HAMMING CODE (ERROR DETECTION CORRECTION) TRAINER

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Product Details:

Usage For demonstration and study of Hamming code (error detection and correction method)
Display Seven-segment LED display and error indicator LEDs
Power 12V DC / 500 mA (adapter included)
Voltage 230V AC, 50Hz (supply voltage for adapter)
Product Type Didactic Electronic Trainer
Material ABS enclosure, premium quality PCB
Design Tabletop trainer module with clearly marked components and test points
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HAMMING CODE (ERROR DETECTION CORRECTION) TRAINER Price And Quantity

Minimum Order Quantity 1 Unit

Protection Fuse protected supply
Output LEDs Indicators for data, parity, detection, and correction
Accessories Included User manual and experiment booklet, connecting leads, DC power adapter
Input Switches 8 logic switches for generating data and check bits
Test Points Provided for practical experiments and oscilloscope measurements
Operation Covers 7-bit Hamming code for single error correction and double error detection
Educational Value Suitable for colleges, universities, technical institutes, and training centers
PCB Quality Glass epoxy, screen printed

HAMMING CODE (ERROR DETECTION CORRECTION) TRAINER Product Specifications

Weight Approx. 1.2 kg
Illuminant LED
Display Seven-segment LED display and error indicator LEDs
Power 12V DC / 500 mA (adapter included)
Voltage 230V AC, 50Hz (supply voltage for adapter)
Power Source Mains-Operated (via DC adapter)
Usage For demonstration and study of Hamming code (error detection and correction method)
Charging Time Not Applicable (Mains powered)
Material ABS enclosure, premium quality PCB
Accuracy High (suitable for educational and laboratory use)
Dimension (L*W*H) 320 x 210 x 75 mm (approx.)
Design Tabletop trainer module with clearly marked components and test points
Detector LED indication for error detection and correction
Product Type Didactic Electronic Trainer

Protection Fuse protected supply
Output LEDs Indicators for data, parity, detection, and correction
Accessories Included User manual and experiment booklet, connecting leads, DC power adapter
Input Switches 8 logic switches for generating data and check bits
Test Points Provided for practical experiments and oscilloscope measurements
Operation Covers 7-bit Hamming code for single error correction and double error detection
Educational Value Suitable for colleges, universities, technical institutes, and training centers
PCB Quality Glass epoxy, screen printed

HAMMING CODE (ERROR DETECTION CORRECTION) TRAINER Trade Information

Supply Ability 5 Unit Per Week
Delivery Time 4-5 Days

Product Description

HAMMING CODE (ERROR DETECTION CORRECTION) TRAINER

Inbuilt power supply
Separate unit for transmitter & receiver
On board test points at various points for observe and measure the signal

FEATURES

Inbuilt power supply
Separate unit for transmitter & receiver
On board test points at various points for observe and measure the signal
Interconnections : 2/4 mm socket
Cabinet : Enclosed in ABS plastic cabinet with detachable cover
Power : 220V AC 10%, 50/60Hz mains operated
Accessories : Set of Patch Cords, Users manual

TECHNICAL SPECIFICATIONS

(Transmitter Unit)

Onboard transmitter clock and Sync. (Fast and Slow mode)
On Board Modulating Digital Data signal generator to generate any binary
input word with Bit clock & Word Clock
Word Length : 7 Bits
On Board check bits: Three bits and Four bits data
On Board Noise inserting circuit through four bit error generator
Onboard seven bit shift register
To generate digital data word with four bit data & three parity check bits

(Receiver Unit)

Onboard seven bit shift register
Onboard Seven bit data latch register
Single bit error detection & correction
To receive digital data word with four data & three parity check bits

LIST OF EXPERIMENTS

To insert noise in digital data
To generate digital data word (7 Bits) with No parity bits.
To generate digital data word with four data & three parity check bits.
To insert error in any one bit in received data word.
To generate & Detect Parity bits and use it to correct error.
To detect the error and correct it using Hamming Codes

Interactive Demonstration of Hamming Code Principles

This trainer offers a hands-on experience for students and trainees to explore Hamming code, a fundamental method in error detection and correction. Its switch-operated input, LED indicators, and seven-segment display vividly demonstrate coding concepts. Through practical experiments and oscilloscope measurements, learners gain invaluable insights into bitwise operations and error handling. The clear design, including marked test points and comprehensive accessories, enhances engagement and comprehension.

Built for Educational Excellence and Durability

Engineered with premium components like a glass epoxy PCB and housed in a sturdy ABS enclosure, this trainer ensures longevity and safety. It is protected by a built-in fuse and operates on 12V DC supplied via an included adapter. The compact tabletop design makes it suitable for laboratory benches and classroom settings, encouraging frequent, hands-on practicals with high accuracy and reliability.

FAQs of HAMMING CODE (ERROR DETECTION CORRECTION) TRAINER:

Q: How does the Hamming Code trainer detect and correct errors in data?

A: The trainer utilizes the principles of Hamming code, employing 8 logic switches to generate data and check bits. Output LEDs and a seven-segment display visually indicate the presence of errors and display corrected data if a single-bit error is detected, showcasing both detection and automatic correction in real-time.

Q: What is the intended educational application of this Hamming Code trainer?

A: This trainer is specifically designed for use in colleges, universities, technical institutes, and training centers for studying Hamming code error detection and correction. It allows students and instructors to perform hands-on experiments that reinforce theoretical learning with visual and practical demonstrations.

Q: When should I use the provided test points during experiments?

A: Test points are utilized during experimental setups and measurements, allowing connection to oscilloscopes for in-depth signal analysis. They help students observe voltage changes at various stages of Hamming code generation, error introduction, detection, and correction processes.

Q: Where is this trainer most effectively used?

A: The trainer is best utilized in educational laboratories, classroom settings, and technical training facilities. Its tabletop design, together with clear labeling and rugged construction, makes it ideal for repeated demonstrations, group experiments, and practical examinations.

Q: What is the process for operating the Hamming Code trainer?

A: Users start by setting data and check bits using the 8 logic switches. Errors can be intentionally introduced to demonstrate detection. Output LEDs and the display show both error indication and correction. The experiment booklet provides step-by-step instructions, making the learning process structured and straightforward.

Q: How does the trainer benefit students studying information theory or digital electronics?

A: This trainer bridges the gap between theoretical knowledge and practical skills. By enabling hands-on demonstration of Hamming code in action, students develop a deeper understanding of error correction mechanisms vital for digital communication systems, enhancing their analytical and troubleshooting skills.

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