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    • 1. 发明申请
    • Controller having discrete driver circuitry connected to a single processor port
    • 具有连接到单个处理器端口的离散驱动器电路的控制器
    • US20080195873A1
    • 2008-08-14
    • US11704667
    • 2007-02-09
    • Balakrishnan V. Nair
    • Balakrishnan V. Nair
    • G06F1/26
    • G06F13/4072H03K17/18H03K17/60H03K17/602
    • A controller having discrete driver circuitry for driving an electrical load and a method are provided. The controller includes a microprocessor having ports configurable to operate as inputs or outputs. The controller also includes discrete driver circuitry connected to ports of the microprocessor. The discrete driver circuitry is configured to apply electrical power to drive an electrical load. The controller further has logic for configuring the ports of the microprocessor as an output to enable on/off of the output signal that drives the electrical loads, and further for configuring the ports of the microprocessor as an input to receive feedback signals from the discrete driver circuitry. The feedback signals are processed to detect fault conditions.
    • 提供了具有用于驱动电负载的离散驱动器电路的控制器和方法。 控制器包括具有可配置为作为输入或输出操作的端口的微处理器。 控制器还包括连接到微处理器端口的离散驱动电路。 离散驱动器电路被配置为施加电力以驱动电负载。 控制器还具有用于将微处理器的端口配置为输出的逻辑,以使能驱动电负载的输出信号的开/关,并且还用于将微处理器的端口配置为输入以从离散驱动器接收反馈信号 电路。 处理反馈信号以检测故障状况。
    • 3. 发明授权
    • Controller having discrete driver circuitry connected to a single processor port
    • 具有连接到单个处理器端口的离散驱动器电路的控制器
    • US07679370B2
    • 2010-03-16
    • US11704667
    • 2007-02-09
    • Balakrishnan V. Nair
    • Balakrishnan V. Nair
    • G01R31/02H04L1/14
    • G06F13/4072H03K17/18H03K17/60H03K17/602
    • A controller having discrete driver circuitry for driving an electrical load and a method are provided. The controller includes a microprocessor having ports configurable to operate as inputs or outputs. The controller also includes discrete driver circuitry connected to ports of the microprocessor. The discrete driver circuitry is configured to apply electrical power to drive an electrical load. The controller further has logic for configuring the ports of the microprocessor as an output to enable on/off of the output signal that drives the electrical loads, and further for configuring the ports of the microprocessor as an input to receive feedback signals from the discrete driver circuitry. The feedback signals are processed to detect fault conditions.
    • 提供了具有用于驱动电负载的离散驱动器电路的控制器和方法。 控制器包括具有可配置为作为输入或输出操作的端口的微处理器。 控制器还包括连接到微处理器端口的离散驱动电路。 离散驱动器电路被配置为施加电力以驱动电负载。 控制器还具有用于将微处理器的端口配置为输出的逻辑,以使能驱动电负载的输出信号的开/关,并且还用于将微处理器的端口配置为输入以从离散驱动器接收反馈信号 电路。 处理反馈信号以检测故障状况。
    • 4. 发明授权
    • Optimization by using output drivers for discrete input interface
    • 通过使用离散输入接口的输出驱动器进行优化
    • US07502963B2
    • 2009-03-10
    • US11063035
    • 2005-02-20
    • Balakrishnan V. Nair
    • Balakrishnan V. Nair
    • G06F11/00
    • G06F13/4072
    • The invention relates to design optimization of microprocessors using spare driver outputs for discrete input interfaces. An output driver or pre-FET driver is used to interface a discrete input for a microprocessor. To read the discrete interface, a fault detection mechanism of the pre-FET driver or the output driver is used. Monitoring the fault register of the output driver allows the condition of the external switch to be understood. The circuit is able to read either a switched to battery type interface or a switched to ground type interface, thereby eliminating hardware proliferation. The fault register is read through a serial peripheral interface (SPI) bus, thereby removing the need for a dedicated microprocessor pin required for the interface. Toggling the gate in the pre-FET driver interface permits adding diagnostic capability for the discrete input interface.
    • 本发明涉及使用用于离散输入接口的备用驱动器输出的微处理器的设计优化。 输出驱动器或预FET驱动器用于接口微处理器的离散输入。 要读取离散接口,使用前置FET驱动器或输出驱动器的故障检测机制。 监控输出驱动器的故障寄存器允许了解外部开关的状态。 该电路能够读取切换到电池型接口或切换到接地型接口,从而消除硬件扩散。 通过串行外设接口(SPI)总线读取故障寄存器,从而不需要接口所需的专用微处理器引脚。 在FET前驱动器接口中切换门可以增加离散输入接口的诊断功能。