The document is a lab report submitted by Awais Ahmad describing an electronics experiment on transistor biasing. The experiment involved biasing a transistor linearly in a circuit and observing how changing the values of VBB and VCC affected the current and voltages. The circuit was simulated using multisim software and then implemented, with measurements of selected parameters taken using millimeters. Biasing transistors linearly, especially for amplification, is an important concept that was demonstrated through this experiment.

1. National Institute of Mechatronics Engineering
University of Engineering & Technology Peshawar
Lab Report # 06
Electronics Devices
Submitted BY
Awais Ahmad
Mechatronics Engineering
13PWMCT0293
Morning Section
3rd Semester
Submitted To
Miss Nayar Fazal
MtE-205 date: 22/01/2015

2. Lab Report # 06
Electronics Principles
Transistor Biasing
In this circuit we first bias the transistor linearly, and then we change the
value of the VBB & VCC, we observe the change in IB, VCE, IE, IC! This
circuitry is first drawn through multisim software and then simulated. The
changed values of the selected parameters are measured by the
millimeters. The biasing, specially the linear transistor biasing is very
important and must for the amplification!
The potentio meter 1 and 2 are used as variable resistor in the above
circuitry, the millimeter installed in series is for current measuring and which
are in parallel are for measuring the voltage. The transistor ID here is
2N1711. There is no need to describe the other parameters of 2N1711
here!
Values

3. Similarly we can prove the values given in the tables given below which I
have elaborate with such way, measuring it through the multimetres!