Texas Instruments Inc. v. United States

475 F. Supp. 1183, 82 Cust. Ct. 272, 82 Ct. Cust. 272, 1979 Cust. Ct. LEXIS 1155
CourtUnited States Customs Court
DecidedJune 29, 1979
DocketC.D. 4810; Court 77-4-00580
StatusPublished
Cited by17 cases

This text of 475 F. Supp. 1183 (Texas Instruments Inc. v. United States) is published on Counsel Stack Legal Research, covering United States Customs Court primary law. Counsel Stack provides free access to over 12 million legal documents including statutes, case law, regulations, and constitutions.

Bluebook
Texas Instruments Inc. v. United States, 475 F. Supp. 1183, 82 Cust. Ct. 272, 82 Ct. Cust. 272, 1979 Cust. Ct. LEXIS 1155 (cusc 1979).

Opinion

BOE, Judge:

The merchandise concerning which the within cause of action relates was imported by the plaintiff from El Salvador and en *1184 tered at the Port of Dallas/Fort Worth on August 2,1976, for incorporation and use in solid-state electronic digital watches. Upon liquidation said merchandise was classified by the District Director of Customs at Houston, Texas, under item 720.75, TSUS, modified by T.D. 68-9, as assemblies or subassemblies for watch movements consisting of two or more parts joined together, providing:

Schedule 7, Part 2, Subpart E Assemblies and subassemblies for watch movements consisting of two or more parts or pieces fastened or joined together:
720.75 Other assemblies and
subassemblies ... 4.5$ for each jewel (if any) + the column 1 rate specified in item 720.65 for bottom or pillar plates or their equivalent therein (if any) + 1$ for each other part or piece therein (if any), but the total duty on the assembly or subassembly shall not exceed the column 1 duty for the complete movement for which suitable, nor be less than 22.5% ad val. unless said 22.5 percent rate exceeds the column 1 duty for the complete movement.

The plaintiff contends that the merchandise in issue is properly classifiable under item 687.60, TSUS, modified by T.D. 68-9, as transistors and other related electronic crystal components, providing:

Schedule 6, Part 5
Electronic tubes (except X-ray tubes); photocells; transistors and other related electronic crystal components; mounted piezoelectric crystals; all the foregoing and parts thereof: Television picture tubes:
687.60 Other ................... 6% ad val.

In its answer to the plaintiff’s complaint, the defendant raised two alternative affirmative defenses. In so doing, the defendant alleges that in the event the subject merchandise is found to be not properly classified under item 720.75, TSUS, then, and in that event, the subject merchandise should be classified under item 720.82, TSUS.

The foregoing alternative claim, however, has been abandoned by the defendant. A second alternative claim of the defendant asserts that the merchandise is properly classifiable under item 720.86, TSUS, providing:

Schedule 7, Part 2
Assemblies and subassemblies for clock movements, consisting of two or more parts or pieces fastened or joined together:
Other assemblies and subassemblies:
720.86 For other movements .. 16% ad val. +
6.25$ for each jewel (if any) + 0.75$ for each other piece or part

At the time of the trial of the within action, respective counsel, within the approval of the court, entered into the following stipulations:

1. The official entry papers may be received in evidence, as an unmarked exhibit, with the understanding that defendant does not agree to the characterization of the imported merchandise appearing on said papers.
2. The imported merchandise is designated on the relevant invoice as X971, with or without other descriptive information.
3. Plaintiff’s Exhibit 1 for Identification is a representative sample of the imported merchandise, and may be received in evidence.
4. Plaintiff’s Exhibit 13 and 14 for Identification, each of which is a functioning watch module in a clear plastic case containing, among other things, a version of Exhibit 1, and a Texas Instruments DIS611 may be received in evidence.
5. The imported merchandise was manufactured in about July, 1976.
*1185 6. Solid-state digital electronic watches were first introduced in commerce in about 1972.
7. The only part of the watch into which the imported merchandise is incorporated, which defendant considers to be a moving part, is the quartz crystal component. [R. 7-8.]

From the testimony introduced by both the plaintiff and the defendant in the within proceeding, it appears to be undisputed that the merchandise in question consists of a monolithic integrated circuit chip, commonly referred to as an IC chip, which has been affixed to a frame or substrate permitting its encapsulation for subsequent use as a component of the module in a solid-state digital watch. Before proceeding to the basic issue before this court as to the proper classification of the subject merchandise, an elementary understanding with respect to the manner in which the subject article is manufactured and/or processed, its function as well as its relationship to other components ultimately comprising the module used in a solid-state digital watch, would appear to be not only salutary, but a necessary preface.

A definition of a monolithic integrated circuit chip in its simplest form may be found in the testimony of Mr. Jack Kilby, who invented this article or device in 1958 and received a patent thereon in 1964:

A monolithic integrated circuit chip is a silicon wafer in or on which electronic components, such as transistors, diodes, resistors and capacitors have been formed and interconnected to perform a desired function. [R. 585.]

With respect to the meaning of the term monolithic, the witness testified:

* * * “monolithic” refers to those circuits which are formed entirely in or on a single chip or wafer of semiconductor material. [R. 541.]

Silicon may be classified as one of the most commonly used semiconductor materials and is best characterized in the semiconductor industry as possessing the ability to conduct electricity under certain conditions. Accordingly, the process designed to create the integrated circuit chip is initiated by slicing a thin piece or wafer from a large cylindrical shaped bar of crystal silicon. After polishing, the silicon slice is subjected to a complex series of high temperature and photolithographic processes thereby causing a multitude of identical miniscule squares to be defined thereon, each of said squares being commonly referred to as a chip. 1 Through the application of photosensitive materials, the establishment of a geometric pattern, the introduction of chemicals and the further application of high temperatures, certain elements consisting of transistors, diodes and resistors are built within each defined chip comprising the silicon slice. In an evaporation process aluminum metal is allowed to cover the entire silicon slice. Again, after a further photolithographic process by which an interconnecting pattern is established followed by an etching away of a portion of the aluminum surface, there is thereby developed a metal pattern that interconnects the transistors, diodes and resistors built within each of the individual chips.

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Bluebook (online)
475 F. Supp. 1183, 82 Cust. Ct. 272, 82 Ct. Cust. 272, 1979 Cust. Ct. LEXIS 1155, Counsel Stack Legal Research, https://law.counselstack.com/opinion/texas-instruments-inc-v-united-states-cusc-1979.