Dsb Ssb Amplitude Modulation (Am) Transmitter Trainer

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Product Details:

Power 10 W max
Display Inbuilt test points and signal indicators
Usage Educational, technical laboratories, training institutes
Voltage 230 V 10%, 50 Hz AC
Product Type Dsb Ssb Amplitude Modulation (AM) Transmitter Trainer
Material Powder coated metal body with quality PCB
Design Portable, desktop trainer box with marked circuit blocks
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Dsb Ssb Amplitude Modulation (Am) Transmitter Trainer Price And Quantity

Minimum Order Quantity 1 , , Unit

Oscillator Circuit Inbuilt crystal oscillator for carrier generation
Trainer Application Study of AM, DSB, and SSB transmission principles
Frequency Range Carrier frequency typically 455 kHz, input signal 1 kHz (sine wave)
Test Points Multiple accessible test points for circuit analysis
Transmitter Features Complete modulator and transmitter stages included
Included Accessories Patch cords, user manual
Audio Input Provided via onboard function generator or external source
Amplifier Section Integrated audio frequency amplifier
Output Load Impedance matched (typically 600 Ohms)
Modulation Types Supports DSB (Double Side Band) and SSB (Single Side Band)
Construction All interconnections are externally accessible through terminals
Operating Temperature 0-50 °C

Dsb Ssb Amplitude Modulation (Am) Transmitter Trainer Product Specifications

Detector Envelope detector integrated
Display Inbuilt test points and signal indicators
Power 10 W max
Illuminant LED power indication
Power Source AC mains
Weight Approx 2.1 kg
Charging Time Not applicable (mains powered)
Accuracy High accuracy for laboratory experiments
Product Type Dsb Ssb Amplitude Modulation (AM) Transmitter Trainer
Dimension (L*W*H) 340 x 210 x 90 mm
Usage Educational, technical laboratories, training institutes
Design Portable, desktop trainer box with marked circuit blocks
Material Powder coated metal body with quality PCB
Voltage 230 V 10%, 50 Hz AC

Oscillator Circuit Inbuilt crystal oscillator for carrier generation
Trainer Application Study of AM, DSB, and SSB transmission principles
Frequency Range Carrier frequency typically 455 kHz, input signal 1 kHz (sine wave)
Test Points Multiple accessible test points for circuit analysis
Transmitter Features Complete modulator and transmitter stages included
Included Accessories Patch cords, user manual
Audio Input Provided via onboard function generator or external source
Amplifier Section Integrated audio frequency amplifier
Output Load Impedance matched (typically 600 Ohms)
Modulation Types Supports DSB (Double Side Band) and SSB (Single Side Band)
Construction All interconnections are externally accessible through terminals
Operating Temperature 0-50 °C

Dsb Ssb Amplitude Modulation (Am) Transmitter Trainer Trade Information

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

Product Description

DSB/SSBAMPLITUDE MODULATION (AM) TRANSMITTER TRAINER

Audio Oscillator (Sine Wave Generator) with variable frequency amplitude :
Frequency range: 300 Hz to 3.4 KHz (100 Hz to 10KHzOPTIONAL)

SALIENTFEATURES

On board variable frequency audio oscillator, carrier frequency generator, DSB & SSB modulator, Band passes filter, Audio& RF amplifiers
On board variable frequency audio oscillator ,carrier frequency generator, DSB& SSB modulator, Band passes filter, Audio& RF amplifiers
Onboard Test Points & Fault Switches
On board audio jacks provided for Microphone and Earphone connection
Onboard speaker provided for Audio
Onboard Transmitting antenna

LISTOF EXPERIMENTS

Study of carrier frequency generation
Study of Balance Modulator and Band Pass Filter for DSB AM Generation
Study of Balanced Modulator and Ceramic Band Pass Filter for SSB AM Generation
Study of tuned amplifier for AM transmission

Specification

Usage/Application	Laboratory
Color	black
Power	AC Mains
Power Supply	ac mains
Model Name/Number	AE 442A
Brand	ASICO

Comprehensive AM Modulation Study Platform

This trainer encompasses both Double Side Band (DSB) and Single Side Band (SSB) amplitude modulation, making it a versatile tool for understanding and experimenting with different AM transmission methods. It enables in-depth study of principles such as carrier generation, modulation, amplification, and detection through a user-friendly, accessible design.

Robust Construction and User-Friendly Design

Housed within a durable powder-coated metal box, the trainers external terminals and clearly marked circuit blocks facilitate safe and effortless connectivity. Built-in LED indicators and accessible test points enhance learning by allowing easy monitoring of signal paths and stages during operation.

Ideal for Educational and Laboratory Use

Engineered for settings such as technical laboratories and training institutes, this transmitter trainer offers high accuracy for theoretical demonstrations and laboratory experiments. Its portable, desktop design and included accessories cater specifically to educators and students in electronics and communication fields.

FAQs of Dsb Ssb Amplitude Modulation (Am) Transmitter Trainer:

Q: How can the DSB SSB AM Transmitter Trainer be used in a laboratory setting?

A: The trainer is specifically designed for laboratory use, allowing students and instructors to demonstrate and analyze AM, DSB, and SSB transmission techniques. With accessible test points and an onboard function generator, users can study the waveform modulation process and signal paths in real time.

Q: What modulation types are supported by this transmitter trainer?

A: This trainer supports both DSB (Double Side Band) and SSB (Single Side Band), providing a comprehensive platform for understanding multiple amplitude modulation schemes, which are essential for communication system education.

Q: Where are the audio inputs sourced from and how are they applied?

A: Audio input can be supplied either from the onboard sine wave function generator or through an external source, offering flexibility for different experimental setups and learning objectives.

Q: What are the main benefits of the accessible test points and signal indicators?

A: The multiple accessible test points and integrated signal indicators enable detailed circuit analysis and observation of signal progression, making it easier to visualize and comprehend modulation and demodulation processes during experiments.

Q: Which process ensures accurate frequency generation within the trainer?

A: An inbuilt crystal oscillator circuit is employed for carrier frequency generation, ensuring high stability and accuracy at 455 kHz, which is critical for reliable laboratory performance.

Q: When is this trainer typically used in an educational environment?

A: It is commonly used in electronic and communication practical courses for undergraduate and diploma programs, as well as in technical workshops for hands-on understanding of amplitude modulation concepts.

Q: What features make the trainer suitable for technical training institutes?

A: Its portable desktop form, the inclusion of all essential modulation and transmitter stages, durable build, accessible connections, and safety features like LED power indication make it highly suitable for repeated academic or institutional use.

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