Thesis on Using Electrical Current Pulses to Improve Thermoelectric Cooling

The effect of Isosceles current pulse height on Qc of a thermoelectric couple vs time

Improving Thermoelectric Cooling Using Triangular Electrical Current Pulses

Please check out the below Thesis document titled. “Transient thermoelectric supercooling: isosceles current Pulses from a response surface perspective and the Performance effects of pulse cooling a heat generating Mass

Thesis document was written by Alfred Piggott, Founder and CTO at Applied Thermoelectric Solutions

The file is very large (24 MB) and may take some time to load.

transient-peltier-thermoelectric-supercooling-pulse-pulsed-cooling-thesis-secure

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