This is another important achievement of our team in scientific and technological innovation. This patent relates to a voltage self-adaptive adjustment circuit and chip that can automatically adjust the back bias voltage according to system requirements, effectively solving the problem of unstable back bias voltage in existing technology and providing new technical support for the development of the semiconductor industry.
The design of this circuit is unique, including an adaptive control circuit and a voltage adjustment circuit. The adaptive control circuit can detect the clock signal and generate an adjustment signal based on the detection result. The configuration code adjustment module adjusts the current configuration code according to the adjustment signal to obtain the target configuration code. The voltage adjustment circuit generates the corresponding target voltage according to the target configuration code. Such a design enables the back bias voltage to adapt to various environmental changes, thus maintaining voltage stability.
The advantages of this invention lie in its adaptability and adjustability. Adaptability enables the circuit to automatically adjust the back bias voltage according to environmental changes, improving the performance and reliability of the chip. In the semiconductor manufacturing process, due to variations in process parameters, the performance of the chip will also be affected. However, this self-adaptive adjustment circuit can maintain the stability of the back bias voltage under different process parameters, thereby improving the yield and reliability of the chip. Adjustability allows designers to perform customized designs according to specific application scenarios and requirements, providing greater flexibility for chip design. Different application scenarios have different performance requirements for chips. Therefore, designers can adjust the magnitude of the back bias voltage according to actual needs to achieve optimal performance.
In addition, this invention also has the characteristics of high efficiency and low power consumption. By automatically adjusting the back bias voltage, the power consumption and performance of the chip can be optimized, and the overall efficiency of the system can be improved. At the same time, due to the stability of the back bias voltage, the risk of system failure can also be reduced, improving the reliability and stability of the system.
The successful grant of this invention patent marks a new breakthrough in our company's scientific and technological innovation. We will continue to invest more resources and energy, encourage employees to invent and create more excellent scientific and technological achievements, and make greater contributions to promoting the development of the industry.
