FET CHARACTERISTICS APPARATUS WITH REGULATED POWER SUPPLIES | Precision Field Effect Transistor Training System

Description

The FET Characteristics Apparatus is a high-accuracy laboratory instrument designed to study the input and output characteristics of Field Effect Transistors (FETs) such as JFET (N-channel / P-channel). This apparatus enables detailed analysis of drain current behavior, pinch-off voltage, transconductance, and amplification characteristics, making it an essential tool for electronics and semiconductor education.
Ideal for electronics engineering, solid-state device laboratories, and technical training institutes.
✅ Key Features
🔬 Comprehensive FET Characterization
Study of output characteristics (ID vs VDS)
Study of transfer characteristics (ID vs VGS)
Supports analysis of pinch-off voltage and transconductance
⚡ Dual Regulated Power Supplies
Independent, low-ripple regulated supplies for drain and gate biasing
Fine voltage control for precise experimental setup
Ensures stable and repeatable measurements
📊 High-Accuracy Measurement System
Built-in voltmeters and ammeters for drain current and voltage measurement
Enables accurate plotting of FET characteristic curves
Supports calculation of key FET parameters
🧱 User-Friendly Panel Design
Panel-mounted layout with clearly labeled terminals and controls
Compact, rugged construction suitable for student laboratories
Easy to operate for beginners and advanced learners
🛡 Safe & Reliable Operation
Low-voltage operation for classroom safety
Overload and short-circuit protection
Long-life components for continuous academic use
📘 Typical Applications
Study of FET input, output, and transfer characteristics
Determination of pinch-off voltage and transconductance
Semiconductor device analysis
Electronics engineering practical experiments
Analog electronics training laboratories
💡 Why Choose This Apparatus?
Provides clear understanding of FET operating regions
Integrated regulated power supplies for accurate results
Durable, student-friendly design
Essential for solid-state electronics education
Supports both theoretical and practical learning