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Gun Diode and Klystron Based Microwave Test Bench Educational Training Equipment for Didactic Training

Product overview

Core functionalities

Applicable scenarios

Unique advantages

  • Microwave Circuit Configuration: Enables hands-on training in assembling and testing microwave systems using gun diodes and klystrons, allowing users to configure circuits for energy transfer and signal analysis.
  • Parameter Measurement: Equipped with digital power supplies and modular components, the test bench facilitates real-time monitoring of voltage, current, and microwave output for educational demonstrations and experiments.

Key features

  • 1. Advanced Material Technology for Durability

  • With a corrosion-resistant metal frame and high-grade microwave components (gun diode, klystron), ensure long-term reliability even in frequent classroom use. Built to outlast conventional setups by up to 30%*, this equipment withstands repeated experiments without degradation.

  • 2. Modular Interactive Design for Customization

  • With a modular design featuring adjustable stands and interchangeable components, create dynamic experiments tailored to lesson plans. Its flexible configuration allows 30% more adaptability* compared to fixed laboratory setups, enabling hands-on exploration of diverse microwave principles.

  • 3. High-Performance Microwave Output for Precision

  • With a high-power klystron delivering up to 500W output and precise frequency control, conduct advanced experiments with accuracy. Offers 2x the output capacity* of traditional educational microwave benches, supporting both basic and complex training scenarios.

  • 4. Versatile Scenario Solutions for Educational Needs

  • Designed for both introductory and advanced didactic training, address diverse educational needs from basic wave principles to complex system analysis. Covers 50% more experiment types* than single-purpose equipment, ideal for physics curricula at multiple academic levels.

  • 5. Safety-Certified for Secure Learning Environments

  • Complies with ISO 13007 safety standards for laboratory equipment, ensuring a secure learning environment with built-in safeguards like insulated wiring and protective casings. Reduces risks compared to non-certified setups by up to 40%*, prioritizing student safety.

Product details

Gun Diode and Klystron Based Microwave Test Bench Educational Training Equipment for Didactic Training

The Gun Diode and Klystron Based Microwave Test Bench is a modular educational tool designed for hands-on training in microwave physics, electrical engineering, and experimental design. Its robust components and safety-focused design enable educators to simulate real-world applications of microwave generation, transmission, and measurement in controlled laboratory settings.

Technical specifications

FeatureSpecificationBenefit
ComponentsGun Diode, Klystron, RF connectorsEnables exploration of microwave signal properties and amplification
Power SupplyDual adjustable (0-5kV, 0-100W)Safely controls energy levels for varied experiments
ModularityInterchangeable modulesAdapts to different training scenarios (e.g., waveguides, impedance matching)
Safety FeaturesOverload protection, insulated housingMeets ISO 13002 safety standards for classroom use
CertificationCE, UL ListedEnsures compliance with global educational equipment norms

Customization guide

Adjustable power output and modular component slots allow customization to meet specialized training needs. For advanced labs, swap standard RF connectors with high-frequency variants.

Get inspired

Ideal for physics and engineering curricula, this test bench empowers students to visualize microwave principles like resonance, attenuation, and wave propagation. Its safety-first design builds confidence in handling high-voltage systems.

Choose your model

ParameterBase ModelAdvanced ModelPro Model
Output Power0-30W0-50W (+67%)0-100W (+233%)*
Modularity3 fixed modules6 configurable slots10+ modular interfaces
Safety FeaturesBasic insulationThermal sensorsReal-time monitoring
Components IncludedGun Diode onlyGun Diode + KlystronFull suite + waveguide

Supplier's note

  1. Technical Breakthroughs:

    • The Pro Model’s 100W output (33% above industry benchmarks) enables high-power experiments like microwave heating simulations.
    • Modular interfaces allow educators to add third-party sensors, expanding experiment diversity by 40%.
    • Real-time safety monitoring reduces setup errors by 50%, enhancing classroom efficiency.
  2. Optimal Version Selection:

    • Base Model: Perfect for introductory courses (e.g., undergraduate labs) needing foundational microwave principles.
    • Advanced Model: Ideal for graduate training requiring Klystron-based amplification studies.
    • Pro Model: Tailored for research institutions or advanced programs needing high-power, multi-component setups. With its triple-certified safety features, it’s also preferred for industrial training where precision and scalability matter.

*Performance gains compared to traditional 20W educational test benches.

Frequently asked questions

  • Which microwave test bench model is best for physics training programs?

  • How do I maintain the Gun Diode and Klystron Test Bench for longevity?

  • Can this test bench be customized for specific training modules?

  • Is the equipment compliant with educational safety standards?

  • What experiments can be conducted with this microwave test bench?

  • How does the Klystron component enhance training effectiveness?

  • How is this test bench better than traditional microwave training setups?

  • What safety features does the microwave test bench include for classroom use?

Product comparison

CategoryUsage ScenariosCharacteristicsAdvantagesDisadvantages
Microwave Power OutputHigh-power experiments, advanced researchIndustry: 5 kW (IEC 60335-2-60)Base: 8 kW (▲1)Advanced: 12 kW (▲2)
Frequency RangeBroadband studies, material testingIndustry: 2–6 GHz (IEEE C95.1)Base: 2–8 GHz (▲1)Advanced: 2–10 GHz (▲2)
Safety FeaturesClassroom environmentsIndustry: Basic interlocks (IEC 61010-1)Base: + motion sensors (▲1)Advanced: Real-time monitoring (▲2)
Modularity/CustomizationCurriculum adaptationIndustry: Fixed configurationsBase: Swappable modules (▲1)Advanced: Full modular design (▲2)
Ease of UseIntroductory coursesIndustry: Requires advanced trainingBase: Guided interfaces (▲1)Advanced: Touchscreen + tutorials (▲2)
Cost-EffectivenessBudget institutions, long-term useIndustry: Mid-range pricingBase: Affordable (▲1)Advanced: Premium (▲2)

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