Abstract: A power circuit and an electronic device are provided. The power circuit includes a power module and a power feeding module coupled to the power module. The power module is configured to supply power in a time-slice power-on manner.

Abstract: This application provides an integrated circuit, including a first MOS transistor. A first effective gate and a second effective gate are disposed in the first MOS transistor, and a first redundant gate is disposed between the first effective gate and the second effective gate. The first effective gate, the second effective gate, and the first redundant gate cover a plurality of fins arranged in parallel. The first effective gate and the second effective gate are connected to a gate terminal of the first MOS transistor. Fins on both sides of the first effective gate and fins on both sides of the second effective gate are respectively connected to a source terminal and a drain terminal of the first MOS transistor. The first redundant gate is connected to a redundant potential or suspended.

Abstract: A sequence signal generator and a sequence signal generation method are provided. In the sequence signal generation method, a waveform output instruction sent by a host computer is received to acquire waveform data. The waveform data includes original square wave sequence data and target square wave sequence data, and the target square wave sequence data includes a preliminary delay parameter and a secondary delay parameter. An original square wave sequence signal is acquired according to the original square wave sequence data. According to the preliminary delay parameter, preliminary delay processing is performed on the original square wave sequence signal to acquire an intermediate square wave sequence signal, and according to the secondary delay parameter, secondary delay processing is performed on the intermediate square wave sequence signal to acquire a target square wave sequence signal.

Abstract: A magnetic resonance spectrometer and a control apparatus for the magnetic resonance spectrometer based on an FPGA. The control apparatus includes a control unit and a conversion receiving unit. The control unit includes a clock source. A waveform generation unit and a signal receiving unit inside the control apparatus are synchronized by means of the same clock source. The control apparatus includes two working modes: a continuous wave mode and an impulse wave mode. The control apparatus can output a microwave signal which is modulated by any wave and has higher synchronism and time resolution.

Abstract: A sequence signal generator and a sequence signal generation method are provided. In the sequence signal generation method, a waveform output instruction sent by a host computer is received to acquire waveform data. The waveform data includes original square wave sequence data and target square wave sequence data, and the target square wave sequence data includes a preliminary delay parameter and a secondary delay parameter. An original square wave sequence signal is acquired according to the original square wave sequence data. According to the preliminary delay parameter, preliminary delay processing is performed on the original square wave sequence signal to acquire an intermediate square wave sequence signal, and according to the secondary delay parameter, secondary delay processing is performed on the intermediate square wave sequence signal to acquire a target square wave sequence signal.

Abstract: An FPGA-based square-wave generator and a square-wave generation method.

Abstract: A magnetic resonance spectrometer and a control apparatus for the magnetic resonance spectrometer based on an FPGA. The control apparatus includes a control unit and a conversion receiving unit. The control unit includes a clock source. A waveform generation unit and a signal receiving unit inside the control apparatus are synchronized by means of the same clock source. The control apparatus includes two working modes: a continuous wave mode and an impulse wave mode. The control apparatus can output a microwave signal which is modulated by any wave and has higher synchronism and time resolution.

Abstract: An FPGA-based square-wave generator and a square-wave generation method.

Abstract: Compositions for use in methods of treating and/or inhibiting a pathologic ocular condition, as well as methods of producing and using same, are disclosed.

Abstract: Compositions for use in methods of treating and/or inhibiting a pathologic ocular condition, as well as methods of producing and using same, are disclosed.