VLSI Based Advance Digital Communication Training System Manufacturer,Supplier and Exporter in India

Product Code : SCL-CE-12594

Indian Lab Suppliers supplies the VLSI Based Advance Digital Communication Training System (Product ID: 12594), part of the Communication Equipment range under Laboratory equipment, a VLSI-based platform providing the clock, signal-generation and carrier building blocks used to study digital communication techniques.

Note on naming: despite the similar name, please do not confuse this with our Digital Communication Training System (Product ID 12518) or our Base Band Transmitter Training System (Product ID 12561, also VLSI/DSP-based) — the source specifications available for this listing (240 kHz transmitter clock, 500 kHz/1 MHz carrier sine waves, 8-bit NRZ-L data pattern, 14-bit PRBS generator) do not match either of those platforms' published figures, indicating a genuinely different system. Please confirm the exact model and experiment list with our team.

Quick Answer

This VLSI-based training system generates the clock, baseband and carrier signals used across digital communication experiments: fixed and variable-frequency sine waves, a selectable sampling clock up to 128 kHz with adjustable duty cycle, a DC signal source, a 240 kHz transmitter clock with fast modes, an 8 kHz transmitter frame clock, 500 kHz/1 MHz carrier sine waves at 0° and 180° phase, an 8-bit variable NRZ-L data pattern generator, and a 14-bit PRBS generator.

Key Features

VLSI-based digital communication training platform · fixed-frequency sine-wave generator (250 Hz, 500 Hz, 1 kHz, 2 kHz) · variable-frequency sine-wave generator (1–30 Hz, 0–2 Vpp) · selectable sampling clock (2 kHz to 128 kHz) with duty cycle adjustable in 10% steps from 10% to 90% · DC signal source, 0–5V · 240 kHz transmitter clock with fast modes · 8 kHz transmitter frame clock · carrier sine-wave generation at 500 kHz and 1 MHz, with 0° and 180° phase options · 8-bit variable NRZ-L data-pattern generator · 14-bit PRBS (pseudo-random binary sequence) generator.

Key Specifications

Scope of Supply

VLSI Based Advance Digital Communication Training System unit · user's manual.

Where This Is Used

This training system is used in electronics and communication engineering education for hands-on study of digital communication clock, signal-generation and carrier building blocks, 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 VLSI Based Advance Digital Communication Training System 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

How is this different from your other Digital Communication Training System?
This system's published clock and carrier figures (240 kHz transmitter clock, 500 kHz/1 MHz carrier waves, 14-bit PRBS) are different from our Digital Communication Training System (Product ID 12518) and Base Band Transmitter Training System (Product ID 12561); please confirm the exact model and full experiment list with our team.

What signals does this system generate?
It generates fixed and variable-frequency sine waves, a selectable sampling clock, a DC signal source, a transmitter clock and frame clock, carrier sine waves at two phase settings, an 8-bit NRZ-L data pattern, and a 14-bit PRBS sequence — the core building blocks used across digital communication experiments.

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 VLSI Based Advance Digital Communication Training System, reach our team via Contact Us or submit your requirement through our Tenders page.