Advanced Communication System Trainer Complete with All Accessories Manufacturer,Supplier and Exporter in India
Product Code : SCL-CE-12570
Indian Lab Suppliers supplies the Advanced Communication System Trainer Complete with All Accessories (Product ID: 12570), part of the Communication Equipment range under Laboratory equipment, a modular master-unit-based platform built around an injection-molded electronic desk housing shared power supplies, multi-function generators and a mic/loudspeaker amplifier, into which interchangeable experiment panels plug in to cover FM wireless, AM wireless and fiber-optics communication.
Note on scope: the source documentation for this listing details technical specifications for the FM (Wireless), AM (Wireless) and Fiber Optics panels only, even though its salient-features summary also references digital communication and wired communication among the modular experiment panels the platform supports. We have written this page from the FM/AM/Fiber-Optics specifications actually documented; please confirm with our team which additional panels (digital, wired) are included under "Complete with All Accessories" for this listing.
Quick Answer
This is a master-unit-plus-panels communication trainer: a shared desk unit provides power supplies, function/audio/sync-sine generators and a mic & loudspeaker amplifier, while replaceable panels let students build and study FM wireless, AM wireless and fiber-optics links, all wired up using 4mm banana sockets, patch cords and SMA connectors, with a student workbook and instructor's guide provided with each unit.
Key Features
Study of a variety of communication mediums (AM, FM, fiber optics, wired) and methods (analog/digital modulation and demodulation) · analog communication, digital communication, fiber-optics characteristics and communication, and wired communication covered through modular experiment panels built on VLSI/CPLD technology · aesthetically designed injection-molded electronic desk (master unit) housing power supplies, multi-function generators, an FM/AM/fiber-optics transmitter & receiver, mic & loudspeaker amplifier, a Butterworth filter and synchronized sine-wave generators, with a central slot for replaceable experiment panels · ordered as master-unit and panel sets (10 master units with 10 panel sets, or multiples) · connections via sturdy 4mm banana sockets, patch cords and SMA connectors · student workbook and instructor's guide provided with each unit.
Key Specifications
As documented in the source material, with the note above on scope. Two rows of the source's Receiver/Controls block did not cleanly separate figures across the FM, AM and Fiber Optics columns; those figures are presented below exactly as given, and should be verified with our team before quoting for a specific panel.
| Section | Parameter | Detail |
|---|---|---|
| FM (Wireless) Transmitter | Carrier | Tunable 88 MHz to 108 MHz, built-in FM VCO |
| Modulation input | 0–5 Vpp (digital), audio range | |
| Power output | Not distinctly given for this panel in the source (see note above) | |
| AM (Wireless) Transmitter | Carrier | 500 kHz to 1.5 MHz |
| Modulation input | 0–5 Vpp (digital), carrier-modulated input, audio range | |
| Power output | 50 to 100 mW (as given in source, aligned to this panel — verify before ordering) | |
| Fiber Optics Transmitter | Bandwidth | TTL BW 64 kHz, Analog BW audio range, uses red LED emitter |
| Modulation input | 0–5 Vpp (digital), modulated audio input | |
| FM/AM Receiver | Interface | External BS5 socket to connect to antenna, 2nd IF input, 2nd IF output, speaker & audio amplifier, AM/FM select switch, loudspeaker impedance 8 ohm / 0.5 W |
| Fiber Optics Receiver | Detector | Detector (tr = 8 mS), separate BS5 socket for digital, AC-coupled & TTL outputs |
| Manual Controls | Carrier & gain | Carrier settable 88 MHz to 108 MHz; gain control settable 0 to 4.5 V; transmitter bias control |
| Antenna / Transmission | Wireless | Telescopic antenna (3-branch), optional |
| Antenna / Transmission | Fiber Optics | 1 m plastic fiber cable, core index 1.492, NA 0.5, 660 nm, step index, terminated with SMA connector |
Onboard Waveform Generators (Shared Resources)
| Generator | Waveform | Output Frequency | Output Voltage | Controls |
|---|---|---|---|---|
| Function Generator | Sine / Triangle / TTL | 1 Hz to 1 MHz in 6 ranges | 0–20 Vpp max (Sine/Triangle) at 100 kHz | Frequency & amplitude control pots |
| Audio Oscillator | Sine / Square / Triangle | 50 Hz to 5 kHz | Sine 0–2 Vpp, Square 0–9 Vpp, Triangle 0–3 Vpp | Frequency & amplitude control pots |
| Sync. Sine Wave Generator | Sine | 250 / 500 / 1000 / 2000 Hz | 0–10 Vpp | Amplitude control pot |
Modulation input specifications documented for these generators: AM (standard) input ±5 V (0 V = no modulation); AM (DSBSC) input 0–9.8 Vpp, output 0–2.7 V; FM input 400 mV (±50% modulation); ASK input up to 500 Hz, +5 V square wave; FSK input up to 500 Hz, +4.5 V square wave.
Where This Is Used
This trainer is used in electronics and communication engineering education for hands-on study of FM and AM wireless links and fiber-optics communication on a single shared master-unit platform, complementing our broader Electronics Lab Equipment and Engineering Lab Equipment ranges.
Why Buy from Indian Lab Suppliers
Indian Lab Suppliers is an India-based laboratory equipment manufacturer and exporter supplying this Advanced Communication System Trainer alongside its broader Communication Equipment catalog, with documentation such as a Certificate of Origin available on request for institutional and export orders.
Frequently Asked Questions
What does "Complete with All Accessories" cover on this listing?
Our source documentation for this listing details the FM (Wireless), AM (Wireless) and Fiber Optics panels; please confirm with our team which additional panels are included for your specific order.
Can the master unit be expanded later with more panels?
Yes, the platform is built around a central slot for replaceable experiment panels, and units are supplied in master-unit-and-panel sets (or multiples) so institutions can scale up their setup.
What connectors are used to wire up experiments?
Sturdy 4mm banana sockets and patch cords are used for the general experiment connections, with SMA connectors for the fiber-optics link.
Do you supply this equipment for institutional or export orders outside India?
Yes. Indian Lab Suppliers quotes equipment for institutional and tender buyers across export markets — see the Tenders page for documentation requirements.
Related Categories
Laboratory · Electronics Lab Equipment · Engineering Lab Equipment
Request a Quote
For pricing, bulk quantities or tender documentation on the Advanced Communication System Trainer, reach our team via Contact Us or submit your requirement through our Tenders page.
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