RECTIFIER CIRCUITS (HALF WAVE, FULL WAVE & BRIDGE RECTIFIER)

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RECTIFIER CIRCUITS (HALF WAVE, FULL WAVE & BRIDGE RECTIFIER)

Name: RECTIFIER CIRCUITS (HALF WAVE, FULL WAVE & BRIDGE RECTIFIER)
Brand: EDUTEK INSTRUMENTATION
Price: 1400.0 INR
Availability: InStock

Price 1400.0 INR/ Piece

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MOQ : 1 Piece

RECTIFIER CIRCUITS (HALF WAVE, FULL WAVE & BRIDGE RECTIFIER) Specification

Input
AC Voltage (via transformer or direct AC source)

Output
Pulsating DC voltage

Usage
ENGINEERING ELECTRONICS INSTRUMENTS

Thermal Conductivity
Standard, depends on PCB heat dissipation

Power Source
Mains AC supply

Components
Diodes, Transformer, Resistor, Capacitor, PCB, binding posts

Power Supply
AC main supply, typically 230V AC input

Interface
Banana socket/binding post terminals for external connections

Response Time
Instantaneous upon AC supply input

Display Type
Not applicable (external voltmeter/ammeter used)

Operating Temperature
0C to 50C

Features
Demonstrates Half wave, Full wave, and Bridge rectification; Replaceable components; Safe for educational use

Product Type
RECTIFIER CIRCUITS (HALF WAVE, FULL WAVE & BRIDGE RECTIFIER)

Application
ENGINEERING ELECTRONICS INSTRUMENTS

Rated Voltage
6V/12V/24V (depends on configuration)

Supply Voltage
230V AC (for transformers), 0-24V AC selectable

Size
Standard trainer kit size

Dimension (L*W*H)
Approx. 200mm x 150mm x 60mm

Function
Converts AC to DC voltage

Color
Multi-color components on PCB

Weight
Approx. 0.5 kg

Capacity
Single-phase AC to DC conversion

Current Rating
Up to 1A (dependent on configuration)

Thickness
Standard PCB thickness (approx. 1.6mm)

Frequency
50 Hz input AC

Connections
Clearly marked circuit nodes for voltage measurement

Assembled/Kit
Ready-assembled on robust PCB panel

Mount Type
Bench-top/Laboratory Table

Capacitor Type
Electrolytic, for smoothing (if included in kit)

User Manual
Included, with experiment instructions

Diode Type
Standard silicon rectifier (1N4007 or similar)

Safety Standard
Meets educational equipment safety norms

Transformer Type
Step-down, center-tapped for full-wave

PCB Material
FR4 Glass Epoxy

Fuse Protection
Yes, inline fuse for safety

Experiment Capability
Half Wave, Full Wave, Bridge Rectifier circuits setup

RECTIFIER CIRCUITS (HALF WAVE, FULL WAVE & BRIDGE RECTIFIER) Trade Information

Minimum Order Quantity
1 Piece

Payment Terms
Cash on Delivery (COD), Cash Advance (CA), Cheque, Telegraphic Transfer (T/T), Letter of Credit (L/C)

Packaging Details
Carton Box, Export Quality also Available

Main Export Market(s)
Asia, Middle East, Africa

Main Domestic Market
All India

Certifications
ISO 9001, 14001, CE

About RECTIFIER CIRCUITS (HALF WAVE, FULL WAVE & BRIDGE RECTIFIER)

Specification:

RECTIFIER CIRCUITS (HALF WAVE, FULL WAVE & BRIDGE RECTIFIER)

Objective:

To demonstrate the characteristics of half wave rectifier, full wave and bridge wave rectifier.

To demonstrate how the capacitor size affects the ripple at the output.

To construct the voltage doublers.

Technical Specification:

Built in power supply: 15V- 0-15V AC

Mains: 230V AC

Dimension: 27CMS X 17CMS [metal cabinet]

Weight: 2Kg Approx.

Versatile Rectifier Trainer for Educational Exploration

Expand your practical electronics knowledge with this durable trainer. Designed for student and classroom use, it demonstrates Half Wave, Full Wave, and Bridge Rectifier principles using reliable components and safe operation. Easily connect instruments via marked binding posts to measure performance under real conditions.

Reliable and Safe Design

Safety is prioritized with an inline fuse and FR4 Glass Epoxy PCB construction. All connections utilize banana socket terminals for secure, user-friendly experimentation. Meets all educational safety standards for peace of mind during laboratory sessions.

Comprehensive Experimental Capability

With this all-in-one trainer, you can configure and observe several AC to DC conversion methods. Each setup is clearly described in the included manual, providing a structured learning experience for understanding rectification and filtering processes.

FAQ's of RECTIFIER CIRCUITS (HALF WAVE, FULL WAVE & BRIDGE RECTIFIER):

Q: How do I set up and use the rectifier trainer kit for experiments?

A: Begin by connecting the AC mains supply (230V) to the input, ensuring the inline fuse is in place. Use the binding posts and clearly marked nodes to connect an external meter for voltage measurement. Follow the instructions in the user manual to configure the kit for half-wave, full-wave, or bridge rectification experiments.

Q: What is the main function of this rectifier trainer kit?

A: The trainer demonstrates AC to DC conversion through half-wave, full-wave, and bridge rectifier circuits. By using different diode configurations and transformer tap options, you can study the effect of rectification and smoothing (if a capacitor is included) on output DC voltage.

Q: When should the electrolytic capacitor be used in the experiments?

A: The electrolytic capacitor is used during experiments that require smoothing of the pulsating DC output. This setup helps illustrate the effectiveness of filtering in reducing output voltage ripple after rectification.

Q: Where can I take output measurements from the circuit?

A: All voltage measurement points are clearly indicated on the PCB with distinct circuit node markings. Connect your external voltmeter or ammeter to these binding posts to measure both input and output voltages during operation.

Q: What safety features are included in the trainer kit?

A: For user protection, the trainer is equipped with an inline fuse to safeguard against overcurrent. It is fabricated on a robust FR4 Glass Epoxy PCB and adheres to educational safety norms, making it secure for classroom and laboratory use.

Q: What are the benefits of using this rectifier trainer in engineering education?

A: This trainer offers hands-on experience with real circuit configurations, helping students understand rectification concepts, AC/DC conversion, and circuit behavior. It promotes safe, practical learning with replaceable components and straightforward measurement interfaces.

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