… This article describes analog and digital MEF design and testing methods. It doesn’t deal
with the testing of pure fluidic systems that don’t require electronics, although many impressive …

… built into integrated bio-fluidic systems to realise a Built-in-Self-Test or On-line Test capability.
… method is based on the sensitivity of the bio-fluidic interface capacitance to degradation, …

… integrate both microfluidics and micro-electronics. The … micro-electronics is used to provide
the sensing function and also to control the microfluid flows. In many applications, the system …

… The total cost of the testing system used in this paper is less than $1000. … A physical
test system is implemented to apply test patterns and measure test responses. Defects are …

… testing, we first develop a fault model for functional testing. Since functional testing is an
extension of structural testing, … Next we evaluate system dependability of the synthesized design …

… We also introduce the concept of functional testing and propose effective methods to test
the biochip for droplet dispensing, droplet transportation, mixing, splitting, and capacitive …

… In this paper two on-line test solutions for an electrode structure have been proposed that
have the potential to be built into integrated bio-fluidic systems. The low-frequency impedance …

… We can reduce the number of pressure meters at the cost of more test patterns and test time.
Moreover, pressure meters are inexpensive, eg, a silicon pressure sensor from Honeywell …

… Thus, the array design in such cases is specific to a target biofluidic application. … As in
microelectronic circuits, a defective microfluidic biochip is said to have a failure if its operation does …

… of microelectronics, we enabled the fault co-simulation of MEF arrays that combine microfluidic
systems with conventional CMOS/DMOS SoCs. … Testing microelectronic biofluidic systems …