Draw few output characteristics of a given p-n-p transistor in CE configuration from which `beta` can be obtained and explain how to determine it. (Take different `I_(B)`).

Draw typical output characteristics of an n-p-n transistor in CE configuration. Show how these characteristics can be used to determine output resistance.

Draw the output characteristic curves of a n-p-n transistor in a C-E configuration and find the output resistance from it.

Draw the output characteristics of an n-p-n transistor in common emitter configuration for five base currents. What is an oscillator?

Draw the typical input and output characteristics of an n-p-n transistor in CE configuration. Show how these characteristics can be used to determine (a) the input resistance ( r_(i)) and (b) current amplification factor (beta) .

Draw the circuit diagram of an n-p-n transistor amplifier in common emitter configuration.

Draw the circuit diagram for studying the characteristics of a transistor in common emitter configuration. Explain briefly and show how input and output characteristics are drawn.

Draw a circuit diagram of n-p-n transistor amplifier in CE configuration. Under what condition does the transistor act as an amplifier.

In a transistor output characteristic commonly used in common-emitter configuration the base current I_(B) the collector current I_(C) and the collector -emitter voltage "V"_(CE) have values of the following orders of the magnitude in the active region

In a transistor output characteristics commonly used in common emitter configuration, the base current I_B the collector current I_C and the collector-emitter voltage V_(CE) have values of the following orders of magnitude in the active region

Draw V-I characteristic curve of a p-n junction and compare it with the characteristic of a resistance.