SCHERING BRIDGE FOR CAPACITANCE MEASUREMENT | Precision AC Bridge Apparatus for Dielectric & Capacitance Analysis

Description

The Schering Bridge Apparatus is a precision AC bridge instrument designed to measure unknown capacitance, dielectric loss, dissipation factor, and insulation resistance of capacitors and dielectric materials. Widely used in physics and electrical laboratories, this apparatus provides accurate and reliable results for studying dielectric properties of insulating materials.
Ideal for physics laboratories, electrical engineering labs, universities, polytechnic institutes, and research training centers.
✅ Key Features
⚡ Accurate Capacitance Measurement
Measures unknown capacitance with high precision
Suitable for both low-loss and high-loss capacitors
Enables comparison with standard capacitor values
🔍 Dielectric Loss & Dissipation Factor Study
Determines dielectric loss (power factor)
Measurement of dissipation factor (tan δ)
Essential for studying insulating materials and capacitor quality
🔌 AC Bridge Configuration
Operates on alternating current supply
Balanced bridge condition ensures accurate results
Minimizes measurement errors due to stray capacitance
🧱 Educational Trainer Design
Clear circuit diagram printed on front panel
High-quality resistors, capacitors, and variable components
Well-labeled terminals and controls for ease of operation
📊 High Sensitivity Detection System
Compatible with headphones or null detector
Enables precise balance detection
Suitable for laboratory-level accuracy experiments
🛡 Safety & Reliability
Student-safe operating voltage
Rugged construction for long-term academic use
Reliable components ensure stable and repeatable measurements
📘 Typical Applications
Measurement of unknown capacitance
Determination of dielectric constant of materials
Study of dielectric loss and dissipation factor
Electrical insulation testing experiments
Physics and electrical engineering practical courses
💡 Why Choose This Apparatus?
Provides accurate and repeatable capacitance measurements
Essential experiment for AC bridge theory
Clear demonstration of dielectric behavior
Durable, easy-to-use, and ideal for academic laboratories