step response 中文意思是什麼
step response
解釋
階躍響應-
At first, the dynamic mathematic model is created in the light of the known dimensions and structure. then base on the mathematic model, dynamic analysis of the system is studied by drawing the open - loop bode diagram closed - loop bode diagram and step response curve using the analysis and calculating function of matlab. the influence factor on frequency character steady and performance of the system is also analyzed
首先，根據已確定的尺寸參數和結構需要，計算並建立起系統的動態數學模型，然後在已知系統數學模型的基礎上，利用matlab語言強大的分析計算功能，對系統進行動態分析，通過畫出系統的開環bode圖、閉環bode圖及系統的階躍響應曲線，分析了系統的頻率特性、穩定性及系統性能的影響因素。 -
Several icing parameters were imported to calculate the change of drag coefficient and typical derivatives between clean aircraft and iced aircraft, and the aircraft flight envelope change of iced and un - iced situation was computed, and the small disturbance flight dynamics model was modified to study the effect of the ice accretion on the aircraft dynamics by importing the ice parameter to it, and the longitudinal and lateral stability and the elevator, aileron and rudder step response were also studied and simulated
根據這些參數計算了飛機結冰后阻力系數以及典型氣動導數的變化，並計算了結冰前後飛機的飛行包線；同時對結冰前後飛機的縱向、橫側動穩定性以及升降舵、副翼和方向舵階躍操縱響應進行模擬計算。 -
For obtaining exact solution for the impulse response or step response, the preferred method is to solve the original differential equation on a digital or analog computer.
要獲得脈沖反應或階躍反應的精確解，最好的辦法是用數字或模擬計算機求解原始微分方程。 -
Firstly the pwm implementation of relay is given. in succession the characteristic of extruder barrel is obtained by measuring their step response. at last the implementation of pid and fuzzy control are studied in detail and the results of the experiment are presented
首先對料筒特性進行了測試研究，介紹了繼電器pwm控制的實現方法，然後分別進行了積分分離pid及模糊變系數pid控制策略的研究。 -
5. the control systems of the heater are designed by the adaptive fuzzy neuron control arithmetic. the step response curve is got. the results show their nice performances
針對實驗室電加熱爐系統，使用自適應模糊單神經元控制演算法進行控制系統的設計，得出階躍響應曲線，取得了滿意的控制效果。 -
According to step - response experiment, math model of the hotplate was set up and the temperature of controlling system including temperature detection circuit, pd controller, voltage pulse - wide transforming circuit and executor was designed
以階躍響應實驗為基礎，初步建立起控制系統的數學模型，設計了適用於該電熱板的閉環溫度控制系統。系統主要包括溫度檢測電路、 pd控制器、電壓-脈寬變換電路及執行元件。 -
Based on the test system of unloading valve, the step response method is used to acquire the step response curve of this system
以卸荷閥性能測試系統作為研究對象，利用階躍響應法獲得系統的階躍響應曲線並求得了系統的傳遞函數。 -
It really provides convenience to evaluate and optimize the design result. 3 ) vibration analysis has been fulfilled by calling some math libraries and graphic libraries in matlab to plot graphics such as velocity - time, displacement - velocity, step response, impulse response, gain - frequency and phase - frequency. we can know the capabilities of the spring system from the graphics
3 、在matlab環境下調用相應的數學函數庫和圖形庫對設計的彈簧進行分析，繪制彈簧加載后系統的速度-時間響應曲線、速度-位移響應曲線、階躍響應曲線、脈沖響應曲線、增益-頻率響應曲線和相角-頻率響應曲線，根據曲線來分析系統的各項性能。 -
Based on pole assignment, the step response of suspension system with active control is simulated and compared to that with passive control
通過極點配置法對採用主動控制的履帶車輛懸掛系統進行模擬，並將模擬結果與採用被動懸掛系統相比較。 -
The innovative ideas in this paper is to replace the linear fixed - gain pid controller for a nonlinear pid controller. based on the step response curves of conventional control system, we analyze the ideal variety of three gains in different times and construct the simulated curves of proportional, intergral and derivative gain. the controllers has considered all sorts of imperceptible factors affecting the servo performances in a lpmsm servo system, which include the parametric uncertainties brought by the changes of the mobile mass, the dynamitic performance of the system and the size of input. to solve the problem of so many unknown parameters, we use transmit arithmetic to find the parameters which are fit for the system. to keep the robust and stable performance
本文的創新之處在於，將傳統的固定增益的pid控制器用非線性pid控制器來代替，並在此基礎上，就一般控制系統的階躍響應曲線，分析了在不同響應時間階段pid的三個增益調節參數的理想變化情況，並根據這些理想變化，分別給出了比例、積分、微分增益參數的一種連續的非線性擬和函數。在分析雙位置環時，仔細考慮了能使系統性能變壞的各種因素，如系統的動態性能及控制出入能量的大小等等。 -
The direct method of process identification for computer control system by unit step response
計算機控制系統對象模型辯識的單位階躍響應直接法 -
A on - identify model of proportional valve pressure controlled system was established though analyzing the configuration of dbetr type proportional pressure relief valve firstly, and then using classical step response method to identify system parameter, a practicable system simple model was deduced at last
摘要從dbetr型比例壓力溢流閥結構出發，先建立比例閥控制壓力系統的待辨識模型，再採用經典的階躍響應法辨識系統參數，得到工程上適用的系統簡化模型。 -
Compensator design for nonovershooting step - response of 2 - order linear system
線性系統的無超調階躍響應補償器設計 -
The time domain property test contains static property test and step response test. depended on the result of the test, the transfer function of the system was deduced
時域特性測試包括致動器靜態特性測試和階躍響應特性測試，並根據測試結果分析了被控對象的傳遞函數。 -
At first, the algorithms for " nose - to - nose " calibration technology acquiring the parameters are introduced, including the algorithms for acquiring the impulse response, the step response, the rise time, the amplitude response and the phase response
首先，介紹了「 nose - to - nose 」校準技術獲取示波器沖激響應、階躍響應、過渡時間、幅頻特性和相頻特性的各種演算法。 -
For the feedforward controller design, zero error characteristic of the step response of system with zero phase error tracking controller ( zpetc ) is proved and its application is studied
對於前饋控制器設計，證明了零相位誤差跟蹤演算法在階躍輸入下的無差性並研究了該特性的應用。 -
Research on the cai of the step response of a second - order circuit
二階電路階躍響應的計算機輔助教學研究 -
Step response time
階躍響應時間 -
It was found that the start - up and step response time of pem fuel cell was in the order of seconds, which was similar to the simulation results of most presently used models
結果表明：電池的啟動時間和階躍響應時間均為秒的數量級，與大多數模模擬的結果相一致。 -
First, the step response of the steam temperature process is obtained by experimentation, and the transfer function of the controlled process is calculated out using the step response data of the process. then, the pid parameters of the control system are optimized using the obtained process transfer function. finally, simulations are carried out to show the performance of the optimization - before system and optimization - after system
首先通過現場試驗獲取過熱汽溫過程的階躍響應曲線，再根據試驗得到的過程階躍響應數據求取相應過程的傳遞函數模型；然後，根據傳遞函數模型進行控制系統pid參數的優化整定；最後，對優化前後的控制系統性能進行了模擬研究。
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