A 16-bit integrating ADC, commonly referred to as the coulomb counter 的简体中文翻译

A 16-bit integrating ADC, commonly

A 16-bit integrating ADC, commonly referred to as the coulomb counter (CC), provides measurements ofaccumulated charge across the current sense resistor. The integration period for this reading is 250 ms.The CC may be operated in one of two modes: ALWAYS ON and 1-SHOT.• In ALWAYS ON mode, the CC runs at 100%, gathering a fresh reading every 250 ms. The conclusionof each reading sets the CC_READY bit, which toggles the ALERT pin high to inform themicrocontroller that a new reading is available. To enable Always On mode, set [CC_EN] = 1.• In 1-SHOT mode, the CC performs a single 250-ms reading, and similarly sets the CC_READY bitwhen completed. This mode is intended for non-gauging usages, where the host simply desires tocheck the pack current.To enable a 1-SHOT reading, ensure [CC_EN] = 0 and set [CC_ONESHOT] = 1.The full scale range of the CC is ± 270 mV, with a max recommended input range of ± 200 mV, thusyielding an LSB of approximately 8.44 µV.The following equation shows how to convert the 16-bit CC reading into an analog voltage if no boardlevel calibration is performed:
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通常称为库仑计数器(CC)的16位积分ADC提供<br>跨电流检测电阻器累积电荷的测量。该读数的积分周期为250 ms。<br>CC可以两种模式之一操作:始终打开和1-SHOT。<br>•在始终打开模式下,CC以100%运行,每250毫秒收集一次新的读数。<br>每个读数的结论将CC_READY位置1,该位将ALERT引脚切换为高电平,以通知<br>微控制器新的读数可用。要启用始终在线模式,请设置[CC_EN] =1。<br>•在1-SHOT模式下,CC进行250 ms的单次读取,<br>完成后同样将CC_READY位置1 。此模式适用于非计量用途,主机仅希望<br>检查电池组电流。<br>要启用1-SHOT读数,请确保[CC_EN] = 0并设置[CC_ONESHOT] =1。CC <br>的满量程范围为±270 mV,建议的最大输入范围为±200 mV,因此<br>产生的LSB为约8.44 µV。<br>以下等式显示了在不执行板级校准的情况下如何将16位CC读数转换为模拟电压:
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结果 (简体中文) 2:[复制]
复制成功!
A 16-bit integrating ADC, commonly referred to as the coulomb counter (CC), provides measurements of<br>accumulated charge across the current sense resistor. The integration period for this reading is 250 ms.<br>The CC may be operated in one of two modes: ALWAYS ON and 1-SHOT.<br>• In ALWAYS ON mode, the CC runs at 100%, gathering a fresh reading every 250 ms. The conclusion<br>of each reading sets the CC_READY bit, which toggles the ALERT pin high to inform the<br>microcontroller that a new reading is available. To enable Always On mode, set [CC_EN] = 1.<br>• In 1-SHOT mode, the CC performs a single 250-ms reading, and similarly sets the CC_READY bit<br>when completed. This mode is intended for non-gauging usages, where the host simply desires to<br>check the pack current.<br>To enable a 1-SHOT reading, ensure [CC_EN] = 0 and set [CC_ONESHOT] = 1.<br>The full scale range of the CC is ± 270 mV, with a max recommended input range of ± 200 mV, thus<br>yielding an LSB of approximately 8.44 µV.<br>The following equation shows how to convert the 16-bit CC reading into an analog voltage if no boardlevel calibration is performed:
正在翻译中..
结果 (简体中文) 3:[复制]
复制成功!
16位积分ADC,通常称为库仑计数器(CC),提供<br>电流感应电阻上的累积电荷。此读数的积分周期为250毫秒。<br>CC可以在两种模式中的一种操作:始终打开和一次启动。<br>•在常开模式下,CC以100%的速度运行,每250毫秒收集一次新的读数。结论<br>设置CC U READY位,该位将警报引脚切换到高位,以通知<br>微控制器显示有新的读数。若要启用“始终打开”模式,请将[抄送]=1。<br>•在单点模式下,CC执行单个250毫秒的读取,并同样设置CC U就绪位<br>完成时。此模式用于非测量用途,其中主机只希望<br>检查电源组电流。<br>若要启用单点读取,请确保[CC_EN]=0,并将[CC_ONESHOT]=1。<br>CC的满标度范围为±270 mV,最大建议输入范围为±200 mV,因此<br>产生大约8.44μV的LSB。<br>下面的公式说明了如果没有执行板级校准,如何将16位CC读数转换为模拟电压:<br>
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