3results about How to "Meet power consumption" patented technology

The application relates to a power supply multiple working mode automatic switching controller and a car, a power supply module one is configured to receive a power input signal and output a power supply signal one; an MCU microcontroller is configured to enter a standby state in response to the power supply signal one, listen to a wake-up signal, and send a SOC state switching signal based on a listening result; a power supply module two is configured to receive a power input signal and output a power supply signal two, and switch between a PFM mode and a PWM mode according to a level high-low result of the listening result obtained through a MODE pin; and a SOC circuit is configured to enter a standby state in response to the power supply signal two and switch between a sleep state and a normal working state according to the SOC state switching signal. The application can solve the problem that a power supply chip can only run in a single mode and cannot be switched in the related art.

The invention discloses a broadband radio frequency transceiving multifunctional chip covering a low frequency band and having an internal multi-module multiplexing structure, and belongs to the technical field of semiconductor radio frequency devices. A five-bit numerical control attenuator, four single-pole double-throw switches, a two-stage amplifier, a fixed attenuator, a biasing circuit and a TTL level driving circuit are integrated in the chip. Through a specific topological connection structure, hardware multiplexing of the first amplifier and the five-bit numerical control attenuator between a receiving channel and a transmitting channel is realized by using four single-pole double-throw switches, and the chip area and power consumption are remarkably reduced. The broadband coverage from a hundred MHz level low frequency to a ten GHz level high frequency is realized through a biasing circuit structure with multiple levels of inductors connected in series and RC grounded between the levels. A static working point adjusting port is led out from the chip, and power consumption and linearity can be flexibly configured through an external resistor. The invention has the advantages of high integration level, low power consumption, large bandwidth, strong universality and good index consistency, and is particularly suitable for multi-channel transmit-receive systems such as phased array radars and the like.

The application provides a processor cluster system and a control method thereof. The processor cluster system comprises a first optical switch, a network controller, optical cables and a plurality of computing resource disks. Each computing resource disk comprises one or more optical modules and one or more graphic processors, and each graphic processor is electrically connected to the one or more optical modules. The optical modules are optically connected to the first optical switch through the optical cables. The network controller is communicatively connected to the first optical switch and the computing resource disks. The network controller is configured to control the first optical switch to switch an optical path according to data exchange requirements of the graphic processors. The first optical switch is configured to connect the optical module of any first graphic processor in a plurality of graphic processors specified by an instruction to the optical module of any second graphic processor according to the instruction of the network controller, so as to transmit a load data optical signal. Based on this, optical interconnection between any two graphic processors in the cluster can be realized, and the data transmission efficiency is improved.