首页> 外文会议>International Conference on Digital Printing Technologies: Final Program and Proceedings; 20050918-23; Baltimore,MD(US) >A Simulation Model for Estimation of Flicker Levels Induced by On-Off Switching of a Halogen Heater of a LBP Fuser
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A Simulation Model for Estimation of Flicker Levels Induced by On-Off Switching of a Halogen Heater of a LBP Fuser

机译:用于估算LBP定影器的卤素加热器的通断开关引起的闪烁水平的仿真模型

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The present study proposes a simulation model for halogen heater to estimate flicker levels. In the present model of halogen heater, the temperature dependence of filament resistance is taken account for estimation of flicker levels and the temperature is estimated by energy balance of input and output powers. The energy balance is modeled like that an input electric power to a halogen heater filament is dissipated for rise of the filament temperature, the radiation for heating fuser and the loss. The ratio of each power dissipation is determined by the transient response measurement by using an actual halogen heater. The halogen heater model is capable of calculating a filament temperature, a filament resistance and a filament current for any input voltage pattern. Using the current value calculated, a flicker level is obtained by a calculation program developed in accordance with measuring procedure of the flickermeter which is specified by International Standard. Flicker levels for square signals with various period and duty were calculated using the proposed model and compared with those measured by the flickermeter. A good agreement was obtained between the calculation and measurements. The present model enables flicker simulation of fuser temperature control using a halogen heater.
机译:本研究提出了卤素加热器的仿真模型,以估计闪烁水平。在当前的卤素加热器模型中,考虑了灯丝电阻的温度依赖性来估计闪烁水平,并且通过输入和输出功率的能量平衡来估计温度。对能量平衡进行建模,就像耗散卤素加热器灯丝的输入电功率以提高灯丝温度,加热定影器的辐射和损耗。通过使用实际的卤素加热器通过瞬态响应测量来确定每个功耗的比率。卤素加热器模型能够针对任何输入电压模式计算灯丝温度,灯丝电阻和灯丝电流。使用计算出的电流值,通过根据国际标准指定的闪烁计的测量程序开发的计算程序来获得闪烁水平。使用提出的模型计算了具有不同周期和占空比的方波信号的闪烁水平,并将其与闪烁计测量的水平进行了比较。在计算和测量之间获得了良好的一致性。本模型能够使用卤素加热器对定影器温度控制进行闪烁仿真。

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