Mi-Wave Radar Target Simulators are precision test modules designed to support laboratory testing, validation, and verification of radar systems. These simulators provide a controlled and repeatable method for emulating moving radar targets without the need for live field testing. Built as compact, high-performance RF modules and subsystems, Mi-Wave radar target simulators support a range of microwave and millimeter-wave radar bands commonly used in commercial, automotive, and defense applications.
Radar Target Simulators enable engineers to evaluate radar receivers, signal processors, and complete radar systems in a controlled environment. By accurately simulating approaching and receding targets, these modules help improve development efficiency, reduce test costs, and ensure consistent, repeatable results.
Features
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Accurate Doppler target simulation for radar testing
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Independent I/Q control inputs for realistic motion emulation
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High image suppression for clean target representation
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Low spurious and harmonic content
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Low insertion loss to preserve signal quality
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Compact, integrated RF module design
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Waveguide interfaces available to match radar system requirements
Applications
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Doppler radar system testing and validation
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Radar receiver and signal processor verification
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Automated test equipment for radar subsystems
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Laboratory-based radar target emulation
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Radar algorithm development and evaluation
With more than 35 years of experience in millimeter-wave and microwave RF, Mi-Wave delivers high-performance solutions across design, prototyping, manufacturing, and custom system development.
We specialize in Radar Target Simulators, Target Generation Modules, and custom RF systems supporting defense, aerospace, telecommunications, satellite communications, scientific research, and advanced test environments.
Our team works closely with customers to transform complex requirements into reliable, production-ready hardware for demanding applications.
From compact and multi-channel architectures to high-frequency systems operating in harsh environments, Mi-Wave provides tailored solutions backed by precision manufacturing, thorough testing, and proven engineering expertise.
Whether you need a Radar Target Simulator or a custom RF system, our team supports your project from concept through deployment with a focus on performance, reliability, and long-term success.
How Radar Target Simulators Work
Mi-Wave Radar Target Simulators emulate moving targets by introducing a precise Doppler shift to a radar signal. This Doppler shift represents the relative motion between the radar system and a target. Using independent I and Q control inputs, users can simulate target direction, velocity, and motion profile by adjusting modulation frequency and phase relationships.
This approach allows radar systems to be tested under realistic yet repeatable conditions. Radar Target Simulators are commonly used to verify detection performance, Doppler processing algorithms, and overall system behavior during development, production testing, and quality assurance.
Supported Radar Bands
Mi-Wave Radar Target Simulators are available for common radar frequency bands, including:
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K-Band (approximately 24 GHz)
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Ka-Band (approximately 35 GHz)
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V-Band (approximately 60 GHz)
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W-Band (approximately 76 to 94 GHz)
Custom band options are available to support specialized radar systems and experimental platforms.
