Digital Communication Trainer

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Product Details:

Power 12V DC, 1A adapter supplied
Usage Laboratory equipment for digital communication experiments
Voltage 230V AC input
Display Alphanumeric LED display
Product Type Electronic Training Module
Material High-grade, insulated industrial ABS cabinet
Design Modular, desktop trainer with labelled controls
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Digital Communication Trainer Price And Quantity

Minimum Order Quantity 1 Unit

Scope Output Dedicated test points for oscilloscope monitoring
Operating Temperature 0°C to 50°C
Frequency Range Up to 1 MHz (typical for digital signal generation)
Included Accessories Patch cords, user manual, power adapter
User Controls Toggle switches, variable knobs for amplitude/frequency
Peripheral Interface Compatible with external microcontroller integration
Clock Source On-board stable crystal oscillator
Functional Modules Supports ASK, FSK, PSK modulation/demodulation
Connectivity Standard banana, BNC terminals for signal patching
Safety Features Over-voltage, short-circuit protected

Digital Communication Trainer Product Specifications

Charging Time Not applicable (operates on mains power)
Power 12V DC, 1A adapter supplied
Dimension (L*W*H) 400 mm x 300 mm x 100 mm
Design Modular, desktop trainer with labelled controls
Voltage 230V AC input
Usage Laboratory equipment for digital communication experiments
Weight Approx. 3.5 kg
Accuracy High precision, typically 0.1% for signal measurements
Display Alphanumeric LED display
Illuminant LED indicators
Detector Integrated digital signal detector
Material High-grade, insulated industrial ABS cabinet
Product Type Electronic Training Module
Power Source Mains electricity

Scope Output Dedicated test points for oscilloscope monitoring
Operating Temperature 0°C to 50°C
Frequency Range Up to 1 MHz (typical for digital signal generation)
Included Accessories Patch cords, user manual, power adapter
User Controls Toggle switches, variable knobs for amplitude/frequency
Peripheral Interface Compatible with external microcontroller integration
Clock Source On-board stable crystal oscillator
Functional Modules Supports ASK, FSK, PSK modulation/demodulation
Connectivity Standard banana, BNC terminals for signal patching
Safety Features Over-voltage, short-circuit protected

Digital Communication Trainer Trade Information

Supply Ability 5 Unit Per Week
Delivery Time 4-5 Days
Main Export Market(s) Australia, North America, South America, Eastern Europe, Western Europe, Middle East, Central America, Asia, Africa
Main Domestic Market All India

Product Description

Digital Communication Trainer

It Demonstrate Ask, Fsk Psk Modulation & Demodulation Techniques
Circuit Diagram Printed on Pcb
On-board Synchronized Source

Technical Specifications

It Demonstrate Ask, Fsk & Psk Modulation & Demodulation Techniques
Circuit Diagram Printed on Pcb
Bit Clock 2.1khz - 9.8khz
On-board Synchronized Source : 490khz, 480khz, 65khz
On-board Modulating Function (Signal) Generator With Variable Amplitude & Frequency
On-board Ask, Fsk, Psk Modulator
On-board Ask, Fsk, Psk Demodulator
On-board Potentiometer for Varying Depth/percent of Modulation
Interconnection : 2/4mm Banana Sockets
Dc Supply : Built in Ic Regulated Power Supplies
Enclosed in an Attractive Abs Plastic Cabinet
Accessories : User Manual With Patch Cords

Versatile Digital Modulation Support

This trainer covers ASK, FSK, and PSK modulation and demodulation, offering a complete platform for foundational and advanced digital communication experiments. Its modular design streamlines classroom instruction, industrial demonstrations, and research. The systems clearly labelled modules and intuitive controls support both guided learning and experimental exploration.

Robust Connectivity and Precision Monitoring

With standard banana and BNC terminals, users can connect and patch signals efficiently, while dedicated oscilloscope test points enable accurate real-time monitoring. The high accuracy of 0.1% in signal measurements ensures reliable outcomes, making this trainer a dependable choice for quality results.

User-Centric Safety and Usability Features

Built-in over-voltage and short-circuit protection guarantee secure operation, complementing the industrial-grade insulated ABS housing. LED indicators and alphanumeric LED display provide clear feedback. Toggle switches and variable knobs offer effortless control over signal parameters, ensuring a safe yet engaging user experience.

FAQs of Digital Communication Trainer:

Q: How can I use the Digital Communication Trainer for modulation and demodulation experiments?

A: You can configure the trainer for ASK, FSK, or PSK modulation/demodulation using its labelled modules. Simply use the provided toggle switches and variable knobs to adjust signal parameters, and utilize oscilloscope test points to monitor real-time signals during your experiment.

Q: What are the benefits of using this equipment in a laboratory setting?

A: The trainer offers high precision (0.1%) and reliable operation, making it suitable for both instructional and research purposes. Its modular design, integrated safety features, and compatibility with microcontrollers allow for flexible, safe, and efficient digital communication testing.

Q: When is it necessary to connect an oscilloscope to the trainer, and how is it done?

A: Connect an oscilloscope to the dedicated scope output test points whenever you need to visualize or analyze the signal waveforms during modulation or demodulation experiments. The BNC or banana terminals accommodate common oscilloscope probe connectors, ensuring ease of monitoring.

Q: Where should the Digital Communication Trainer be placed for optimal use?

A: For best results, set up the trainer on a stable, flat desktop in a laboratory environment. Ensure the ambient temperature is between 0C and 50C and that it is connected to a 230V AC mains supply. Avoid exposure to moisture or extreme conditions.

Q: What process should I follow to integrate external microcontrollers with this trainer?

A: Use the provided peripheral interface to connect your microcontroller. Follow the user manual for compatible pin assignments and communication protocols, enabling you to control or monitor experiments programmatically through your own hardware designs.

Q: Is there any need for charging this device before use?

A: No charging is required, as the trainer operates directly from the supplied 12V DC adapter connected to standard 230V AC mains electricity. Simply plug in and switch on the unit to begin your experiments.

Q: What accessories are included, and how do they support usage?

A: The package includes patch cords for easy signal connections, a user manual for instructions and experiment guidance, and a 12V DC power adapter. These accessories help streamline setup, facilitate learning, and ensure safe operation.

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