提供了一种电子－液体混合式分压器，其包括一个简单的平面液滴产生结构，一对信号电极（30，31）和一个响应控制阀门，该阀门可编程以对某些特定的信号液滴（50）做出反应，其基本电子原理是：改变阻抗之间的分压。检测到的流体信息反映在电子的和流体的两种形式上面，并且流体的流动路径被限制在简单平面的结构中（但是它的控制阀门在第二层），从而减少流体干扰。各种不同的布局由若干相同的结构组成，可通过重新排列所需的分压来改变它们的整体功能。该混合式分压器可用来组装成包括两个入口和一个出口的简单通道结构的流体通用逻辑门，并且可以通过改变不同的分压来实现16种功能的转换。可通过多个级联的相同的混合式分压器实现复杂的逻辑功能，并且仅通过改变不同的分压方案即可实现不同的逻辑功能。An electronic-fluidic hybrid divider is provided, which is constructed by a simple planer droplet generation structure, a pair of signal electrodes (30, 31), and a responsive control valve, which is programmed to respond to only certain signal droplets (50), by a basic electronic principle: change of voltage share between impedances. Detected fluidic information is addressed in both electronic and fluidic forms, and a fluidic pathway is well-confined in a simple planar structure(although its control valve is in a second layer), thereby minimizing any fluidic disturbance. Various configurations comprise a plurality of identical structures, which can alter their cumulative functions by re-assignment of required voltage share. The hybrid divider can be assembled into a fluidic universal logic gate, of a simple two-inlet and one-outlet signal channels structure, and switch between sixteen functions by re-assigning voltage share. Complex logic functions can be achieved by a cascaded plurality of identical hybrid dividers, and a different logic function can be achieved by merely re-assigning the voltage share scheme
