Advanced RF Communication Trainer

Advanced RF Communication Trainer

Product Code SCIENCEQEDUSTEMLAB480024
Availability Made to Order
Origin Made in India

Description

Advanced RF Communication Trainer
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Export to 60+ Countries
MOE Tender Ready
Sea-Worthy Export Packing
Advanced RF Communication Trainer: Manufacturers & OEM exporters for educational laboratory experiments — shipped to schools, colleges, universities and ministries of education across Africa, the Middle East, Asia and beyond.

Technical Specifications

ADVANCED RF COMMUNICATION TRAINER -
FEATURES:
Designed for wireless frequency range   applications.
Includes an 880MHz Digital PLL and 2.4GHz micro   strip line filter circuits.
Training for the voice communication System.
Demonstrates the applications and measurements   for using spectrum analyzers in communication   instruments.
Designed for the application of the RF transmitter   and receiver systems.
Specific RF circuit characteristics and PCB layout on   each module.
Training system covering 22 modules and over 50   experiments.
Pre-assembled circuit module and integrated circuit   module.
SPECIFICATIONS:
PLL
Frequency resolution : 0.1MHz.
Bandwidth : 80MHz.
Transmitter
Frequency : 880MHz ± 80MHz.
Receivers frequency : 809.3MHz ± 80MHZ.
Microstrip line filter (MLF)
730MHz up to 960MHz / 2.4GHz
EXPERIMENTS:
The Fundamentals
Impedance matching network: L-type,Pi-type, T-type.
Smith chart theory and practical examples theory.
RF component test applications.
Antenna
Frequency response.
Antenna parameter, antenna structure, antenna type theory.
Antenna design applications.
Attenuator
Attenuation characteristics.
Attenuator parameter, attenuator type, attenuator design theory.
Too big signal applications.
Low noise amplifier
Input and output return loss, amplifier gain, 1dB compression point.
LNA parameter, 1dB compression point, LNA structure theory.
Small signal enlargement applications.
Pre-amplifier
Input and output return loss amplifier gain 1dB compressionpoint.
Pre-amplifier type,pre-amplifier structure theory.
Small signal enlargement applications.
Power Amplifier
Gain flatness 1dB compression point fundamentals to harmonics ratio.
Power amplifier frequency characteristics, bias circuit, power amplifier parameter, 1dB compression point, power amplifier structure Theory.
Power enlargement applications .
Filter
Input output returnloss insertionloss.
Filter parameter, filter structure: Butterworth, Chebyshev theory.
EMI filter design applications.
Mixer
Conversion gain 1dB compression point isolation.
Mixer structure,mixerparameter,mixer type theory.
TV tuner applications.
Phase Locked Loop
Frequency response / modulation.
PLL structure, frequency synthesizer, PLL controller, loop filter, design a PLL theory.
Signal generator applications.
Audio processor
Pre emphasis compression characteristics expander and de-emphasis decompression characteristics.
Audio compression/decompression circuit theory.
Wireless microphone applications.
Modulation
Frequency modulation.
Design and implement a modulation circuit theory.
Remote controller applications.
Demodulation
IF modulation RSSI output.
Design and implement an FM intermediate frequency demodulation circuit theory.
Broadcasting applications.
Transmitter
Transmission spectrum.
Transmitter parameter, transmitter structure theory.
Radio set applications.
Receiver A
Receiving signal spectrum, demodulation waveform.
Receiver parameter, trasmitter structure theory.
Radio set applications.
Voice Demo
Voice communication system.
Combine with transmitter and receiver circuits theory.
VOIP application.
Microstrip Line
Insertion Loss.
Transmission line basic theory.
RFID application.
Filter
Stepped - impedance LPF theory.
Coupled line BPF theory.
Optimized HPF theory.

Tender Supply Capabilities — Advanced RF Communication Trainer

As an established Indian manufacturer, Science Equipments handles Advanced RF Communication Trainer orders from a single item to full ministry-of-education tender supply across 60+ countries. Here’s what we deliver for institutional buyers, dealers and donor-funded projects.

01

MOE Tender Specifications

The Advanced RF Communication Trainer is built to meet ministry-of-education tender specifications used across African and Asian markets — including build quality, finish, safety standards and supporting documentation typically demanded in government bid documents.

02

Bulk & OEM Manufacturing

We manufacture the Advanced RF Communication Trainer in-house, so high-volume orders, private-label branding, country-specific labelling and custom packaging are all supported — without affecting the unit cost on large-quantity tender bids.

03

Complete Documentation

Every shipment includes country-of-origin certificates, pre-shipment inspection reports, packing lists, commercial invoices and product safety data sheets — the paperwork ministry procurement officers and donor auditors need before disbursement.

04

Sea-Worthy Export Packaging

For overseas tenders, the Advanced RF Communication Trainer is packed in heavy-duty corrugated cartons, palletised and shrink-wrapped for sea freight — protecting fragile components through long-haul transit to African ports, Middle-East destinations and beyond.

05

Flexible Shipping Terms

We work on CIF, FOB and DDP terms to suit your tender requirements — whether the procurement document asks for delivered-port pricing, customs-cleared delivery to the institution, or simple ex-works supply for your freight forwarder.

06

Donor & NGO Compliance

The Advanced RF Communication Trainer has been supplied through World Bank, UNICEF, UNESCO and African Development Bank-funded school improvement projects — meeting reporting and procurement standards trusted by major donor agencies.

Have a tender list including Advanced RF Communication Trainer? Email it across — we’ll respond with itemised tender pricing in 24–48 hours.
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Why Schools & Institutions Choose This Advanced RF Communication Trainer

Procurement officers, school principals and lab teachers across Africa, Asia and the Middle East source the Advanced RF Communication Trainer from Science Equipments for these practical reasons.

Built for Real Classroom Use

This isn’t a showpiece — it’s designed for daily handling by students. Reinforced construction, premium materials and tested safety mean the Advanced RF Communication Trainer survives a full school year of practical lab sessions without the usual breakage and replacement headaches.

Direct-Factory Pricing for Tenders

Because we manufacture in-house, your tender quote reflects true factory cost — not reseller markups. Schools and ministries operating on tight procurement budgets get international-quality lab equipment at pricing that wins bids without cutting corners.

Aligned with Standard Syllabi

The Advanced RF Communication Trainer matches curriculum requirements across international school boards, ministry of education syllabi and donor-funded education projects — so teachers can run the experiments their syllabus actually demands, not improvised substitutes.

Responsive Export Support

Quotations within 24–48 hours, sample availability for tender qualification, multilingual documentation and a dedicated point of contact through delivery — from initial enquiry to on-site installation, your project gets attention at every stage.

Trusted Export Track Record

The Advanced RF Communication Trainer has shipped to Nigeria, Kenya, Ghana, Ethiopia, Tanzania, Uganda, South Africa, Rwanda, Zambia, UAE, Saudi Arabia, Qatar and many more — with references from ministries, NGOs and educational institutions available on request.

Customisation Available

Need the Advanced RF Communication Trainer with country-specific branding, adjusted contents, alternative packaging, or matched to your project specification? Tell us your requirement and we’ll configure the order around it — not the other way around.

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