Transistor Application Trainer Description and Specifications for Lab Tenders
Transistor Application Trainer.
EATURES
• Covers the basic applications of transistors such as BJT,
FET, MOSFET, UJT etc.
• On-board resources such as Resistor, Capacitor, Inductor,
Diode and Potentiometer banks of different values are
provided.
• On-board regulated variable and isolated power supplies
SPECIFICATIONS
• Dual DC 0 to 30V variable On-Board power supply.
• Application study of different types of Transistors includes NPN, BC-107, 2N2222 and BD-138 PNP Transistor and power Transistor like SL-100
• Also other types of Transistors such as FET (BFW10), MOSFET (IRF Z44N) and UJT (2N-2646) are available on board.
• Resistors Capacitors Inductors bank
• Potentiometer bank
• Diodes bank (Rectifier Diode, Zener Diode and LED)
EXPERIMENTS
• To identify and check type of transistor NPN, PNP
• BJT as Switch
• Logic gates using BJT
• BJT as a DC amplifier
Amplifier
• CE amplifier - frequency response, signal handling capacity, input and output impedance
• Cascade amplifier - frequency response, signal handling capacity, input and output impedance
• Single Stage CB amplifier gain Vs frequency
Feedback amplifier
• Voltage series feedback (negative) amplitude, frequency response, input and output impedance calculation
• Voltage shunt feedback (negative) amplitude, frequency response, input and output impedance calculation
• Current series feedback (negative) amplitude, frequency response, input and output impedance calculation
• Class-A /Class-B power amplifier
• Fixed bias amplifier using BJT
• Design and construct BJT common emitter amplifier using voltage divider bias (self-bias) with and without bypass emitter resistors
• Design and construct BJT common collector amplifier using voltage divider bias (self-bias)
• RC coupled amplifier
• Emitter follower amplifier
• Darlington amplifier
• Oscillator
• Multi-vibrator
Regulator
Series andshunt regulator, calculate ripple factor
FET /MOSFET
• FET common source amplifiers, gain versus frequency, bandwidth, input /output impedance and maximum signal handling capacity
• Common drain FET amplifier, frequency response, signal handling capacity, input and output impedance
• FET biasing circuit (self, voltage divider, fixed )
• UJT relaxation oscillator / UJT saw-tooth generator
• Construct different bias circuit and analyze the wave form
a) Fixed bias b) Emitter bias c ) Voltage divider bias
• Transistor as switch with timing calculation
• Verify digital logic gate using transistor (NOT, NAND, NOR)
• DC amplifier
• Transistor time delay circuit
• Schmitt trigger circuit
• Frequency response of single tuned coupled circuit (tuned class C)
• Bootstrap sweep circuit
• Sweep wave generator