Company Filing History:

7 out of 173

Deutsche Itt Industries Gmbh

patents

Micronas Semiconductor Holding Ag

patents

Years Active: 1985-2007

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15 patents (USPTO):Sort by Forward CitationsExplore Patents

1. 7293120 - DMA module having plurality of first addressable locations and determining if first addressable locations are associated with originating DMA process (2007-11-06),

2. 5912581 - Spurious-emission-reducing terminal configuration for an integrated (1999-06-15),

3. 5608346 - MOS driver circuit for suppressing interference by preventing shunt (1997-03-04),

4. 5451861 - Method of setting the output current of a monolithic integrated pad (1995-09-19),

5. 5326994 - Protective circuit for protecting contacts of monolithic integrated (1994-07-05),

6. 4922139 - Filter circuit for generating a VCO control voltage responsive to the (1990-05-01),

7. 4882610 - Protective arrangement for MOS circuits (1989-11-21),

8. 4803657 - Serial first-in-first-out (FIFO) memory and method for clocking the same (1989-02-07),

9. 4750158 - Integrated matrix of nonvolatile, reprogrammable storage cells (1988-06-07),

10. 4742253 - Integrated insulated-gate field-effect transistor circuit for evaluating (1988-05-03),

11. 4733394 - Electrically programmable semiconductor memory showing redundance (1988-03-22),

12. 4597064 - Electrically programmable memory matrix (1986-06-24),

13. 4527256 - Electrically erasable memory matrix (EEPROM) (1985-07-02),

14. 4524429 - Integrated memory matrix comprising nonvolatile reprogrammable storage (1985-06-18),

15. 4502131 - Electrically programmable memory matrix (1985-02-26),

Title: Burkhard Giebel: A Pioneer in DMA Module Innovation

Introduction: Burkhard Giebel, based in Denzlingen, Germany, is a notable inventor with an impressive portfolio of 15 patents. His work primarily focuses on advancements in integrated circuits and Direct Memory Access (DMA) modules, which play a critical role in various electronic systems.

Latest Patents: Giebel's latest innovations include a groundbreaking DMA module designed to optimize memory access. This module features an address generator that facilitates both read and write operations to memory locations while employing an address counter to efficiently advance to adjacent memory locations. Notably, this configuration allows the memory location to function as a register typically embedded within the DMA module, significantly reducing space requirements and enabling the control of multiple DMA processes that may interfere with one another.

Another notable invention is the spurious-emission-reducing terminal configuration for integrated circuits, particularly beneficial for monolithic circuits operating within unshielded board networks. This innovative approach differentiates components into high-frequency and low-frequency subcircuits, enhancing performance and reliability.

Career Highlights: Throughout his career, Giebel has contributed to several esteemed organizations, including Deutsche Itt Industries GmbH and Itt Industries, Inc. His expertise has shaped advancements in integrated circuit technology and DMA processes that are fundamental to contemporary electronics.

Collaborations: Giebel has collaborated with various esteemed professionals in the field, including his colleagues Ulrich Theus and Thomas Fischer. Their combined efforts have fostered significant advancements in the technologies they have worked on together.

Conclusion: Burkhard Giebel's contributions to innovation in DMA modules and integrated circuits highlight his role as a leading inventor in the electronics industry. With a solid foundation of patents and collaborative endeavors, Giebel continues to influence the trajectory of technological development, paving the way for future advancements in the field.

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