Winbond Electronics had 35 patents in future of work during Q1 2024. Winbond Electronics Corp has filed patents for a control circuit with power-down and wake-up capabilities, a low power oscillator circuit with temperature compensation, a dynamic sampling method for semiconductor manufacture, a frequency detection device for clock signals, and a delay control circuit with N-value detection. GlobalData’s report on Winbond Electronics gives a 360-degree view of the company including its patenting strategy. Buy the report here.
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Winbond Electronics grant share with future of work as a theme is 37% in Q1 2024. Grant share is based on the ratio of number of grants to total number of patents.
Recent Patents
Application: Control circuit, control method and electronic device (Patent ID: US20240069583A1)
The patent filed by Winbond Electronics Corp. describes a control circuit that includes a storage circuit, voltage detection circuit, processing circuit, and wake-up circuit. The processing circuit accesses a register storing a program code based on external voltage levels, entering a power-down mode when the voltage reaches a certain threshold. The wake-up circuit detects wake-up events and directs the processing circuit to exit the power-down mode and enter an operation mode when necessary. Various scenarios are outlined, such as different voltage thresholds for wake-up events and the use of a timer to determine the duration of the power-down mode.
Additionally, the patent details a control method for a micro-controller based on the same principles as the control circuit. The method involves detecting external voltage, accessing a register, entering power-down mode, determining wake-up events, and transitioning between power-down and operation modes accordingly. Various features are highlighted, such as deactivating the micro-controller based on voltage levels, using a timer to control wake-up events, and providing driving signals to the micro-controller. The method also includes steps for adjusting counter values, converting external voltage to driving voltage, and stopping the determination of wake-up events when necessary.
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