(3)DECLARATION OF CAUSATION

❏By checking this box, I hereby affirm, under penalty of perjury, that the exclusive and direct reason for my purchase of the non-Toshiba DVD player was the manifestation of Playback Incompatibilities on the Toshiba DVD Player at Issue.

AFFIDAVIT UNDER PENALTY OF PERJURY

I attest under the penalties of perjury that:

1.I purchased or acquired the Toshiba DVD Player at Issue on or before October 15, 2004.

2.I am eligible to request the remedy that I am seeking by submitting this Claim Form relating to the Toshiba DVD Player at Issue.

3.Any documents submitted with this Claim Form are either the originals or true and correct copies of the originals.

4.I have not requested, and will not request, exclusion from the Settlement Class for the Toshiba DVD Player at Issue, and I have not previously filed a Claim Form with respect to the Toshiba DVD Player At Issue, and I will not file in the future a Claim Form with respect to the Toshiba DVD Player At Issue.

5.I have read and understand the contents of this Claim Form.

6.The statements made in this Claim Form are true and correct to the best of my knowledge. I realize that if any of them are willfully false, I am subject to punishment under perjury statutes.

SIGNATURE:

Signature

Printed Name

Date

IF YOU HAVE ANY QUESTIONS ABOUT THIS CLAIM FORM OR THE SETTLEMENT, PLEASE SEE THE CLAIMS ADMINISTRATOR'S WEBSITE AT WWW.DVDNOTICE.COM, CALL 1-800-210-5874, OR SEND YOUR WRITTEN QUESTIONS TO:

DVD Player Claims Administrator c/o The Notice Company

P.O. Box 778 Hingham, MA 02043

IF YOU DO NOT RETURN A CLAIM FORM POSTMARKED BY MAY 1, 2005, YOUR CLAIM WILL BE REJECTED AND YOU WILL HAVE WAIVED ALL RIGHTS TO RECEIVE ANY OF THE SETTLEMENT BENEFITS.

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ToCF#1026

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Toshiba TOCF#1026 manual Declaration of Causation, Affidavit Under Penalty of Perjury, Signature
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TOCF#1026 specifications

The Toshiba TOCF#1026 is an advanced semiconductor device that has gained significant attention in the field of electronics and telecommunications due to its innovative features and robust performance. One of the primary applications of the TOCF#1026 is in the realm of optical communications, where it serves as a critical component within various systems.

At the heart of the TOCF#1026 is its high-speed operation capability, which supports data rates necessary for modern communication systems. This makes it ideal for use in high-bandwidth applications such as data centers, enterprise networks, and telecommunication infrastructures. With a focus on efficiency, the device enhances data throughput while minimizing latency, ensuring rapid signal transmission.

A standout feature of the TOCF#1026 is its ability to operate over a wide range of temperatures. This characteristic is particularly important in industrial and outdoor applications, where conditions can be less than ideal. The robust thermal stability of the TOCF#1026 ensures reliable performance even in extreme environments, providing users with confidence in the longevity and durability of their systems.

Moreover, the TOCF#1026 incorporates advanced semiconductor technologies that optimize power consumption. This energy-efficient design not only reduces operational costs but also aligns with the global push for more sustainable electronic solutions. It operates effectively at lower voltage levels, further contributing to its power-saving capabilities without compromising performance.

Another notable aspect of the TOCF#1026 is its integration capabilities. The device can be easily incorporated into existing systems with minimal modifications, making it a versatile choice for a multitude of applications. This adaptability is crucial for developers and manufacturers who are continually seeking to enhance their products in a competitive market.

In terms of output performance, the TOCF#1026 excels with its high output sensitivity, allowing for greater signal integrity and clarity. This is particularly beneficial in environments where electromagnetic interference could impact performance. By minimizing signal distortion, the TOCF#1026 ensures that data integrity is maintained, which is paramount in communications systems.

In conclusion, the Toshiba TOCF#1026 stands out as a pioneering device in optical communication technology. With its high-speed operation, wide temperature tolerance, energy-efficient design, and superior performance metrics, it is well-positioned to meet the demands of contemporary and future electronic applications. Manufacturers looking to elevate their offerings would find the TOCF#1026 to be a valuable and reliable component in their technology arsenal.
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