLECTUAL
PROPERTY, except as expressly provided herein;
11.6.4. a warranty or representation by MOTOROLA that any manufacture,
use, sale, importation, lease or any other disposition of LICENSED
PRODUCTS or the use of any INTELLECTUAL PROPERTY will be free from
infringement of any patent or other intellectual property; or
11.6.5. imposing on MOTOROLA any obligation to file any patent application
or secure any patent or maintain any patent in force or file any
registration for trademarks, mask works, or copyrights.
SECTION 12
MISCELLANEOUS PROVISIONS
12.1. The rights or privileges provided for in this Agreement may be assigned or
transferred by either party only with the prior written consent of the
other party and with the authorization or approval of any governmental
authority as then may be required, except to a successor in ownership of
all or substantially all of the assets of the SCILLC or MOTOROLA
SEMICONDUCTOR PRODUCTS SECTOR or for the account of the
22
lenders providing bank financing solely and specifically for the purpose
of securing such bank financing for the sale of the SCG Business by
MOTOROLA, but such successor, before such assignment or transfer is
effective, shall expressly assume in writing to the other party the
performance of all of the terms and conditions of the assigning party. The
licenses and rights granted hereunder shall not extend to a divested
business of either party, except that a divested business of MOTOROLA or
the MOTOROLA SEMICONDUCTOR PRODUCTS SECTOR shall receive licenses and
covenants granted in Section 2.7, with respect to ASSIGNED PATENTS only.
Notwithstanding the above, the ASSIGNED PATENTS may be transferred,
subject to the licenses and covenants granted herein to MOTOROLA, to a
wholly owned subsidiary of SCILLC, provided that thc wholly owned
subsidiary is not Zilog or another acquired third party owned or
controlled by the Texas Pacific Group.
12.2. This Agreement and the performance of the parties hereunder shall be
construed in accordance with and governed by the laws as set forth in the
Reorganization Agreement.
12.3. This Agreement is the result of negotiation between the parties, which
parties acknowledge that they have been represented by counsel during such
negotiations; accordingly, this Agreement shall not be construed for or
against either party regardless of which party drafted this Agreement or
any portion thereof.
12.4. This Agreement sets forth the entire Agreement and understanding between
the parties as to the subject matter hereof and merges all prior
discussions between them, and neither of the parties shall be bound by any
conditions, definitions, warranties, understandings or representations
with respect to such subject matter other than as expressly provided
herein, in the Reorganization Agreement, or as duly set forth on or
subsequent to the date hereof in writing and signed by a proper and duly
authorized office or representative of the party to be bound thereby.
12.5. The parties shall have the right to disclose the existence of this
Agreement. This Agreement shall be considered confidential.
12.6. All notices required or permitted to be given hereunder shall be in
writing and shall be valid and sufficient if dispatched by registered
airmail, postage prepaid, in any post office in the United States,
addressed as follows:
12.6.1. If to MOTOROLA: With a copy to:
Motorola, Inc Motorola, Inc.
0000 Xxxx Xxxxxxxxx Xxxx 0000 Xxxxxxx Xxxxxx Xxxxx Xxxx
Xxxxxxxxxx, Xxxxxxxx 00000 Mail Drop TX30/OE9
Xxxxxx, XX 00000-0000
Attention: Vice President for
Patents, Trademarks Attention: President,
& Licensing Semiconductor
Facsimile (000) 000-0000 Products Xxxxxx
00
IN WITNESS WHEREOF, the parties hereto have executed this Agreement in
duplicate.
MOTOROLA, INC.
By: /s/ Xxxx X. Xxxxxxxxx
-----------------------------------
Name: Xxxx X. Xxxxxxxxx
Title: Executive Vice President and
Chief Financial Officer
SEMICONDUCTOR COMPONENTS
INDUSTRIES, LLC
By: SCG Holding Corporation,
its sole member
By: /s/ Xxxxxxxx X. Xxxxxxxxx
-----------------------------------
Name: Xxxxxxxx X. Xxxxxxxxx
Title: Vice-President
24
EXHIBIT 1.2
ASSIGNED KNOW HOW
[2 pages Redacted]
[Confidential Information omitted and Filed separately with the Securities
and Exchange Commission.]
EXHIBIT 1.3
ASSIGNED MASK WORKS
[1 page redacted]
[Confidential Information omitted and filed separately with the Securities
and Exchange Commission.]
EXHIBIT 1.4
ASSIGNED PATENTS
--------------------------------------------------------------------------------------------------------------------------------
DOCKET# TITLE FIRST INVENTOR
--------------------------------------------------------------------------------------------------------------------------------
AP00646 POWER DRIVER HAVING SHORT CIRCUIT PROTECTION XXXXXXX, XXXXXX
--------------------------------------------------------------------------------------------------------------------------------
SC0021AJ DC/DC CONVERTER SAKURAI, TADASHI
--------------------------------------------------------------------------------------------------------------------------------
SC0083ET PROTECTED DARLINGTON TRANSISTOR ARRANGEMENT XXXXX-XXXXXXX, XXXXX
--------------------------------------------------------------------------------------------------------------------------------
SC0092ET HIGH VOLTAGE SEMICONDUCTOR DEVICE AND FABRICATION PROCESS JAUME, DENIS
--------------------------------------------------------------------------------------------------------------------------------
********************************************************************************************************************************
--------------------------------------------------------------------------------------------------------------------------------
SCO0230AJ CONTROLLER FOR BATTERY CHARGER TAMIYA, HAJIME
--------------------------------------------------------------------------------------------------------------------------------
SC0233ET SWITCHING TRANSISTOR ARRANGEMENT LANCE, PHILIPPE
--------------------------------------------------------------------------------------------------------------------------------
SC0346ER POWER SWITCHING CIRCUIT XXXXXXX, XXXXX
--------------------------------------------------------------------------------------------------------------------------------
SC00395ET POWER SUPPLY LHERMITE, FRANCOIS
--------------------------------------------------------------------------------------------------------------------------------
SC04052 MOS TRANSISTOR XXXXX XXXXX XXXXXX
--------------------------------------------------------------------------------------------------------------------------------
SC04091 INPUT RANGING DIVIDER AND METHOD FOR AN ANALOG TO DIGITAL XXXXXXXX, XXXXXX
CONVERTER
--------------------------------------------------------------------------------------------------------------------------------
SC04223 ECL MOS BUFFER CIRCUITS XXXXXXXX XXXXXX XXXXXXX
--------------------------------------------------------------------------------------------------------------------------------
SC04255 OUTPUT STAGE FOR OPERATIONAL AMPLIFIER XXXXX XXXXXXX F
--------------------------------------------------------------------------------------------------------------------------------
SC04256 OPERATIONAL AMPLIFIER XXXXX XXXXXXX F
--------------------------------------------------------------------------------------------------------------------------------
SC04258 OPERATIONAL AMPLIFIER XXXXX XXXXXXX F
--------------------------------------------------------------------------------------------------------------------------------
SC04615 CURRENT LIMITER & METHOD FOR LIMITING CURRENT MAIN XXXXXXX XXXX
--------------------------------------------------------------------------------------------------------------------------------
SC04760 OUTPUT MULTIPLEXER HAVING ONE GATE XXXXX XXXXXXX, XXXXXX XXXX
--------------------------------------------------------------------------------------------------------------------------------
SC04791 MOSFET "II" SWITCH CIRCUIT FOR ADC MOTOR XXXXXXXXX XXXXXXX J
--------------------------------------------------------------------------------------------------------------------------------
SC04837 MONOLITHIC ZERO CROSSING TRIAC DRIVER XXX XXXXX JIN
--------------------------------------------------------------------------------------------------------------------------------
SC0486ET SURFACE MOUNT SEMICONDUCTOR DIODE DEVICE XXXXXX, XXXX-XXXXXXXX
--------------------------------------------------------------------------------------------------------------------------------
SC04932 OVERVOLTAGE AND OVERTEMPERATURE PROTECTION CIRCUIT XXXXXXX XXXXXX J
--------------------------------------------------------------------------------------------------------------------------------
********************************************************************************************************************************
--------------------------------------------------------------------------------------------------------------------------------
SC05008 METHOD FOR PRODUCING LOW NOISE, HIGH GRADE CONSTANT XXXXXX, XXXXX
SEMICONDUCTOR JUNCTIONS
--------------------------------------------------------------------------------------------------------------------------------
SC05078 CURRENT SENSING CIRCUIT XXXXXXXX XXXXXX XXXXXXX
--------------------------------------------------------------------------------------------------------------------------------
SC05086 METHOD FOR RESISTOR TRIMMING BY METAL MIGRATION VYNE, XXXXXX XXXXXXX
--------------------------------------------------------------------------------------------------------------------------------
SC05235 IMPROVED OUTPUT STAGE FOR AN OPERATIONAL AMPLIFIER VYNE, XXXXXX XXXXXXX
--------------------------------------------------------------------------------------------------------------------------------
SC05236 SEMICONDUCTOR HOUSING XXXXXX XXXXX XXXX
--------------------------------------------------------------------------------------------------------------------------------
SC05293 IMPROVE OUTPUT STAGE FOR AN OPERATIONAL AMPLIFIER VYNE, XXXXXX XXXXXXX
--------------------------------------------------------------------------------------------------------------------------------
SC05312 CURRENT LIMIT TECHNIQUE FOR MULTIPLE-EMITTER VERTICAL XXXXX XXXXX G
POWER TRANSISTOR
--------------------------------------------------------------------------------------------------------------------------------
********************************************************************************************************************************
--------------------------------------------------------------------------------------------------------------------------------
SC05364 METHOD OF MAKING GATE TURNOFF SWITCH WITH ANODE SHORT AND XXXXXX, XXXX X
BURIED BASE
--------------------------------------------------------------------------------------------------------------------------------
SC0554ET SEMICONDUCTOR POWER DEVICE XXXXXX, XXXXXXX XXXXXX
--------------------------------------------------------------------------------------------------------------------------------
SC05602C CURRENT MIRROR CIRCUIT AND METHOD FOR PROVIDING XXXXX XXXXXXX F
--------------------------------------------------------------------------------------------------------------------------------
---------------------
* Confidential Information omitted and filed separately with the Securities
and Exchange Commission
--------------------------------------------------------------------------------------------------------------------------------
ZERO TEMPERATURE COEFFICIENT TRIMMABLE CURRENT RATIOS
--------------------------------------------------------------------------------------------------------------------------------
SC05606C TRIMMABLE DIFFERENTIAL AMPLIFIER HAVING A ZERO TEMPERATURE COEFFICIENT XXXXX XXXXXXX F
OFFSET VOLTAGE AND METHOD
--------------------------------------------------------------------------------------------------------------------------------
SC05639P METHOD FOR PASSIVATING A SEMICONDUCTOR JUNCTION XXXXXXX XXXXXXX
--------------------------------------------------------------------------------------------------------------------------------
SC05668C ECL TO TTL VOLTAGE LEVEL TRANSLATOR XXXXXXXXXXX, XXXX S
--------------------------------------------------------------------------------------------------------------------------------
********************************************************************************************************************************
--------------------------------------------------------------------------------------------------------------------------------
********************************************************************************************************************************
-------------------------------------------------------------------------------------------------------------------------------
SC05731C FREQUENCY DOUBLER CIRCUIT AND METHOD ALBERKRACK, XXXX XXXXX
--------------------------------------------------------------------------------------------------------------------------------
SC05735P MONOLITHIC TEMPERATURE-COMPENSATED VOLTAGE REFERENCE DIODE AND XXXXXX XXXXXXX XXXXXXX
METHOD FOR ITS MANUFACTURE
--------------------------------------------------------------------------------------------------------------------------------
SC05788C THERMAL CURRENT SUPPLY CIRCUIT XXXXX XXXXX G
--------------------------------------------------------------------------------------------------------------------------------
SC05803C SYMMETRIC LAYOUT FOR QUAD OPERATIONAL AMPLIFIERS XXXXX XXXXXXX F
--------------------------------------------------------------------------------------------------------------------------------
SC05807C AUTOMATIC RESTART CIRCUIT FOR A SWITCHING POWER SUPPLY XXXX XXXXXX D
--------------------------------------------------------------------------------------------------------------------------------
SC05814C POWER MOS LOSS OF GROUND PROTECTION XXXXXXXX XXXXXX XXXXXXX
--------------------------------------------------------------------------------------------------------------------------------
SC05871P METHOD OF MAKING VERTICAL FIELD EFFECT TRANSISTOR WITH PLURALITY XXXXX XXXXXX N
OR GATE INPUT CONNECTIONS
--------------------------------------------------------------------------------------------------------------------------------
SC05878C OPERATIONAL AMPLIFIER WITH PASSIVE CURRENT LIMITING XXXXX XXXXXXX F
--------------------------------------------------------------------------------------------------------------------------------
SC05880C AMPLIFIER HAVING IMPROVED GAIN BANDWIDTH PRODUCT XXXXX XXXXXXX F
--------------------------------------------------------------------------------------------------------------------------------
SC05881C DIFFERENTIAL AMPLIFIER INCLUDING BALANCED TWO TERMINAL SERIES XXXXX XXXXXXX F
RC NETWORK
--------------------------------------------------------------------------------------------------------------------------------
SC05901C VOLTAGE REGULATOR XXXXX XXXXX X
--------------------------------------------------------------------------------------------------------------------------------
XX00000X CIRCUIT HAVING AN OUTPUT REFERENCED TO A SPECIFIC VOLTAGE XXXXX XXXX J JR
IN RESPONSE TO EITHER AN ECL OR TTL INPUT
--------------------------------------------------------------------------------------------------------------------------------
SC05966C CIRCUIT UTILIZING RESISTORS TRIMMED BY METAL MIGRATION XXXXX, XXXXX M
--------------------------------------------------------------------------------------------------------------------------------
SC05972T LEAD STRAIGHTENER AND FLATTENER FOR SEMICONDUCTOR DEVICES XXXXXXXX XXXXXX XXXXXX
--------------------------------------------------------------------------------------------------------------------------------
SC05983P MESA ZENER DIODE AND METHOD OF MANUFACTURE THEREOF XXXXXXXXX XXXXXX A
--------------------------------------------------------------------------------------------------------------------------------
SC05986C TRIMMABLE CURRENT SOURCE XXXXX, XXXXX M
--------------------------------------------------------------------------------------------------------------------------------
SC05988C OPERATIONAL AMPLIFIER UTILIZING FET FOLLOWERS XXXXX, XXXXX M
--------------------------------------------------------------------------------------------------------------------------------
SC0598AJ CHARGE AND DISCHARGE CONTROLLER BATTERY YADA, AKITOSHI
--------------------------------------------------------------------------------------------------------------------------------
SC05991C OPERATIONAL AMPLIFIER UTILIZING JFET FOLLOWERS AND FEED-FORWARD XXXXX, XXXXX M
CAPACITORS
--------------------------------------------------------------------------------------------------------------------------------
SC05996C OPERATIONAL AMPLIFIER UTILIZING RESISTORS TRIMMED BY METAL MIGRATION XXXXX, XXXXXXX F
--------------------------------------------------------------------------------------------------------------------------------
SC06013C AMPLIFIER HAVING IMPROVED GAIN/BANDWIDTH PRODUCT VYNE, XXXXXX XXXXXXX
--------------------------------------------------------------------------------------------------------------------------------
SC06035T METHOD OF PRODUCING A THERMOGENETIC SEMICONDUCTOR DEVICE XXXXXX XXXXXX XXXXX
--------------------------------------------------------------------------------------------------------------------------------
SC06109P BIPOLAR SEMICONDUCTOR DEVICE HAVING A CONDUCTIVE RECOMBINATION LESK XXXXXX XXXXXX
LAYER
--------------------------------------------------------------------------------------------------------------------------------
---------------------
* Confidential Information omitted and filed separately with the Securities
and Exchange Commission
2
--------------------------------------------------------------------------------------------------------------------------------
SC06123P FET STRUCTURE ARRANGEMENT HAVING LOW ON RESISTANCE XXXX XXXXXXX XXXX
--------------------------------------------------------------------------------------------------------------------------------
********************************************************************************************************************************
--------------------------------------------------------------------------------------------------------------------------------
********************************************************************************************************************************
--------------------------------------------------------------------------------------------------------------------------------
********************************************************************************************************************************
*********
--------------------------------------------------------------------------------------------------------------------------------
SC06224C ECL GATE HAVING DUMMY LOAD FOR SUBSTANTIALLY REDUCING SKEW XXXXXXXX XXXXX XXXX
--------------------------------------------------------------------------------------------------------------------------------
SC06237C SEMICONDUCTOR STRUCTURE WITH CLOSELY COUPLED SUBSTRATE TEMPERATURE XXX XXXX V
SENSE ELEMENT
--------------------------------------------------------------------------------------------------------------------------------
SC06244T FORMED TOP CONTRACT FOR NON-FLAT SEMICONDUCTOR DEVICE XXXXXX XXXXXX XXXXX
--------------------------------------------------------------------------------------------------------------------------------
SC06266C DUAL CHANNEL CURRENT MODE SWITCHING REGULATOR ALBERKRACK, XXXX XXXXX
--------------------------------------------------------------------------------------------------------------------------------
SC06271P CONTROLLED VOLTAGE DROP DIODE XXXXXXXXX XXX D
--------------------------------------------------------------------------------------------------------------------------------
SC06274C OPERATIONAL AMPLIFIER XXXXX XXXXX M
--------------------------------------------------------------------------------------------------------------------------------
SC06276C START CIRCUIT FOR A BANDGAP REFERENCE CELL XXXX XXXXX
--------------------------------------------------------------------------------------------------------------------------------
SC06327P LOW VOLTAGE DEEP JUNCTION DEVICE AND METHOD LIAW H MING
--------------------------------------------------------------------------------------------------------------------------------
SC06330C ECL LOGIC GATE XXXXXXXXX, XXXXX X.
--------------------------------------------------------------------------------------------------------------------------------
SC06331T METHOD FOR IMPROVING THE ADHESION OF A PLASTIC ENCAPSULANT TO COPPER XXXXXXX XXXXX XXXXXX
CONTAINING LEADFRAMES
--------------------------------------------------------------------------------------------------------------------------------
SC06346C POWER FIELD EFFECT TRANSISTOR DRIVER CIRCUIT FOR PROTECTION FROM OVER XXXX XXXXXXX XXXXXXX
VOLTAGES
--------------------------------------------------------------------------------------------------------------------------------
SC06347C VOLTAGE LEVEL CONVERSION CIRCUIT XXXX XXXXXXX XXXXXXX
--------------------------------------------------------------------------------------------------------------------------------
********************************************************************************************************************************
--------------------------------------------------------------------------------------------------------------------------------
SC06366P SELF ALIGNED VERTICAL FIELD EFFECT TRANSISTOR HAVING AN IMPROVED SOURCE DAVIES XXXXXX XXXXX
CONTACT
--------------------------------------------------------------------------------------------------------------------------------
********************************************************************************************************************************
--------------------------------------------------------------------------------------------------------------------------------
SC06388T SELF-CENTERING ELECTRODE FOR POWER DEVICES XXXXXX XXXXXX
--------------------------------------------------------------------------------------------------------------------------------
SC06402P HIGH VOLTAGE VERTICAL FIELD EFFECT TRANSISTOR WITH IMPROVED SAFE XXXX XXXXXXX P
OPERATING AREA
--------------------------------------------------------------------------------------------------------------------------------
SC06445T BACKSIDE METALLIZATION SCHEME FOR SEMICONDUCTOR DEVICES XXXXXX XXXXXXXX K
--------------------------------------------------------------------------------------------------------------------------------
SC06458C SUBSTRATE INJECTION CLAMP XXXXXX, XXXX M
--------------------------------------------------------------------------------------------------------------------------------
SC06470C NEGATIVE VOLTAGE CLAMP XXXXXX, XXXX M
--------------------------------------------------------------------------------------------------------------------------------
SC06471P METHOD FOR MAKING SEMICONDUCTOR DEVICE HAVING HIGH ENERGY SUSTAINING XXXXXX, XXXX X
CAPABILITY AND A TEMPERATURE SUSTAINING VOLTAGE
--------------------------------------------------------------------------------------------------------------------------------
SC06488C CURRENT SWITCH XXXXX XXXXX K
--------------------------------------------------------------------------------------------------------------------------------
SC06489C OUTPUT STAGE FOR AN OPERATIONAL AMPLIFIER XXXXX, XXXXX M
--------------------------------------------------------------------------------------------------------------------------------
SC06499C LOAD CONTROLLED ECL TRANSIENT DRIVER XXXXXXXX XXXXXXX W.
--------------------------------------------------------------------------------------------------------------------------------
SC06501C TRANSFORMERLESS SEMICONDUCTOR AC SWITCH HAVING INTERNAL BIASING MEANS XXX XXXX XXXXXX
--------------------------------------------------------------------------------------------------------------------------------
********************************************************************************************************************************
--------------------------------------------------------------------------------------------------------------------------------
SC06546C DUAL SUPPLY ECL TO TTL TRANSLATOR XXXXXXXXX XXX
--------------------------------------------------------------------------------------------------------------------------------
SC06552C TTL OUTPUT DRIVER HAVING AN INCREASED HIGH OUTPUT LEVEL XXXXX XXXX
--------------------------------------------------------------------------------------------------------------------------------
SC06554P METHOD FOR FORMING SEMICONDUCTOR CONTACTS BY ELECTROLESS PLATING XXXXX XXXX D
--------------------------------------------------------------------------------------------------------------------------------
SC06562C CONTROL CIRCUIT FOR RAPID GATE DISCHARGE DAVIES XXXXXX XXXXX
--------------------------------------------------------------------------------------------------------------------------------
---------------------
* Confidential Information omitted and filed separately with the Securities
and Exchange Commission
3
--------------------------------------------------------------------------------------------------------------------------------
SC06586C CURRENT MIRROR HAVING LARGE CURRENT SCALING FACTOR XXXX, XXXXXXX L
--------------------------------------------------------------------------------------------------------------------------------
SC06591C THERMAL PROTECTION METHOD FOR A POWER DEVICE XXXXXX, XXXXXX XXXXX
--------------------------------------------------------------------------------------------------------------------------------
SC06597C AN ECL TO TTL/CMOS TRANSLATOR USING A SINGLE POWER SUPPLY XXXXX XXXXX
--------------------------------------------------------------------------------------------------------------------------------
SC06598C FULL WAVE RECTIFIER AVERAGING CIRCUIT XXXXX XXXXX M
--------------------------------------------------------------------------------------------------------------------------------
SC06618P METHOD FOR MANUFACTURING SEMICONDUCTOR RECTIFIER XXXXX XXXX D
--------------------------------------------------------------------------------------------------------------------------------
SC06660P METHOD FOR MAKING A SEMICONDUCTOR DIODE XXXXXXX XXXXX B
--------------------------------------------------------------------------------------------------------------------------------
SC06691C VOLTAGE TRESHOLD GENERATOR FOR USE IN DIODE LOAD EMITTER COUPLED LOGIC HUEHNE XXXX XXXXXXX
CIRCUITS
--------------------------------------------------------------------------------------------------------------------------------
SC06698C CURRENT SOURCE REGULATOR MAIN XXXXXXX XXXX
--------------------------------------------------------------------------------------------------------------------------------
SC06701P SEMICONDUCTOR DEVICE HAVING INTERNAL CURRENT UNIT OVER-VOLTAGE PROTECTION XXXXXXXXXX XXXXXXX P
--------------------------------------------------------------------------------------------------------------------------------
SC06704C ALPHA ENHANCEMENT OF A TRANSISTOR USING BASE CURRENT FEEDBACK TO XXXXX XXXXXX L
THE EMITTER
--------------------------------------------------------------------------------------------------------------------------------
SC06712P HIGH REVERSE VOLTAGE IGT XXX XXXX V
--------------------------------------------------------------------------------------------------------------------------------
SC06716P METHOD AND APPARATUS FOR ADJUSTING PLATING SOLUTION FLOW CHARACTERISTICS AT XXXXXXXX XXXXXX E
SUBSTRATE CATHODE PERIPHERY TO MINIMIZE EDGE
--------------------------------------------------------------------------------------------------------------------------------
SC06717P HIGH VOLTAGE PLANAR EDGE TERMINATION USING A PUNCH-THROUGH RETARDING IMPLANT DAVIES XXXXXX XXXXX
--------------------------------------------------------------------------------------------------------------------------------
SC06734P FAST DAMPER DIODE AND METHOD XXXXXXXX XXXXXX J
--------------------------------------------------------------------------------------------------------------------------------
SC06740P AVALANCHE STRESS PROTECTED SEMICONDUCTOR DEVICE HAVING VARIABLE INPUT XXXX XXXXXXX P
IMPEDANCE
--------------------------------------------------------------------------------------------------------------------------------
SC06746P ZIG-ZAG V-MOS TRANSISTOR STRUCTURE XXXXXXXXXX, XXXX L
--------------------------------------------------------------------------------------------------------------------------------
SC06759C UNIVERSAL POWER SUPPLY MONITOR CIRCUIT ALBERKRACK, XXXX XXXXX
--------------------------------------------------------------------------------------------------------------------------------
SC06768C THERMAL CLAMP FOR AN IGNITION COIL DRIVER XXXXXXX XXXX T
--------------------------------------------------------------------------------------------------------------------------------
SC06771P INTEGRATED HIGH VOLTAGE TRANSISTORS HAVING MINIMUM TRANSISTOR XXXXX XXXXXX E
TO TRANSISTOR CROSSTALK
--------------------------------------------------------------------------------------------------------------------------------
SC06775C AMPLIFIER OUTPUT STAGE XXXXX XXXXX M
--------------------------------------------------------------------------------------------------------------------------------
SC06781C HIGH VOLTAGE BRIDGE INTERFACE FOR AC AND BRUSHLESS DC MOTOR CONTROL DAVIES XXXXXX XXXXX
--------------------------------------------------------------------------------------------------------------------------------
SC06793T IMPROVED RECTIFIER AND METHOD XXXXXX, XXXXXXX DARWIN
--------------------------------------------------------------------------------------------------------------------------------
SC06797C HIGH SPEED CMOS MULTIPLEXER HAVING REDUCED PROPAGATION DELAY XXXXXXXXXX XXXXX D
--------------------------------------------------------------------------------------------------------------------------------
SC06804C BANDGAP VOLTAGE REFERENCE USING A POWER SUPPLY INDEPENDENT XXXXXXX XXXX XXXXXX
CURRENT SOURCE
--------------------------------------------------------------------------------------------------------------------------------
SC06813C DIFFERENTIAL ECL BUS TRI-STATE DETECTION RECEIVER XXXXX XXXXXX D
--------------------------------------------------------------------------------------------------------------------------------
SC06824C AN ECL TO CMOS LOGIC TRANSLATOR XXXXX XXXXXX
--------------------------------------------------------------------------------------------------------------------------------
SC06829C HIGH SPEED ECL TO TTL TRANSLATOR HAVING A NON-SCHOTTKY CLAMP FOR XXXX X XXXXXX
THE OUTPUT STAGE TRANSISTOR
--------------------------------------------------------------------------------------------------------------------------------
SC06832C A BALANCE SPURIOUS FREE OSCILLATOR XXXXXX XXXXXXX J
--------------------------------------------------------------------------------------------------------------------------------
SC06846P FIELD PLATE AVALANCHE DIODE LESK XXXXXX XXXXXX
--------------------------------------------------------------------------------------------------------------------------------
SC06849C ECL CIRCUIT WITH LOW VOLTAGE/FAST PULL-DOWN XXXX X XXXXXX
--------------------------------------------------------------------------------------------------------------------------------
SC06874C PROGRAMMABLE DELAY CIRCUIT FOR DIGITAL INTEGRATED CIRCUITS XXXXX XXXXX C
--------------------------------------------------------------------------------------------------------------------------------
SC06882C LOW POWER OUTPUT GATE XXXXXXX, XXXXXX XXXX
--------------------------------------------------------------------------------------------------------------------------------
SC06886C AMPLIFIER HAVING TWO OPERATING MODES VYNE, XXXXXX XXXXXXX
--------------------------------------------------------------------------------------------------------------------------------
4
--------------------------------------------------------------------------------------------------------------------------------
SC06904P METHOD FOR PRODUCING SEMICONDUCTOR DEVICES HAVING BULK THEREIN XXXXX XXXXX-DER
--------------------------------------------------------------------------------------------------------------------------------
SC06923C SLOPE COMPENSATION CIRCUIT FOR STABILIZING CURRENT MODE CONVERTERS XXXXXXXX, XXXX W
--------------------------------------------------------------------------------------------------------------------------------
SC06928C LOW VOLTAGE CIRCUIT TO CONTROL HIGH VOLTAGE TRANSISTOR XXXXXXXXX XXXXXXX A
--------------------------------------------------------------------------------------------------------------------------------
SC06956C FAULT DETECTION CIRCUIT XXXXXXXXX, XXXXX X.
--------------------------------------------------------------------------------------------------------------------------------
SC06966C A CURRENT THRESHOLD DETECTOR CIRCUIT XXXXX, XXXXXX XXXXX
--------------------------------------------------------------------------------------------------------------------------------
SC06971C BICMOS TTL OUTPUT DRIVER XXXX XXXXXXX D
--------------------------------------------------------------------------------------------------------------------------------
SC06980P METHOD OF MAKING ENHANCED INSULATE GATE BIPOLAR TRANSISTOR XXXXX XXXXX E
--------------------------------------------------------------------------------------------------------------------------------
SC06998P SEMICONDUCTOR DEVICE AND METHOD XXXXXXXXXX XXXX
--------------------------------------------------------------------------------------------------------------------------------
SC07103C ECL TO CMOS TRANSLATION AND LATCH LOGIC CIRCUIT XXXXX XXXX W
--------------------------------------------------------------------------------------------------------------------------------
SC07120C SOURCE TERMINATED TRANSMISSION LINE DRIVER XXXXXXXX, XXXXXX C
--------------------------------------------------------------------------------------------------------------------------------
SC07131C LOW NOISE MOTOR DRIVE CIRCUIT XXXXXXX XXXXXX J
--------------------------------------------------------------------------------------------------------------------------------
SC07155P INSULATED GATE SEMICONDUCTOR DEVICE WITH REDUCED BASE-TO-SOURCE XXXXX XXXXXX E
ELECTRODE SHORT
--------------------------------------------------------------------------------------------------------------------------------
SC07226P VERTICAL CURRENT FLOW SEMICONDUCTOR DEVICE UTILIZING WAFER BONDING XXXXXX XXXXXX E
--------------------------------------------------------------------------------------------------------------------------------
SC07343P CONDUCTIVITY MODULATED INSULATED GATE SEMICONDUCTOR DEVICE XXXXX XXXXXX E
--------------------------------------------------------------------------------------------------------------------------------
SC07353C START CIRCUIT FOR A POWER SUPPLY CONTROL INTEGRATED CIRCUIT PACE XXXXXX XXXXX
--------------------------------------------------------------------------------------------------------------------------------
SC07369P VERTICAL FIELD EFFECT TRANSISTOR WITH IMPROVED CONTROL OF LOW XXXXXX XXXXXX B
RESISTIVITY REGION GEOMETRY
--------------------------------------------------------------------------------------------------------------------------------
SC07386C RAIL-TO-RAIL OUTPUT STAGE OF AN OPERATIONAL AMPLIFIER VYNE, XXXXXX XXXXXXX
--------------------------------------------------------------------------------------------------------------------------------
SC07387C RAIL-TO-RAIL OUTPUT STAGE OF AN OPERATIONAL AMPLIFIER KODA, RIKKI
--------------------------------------------------------------------------------------------------------------------------------
SC07390C TURN OFF DELAY REDUCTION CIRCUIT AND METHOD XXXX XXXXX W
--------------------------------------------------------------------------------------------------------------------------------
SC07417C H-BRIDGE FLYBACK RECIRCULATOR XXXXXX, XXXX M
--------------------------------------------------------------------------------------------------------------------------------
SC07471P METHOD FOR MAKING A SCHOTTKY DIODE THAT IS COMPATIBLE WITH HIGH SUNDARAM LALGUDI M G
PERFORMANCE TRANSISTOR STRUCTURES
--------------------------------------------------------------------------------------------------------------------------------
SC07479C SHORT-CIRCUIT PROOF FIELD EFFECT TRANSISTOR XXXX XXXXXXX P
--------------------------------------------------------------------------------------------------------------------------------
SC07481P FABRICATING DUAL GATE THIN FILM TRANSISTORS XXXX XXXXXXXX Y
--------------------------------------------------------------------------------------------------------------------------------
SC07493P EDGE TERMINATION STRUCTURE XXXXXX XXXX P
--------------------------------------------------------------------------------------------------------------------------------
SC07550C CURRENT DRIVER CONTROL CIRCUIT FOR A POWER DEVICE DAVIES XXXXXX XXXXX
--------------------------------------------------------------------------------------------------------------------------------
SC07554P HIGH POWER SEMICONDUCTOR DEVICE WITH INTEGRAL ON-STATE VOLTAGE XXXXX XXXXXX E
DETECTION STRUCTURE
--------------------------------------------------------------------------------------------------------------------------------
SC07558C SWITCHABLE ACTIVE BUS TERMINATION CIRCUIT XXXXXXXXXX XXXXX W
--------------------------------------------------------------------------------------------------------------------------------
SC07581C SEMICONDUCTOR DEVICE HAVING A LARGE SENSE VOLTAGE DAVIES XXXXXX XXXXX
--------------------------------------------------------------------------------------------------------------------------------
SC07598P PN JUNCTION SURGE SUPPRESSOR STRUCTURE WITH MOAT XXXXXXXXXX XXXX A
--------------------------------------------------------------------------------------------------------------------------------
SC07675C LOAD CONTROL CIRCUIT INCLUDING AUTOMATIC AC/DC DISCERNMENT XX, XXXXXXX
--------------------------------------------------------------------------------------------------------------------------------
SC07789C XXXXXX LOOP COMPENSATION NETWORK WITH XXXXX, XXXXXXX T
--------------------------------------------------------------------------------------------------------------------------------
5
--------------------------------------------------------------------------------------------------------------------------------
CAPACITANCE DRIVE
--------------------------------------------------------------------------------------------------------------------------------
SC07816C OUTPUT DRIVER STAGE WITH TWO TIER CURRENT LIMIT PROTECTION XXXXXXXX XXXX W
--------------------------------------------------------------------------------------------------------------------------------
SC07875T INSULATED SEMICONDUCTOR PACKAGE XXXXXXXXX XXXXX P JR
--------------------------------------------------------------------------------------------------------------------------------
SC07918C BIDIRECTIONAL TWO-TERMINAL THYRISTOR XXXXX XXXXXX XXXXXX
--------------------------------------------------------------------------------------------------------------------------------
SC07971P HIGH VOLTAGE TRANSISTOR HAVING REDUCED ON-RESISTANCE XXXXX, XXXXX X.
--------------------------------------------------------------------------------------------------------------------------------
SC08006C QUICK-START AND OVERVOLTAGE PROTECTION FOR A SWITCHING REGULATOR XXXXXX, XXXXXX M
CIRCUIT
--------------------------------------------------------------------------------------------------------------------------------
SC08118C FLIP FLOP CIRCUIT AND METHOD THEREFOR XXXXXXXX XXXX
--------------------------------------------------------------------------------------------------------------------------------
SC08182P HIGH VOLTAGE SEMICONDUCTOR STRUCTURE AND METHOD TU SHANG-XXX XXXXX
--------------------------------------------------------------------------------------------------------------------------------
SC08223P METHOD FOR DOPING A SEMICONDUCTOR WAFER XXXX XXXXX-DER
HAVING A DIFFUSION ENHANCEMENT REGION
--------------------------------------------------------------------------------------------------------------------------------
SC08227C NEGATIVE SLEW RATE ENHANCEMENT CIRCUIT FOR AN OPERATIONAL AMPLIFIER XXXXXXXXX XXXX L
--------------------------------------------------------------------------------------------------------------------------------
SC08231C HIGH IMPEDANCE OUTPUT DRIVER STAGE AND METHOD THEREFOR XXXXX, XXXXXX XXXXX
--------------------------------------------------------------------------------------------------------------------------------
SC08256C OPERATIONAL AMPLIFIER WITH ALL NPN TRANSISTOR OUTPUT STAGE XXXXXXXXX XXXX L
--------------------------------------------------------------------------------------------------------------------------------
SC08300T PLASTIC ENCAPSULATED MICROELECTRONIC DEVICE AND METHOD XXXXXXXX XXXXXX XXXXX
--------------------------------------------------------------------------------------------------------------------------------
SC08346C MULTI-LEAD PROTECTED POWER DEVICE HAVING CURRENT AND BOOT-STRAP XXXXXX, XXXXXX XXXXX
INPUTS
--------------------------------------------------------------------------------------------------------------------------------
SC08351C THREE LEADED PROTECTED POWER DEVICE HAVING VOLTAGE INPUT XXXXXX XXXXX XXXXXXX
--------------------------------------------------------------------------------------------------------------------------------
SC08358C PULSED BATTERY CHARGER CIRCUIT XXXX, XXXXXXXXX W
--------------------------------------------------------------------------------------------------------------------------------
SC08361P METHOD OF FORMING AN INSULATED GATE SEMICONDUCTOR DEVICE AND XXXXXXXX XXXXXX XXXXX
DEVICE FORMED
--------------------------------------------------------------------------------------------------------------------------------
SC08385C CIRCUIT FOR CONTROLLING CURRENT FLOW BETWEEN TWO NODES XXXXXXX, XXXXXXXX X
--------------------------------------------------------------------------------------------------------------------------------
SC08426C NON-SATURATING BIPOLAR TRANSISTOR CIRCUIT XXXXX XXXXXX D
--------------------------------------------------------------------------------------------------------------------------------
SC08428P PROCESS FOR MAKING A POWER MOSFET DEVICE AND STRUCTURE XXX XXXXXX
--------------------------------------------------------------------------------------------------------------------------------
SC08466C TWO STAGE DRIVE CIRCUIT FOR A FET XXXXX XXXXXX
--------------------------------------------------------------------------------------------------------------------------------
SC08515T CIRCUIT AND METHOD OF PREVIEWING ANALOG TRIMMING XXXXXX XXXXX L
--------------------------------------------------------------------------------------------------------------------------------
SC08531C FULL DIFFERENTIAL DATA QUALIFICATION CIRCUIT FOR SENSING A LOGIC STATE XXXXXX XXXXX XXXX
--------------------------------------------------------------------------------------------------------------------------------
SC08549P TRANSISTOR WITH COMMON BASE REGION XXXX XXXXXXX XXXX
--------------------------------------------------------------------------------------------------------------------------------
SC08557P METHOD AND DEVICE FOR SENSING SURFACE TEMPERATURE OF AN INSULATED GATE DAVIES XXXXXX XXXXX
SEMICONDUCTOR DEVICE
--------------------------------------------------------------------------------------------------------------------------------
SC08573C PULSE WIDTH MODULATOR HAVING A DUTY CYCLE PROPORTIONAL TO THE XXXX XXXXXXX
AMPLITUDE OF AN INPUT SIGNAL FROM A DIFFERENTIAL TRANSDUCER
AMPLIFIER
--------------------------------------------------------------------------------------------------------------------------------
SC08622C OFF-LINE BOOTSTRAP STARTUP CIRCUIT XXXXXXXX XXXX W
--------------------------------------------------------------------------------------------------------------------------------
SC08624C CIRCUIT AND METHOD FOR PROVIDING PHASE SYNCHRONIZATION OF ECL XXXXX C XXXXXXXXXXX
AND TTL/CMOS SIGNALS
--------------------------------------------------------------------------------------------------------------------------------
SC08692C BATTERY CHARGER STATUS MONITOR CIRCUIT AND XXX RENWIN JOURN
--------------------------------------------------------------------------------------------------------------------------------
6
--------------------------------------------------------------------------------------------------------------------------------
METHOD THEREFOR
--------------------------------------------------------------------------------------------------------------------------------
SC08696C VOLTAGE REGULATOR AND METHOD THEREFOR XXXXXXXXX, XXXX X.
--------------------------------------------------------------------------------------------------------------------------------
SC08708T ELECTRONIC SURFACE MOUNT DEVICE AND METHOD FOR MAKING XXXX XXXXX XXX
--------------------------------------------------------------------------------------------------------------------------------
SC08715C CIRCUIT AND METHOD FOR TRANSLATING AN ECL SIGNAL TO A TTL SIGNAL XXXX XXXX C
--------------------------------------------------------------------------------------------------------------------------------
SC08730P SEMICONDUCTOR STRUCTURE WITH FIELD-LIMITING RINGS AND METHOD XXXXXXX XXXX XXX
FOR MAKING
--------------------------------------------------------------------------------------------------------------------------------
SC08737S FLYBACK POWER SUPPLY HAVING A VCO CONTROLLED SWITCHING RATE XXXXX XXXXXX XXX
--------------------------------------------------------------------------------------------------------------------------------
SC08739C POWER TRANSISTOR RAPID TURN OFF CIRCUIT FOR SAVING POWER XXXX XXXXXXX XXXX
--------------------------------------------------------------------------------------------------------------------------------
SC08746P VERTICAL IGFET CONFIGURATION HAVING LOW ON-RESISTANCE AND METHOD XXXXX, XXXXXXX K
--------------------------------------------------------------------------------------------------------------------------------
SC08757P HIGH VOLTAGE PLANAR EDGE TERMINATION STRUCTURE AND METHOD OF XXXX XXXXXXX XXXX
MAKING SAME
--------------------------------------------------------------------------------------------------------------------------------
SC08759C CIRCUIT AND METHOD FOR ADJUSTING A PULSE WIDTH OF A SIGNAL XXXXXXXXX XXX D
--------------------------------------------------------------------------------------------------------------------------------
SC08763C SERIAL DATA CLOCK RECOVERY CIRCUIT USING DUAL OSCILLATOR CIRCUIT XXXX, XXXXX X
--------------------------------------------------------------------------------------------------------------------------------
SC08825C CIRCUIT AND METHOD OF INDICATING DATA HOLD-TIME XXXX, XXXXX X
--------------------------------------------------------------------------------------------------------------------------------
SC08830C CIRCUIT AND METHOD OF TIMING DATA TRANSFERS XXXX, XXXXX X
--------------------------------------------------------------------------------------------------------------------------------
SC08832P METHOD OF MAKING SURGE SUPPRESSOR SWITCHING DEVICE XXXXXXX XXXXXX, XXXXXXXX
--------------------------------------------------------------------------------------------------------------------------------
SC08862C CIRCUIT LIMIT SENSE CIRCUIT AND METHOD FOR CONTROLLING A TRANSISTOR XXXXXXX, XXXX XXXXXX
--------------------------------------------------------------------------------------------------------------------------------
SC08882C COMPARATOR CIRCUIT MAHABADI XXXX XXXXXX
--------------------------------------------------------------------------------------------------------------------------------
SC08961C LOW POWER FLIP-FLOP CIRCUIT AND METHOD THEREFOR XXXXX XXXXXXX
--------------------------------------------------------------------------------------------------------------------------------
SC08987P ELECTROSTATIC DISCHARGE PROTECTION DEVICE AND METHOD OF FORMING XXXX XXXXX B
--------------------------------------------------------------------------------------------------------------------------------
SC08994C INPUT STAGE FOR CMOS OPERATIONAL AMPLIFIER AND METHOD THEREOF XXXXXXXX XXXXX J
--------------------------------------------------------------------------------------------------------------------------------
SC08996C POWER FACTOR CONTROL CIRCUIT HAVING A BOOST CURRENT FOR INCREASING XXXX, XXXXXXXXX W
A SPEED OF A VOLTAGE CONTROL LOOP AND METHOD THEREOF
--------------------------------------------------------------------------------------------------------------------------------
SC08997C CIRCUIT AND METHOD OF MONITORING BATTERY CELLS XXX RENWIN JOURN
--------------------------------------------------------------------------------------------------------------------------------
SC09006C AMPLIFIER CIRCUIT WITH CHARGE PUMP SUPPLYING A DIFFERENTIAL XXXXX, XXXXXX XXXXX
TRANSISTOR PAIR
--------------------------------------------------------------------------------------------------------------------------------
SC09030P VERTICAL MOSFET DEVICE HAVING FRONTSIDE AND BACKSIDE CONTACTS XXXXXXX, XXXXXXX
--------------------------------------------------------------------------------------------------------------------------------
SC09063T SEMICONDUCTOR DEVICE WITH FLAME SPRAYED HEAT SPREADING LAYER XXXXXXX XXXX J
AND METHOD
--------------------------------------------------------------------------------------------------------------------------------
SC09078C CIRCUIT AND METHOD FOR BATTERY CHARGE CONTROL XXXXXXXXX XXXX L
--------------------------------------------------------------------------------------------------------------------------------
********************************************************************************************************************************
--------------------------------------------------------------------------------------------------------------------------------
SC09101P METHOD OF FORMING AN ALLOYED DRAIN FIELD EFFECT TRANSISTOR AND XXXX XXXXXXXX Y
DEVICE FORMED
--------------------------------------------------------------------------------------------------------------------------------
SC09117C AMPLIFIER HAVING AN OUTPUT STAGE WITH BIAS CURRENT CANCELLATION XXXXX, XXXXXX XXXXX
--------------------------------------------------------------------------------------------------------------------------------
SC09129P LATCH RESISTANT INSULATED GATE SEMICONDUCTOR XXXXXXX, XXXXXXX XXX
--------------------------------------------------------------------------------------------------------------------------------
---------------------
* Confidential Information omitted and filed separately with the Securities
and Exchange Commission
7
--------------------------------------------------------------------------------------------------------------------------------
DEVICE
--------------------------------------------------------------------------------------------------------------------------------
SC09146T SEMICONDUCTOR LEADFRAME STRUCTURE COMPATIBLE WITH DIFFERING BOND WIRE XXXXXX, XXXXX WOODVEL
MATERIALS
--------------------------------------------------------------------------------------------------------------------------------
SC09171P SEMICONDUCTOR DEVICE HAVING HIGH VOLTAGE PROTECTION CAPABILITY XXXX XXXXX
--------------------------------------------------------------------------------------------------------------------------------
SC09313C PEAK VOLTAGE AND PEAK SLOPE DETECTOR FOR A BATTERY CHARGER CIRCUIT XXXXXXXXXX, XXXXXX A
--------------------------------------------------------------------------------------------------------------------------------
SC09331P EDGE TERMINATION STRUCTURE XXXXXXX XXXXXX
--------------------------------------------------------------------------------------------------------------------------------
SC09338C OUTPUT CIRCUIT AND METHOD FOR SUPPRESSING SWITCHING NOISE THEREIN HU, TZU-HUI (XXXX)
--------------------------------------------------------------------------------------------------------------------------------
SC09366C PROTECTION ELEMENT AND METHOD FOR PROTECTING A CIRCUIT XXXXXX, X X
--------------------------------------------------------------------------------------------------------------------------------
SC09369C REFERENCE VOLTAGE CIRCUIT HAVING A SUBSTANTIALLY ZERO XXXXXX, XXXXX XXXXXXX
TEMPERATURE COEFFICIENT
--------------------------------------------------------------------------------------------------------------------------------
SC09373T LOW COST FULLY ISOLATED SEMICONDUCTOR DEVICE LETTERMAN JR, XXXXX P
--------------------------------------------------------------------------------------------------------------------------------
SC09418C OVERCURRENT DETECTION CIRCUIT FOR A POWER MOSFET AND METHOD THEREFOR XXXXX, XXXXXX X
--------------------------------------------------------------------------------------------------------------------------------
********************************************************************************************************************************
--------------------------------------------------------------------------------------------------------------------------------
SC09469P HIGH VOLTAGE CURRENT LIMITER AND METHOD FOR MAKING XXXXXXXX, XXXXX M
--------------------------------------------------------------------------------------------------------------------------------
SC09499C METHOD FOR BALANCING POWER SOURCES AND STRUCTURE THEREFOR XXXXXXXXX, XXXX L
--------------------------------------------------------------------------------------------------------------------------------
SC09500P METHOD OF ETCHING A SEMICONDUCTOR SUBSTRATE XXXXX, XXXXX D
--------------------------------------------------------------------------------------------------------------------------------
SC09541T SEMICONDUCTOR DIODE DEVICE AND METHOD OF MANUFACTURE XXXX, XXXXX XXX
--------------------------------------------------------------------------------------------------------------------------------
SC09546C HIGH-SIDE CURRENT SENSE AMPLIFIER XXXXXXXXXX, XXXXXX A
--------------------------------------------------------------------------------------------------------------------------------
SC09557C ZERO CROSSING TRIAC AND METHOD XXXXXXXX, XXXXX M
--------------------------------------------------------------------------------------------------------------------------------
SC09565P METHOD OF MANUFACTURING A SEMICONDUCTOR DEVICE AND TERMINATION XXXX, XXX YAM
STRUCTURE
--------------------------------------------------------------------------------------------------------------------------------
SC09586T ELECTRONIC PACKAGE AND METHOD XXXXXXX, XXXX X
--------------------------------------------------------------------------------------------------------------------------------
SC09589P METHOD OF PASSIVATING A SEMICONDUCTOR SUBSTRATE XX, XXXX M
--------------------------------------------------------------------------------------------------------------------------------
SC09607P METHOD OF ETCHING ADJACENT LAYERS XXXXX, XXXX X
--------------------------------------------------------------------------------------------------------------------------------
SC09623C LOW VOLTAGE OPERATIONAL AMPLIFIER BIAS CIRCUIT AND METHOD XXXXXXXX, XXXXXXX
--------------------------------------------------------------------------------------------------------------------------------
SC09624C LOW VOLTAGE OPERATIONAL AMPLIFIER INPUT STAGE AND METHOD XXXXXX, XXXXXX X
--------------------------------------------------------------------------------------------------------------------------------
SC09646T METHOD OF MANUFACTURING SEMICONDUCTOR COMPONENTS LETTERMAN, JR. XXXXX P
--------------------------------------------------------------------------------------------------------------------------------
SC09647C VOLTAGE AND CURRENT REFERENCE CIRCUIT WITH A LOW TEMPERATURE XXXX, XXXXXXXXX W
COEFFICIENT
--------------------------------------------------------------------------------------------------------------------------------
SC09669P INDUCTIVE DRIVER CIRCUIT AND METHOD THEREFOR XXXXXXXX, XXXXX M
--------------------------------------------------------------------------------------------------------------------------------
SC09707C INTEGRATED CIRCUIT AND METHOD FOR GENERATING A TRANSIMPEDANCE MAIN, XXXXXXX XXXX
FUNCTION
--------------------------------------------------------------------------------------------------------------------------------
SC09720C LOW VOLTAGE OPERATIONAL AMPLIFIER AND METHOD XXXXXX, XXXXXX X
--------------------------------------------------------------------------------------------------------------------------------
SC09723T SEMICONDUCTOR ENCAPSULATION METHOD XXXXXXX, XXXXXXXX K
--------------------------------------------------------------------------------------------------------------------------------
SC09745P SEMICONDUCTOR DEVICE AND METHOD OF MANUFACTURE XXXX, XXXXXXXX Y
--------------------------------------------------------------------------------------------------------------------------------
SC09758C METHOD AND CIRCUIT FOR CURRENT REGULATION XXXXX, XXXXXXX X.
--------------------------------------------------------------------------------------------------------------------------------
---------------------
* Confidential Information omitted and filed separately with the Securities
and Exchange Commission
8
--------------------------------------------------------------------------------------------------------------------------------
********************************************************************************************************************************
--------------------------------------------------------------------------------------------------------------------------------
SC09864C METHOD FOR SYNCHRONIZING SIGNALS AND STRUCTURES THEREFOR XXXX, XXXXX X
--------------------------------------------------------------------------------------------------------------------------------
SC09889C METHOD AND CIRCUIT FOR REDUCING OFFSET VOLTAGES FOR A DIFFERENTIAL XXXXX, XXXXXX XXXXX
INPUT STAGE
--------------------------------------------------------------------------------------------------------------------------------
********************************************************************************************************************************
--------------------------------------------------------------------------------------------------------------------------------
SC09953C ADAPTIVE ENCODER CIRCUIT FOR MULTIPLE DATA CHANNELS AND METHOD XXXXXXXX, XXXXXX X
OF ENCODING
--------------------------------------------------------------------------------------------------------------------------------
********************************************************************************************************************************
--------------------------------------------------------------------------------------------------------------------------------
********************************************************************************************************************************
--------------------------------------------------------------------------------------------------------------------------------
********************************************************************************************************************************
***************
--------------------------------------------------------------------------------------------------------------------------------
SC10001C MONOLITHIC CLAMPING CIRCUIT AND METHOD OF PREVENTING TRANSISTOR SHEN, ZHENG
AVALANCHE BREAKDOWN
--------------------------------------------------------------------------------------------------------------------------------
********************************************************************************************************************************
--------------------------------------------------------------------------------------------------------------------------------
SC10064C BATTERY PROTECTION SYSTEM AND PROCESS FOR CHARGING A BATTERY ALBERKRACK, XXXX XXXXX
--------------------------------------------------------------------------------------------------------------------------------
SC10084P CLAMP DISPOSED AT EDGE OF A DIELECTRIC STRUCTURE IN A SEMICONDUCTOR XXXXXXX, XXXXXX
DEVICE AND METHOD OF FORMING SAME
--------------------------------------------------------------------------------------------------------------------------------
SC10091C METHOD AND CIRCUIT FOR CURRENT LIMITING OF DC-DC REGULATORS XXX, XXXXXX
--------------------------------------------------------------------------------------------------------------------------------
SC10098C POWER CONVERSION INTEGRATED CIRCUIT AND METHOD FOR PROGRAMMING XXXX, XXXXXXXXX W
--------------------------------------------------------------------------------------------------------------------------------
SC10110C BANDGAP REFERENCE CIRCUIT AND METHOD XXXXXXXXXX, XXXXXX A
--------------------------------------------------------------------------------------------------------------------------------
********************************************************************************************************************************
--------------------------------------------------------------------------------------------------------------------------------
********************************************************************************************************************************
--------------------------------------------------------------------------------------------------------------------------------
SC10238C OVERVOLTAGE PROTECTION DEVICE AND METHOD XXX, XXXXXXX X.
--------------------------------------------------------------------------------------------------------------------------------
SC10356T METHOD FOR PACKAGING A SEMICONDUCTOR DEVICE XXXXXX, XXXX NARAYANA
--------------------------------------------------------------------------------------------------------------------------------
********************************************************************************************************************************
--------------------------------------------------------------------------------------------------------------------------------
SC10368P POWER SEMICONDUCTOR DEVICE AND METHOD XXXX, XXXXXXX XXXX
--------------------------------------------------------------------------------------------------------------------------------
SC10405P POWER SWITCHING TRENCH MOSFET HAVING ALIGNED SOURCE REGIONS AND XXXXXXX, XXX
METHOD OF MAKING
--------------------------------------------------------------------------------------------------------------------------------
********************************************************************************************************************************
--------------------------------------------------------------------------------------------------------------------------------
********************************************************************************************************************************
--------------------------------------------------------------------------------------------------------------------------------
********************************************************************************************************************************
************************ ***************
--------------------------------------------------------------------------------------------------------------------------------
********************************************************************************************************************************
--------------------------------------------------------------------------------------------------------------------------------
********************************************************************************************************************************
--------------------------------------------------------------------------------------------------------------------------------
********************************************************************************************************************************
--------------------------------------------------------------------------------------------------------------------------------
********************************************************************************************************************************
--------------------------------------------------------------------------------------------------------------------------------
********************************************************************************************************************************
--------------------------------------------------------------------------------------------------------------------------------
---------------------
* Confidential Information omitted and filed separately with the Securities
and Exchange Commission
9
--------------------------------------------------------------------------------------------------------------------------------
********************************************************************************************************************************
--------------------------------------------------------------------------------------------------------------------------------
********************************************************************************************************************************
*********
--------------------------------------------------------------------------------------------------------------------------------
********************************************************************************************************************************
--------------------------------------------------------------------------------------------------------------------------------
********************************************************************************************************************************
--------------------------------------------------------------------------------------------------------------------------------
SC75745B INTEGRATED VOLTAGE SUPPLY XXXXXX, XXXX X.
--------------------------------------------------------------------------------------------------------------------------------
SC78192 MONOLITHIC SEMICONDUCTOR TRIGGER ALONAS, XXXX XXXXXX
--------------------------------------------------------------------------------------------------------------------------------
SC78192A METHOD FOR MAKING A LIGHT-ACTIVATED LINE-OPERABLE
ZERO-CROSSING SWITCH INCLUDING TWO LATERAL
TRANSISTORS
--------------------------------------------------------------------------------------------------------------------------------
SC79769 START-UP CIRCUIT ALBERKRACK, XXXX XXXXX
--------------------------------------------------------------------------------------------------------------------------------
SC79770 SWITCHING POWER SUPPLY ALBERKRACK, XXXX XXXXX
--------------------------------------------------------------------------------------------------------------------------------
SC80071 LINEAR FULL WAVE RECTIFIER CIRCUIT XXXX XXXXXX XXXXX
--------------------------------------------------------------------------------------------------------------------------------
SC80919 VOLTAGE BOOSTER CIRCUIT XXXXX XXXXXX A
--------------------------------------------------------------------------------------------------------------------------------
SC80946 CURRENT LIMITING CIRCUIT XXXXX, XXXXXX XXXXXX
--------------------------------------------------------------------------------------------------------------------------------
SC81117 DRIVER CIRCUIT FOR USE WITH INDUCTIVE LOADS OR THE LIKE XXXXXXXX XXXXX J
--------------------------------------------------------------------------------------------------------------------------------
SC81120 BUTTON RECTIFIER PACKAGE FOR NON-PLANAR DIE XXXXX XXXXX XXXXXX
--------------------------------------------------------------------------------------------------------------------------------
SC81169 CURRENT OUTPUT OSCILLATOR XXXXX XXXXX G
--------------------------------------------------------------------------------------------------------------------------------
SC81187T HIGH CURRENT PACKAGE WITH MULTI-LEVEL LEADS XXXXXX XXXXX XXXX
--------------------------------------------------------------------------------------------------------------------------------
SC1050T LETTERMAN
--------------------------------------------------------------------------------------------------------------------------------
SC10509T LETTERMAN
--------------------------------------------------------------------------------------------------------------------------------
SC10601P XXXX
--------------------------------------------------------------------------------------------------------------------------------
SC10642P XXXXXX
--------------------------------------------------------------------------------------------------------------------------------
SC10673P XXXXXXX
--------------------------------------------------------------------------------------------------------------------------------
Sc10695C XXXXXXX
--------------------------------------------------------------------------------------------------------------------------------
SC10700C BALL
--------------------------------------------------------------------------------------------------------------------------------
SC10716T XXXXXXX
--------------------------------------------------------------------------------------------------------------------------------
SC10717T NORTON
--------------------------------------------------------------------------------------------------------------------------------
SC10718T NORTON
--------------------------------------------------------------------------------------------------------------------------------
SC10719P SALIH
--------------------------------------------------------------------------------------------------------------------------------
SC10729C HALL
--------------------------------------------------------------------------------------------------------------------------------
SC10730C HALL
--------------------------------------------------------------------------------------------------------------------------------
SC10740T XXXX
--------------------------------------------------------------------------------------------------------------------------------
SC10762C HALL
--------------------------------------------------------------------------------------------------------------------------------
SC10762T XXXXX
--------------------------------------------------------------------------------------------------------------------------------
SC10763P PEARSE
--------------------------------------------------------------------------------------------------------------------------------
SC10768C VYNE
--------------------------------------------------------------------------------------------------------------------------------
SC10769C XXXXX
--------------------------------------------------------------------------------------------------------------------------------
SC10770T XXXXX
--------------------------------------------------------------------------------------------------------------------------------
SC10774T XXXXX
--------------------------------------------------------------------------------------------------------------------------------
SC10783C HALL
--------------------------------------------------------------------------------------------------------------------------------
SC10789T XXXXX
--------------------------------------------------------------------------------------------------------------------------------
SC10790P XXXX
--------------------------------------------------------------------------------------------------------------------------------
SC10808C THOMSON
--------------------------------------------------------------------------------------------------------------------------------
SC10810P XXXXXXXXXXX
--------------------------------------------------------------------------------------------------------------------------------
SC10821P XXXXXXX
--------------------------------------------------------------------------------------------------------------------------------
SC10822P SUNDARAM
--------------------------------------------------------------------------------------------------------------------------------
---------------------
* Confidential Information omitted and filed separately with the Securities
and Exchange Commission
10
--------------------------------------------------------------------------------------------------------------------------------
SC10823P SUNDARAM
--------------------------------------------------------------------------------------------------------------------------------
SC10824P XXXXX
--------------------------------------------------------------------------------------------------------------------------------
SC10826P XXXXXXXXXXX
--------------------------------------------------------------------------------------------------------------------------------
SC10827P XXXXXXXXXXX
--------------------------------------------------------------------------------------------------------------------------------
SC10828P SALIH
--------------------------------------------------------------------------------------------------------------------------------
SC10829P SALIH
--------------------------------------------------------------------------------------------------------------------------------
SC10830P XXXXXXXXXXX
--------------------------------------------------------------------------------------------------------------------------------
SC10839P HAKKAL
--------------------------------------------------------------------------------------------------------------------------------
Confidential Information omitted and filed separately with the Securities
and Exchange Commission
11
EXHIBIT 1.5
ASSIGNED TRADEMARKS
--------------------------------------------------------------------------------
TRADEMARK COUNTRIES STATUS
--------------------------------------------------------------------------------
ALExIS USA Common Law
Bullet-Proof USA Common Law
JAPA Registered
CHIPSCRETES USA Common Law
Designer's USA Common Law
DUOWATT USA Common Law
E-FET USA Common Law
EASY SWITCHER USA Common Law
ECL300 USA Common Law
ECLinPS USA Common Law
ECLinPS/ELITE USA Common Law
EpiBase USA Common Law
JAPA Registered
Epicap USA Common Law
ESD...SURGE PROTECTION USA Common Law
EZFET USA Common Law
FULLPAK USA Common Law
GEMFET USA Common Law
JAPA Registered
HDTMOS USA Registered
JAPA Registered
HVTMOS JAPA Registered
ICePAK USA Common Law
JAPA Registered
L2TMOS USA Common Law
MCCS USA Common Law
MDTL USA Common Law
MECL USA Common Law
MEGAHERTZ USA Common Law
MHTL USA Common Law
MiniMOS USA Common Law
MiniMOSORB USA Common Law
Mosorb USA Common Law
MRTL USA Common Law
MTTL USA Common Law
Multi-Pak USA Common Law
PowerBase USA Common Law
PowerLux USA Abandoned 1998
POWERTAP USA Common Law
Quake USA Common Law
Rail-To-Rail USA Abandoned
SCANSWITCH USA Common Law
JAPA Registered
SENSEFET USA Common Law
JAPA Registered
SLEEPMODE USA Common Law
SMALLBLOCK USA Common Law
JAPA Registered
SMARTDISCRETES USA Common Law
SMARTswitch USA Common Law
SUPERBRIDGES USA Common Law
SuperLock USA Common Law
Surmetic USA Common Law
XXXX Registered
JAPA Registered
SWITCHMODE USA Common Law
JAPA Registered
Thermopad USA Common Law
Thermowatt USA Common Law
TMOS USA Registered
BENE Registered
FINL Registered
XXXX Registered
GBRI Registered
GERW Registered
ITAL Registered
JAPA Registered
NORW Registered
TMOS & Design Device USA Registered
ITAL Registered
TMOS Stylized BENE Registered
FINL Registered
XXXX Registered
GBRI Registered
GERW Registered
NORW Registered
Unibloc USA Common Law
UNIT/pak USA Common Law
Uniwatt USA Common Law
JAPA Registered
WaveFET USA Common Law
JAPA Registered
Z-Switch USA Common Law
ZIP R TRIM USA Common Law
EXHIBIT 1.27
RESTRICTED PROCESS MODULES
[1 page redacted]
[Confidential Information omitted and filed separately with the Securities
and Exchange Commission.]
EXHIBIT 8.2
THIRD PARTY TITLE OF AGREEMENT OR ITEM EFFECTIVE DATE
--------------------------------------------------------------------------------
Microsemi Motorola--Microsemi Technology 26 February 1996
Agreement
Stanford University Nonexclusive Patent Agreement 9 May 1997
Vitelic (H.K.) Technology Transfer and Contract 29 May 1996
Limited Products Supply Agreement
Newport Technology Transfer and Foundry Pending
Services Agreement
Arizona State Sponsored Research Agreement on 6 May 1998
University Leading Indicators for Motorola
Product Lines
Raychem Joint Development Agreement 30 April 1997
Philips Letter dated 7 September 1993
Lansdale Manufacturing Services Pending
