Constant M-Type Band Reject Filter Trainer

MOd : FT- ED128

This series of experiments explores key concepts in analog and digital electronics. It covers various NPN transistor amplifier configurations, including Common Emitter, Common Base, and Common Collector, as well as multi vibrators. The digital section focuses on basic logic gates, validating DeMorgan’s Theorems, and performing code conversions such as binary to Gray code and BCD to Excess-3. These experiments provide essential insights into electronic circuit design and operation.

Description

Constant M-Type Band Reject Filter
Trainer

Technical Specification :

Analog Amplifier and Multi-vibrator Circuits: Experiment 1: CE
Amplifier of NPN Transistor (fin= 1 – 2kHz, Vin= 50 –
200mVPP, Volt = 1 – 3 Vin)
Experiment 2: CB Amplifier of NPN Transistor (fin= 1 – 2kHz,
Vin= 50 – 200mVPP, Volt = 6 Vin)
Experiment 3: CC Amplifier of NPN Transistor (f= 1 – 2kHz,
Vin= 50 – 200mVPP, Voltt = Vin)
Experiment 4: Mono stable Multi-vibrator Using Transistor
(Output Frequency: User Controlled)
Experiment 5: Bistable Multi-vibrator Using Transistor (Output
Frequency: User Controlled)
Experiment 6: Astable Multi-vibrator Using Transistor (Output
Frequency: 115 kHz)
Basic Logic Gates and Code Conversion Circuits:
Experiment 1: Basic Logic Gates Characteristics Measurement
Include Logic Gates: and Gate; NANO Gate; NOT Gate; OR
Gate; NOR Gate; EX-OR (XOR) Gate
Experiment 2: De-morgan’s Law Using Boolean Logic Equation
Experiment 3: Binary to Gray Code Conversion (Binary: 4 bits,
Gray Code: 4 bits)
Experiment 4: Gray Code to Binary Conversion (Gray Code: 4
bits, Binary: 4 bits)
Experiment 5: BCD to Excess-3 Code Conversion (Binary: 4
bits, Excess-3

Accessories : 

Connecting Wire: 1 set
User Manual: 1
Standard Accessories

Others :
Origin Parts : China, Taiwan, Japan.
Manufacturing in Bangladesh.
Warranty: 01 year.
Installation, Testing.
Training.

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