Description
Specifications Table
Product Material – High-grade metal and fiberglass-reinforced PCB
Grade – Educational/Research Grade
Application – Signal transmission studies, modulation experiments, data encoding/decoding
Product Overview
The Data Formatting & Carrier Modulation Transmitter Trainer is a sophisticated educational tool designed for in-depth study of signal transmission principles. Engineered with high-grade metal housing and fiberglass-reinforced PCB, this trainer offers exceptional durability for prolonged lab use. The system enables precise carrier modulation experiments, allowing users to analyze amplitude, frequency, and phase modulation techniques with real-time signal visualization. Its integrated data formatting capabilities support multiple encoding protocols, making it versatile for various experimental setups. The trainer features intuitive controls with clearly labeled components for easy operation, while its modular design permits seamless integration with other lab equipment. Built-in safety features including overvoltage protection and grounded connections ensure reliable performance during extended sessions. The unit’s low-noise circuitry maintains signal integrity, critical for accurate experimental results. Whether used for basic waveform analysis or advanced communication system simulations, this trainer provides the technical depth required for comprehensive signal processing studies.
FAQs
1. What type of modulation techniques can be demonstrated with this trainer?
This trainer supports amplitude modulation (AM), frequency modulation (FM), and phase modulation (PM) experiments with adjustable carrier frequencies and modulation indices.
2. Is this compatible with standard oscilloscopes and signal analyzers?
Yes, the trainer includes BNC connectors and standard output impedances that work seamlessly with most laboratory oscilloscopes and spectrum analyzers.
3. Are there any safety certifications for this equipment?
The trainer meets ISI standards for electrical safety and includes built-in fuse protection and insulated terminals for safe operation.
4. What power supply requirements does this trainer have?
It operates on 230V AC, 50Hz input with an internal regulated power supply that provides stable DC voltages for all circuit sections.
5. Can this be used for digital modulation experiments?
While primarily designed for analog modulation, the trainer’s data formatting section allows basic digital signal experiments including pulse amplitude modulation (PAM) demonstrations.
