The image sensor integrates a programmable offset and gain amplifier for each channel of the 32 LVDS outputs.
该图像传感器集成了一个可编程偏移和增益为每32LVDS输出通道放大器。
It is paid attention to that the offset and gain of the measurement and control system decide the transfer function of the system.
测控系统的零点和增益决定了系统的转移函数，一直受到重视。
It can be used to compensate for offset and gain errors in bridge-type sensors, as well as providing an indication of sensor malfunction.
它可以用于补偿误差垂距和获得种传感器，以及提供一个估计传感器故障。
Endpoint accuracy is ensured by on-chip calibration of offset and gain. This calibration procedure minimizes the part's zero-scale and full-scale errors.
端点精度由片内失调与增益校准来保证，此校准程序可使器件的零电平与满量程误差降至最小。
With the scale decomposition of image sequences on the time field and the corresponding statistics' calculation, the offset and gain coefficients in IRFPA NUC were obtained.
该算法以小波变换中的滤波器理论为基础，通过将图像序列在时间域的尺度分解和相应统计量计算，获得在红外焦平面校正中起影响的偏置和增益系数。
ABSOLUTE Accuracy - the closeness of agreement between the result of a measurement and its true value or accepted standard value. Accuracy is often separated into gain and offset terms.
绝对准确度(ABSOLUTEACCURACY)-测量结果与被测量真值或其标准认定值之间的接近程度。准确度常被分成增益和偏置二项。
Channel mismatches errors include offset error, gain error and time error.
通道失配误差包括偏置误差、增益误差和时间误差。
According to the high-speed development of electronic technology, the adjust circuit of analog signal can be accomplished by the over quantization input signal and using DSP for gain and offset.
随着电子技术的飞速发展，模拟信号的调整电路可以通过超量化输入信号，并且利用DSP调整增益和偏置的方法来实现。
The pointer offset value and sensor gain setting value selected by this operation are not initialized by SETUP RESET or DEFAULT SET operation.
这里操作选定的指针偏差值和感应增益设定值不用“归零设定”或“错误重调”来清除。
In an example of experiment, the analysis and uncertainty evaluation results of both DC gain and offset of LDV by using the method in this paper is presented.
通过一个实例，给出了激光测振仪信号处理电路直流增益和直流偏移指标不确定度分析和评定结果。
A deep negative feedback operation amplifier used in band gap reference is a common source and gate folded cascade operation amplifier with a lower offset voltage and a higher gain.
该带隙电压基准源电路中的深度负反馈运算放大器为低失调、高增益的折叠型共源共栅运算放大器。
The algorithm has low computational complexity and can obtain an efficient frame by frame adaptive estimation of detector's gain and offset.
同时算法具有计算复杂度低，可以有效获得随帧数变化的探测器增益和偏置参数。
The tower's volumes are individually offset to respond to local climate and mitigate solar heat gain.
高楼的体量单独偏移，以应对当地气候，减少太阳辐射的热量。
Remember that calibration algorithms require gain and offset characterization for each circuit.
记住校准算法需要每个电路的增益和偏置特性。
The courses and conclusion proposed can be applied to the uncertainty evaluation of measurement standards of both DC gain and offset.
该过程及结论可应用在对于计量标准进行直流增益和直流偏移指标的不确定度分析上。
The realization errors such as analog imperfections, gain errors, offset errors and quantization noises are introduced into the hybrid filter Banks (HFB) ADC system.
将模拟器件偏差、增益偏差、偏置偏差、量化噪声等现实误差引入到混合滤波器组adc系统中。
Output precision is obtained by internal gain and offset trim adjustments made at end-of-line during the manufacturing process.
该产品在制造过程中已在下线时进行内部增益和偏置修正调整，可实现高精度的输出水平。
Therefore, to solve the electro-optic modulator gain control and offset control of the issue has become one of the key technologies for electro-optic modulator.
所以解决电光调制器增益控制和偏置控制的问题成为电光调制的关键技术之一。
Based on this model both zero and gain drifts of the input channel can be corrected and its nonlinearity can be offset. Furthermore, the data normalization can also be done.
借此模型，克服零点漂移及增益漂移对检测精度的影响，补偿信号输入通道的非线性，实现了数据的规范化处理。
The method includes performing a tomographic image reconstruction using a joint estimation of at least one of a gain parameter and an offset parameter, and an estimation of the reconstructed image.
该方法包括使用增益参数和偏移参数中的至少一个的联合估计以及重建图像的估计来执行断层摄影图像重建。
Correction parameters corresponding to each individual detector are computed by linear correction algorithm. Then the gain control circuit and the offset compensation circuit adjust the final output.
此方法根据线性校正算法给每个探测单元以相应的校正参数，然后通过增益控制电路和零点补偿电路来调整最终的输出。
However, path mismatch such as gain mismatch, offset mismatch and clock mismatch sharply reduce the system dynamic performance.
论文首先分析了通道失配的产生原因，并且推导了各类失配对于系统动态性能的影响。
However, path mismatch such as gain mismatch, offset mismatch and clock mismatch sharply reduce the system dynamic performance.
论文首先分析了通道失配的产生原因，并且推导了各类失配对于系统动态性能的影响。
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