在保温时间内所有的电路电容在测量开始前稳定下来。
The soak time allows any circuit capacitance to settle before the measurement begins.
在阻抗较高时，电路的建立时间变得更加重要，并常常成为决定总测量速度的主导因素。
At higher impedance levels, circuit settling times become more important and are usually the overriding factor in determining overall measurement speed.
虽然本书的重点是直流测量，但是要分析噪声和仪器响应速度的问题，就需要简单地讨论一下电子电路中时间和频率的关系。
Although this handbook stresses DC measurements, an analysis of noise and instrument response speed requires a brief discussion of time and frequency relationships in electronic circuits.
在进行高电阻测量时，电路的建立时间特别重要。
The settling time of the circuit is particularly important when making high resistance measurements.
本文在分析LR电路过渡过程的基础上，讨论了以特定激励源实现变压器绕组电阻零时间常数测量的方法。
On basis of LR circuit transition process analysis, the paper describes measuring method of zero time factor for transformer wire-wound resistor with specific exciting supply.
文中对两种时间参数和数字化测量进行了探讨，并详细分析了核心电路的工作过程。
In this paper, the digital measurement of two kinds of time parameters is discussed. Then, the working process of key circuit is analyzed in detail.
这种方法利用一光学系统和电路，把线值差转换为时间差来测量。
This method was changed from measuring the dimension difference to the time difference measurement by using an optical system and circuitry.
本文介绍了飞利浦湿敏电容传感器进行湿度控制的方法，包括它的基本原理、测量电路、工作频率、响应时间和滞后现象。
This article introduces the method of humidity control used with Philips humidity-sensitive capacitance sensor, and the basic principle, measuring circle, work frequency, response time etc.
采用恒比定时电路以及时幅转换显著提高了对延迟时间的测量精度。
The device Adopt the constant-ratio electric circuit and time-amplitude conversion, the accuracy of delay time raised biggest.
该系统基于速度乘以时间等于距离的原理，运用声控电路和单片机，具有测量、校准、显示、打印等功能。
This system is based on the principle that speed multiple time equals length. With sound-control circuit and a single chip, the equipment can measure, check, display, print etc.
本文介绍了PT CR过电流动作时间测量原理，仪器的电路设计和基本性能。
This paper presents the theory of PTCR actuation time measurement, the design of circuits, and performance of the instrument.
介绍了驱动电路和快速保护电路的原理，及保护电路响应时间的测量方法。
The principle of the drive and protection circuits is introduced, the method of measuring the response time of the protection circuit is also introduced.
设计了在频率域电法勘探中发送机与接收机GPS时间同步电路，实现了多频激电仪接收机与发送机的精确时间同步进行高精度相位测量。
The frequency domain electric transmitter and receiver synchronization electrocircuit has been designed. It is concluded that the GPS time synchronization is feasible in this instrument.
用设计的电路进行了时间间隔模拟放大测量，测量结果和理论计算基本一致。
The simulated measurement is carried out by designed time amplifying circuit. The measurement result is basically in agreement with that of theory analysis.
累积时 间测量电路，其测量对面板通电的时间的累积时间；
For this, the plasma display device includes an accumulated power measuring time for measuring the accumulated time used for power supply to the panel and a drive circuit for driving the panel.
累积时 间测量电路，其测量对面板通电的时间的累积时间；
For this, the plasma display device includes an accumulated power measuring time for measuring the accumulated time used for power supply to the panel and a drive circuit for driving the panel.
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