A semiconductor curve tracer is a specialized test equipment which analyzes the physiognomies of separate semiconductor devices such as transistors, thyristors, and diodes. The device is fashioned on the basis of an oscilloscope. It has voltage as well as current sources that are used to fuel the DUT or device under test. The function of this device is to apply a swept voltage (varying with time) to two ends of the DUT, and calculating the total current that the device allows to flow at each of the applied voltages.
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The graph thus formed is known as the V-I graph or voltage current graph. Pattern represents the maximum voltage that is applied, the polarization of the voltage (both positive and negative), and the resistance applied in series along with the device.Evaluation and testing of semiconductor components have become mandatory processes in the semiconductor industry. Components are a part of a complex electronic equipment and hence play a vital role in inducing the dependability of the end product.
Consistency of semiconductors, especially in micro- and macro-electronic devices is vital and presently there is a rising focus on decreasing the defects resulting from engineering deviations and prolonging the lifespan of the components used. With electronics getting advanced by the year, testing of semiconductors is developing into a multifaceted task generating the need for smarter, faster and mechanized testing solutions.