Training Kits for Communication Lab Manufacturer, Suppliers and Exporter in India
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Last updated: 22 October 2026
Quick Answer
Training Kits for Communication Lab are trainers for electronics and communication practicals on modulation and signal transmission. They cover amplitude modulation and demodulation with a 100 Hz to 1 kHz sine wave source, pulse amplitude, pulse position and pulse width modulation, a phase locked loop on the IC 565 for lock and capture range, and a fiber optic transmitter and receiver with microphone, LEDs and speaker. JLab offers 6 such trainers in this category.
Request a quotation | Jump to the product list | Tenders / OEM enquiries
Explore the Training Kits for Communication Lab Range
| Range | Items | What it covers |
|---|---|---|
| AM and Fiber Optic Trainers | 2 | A fiber optic transmitter and receiver with 6 V and 3 V DC supplies, microphone, photodetector, LEDs and speaker, and an amplitude modulation and demodulation trainer with a sine wave oscillator. |
| Pulse Modulation and PLL Trainers | 4 | Pulse amplitude modulation and demodulation, pulse position modulation with an IC 555 RF oscillator, a combined pulse position and pulse width trainer in an ABS cabinet, and an IC 565 phase locked loop. |
Training Kits for Communication Lab Specifications
The rows list the experiment, built-in supply, oscillator or panel details stated for each communication trainer.
AM and Fiber Optic Trainers (2)
| Product | Specification |
|---|---|
| Study of Transmitter and Receiver using Fiber Optics Cable | Power supply: DC power supply, 6 V DC and 3 V DC, part of the instrument; Output section: LEDs (light-emitting diodes) and speaker; Transmission medium: Fiber optic cable for transmission of the signal. |
| Study of Amplitude Modulation and Demodulation | Modulating signal source: Sine wave oscillator, 100 Hz to 1 kHz; Power supply: DC regulated power supply, part of the instrument; Panel layout: Circuit diagram drawn on the panel, with the components placed on it. |
Pulse Modulation and PLL Trainers (4)
| Product | Specification |
|---|---|
| Pulse Amplitude Modulation and Demodulation | Experiment: Study of pulse amplitude modulation and demodulation; Internal power supply: ±9 V DC at 100 mA, IC regulated, internally connected; Mains input: 230 V ±10%, 50 Hz AC. |
| Pulse Position Modulation and Demodulation | Experiment: Modulation of a carrier signal in pulse position mode; frequency of the demodulated signal; Power supply: DC regulated, 5 V DC / 150 mA; Oscillators: AF sine wave oscillator; RF oscillator using IC 555. |
| Pulse Position and Pulse Width Modulation | Built-in regulated power supply: DC +5 V / 300 mA; Housing: ABS plastic cabinet, for better viewing and portability; Dimensions: 29 cm x 20 cm x 11 cm. |
| Phase Locked Loop Circuit (PLL) | Experiment: Study of the phase locked loop circuit; calculation of the lock range frequency and the capture range frequency; PLL device: IC 565; Power supplies: Two DC regulated power supplies, part of the instrument. |
Who Buys This Range
Electronics and communication engineering laboratories and polytechnic communication labs where students study AM, pulse amplitude, pulse position and pulse width modulation, phase locked loop lock and capture ranges, and optical signal transmission with the fiber optic trainer.
Tenders and OEM Enquiries
Communication lab schedules for a tender or OEM order can list each trainer by experiment, for example AM modulation and demodulation, pulse position modulation or the IC 565 phase locked loop, with the number of sets; send it from the tender enquiry page.
Frequently Asked Questions
Which modulation methods can be studied with these trainers?
Amplitude modulation and demodulation with a 100 Hz to 1 kHz sine wave oscillator as the modulating source, pulse amplitude modulation and demodulation, pulse position modulation with an AF sine wave oscillator and an IC 555 RF oscillator, and pulse width modulation on a combined pulse position and pulse width trainer.
What does the Phase Locked Loop Circuit (PLL) trainer measure?
It is used to study a phase locked loop built on the IC 565 and to calculate its lock range and capture range frequencies, with two built-in DC regulated power supplies and internally connected resistors, capacitors and a potentiometer.
Request a Quote
Please send the trainer names and quantities, for example the Phase Locked Loop Circuit (PLL) or the Pulse Position Modulation and Demodulation trainer, via the contact page.
Study of Transmitter and Receiver using Fiber Optics Cable
Product Code : EL-TKFCL-1198
Fiber optic communication trainer for building an optical transmitter and receiver, calculating their output power and studying signal attenuation along a fiber optic cable.
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