Minimization of cross-talk for an inkjet printhead using MIMO ILC

M. Wassink, O. Bosgra, S. Koekebakker
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引用次数: 5

Abstract

The functioning of inkjet printheads is severely hampered by the fact that an ink channel cannot be actuated without exciting the fluid-mechanics in neighboring channels. This phenomenon is referred to as cross-talk. As a result, droplet properties vary when actuating an array of channels. This paper presents an approach based on lifted MIMO ILC with which input wave forms are designed that minimize the effects of cross-talk such that the droplet speed variations are reduced considerably. This paper shows the modeling required for ILC, the design of the ILC controller in the lifted setting, and the experimental implementation
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使用MIMO ILC的喷墨打印头的串扰最小化
喷墨打印头的工作受到一个喷墨通道在不激发邻近通道流体力学的情况下无法被激活的严重影响。这种现象被称为相声。因此,液滴的性质在驱动一组通道时发生变化。本文提出了一种基于提升MIMO ILC的方法,该方法设计的输入波形可以最大限度地减少串扰的影响,从而大大减少液滴速度变化。本文给出了ILC所需的建模、升降设定中ILC控制器的设计和实验实现
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