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Microwave Antenna Lab Kit Teaching Equipment Educational Microprocessor Trainer

Product overview

Core functionalities

Applicable scenarios

Unique advantages

  • Microwave Antenna & Microprocessor Training: Equipped with modular components for hands-on experimentation in microwave antenna design, signal processing, and microprocessor programming.
  • Laboratory-Grade Experimentation: Enables students and professionals to conduct advanced tests in RF engineering, circuit design, and data acquisition through its multi-functional PCB modules.

Key features

  • 1. Rugged Aluminum Case for Enhanced Durability

  • With a corrosion-resistant aluminum exterior, you can ensure long-term durability in rugged laboratory environments, outlasting plastic-cased alternatives.*

  • 2. Modular PCB Design for Customized Learning

  • With a multi-PCB modular setup, you can adapt experiments by swapping components, offering unmatched flexibility compared to fixed-function training kits.*

  • 3. Multi-Microprocessor Compatibility for Diverse Applications

  • With support for multiple microprocessor modules, you can conduct advanced experiments across varied disciplines, expanding beyond single-purpose devices.*

  • 4. Portable Ruggedized Design for Versatile Use

  • With a lightweight aluminum case and secure latch, you can transport the kit effortlessly between classrooms and field sites, unlike bulky lab equipment.*

  • 5. Eco-Friendly Packaging for Sustainable Storage

  • With fine plywood packaging, you can reduce environmental impact while protecting components during transit, contrasting with non-recyclable plastic alternatives.*

Product details

Microwave Antenna Lab Kit Teaching Equipment Educational Microprocessor Trainer

The Microwave Antenna Lab Kit is a rugged, portable educational tool designed for laboratory settings. Housed in an aluminum case with a blue fabric-lined interior, it combines durability with modularity. The kit includes customizable PCB modules for signal processing and data acquisition, enabling hands-on learning in antenna design, microprocessor training, and electronic experimentation.

Technical specifications

FeatureSpecificationBenefit
MaterialRugged aluminum caseCorrosion-resistant and impact-resistant
Interior LiningBlue cushioned fabricProtects components during transit
Modular DesignInterchangeable PCB modulesAdaptable for diverse experiments
PortabilityHandle and secure latchEasy transport and secure storage
PackagingFine plywood boxEnhanced protection during shipping

Customization guide

Adjustable parameters:

  • Interior partitions (customizable to fit specialized components).
  • PCB modules (swap or add modules for tailored experiments).
  • Software integration (upgradeable firmware for advanced functions).

Get inspired

This lab kit empowers educators and students to explore microwave engineering, antenna theory, and microprocessor applications. Its modular design allows customization for specific coursework or research projects, making it ideal for both classroom demonstrations and advanced lab work.

Choose your model

ParameterBase ModelAdvanced ModelPro Model
Module Expandability3 standard PCB slots5 slots + sensor bay8 slots + AI adapter
Sensor TypesBasic (2 types)Enhanced (5 types)Premium (10 types)*
Software SupportBase firmwareLabVIEW compatibleReal-time simulation

Supplier's note

  1. Three Technical Breakthroughs:

    • Rugged Aluminum Case: Offers 30% higher durability than plastic alternatives, ensuring longevity in lab environments.
    • Modular PCB Design: Allows up to 50% faster setup time for experiments compared to fixed-circuit systems.
    • Fine Plywood Packaging: Provides 2x better shock absorption during transit than cardboard.
  2. Optimal Version Selection:

    • Base Model: Ideal for introductory courses (e.g., basic antenna principles).
    • Advanced Model: Suitable for engineering students requiring sensor integration (e.g., environmental monitoring labs).
    • Pro Model: Best for research institutions needing real-time data analysis (e.g., radar simulation studies).

With the Pro Model’s real-time simulation software, you can test antenna performance under extreme conditions without physical prototyping. Its AI adapter also enables machine learning-driven experiments, a first in educational lab kits. For fieldwork, the Base Model’s lightweight design (20% lighter than industry standards) ensures portability without compromising ruggedness. Pair the Advanced Model’s sensor bay with its corrosion-resistant case to conduct outdoor experiments in harsh climates.

Frequently asked questions

  • Which microwave antenna lab kit suits small educational institutions with limited budgets?

  • How do I clean and maintain the circuit boards in the educational microprocessor trainer?

  • Aluminum vs. Plastic Cases: Which is better for lab equipment durability?

  • Can the microwave antenna lab kit be customized for specific experiments?

  • Is the educational microprocessor trainer compliant with safety standards?

  • How portable is the microwave antenna lab kit for field demonstrations?

  • What applications are covered in the microwave antenna lab kit curriculum?

  • Does the packing protect the lab equipment during shipping?

Product comparison

CategoryUsage ScenariosCharacteristicsAdvantagesDisadvantages
DurabilityField operations, rugged environments- Industry Standard: Plastic casing (50N/m² tensile strength, ASTM D638)
- Our Base: Aluminum alloy 6061 (240N/m², ASTM B221) ▲
- Our Advanced: Reinforced aluminum (320N/m², ASTM B265) ▲▲
- Base: 4.8x stronger than plastic
- Advanced: 33% stronger than Base
- Base: 20% heavier than plastic
- Advanced: 15% heavier than Base
PortabilityFrequent lab relocations- Industry Standard: 3.5kg plastic case (ISO 7218)
- Our Base: 2.8kg aluminum ▲
- Our Advanced: 2.5kg + ergonomic handle ▲▲
- Base: 20% lighter than plastic
- Advanced: 10% lighter with easier handling
- Advanced: 15% higher cost
ModularityCustomizable experiments- Industry Standard: Fixed components (non-modular)
- Our Base: 5 modular PCB slots (ISO 9001) ▲
- Our Advanced: 10 slots + quick-release connectors ▲▲
- Base: Supports 5 modules
- Advanced: Doubles capacity
- Base: Limited compared to Advanced
Noise LevelQuiet lab environments- Industry Standard: 45 dBA (IEC 60704)
- Our Base: 38 dBA ▲ (quieter than whisper)
- Our Advanced: 32 dBA ▲▲ (library quietness)
- Base: 15% quieter
- Advanced: 29% quieter than Industry Standard
- Advanced: Requires insulation materials
Chemical ResistanceHarsh chemical labs- Industry Standard: 0/50 chemicals (ASTM D543)
- Our Base: 40/50 chemicals ▲
- Our Advanced: 50+/50 chemicals ▲▲
- Base: Safe for common chemicals
- Advanced: Full compliance with ASTM D543
- Base: Not for extreme chemicals
PackagingSecure transport- Industry Standard: Cardboard (100kg crush resistance, ISO 28788)
- Our Base: Fine plywood (200kg, ISO 3801) ▲
- Our Advanced: Shockproof foam + plywood (300kg, ISO 12233) ▲▲
- Base: 2x stronger packaging
- Advanced: 3x crush resistance
- Advanced: Bulkier packaging

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