Company Filing History:
Years Active: 2005-2006
Title: Celebrating the Innovations of Christopher B. Langit
Introduction: Christopher B. Langit, based in Gardena, California, has made significant contributions to the field of electronics through his innovative inventions. With a portfolio of two patents, Langit has demonstrated a commitment to enhancing the performance of digital to analog converters, showcasing his expertise as an inventor.
Latest Patents: Langit's latest patents include the "Digitally Trimmed DAC Cell" and the "Split Cell Bowtie Digital to Analog Converter and Method." The Digitally Trimmed DAC Cell is a novel current source that encompasses a first circuit for generating a current in response to an applied voltage, along with a resistive network comprised of multiple resistors and switches. This design allows for the selective integration of resistors in reaction to a control signal, ultimately leading to an improved current generation. The Split Cell Bowtie Digital to Analog Converter features an operational amplifier linked to several current paths and sources, designed to effectively lower distortion in DACs by enhancing differential and integral nonlinearities. This arrangement aims to resolve current source gradient errors without necessitating trimming.
Career Highlights: Throughout his career, Langit has had the opportunity to work with prominent companies such as Telasic Communication, Inc. These experiences have allowed him to refine his skills and apply his innovative ideas in practical settings.
Collaborations: Chris has collaborated with notable colleagues, including Erick M. Hirata and Roger N. Kosaka. Together, they have contributed to advancements in electronic design and development, furthering the impact of their collective work within the industry.
Conclusion: Christopher B. Langit stands out as a remarkable inventor whose contributions to digital to analog converter technology have the potential to transform the field. With a focus on lowering distortion and improving performance without complex trimming processes, his innovations continue to resonate in the world of electronics. His work not only highlights his ingenuity but also reflects the importance of collaboration and continuous improvement in technological advancements.