There is a tradeoff between voltage and current when it comes to choosing a voltage source for capillary electrophoresis (for injection and separation). Here is my doubt:
How does low current (0-300 µA), influence the separation of ions in a PDMS-based microfluidic chip during the electrophoresis?
OR
Only voltage is important and I should not worry too much about the current.
Microfluidic Chip Dimensions:
Separation Length = 170 mm
Channel Depth = 40 µm
Width = 80µm