Pam-pwm-ppm Modulation Demodulation Trainer Kit

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Product Details:

Power 12V DC, 500mA adapter included
Usage Educational demonstration of PAM, PWM, and PPM
Voltage Operating voltage: 12V DC
Display LED indicators for circuit status
Product Type Modulation Demodulation Training Kit
Material High quality PCB with ABS enclosure
Design Compact, Table-top design for laboratory use
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Pam-pwm-ppm Modulation Demodulation Trainer Kit Price And Quantity

Minimum Order Quantity 1 Unit

Output Load Speaker output for demodulated signal
Frequency Range Supports signal transmission between 1 Hz to 20 kHz
Build Quality Robust construction for repeated laboratory usage
Modulation Methods Supports PAM, PWM, and PPM modulation and demodulation
Safety Features Short circuit and overload protection
Signal Quality Low distortion output ensured
Input Signal Source Built-in 1 kHz and 10 kHz audio frequency oscillators
Educational Level Suitable for undergraduate and technical training labs
Accessories Included Patch cords, detailed user manual, experiment sheet
Service Support Onsite and online technical support provided
Compliance CE certified for electronic lab equipment
Connection Interface Banana sockets for easy experiment setup
Waveform Observation Compatible with standard oscilloscopes
Test Points Multiple test points for waveform observation
Operating Temperature 0°C to 50°C

Pam-pwm-ppm Modulation Demodulation Trainer Kit Product Specifications

Material High quality PCB with ABS enclosure
Design Compact, Table-top design for laboratory use
Power 12V DC, 500mA adapter included
Power Source External DC power adapter
Usage Educational demonstration of PAM, PWM, and PPM
Illuminant LED indication only
Voltage Operating voltage: 12V DC
Detector Envelope and PLL detector included for demodulation study
Product Type Modulation Demodulation Training Kit
Display LED indicators for circuit status
Accuracy High accuracy in modulation and demodulation circuits
Dimension (L*W*H) 340 mm x 210 mm x 60 mm
Weight Approx. 1.5 kg

Output Load Speaker output for demodulated signal
Frequency Range Supports signal transmission between 1 Hz to 20 kHz
Build Quality Robust construction for repeated laboratory usage
Modulation Methods Supports PAM, PWM, and PPM modulation and demodulation
Safety Features Short circuit and overload protection
Signal Quality Low distortion output ensured
Input Signal Source Built-in 1 kHz and 10 kHz audio frequency oscillators
Educational Level Suitable for undergraduate and technical training labs
Accessories Included Patch cords, detailed user manual, experiment sheet
Service Support Onsite and online technical support provided
Compliance CE certified for electronic lab equipment
Connection Interface Banana sockets for easy experiment setup
Waveform Observation Compatible with standard oscilloscopes
Test Points Multiple test points for waveform observation
Operating Temperature 0°C to 50°C

Pam-pwm-ppm Modulation Demodulation Trainer Kit Trade Information

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

Product Description

PAM-PWM-PPM MODULATION & DEMODULATION TRAINER KIT

Pulse Modulation Techniques:
Pulse Amplitude Modulation
Pulse Width Modulation
Pulse Position Modulation
On-board Sampling Frequencies (Pulse):- 8KHz, 16KHz, 32KHz, 64KHz
On-board Generator:- 1.Sine Wave:- 1KHz & 2KHz (Gain adjustable) 2.Square wave:- 1KHz & 2KHz (optional)
Low Pass Filter: 4m order VW Filter
Voice Communication: Voice link using dynamic mic speaker AC Amplifier with adjustable gain control DC Out put: -4 V(variable)
Switched faults : 8 nos.
Interconnections:- 4mm banana sockets
Test Points: 29
Power Supply: 220V 10%, 50Hz
Included:- Manual , Set of Patch cords, Line Cord, Microphone, Head Phone
Experiments :
PAM using natural flat top sampling
Samples, Sample Hold & Flat top out puts in PAM.
PPM using DC AC (Sine Wave) Modulating Signals.
Pulse Position Demodulation
Pulse width Modulation Demodulation

Specification

Type	Analog
Model Name/Number	AE 428
Packaging Type	Corrugated Box
Power	AC Mains
Material	plastic
Usage/Application	Laboratory

Comprehensive Modulation Study

This trainer kit enables hands-on exploration of three major analog pulse modulation techniquesPAM, PWM, and PPM. With thoroughly designed circuits and both envelope and PLL demodulators, students can observe, analyze, and compare different modulation and demodulation methodologies effectively. Multiple test points and compatibility with standard oscilloscopes provide additional opportunities to analyze real-time waveforms.

Easy Experimental Set-Up and Operation

Equipped with user-friendly banana sockets, the kit allows for quick circuit assembly. Built-in 1 kHz and 10 kHz oscillators serve as stable input sources while LED indicators display circuit status. The speaker output and multiple test points make it simple to monitor signals at various points, facilitating deeper learning and troubleshooting.

Sturdy and Safe for Repeated Use

The PAM-PWM-PPM Trainer Kit is built with high-quality PCB material and a strong ABS enclosure for longevity. Short circuit and overload protection guarantee user and equipment safety. It is designed for intense, repeated laboratory usage in academic institutions, complying with CE standards and offering reliable and accurate operation.

FAQs of Pam-pwm-ppm Modulation Demodulation Trainer Kit:

Q: How do I use the trainer kit to demonstrate all three modulation techniques?

A: To demonstrate PAM, PWM, and PPM, connect the required input using the built-in oscillators, then select the desired modulation method with the respective circuit section. Use patch cords and banana sockets for easy setup. Observe the modulated output and demodulated signals at various test points using an oscilloscope and listen via the speaker output.

Q: What educational levels is this modulation demodulation trainer suitable for?

A: This kit is specifically designed for undergraduate and technical training laboratories, making it ideal for students in electronics, communications, and technical courses who require hands-on practical experience in modulation and demodulation methods.

Q: When is it necessary to use an oscilloscope with this trainer kit?

A: An oscilloscope is recommended whenever you want to visualize and analyze the waveform shapes at different test points of the circuit. This helps students understand signal characteristics during modulation and demodulation and compare theory with actual results.

Q: Where can the modulation demodulation trainer be set up?

A: Thanks to its compact, table-top design, this trainer kit can be conveniently set up in classroom labs, technical institutes, research facilities, and demonstration tables. Its robust construction ensures it can withstand frequent student handling.

Q: What is the process for observing demodulated output?

A: After modulation, route the signal through the provided demodulator circuitsenvelope or PLL detector as required. Connect the output to the speaker or an oscilloscope to monitor the quality and shape of the demodulated audio frequency signal. This process allows for a complete understanding from modulation to demodulation.

Q: How does this trainer kit benefit students in laboratory sessions?

A: Students benefit by gaining practical exposure to key analog pulse modulation concepts, hands-on circuit assembly experience, real-time signal observation, and troubleshooting. The clear test points, LED status indicators, and comprehensive documentation create an effective, safe, and interactive learning process.

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