The condenser heat transfer equation can be described as the equation that relates the amount of power input to the temperature change and the output of that same temperature change. The condenser is in the form of a diode, the term is a condensed explanation, a diode that when voltage is applied to it turns on the electrons within it. This means that if you have a diode with two electrons and you want to charge it with two volts of electricity then there will be two ways it can do this, first it can increase the voltage and secondly it can increase the current or the flow of electrons.
In the condenser heat transfer equation there is also the term “inductance”. This is an electrical form of the electrical term “inductor”, which is an electronic or metallic object. The electrical inductance of a conductor or an inductive coil depends upon the size of the coil and its resistance. The condenser has a certain amount of resistance, it is the power source or the source of energy that increases the amount of resistance to the electrical flow. When the coil heats up it increases the amount of the resistance and so does the resistance of the condenser.