We deduced a expressions for threshold voltage temperature coefficient of short channel MOST.
推导了了一个短沟道MOST阈值电压温度系数表达式；
Additional features include an onboard low drop regulator for IC power, programmable soft start, undervoltage lockout, adjustable current limit and output voltage temperature compensation.
其他特点包括用于IC电源的内置低压差稳压器、可编程软启动、欠压闭锁、可调电流限制和输出电压温度补偿。
Record the output voltage and perform some simple arithmetic to find the temperature in degrees Celsius or Fahrenheit according to preference.
只需记录输出电压并执行一些简单的计算，就能找到以摄氏度或华氏度为单位的温度。
The external cavity quantum cascade laser with this design may operate very stable due to its low dependences on voltage and temperature, he says.
“应用这种设计的外腔式量子级联激光器能够非常稳定地运行，这得益于对电压和温度的弱依赖关系，”他说。
"The external cavity quantum cascade laser with this design may operate very stable due to its low dependences on voltage and temperature," he says.
“应用这种设计的外腔式量子级联激光器能够非常稳定地运行，这得益于对电压和温度的弱依赖关系，”他说。
Physical parameters range from the temperature of CPUs, utilization of memory and file system, interface utilization, and voltage reading, among other physical values.
物理参数包括CPU温度、内存与文件系统利用情况、接口利用、电压读数，以及其他物理值。
Give it a voltage and it returns another voltage that varies consistently according to the ambient temperature on a different combination of connectors.
给它一个电压，它会返回根据不同组合连接器上的外界温度而不断改变的另一个电压。
On top of that, there is weak dependence on voltage by these lasers, and they are not sensitive to temperature change.
除此之外，这些激光器对电压依赖程度低，对温度变化也不敏感。
Voltage Reference in the design, how to achieve high-precision, low temperature coefficient is a major difficulty.
在基准电压源的设计中，如何实现高精度、低温度系数是一大难点。
Moreover, it can be instantly started even at a comparatively low temperature or voltage.
此外，它可以立即展开，即使在一个比较低的温度或电压。
Some measures have been carried out in improving its frequency stability, voltage stability, temperature performance and waveform in designing procedure.
在设计过程中，对提高频率稳定性、电压稳定性、温度性能和改善波形，采取了一些措施。
Also, the amount of delay changes as temperature and voltage as well.
而且，延迟的总量也会随温度和电压而改变。
To use the elements you should prepare the adjustable transformer or silicon controlled transformer voltage meter current meter and autocontrol temperature meter etc.
使用元件必须配备调压变压器或可控硅调压器及电压、电流表和温度自动控制仪表等。
Measurement of the signal is usually vibration and noise, temperature, pressure, current, voltage, etc to one or more of the signal.
测量的信号通常是振动、噪声、温度、压力、电流、电压等信号中的一种或几种。
Reference source outputs a stable reference signal which is independent of power supply voltage, temperature and process.
其输出的基准信号稳定，与电源电压、温度以及工艺的变化无关。
Precision voltage references are available with varying degrees of precision and initial accuracy over some operating temperature range.
(使用)密电压基准会涉及精度变化和特定范围的整个工作温度范围内的初始精度。
For example, if you wish to measure temperature, you must somehow represent temperature as a voltage that the DAQ device can read.
例如，你准备测量一个温度信号，你必须将温度信号转化为DAQ设备能读取的电压信号。
The test results show that the repetition rate of partial discharge increases along with temperature and voltage.
实验结果表明，放电重复率随温度、电压的增加而增加。
The zero reading may also vary as the ambient temperature changes. This effect is usually referred to as the temperature coefficient of the voltage offset.
仪器的零点读数也会随着环境温度的变化而变化。这种效应通常称为电压偏置温度系数。
Cooling the sample from room temperature (290k) to liquid nitrogen temperature (77k) decreases the voltage noise by approximately a factor of two.
将样品从室温温度(290k)降低到液氮的温度(77k)，可以使得噪声电压减小大约一半。
Low voltage measurement applications include standard cell comparisons and high resolution temperature measurements and microcalorimetry.
低电压测量的应用包括标准电池的比对、高分辨率的温度测量以及微量热计等。
The generator may be made independent of temperature and supply voltage if the detector is clamped with matched zener diodes as shown in Figure 28.
只要按图28那样在阈值检测器中使用性能匹配的稳压二极管，那么这个信号发生器电路就可以做到与温度变化和电源电压变化无关。
Significant factors include regulation of line voltage, temperature of the room in which the device operates, temperature control, and condition and age of the lamps.
主要的因素包括：线路电压的调节、设备房间室温、控制的温度、条件以及灯的寿命。
When references experience a temperature change and return to the initial temperature, they do not always have the same initial output voltage.
当基准经历一个温度变化且返回初始温度，它们并非总能获得与初始电压相同的电压。
The voltage may provides an analog representation of the temperature difference .
电压可以成为温差的模拟表示。
The voltage may provides an analog representation of the temperature difference.
电压可以成为温差的模拟表示。
The difference voltage is proportional to the temperature differential.
两个热偶的电压差正比于其温度差。
In these cases, a small temperature difference may generate a large enough thermoelectric voltage to affect the accuracy of the measurement.
在这些情况下，很小的温度差别就可能产生相当大的热电动势，足以影响测量的准确度。
In these cases, a small temperature difference may generate a large enough thermoelectric voltage to affect the accuracy of the measurement.
在这些情况下，很小的温度差别就可能产生相当大的热电动势，足以影响测量的准确度。
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