Newsletter
Stay in touch with us
Contact Us
Nvis Technologies Pvt. Ltd.
India
- +91 731 4211500
- +91 9893270303
International
- +91 7389910103
Product Detail
Product Description
The Nvis 6502 Experimentation with Transistor Characteristics is a versatile system for basic electronic laboratories. It is useful for students to plot different characteristics of PNP, NPN transistor in different types of configurations and to understand various regions of operation of PNP and NPN Transistors.
This is a stand alone an unit with inbuilt DC Power Supply and an inbuilt Voltmeter and Ammeter. Nvis 6502 is a complete system for studying transistor characteristics.
Nvis 6502, Experimentation with Transistor Characteristics is an ideal platform to enhance education, training, skills & development amongs our young minds.
Product Features
- In-built Ammeter and Voltmeter are provided
- On board Fixed and Variable DC Power Supplies are provided
- Digital display for displaying Voltage and Current
- Three important characteristics of a Transistor can be performed
on this board :- Input characteristic
- Output characteristic
- Constant current transfer characteristic
Scope of Learning
-
Study of characteristics of PNP Transistor in Common Base Configuration and to evaluate Input resistance, Output resistance and Current gain.
-
Study of characteristics of PNP Transistor in Common Collector Configuration and to evaluate Input resistance, Output resistance and Current gain.
-
Study of characteristics of NPN Transistor in common Emitter Configuration and to evaluate Input resistance, Output resistance and Current gain.
-
Study of characteristics of NPN Transistor in Common Base configuration and to evaluate Input resistance, Output resistance and Current gain.
-
Study of characteristics of NPN Transistor in Common Collector configuration and to evaluate Input resistance, Output resistance and Current gain.
-
Study of characteristics of PNPTransistor in Common Emitter Configuration and to evaluate Input resistance, Output resistance and Current gain.