The HX711 is a 24-bit A/D converter

HX711是用于电子精密秤的24位A / D转换器芯片。与相同类型的其他芯片相比，此芯片集成了其他相同类型芯片所需的外围设备，例如：B.稳压电源和片上时钟振荡器。它降低了电子天平的总体成本，并提高了机器的整体性能和可靠性。芯片与后端MCU芯片之间的接口和编程非常简单，所有控制信号均由引脚控制，无需对芯片上的寄存器进行编程。通过选择通道A或通道B，可以将输入选择器连接到内部可编程低噪声放大器。通道a的可编程增益为128或64。在整个范围内，相应的差分输入信号的幅度为±20MV和± 40MV，分别。固定增益为32的通道B用于识别系统参数。片上稳定电源可以直接为外部传感器和片上A / D转换器供电。主板上不需要额外的模拟电源。片上时钟振荡器不需要任何外部组件。自动上电复位功能简化了上电初始化过程。可靠的片上电源包括外部传感器和片上A / D转换器。D转换器可以直接供电。自动上电复位功能简化了上电初始化过程。可靠的片上电源包括外部传感器和片上A / D转换器。D转换器可以直接供电。自动上电复位功能简化了上电初始化过程。可靠的片上电源包括外部传感器和片上A / D转换器。D转换器可以直接供电。

HX711 是一款用于电子精密刻度的 24 位 A/D 转换器芯片。与其他相同类型的芯片相比，该芯片为同类型其他芯片集成了必要的外围设备，例如：B.调节电源和片上时钟振荡器。它降低了电子天平的整体成本，提高了机器的整体性能和可靠性。芯片与后端MCU芯片之间的接口和编程非常简单，所有控制信号都由引脚控制，无需对芯片上的寄存器进行编程。输入选择器可以通过选择通道 A 或通道 B 连接到内部可编程低噪声放大器。通道 a 的可编程增益为 128 或 64。相应差分输入信号在全范围内的振幅为±20MV和±40MV。固定增益为 32 的通道 B 用于识别系统参数。片上稳定的电源可直接为外部传感器和片上 A/D 转换器供电。主板上不需要额外的模拟电源。片上时钟振荡器不需要外部元件。自动电源复位功能简化了通电初始化过程。可靠的片上电源包括外部传感器和片上 A/D 转换器。D 转换器可以直接供电。

The HX711 is a 24-bit A/D converter chip for electronic precision scales. Compared to other chips of the same type, this chip incorporates the necessary peripheral equipment for other chips of the same type, such as: B. Regulated power supply and on-chip clock oscillator. It reduces the overall cost of the electronic balance and improves the overall performance and reliability of the machine. The interface and programming between the chip and the backend MCU chip is very simple, all control signals are controlled by pins, there is no need to program the registers on the chip. The input selector can be connected to an internal programmable low-noise amplifier by selecting channel A or channel B. The programmable gain for channel a is 128 or 64. The amplitudes of the corresponding differential input signals over the full range are ±20MV and ±40MV, respectively. Channel B with a fixed gain of 32 is used to identify system parameters. The on-chip stable power supply can directly power external sensors and on-chip A/D converters. No additional analog power supply is required on the motherboard. The on-chip clock oscillator requires no external components. The auto power-on reset feature simplifies the power-on initialization process. Reliable on-chip power supplies include external sensors and on-chip A/D converters. D-Converter can be powered directly.<br>