Study Of Different Transistors

Study Of Different Transistors

Product Details:

  • Display Analog Meters
  • Usage Educational, Laboratory, Demonstration of Transistor Characteristics
  • Voltage Variable, as per experiment demand
  • Power 230 V AC, 50 Hz
  • Product Type Electronic Training Kit
  • Material ABS Body, High Quality PCB
  • Design Tabletop, Compact Module
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Study Of Different Transistors Price And Quantity

  • 1 Unit
  • Printed with Circuit Diagram and Terminal Marking
  • PNP & NPN, Multiple Variants
  • Connection Leads, Manual
  • 0-1mA, 0-10V (Typical)
  • Provided
  • Variable Resistance Controls for Biasing
  • Studying Input/Output Characteristics, Transistor Configurations (CB, CE, CC)

Study Of Different Transistors Product Specifications

  • Mains Powered
  • High
  • Approx 2.5 Kg
  • ABS Body, High Quality PCB
  • 230 V AC, 50 Hz
  • Educational, Laboratory, Demonstration of Transistor Characteristics
  • Variable, as per experiment demand
  • 340 mm x 210 mm x 100 mm
  • Electronic Training Kit
  • Analog Meters
  • Tabletop, Compact Module
  • Printed with Circuit Diagram and Terminal Marking
  • PNP & NPN, Multiple Variants
  • Connection Leads, Manual
  • 0-1mA, 0-10V (Typical)
  • Provided
  • Variable Resistance Controls for Biasing
  • Studying Input/Output Characteristics, Transistor Configurations (CB, CE, CC)

Study Of Different Transistors Trade Information

  • 5 Unit Per Week
  • 4-5 Days

Product Description

Study Of Different Transistors

A small signal, IF/RF Amplifier, High speed switching Power, General purpose, All above are PNP & NPN both type, Matched pair, Darlington Pair, High Voltage, Photo transistor, UJT, FET and MOSFET. Total 19 transistors.



Comprehensive Transistor Learning Tool

Designed for science and engineering classrooms, this module supports practical exploration of both PNP and NPN transistor types. Multiple configuration options (CB, CE, CC) and panel-printed diagrams simplify learning and experimentation, making it suitable for a variety of curriculum needs.


User-Friendly Controls and Features

Variable resistance controls allow adjustable transistor biasing, while analog meters deliver high-accuracy readings for voltage and current. Clear terminal marking and circuit diagrams guide users through proper wiring and observation of input/output characteristics.


Built for Safety and Durability

Housed in an ABS body with a high-quality PCB, the module incorporates fuse protection for user and equipment safety. The included manual and accessories ensure a smooth laboratory or classroom setup. Its compact tabletop design supports both portability and long-term use.

FAQs of Study Of Different Transistors:


Q: How can the transistor module be used to demonstrate input and output characteristics?

A: By connecting PNP or NPN transistors to the module and using the variable resistance controls for biasing, users can observe input and output characteristics directly on the analog meters. The panel-printed diagrams and terminal markings facilitate accurate connections for each transistor configuration.

Q: What accessories come with the transistor demonstration module?

A: The module includes essential connection leads for circuit assembly and a comprehensive instruction manual, helping users understand setup procedures, experimental steps, and circuit interpretations.

Q: When should I use the different transistor configurations (CB, CE, CC) on this module?

A: You should use the Common Base (CB), Common Emitter (CE), and Common Collector (CC) configurations when studying different input/output behaviors of PNP and NPN transistors, as each configuration highlights specific electrical characteristics relevant to various applications.

Q: Where is the module best suited for use?

A: This module is best suited for educational environments such as physics and electronics laboratories, engineering classrooms, and demonstration workshops, where hands-on experiments and transistor studies are required.

Q: What safety features are included in the modules design?

A: To ensure safe operation, the module includes built-in fuse protection which safeguards both the user and the internal electronics against accidental overloads or short circuits during experiments.

Q: How does the variable resistance control benefit transistor experiments?

A: The variable resistance controls enable precise adjustment of the transistors biasing conditions. This feature is crucial for examining its behavior under different electrical conditions, making experimental results both accurate and repeatable.

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