wheatstone bridge造句
1 Delicate degree of wheatstone bridge is an important factor that affects its measurement precision.
2 Based on the principle of Wheatstone bridge, the simple gradienter is designed. The gradienter uses the voltage of bridge circuit to show the variety of slope angle, and its precision can reach 10-4.
3 The Wheatstone bridge is most sensitive to small fractional impedance changes in one of its arms when all the arms are the same impedance.
4 Wheatstone bridge has a "generator", four impedance "arms", and a "detector".
5 The bonded - foil gage monitored with a wheatstone bridge has become a highly perfected measuring system.
6 The sensitivity of wheatstone bridge is discussed. It is pointed out that the effect of the eternal resistance of power R on the sensitivity is not to be neglected.
7 The manner in which the Wheatstone bridge is used may be understood from an analysis of the circuit.
8 In the Wheatstone bridge experiment, digital voltmeter can be used instead of the AC5/1 galvanometer.
9 A designing experiment and the relative solution have been given combined with the characteristics of the resistance measurement experiment with Wheatstone bridge.
10 In this paper, a resistance - to - frequency converter consisting of a Wheatstone bridge followed by an integrator and a comparator is described.
11 The theoretical study shows that the central frequency is linear with the square of the voltage applied on the Wheatstone bridge.
12 The central frequency of the filter is adjusted by changing the voltage applied on the Wheatstone bridge, which can change the average temperature and axial strain of the bridge.
13 A pressure transducer can be configured to include the use of a pressure sense die with piezoresistive elements integrated into the sensor die and in a Wheatstone bridge configuration.
14 This paper, based on theoretical deduction and numerical analysis, discusses the relationship between sensitivity of Wheatstone bridge and internal resistance of galvanometer.
15 To improve the accuracy and increase the stability of the system , the united Wheatstone bridge was adopted. The more micro channel width was, the more senstive micro-flow sensor was.
16 The weak resonant signal was picked up by piezoresistor Wheatstone bridge designed and fabricated on the silicon micro-cantilever.
17 Recording units for resistance thermometers are mostly based upon the Wheatstone bridge circuit.
18 The adjustable frequency range can be extended by decreasing the wide of the bridge and the resistance of the Wheatstone bridge.
19 A new method of measuring the obliquity and direction of rigid bodies based on the theory of unbalanced Wheatstone bridge was given.
20 The error includes two sides, one is the calculation error about Wheatstone bridge circuit, and another is the effect of the sharp pulse producing when test current is loaded on the sample.
21 Thickfilm resistance is printed on the reverse of ceramic, connecting a wheatstone bridge.