Mi-Wave’s 976A-33/36/30/599 Target Generation Module is a high-performance RF subsystem engineered for precise, real-time target simulation in microwave and millimeter-wave environments. Operating across the 33 to 36 GHz (Ka-Band) range, this module provides accurate signal generation and control for advanced radar testing, electronic warfare (EW), and mission-critical communication systems.
Designed to emulate complex RF scenarios, the module supports dynamic frequency control, multi-target simulation, and real-time signal modulation, enabling engineers to replicate realistic operational environments in laboratory and system-level testing. With high gain, low noise figure, and strong output power, it ensures reliable signal integrity and repeatable performance across demanding applications.
The compact and rugged architecture makes it suitable for both laboratory integration and deployment in harsh environments, supporting aerospace, defense, and advanced RF research systems.
The standard models shown represent only part of Mi-Wave’s broader product capabilities. Custom configurations are available to support specific frequency bands, interfaces, and application requirements, enabling optimized solutions for specialized RF, microwave, and millimeter-wave systems.
Key Specifications
- IF Input: 0.1 to 3 GHz
- RF Output: 33 to 36 GHz
- Gain: 30 dB (typical)
- Noise Figure: 2.2 dB (typical)
- Output Power (P1dB): +30 dBm (typical)
- Attenuation Range: 45 dB
| Parameters | Min | Typ | Max | Units |
|---|---|---|---|---|
| IF Input | 0.1 | - | 3 | GHz |
| RF Output | 33 | - | 36 | GHz |
| Gain | - | 30 | - | dB |
| Noise Figure | - | 2.2 | - | dB |
| P1dB | - | +30 | - | dBm |
| Attenuation | - | 45 | - | dB |
Key Features & Performance Benefits
Real-Time Target Simulation
Generates dynamic RF signals with adjustable frequency, amplitude, and phase for realistic target emulation.
Ka-Band Operation (33–36 GHz)
Optimized for high-frequency radar and communication systems operating in Ka-Band.
High Gain Performance
Provides approximately 30 dB gain, supporting strong signal output for system-level testing.
Low Noise Figure
Typical 2.2 dB noise figure ensures high signal fidelity and accurate system validation.
High Output Power
Delivers up to +30 dBm P1dB, enabling robust signal generation for demanding applications.
Wide Attenuation Control
Includes up to 45 dB attenuation for precise signal level adjustment.
Multi-Target Simulation Capability
Supports simulation of multiple targets with independent parameters such as velocity and delay.
Adaptive RF Scene Generation
Enables real-time creation of complex RF environments for advanced testing scenarios.
Compact and Rugged Design
Engineered for integration into laboratory systems as well as airborne, military, and field-deployed platforms.
Applications
Missile Guidance Systems
Supports precise target emulation for seeker calibration, tracking validation, and guidance system development.
Electronic Warfare (EW)
Generates complex RF environments including interference and deceptive signals for system evaluation.
Radar System Testing
Used for validating radar receivers, signal processors, and tracking algorithms in controlled environments.
Satellite Communications (SatCom)
Enables testing of high-frequency communication links under dynamic signal conditions.
Automated Test Equipment (ATE)
Integrates into automated RF test systems for repeatable and scalable validation workflows.
Research and Development
Ideal for laboratory-based RF experimentation, algorithm development, and system prototyping.
Frequently Asked Questions (FAQs)
What is a Target Generation Module?
A Target Generation Module is an RF subsystem that generates simulated radar or communication targets by controlling frequency, amplitude, phase, and timing characteristics.
What frequency range does the 976A module operate in?
This model operates in the 33 to 36 GHz range, covering Ka-Band applications.
What is the purpose of the IF input?
The IF input (0.1 to 3 GHz) is used to drive the RF output signal, enabling flexible signal generation and modulation.
What output power does this module provide?
The module delivers approximately +30 dBm output power (P1dB).
Can this module simulate multiple targets?
Yes, it supports multi-target simulation, allowing independent control of multiple signal paths.
What is the attenuation capability?
The module includes up to 45 dB of attenuation for precise signal level control.
What applications is this module best suited for?
It is commonly used in missile guidance, electronic warfare, radar testing, satellite communications, and RF research systems.
Is this suitable for harsh environments?
Yes, the module is designed with a compact and rugged form factor suitable for demanding environments.
Target Generation Module Calculators
These calculators help estimate output power, attenuation impact, gain, frequency conversion, and noise figure relationships for target generation modules used in radar simulation, electronic warfare, and advanced RF test systems.
RF Output Power Calculator
Estimate RF output power from input power and module gain.
Output Power After Attenuation
Estimate final RF output after internal or external attenuation is applied.
Gain Calculator
Calculate module gain from input and output power levels.
Frequency Conversion Calculator
Estimate RF output frequency from LO and IF values for converted target generation paths.
Noise Figure Calculator
Convert noise figure in dB to linear noise factor.
RF & System Fundamentals
Target Generation Module
An RF subsystem that simulates radar or communication targets by generating controlled signals.
Intermediate Frequency (IF)
A lower frequency signal used as an input to generate higher-frequency RF output.
Ka-Band
A microwave frequency band typically ranging from 26.5 to 40 GHz, widely used in radar and satellite communications.
Signal Performance
Gain
The increase in signal power provided by the system, measured in dB.
Noise Figure (NF)
A measure of signal degradation introduced by a component, indicating how much noise is added.
P1dB (1 dB Compression Point)
The output power level where gain begins to compress, indicating the linear operating limit.
Attenuation
Reduction of signal power used for precise control of signal levels.
Signal Control
Phase Control
Adjustment of signal phase to simulate motion or timing characteristics.
Amplitude Control
Adjustment of signal strength to represent different target sizes or signal conditions.
Multi-Target Simulation
Capability to generate multiple independent signals representing different targets.
RF Scene Generation
Creation of complex RF environments with multiple signals and conditions.
Applications & Systems
Electronic Warfare (EW)
Use of electromagnetic signals to disrupt, deceive, or protect communication and radar systems.
Missile Seeker
A radar or sensor system used in missile guidance to track targets.
Radar Receiver
Processes reflected RF signals to detect and track objects.
Automated Test Equipment (ATE)
Systems used for automated testing of RF and electronic components.
Experience You Can Trust: Over 35 Years in mmWave & Microwave RF Solutions
With over 35 years of experience in the millimeter-wave (mmWave) and microwave RF industry, our team has built a reputation for delivering high-performance solutions in design, prototyping, manufacturing, and custom system development. We work closely with clients to bring their ideas and innovations to life, offering tailored solutions for even the most complex challenges.
We specialize in developing Target Generation Modules and custom RF systems across industries such as defense, aerospace, telecommunications, satellite communication, scientific research, and more. Our comprehensive expertise enables us to meet your unique requirements, whether for multi-channel systems, compact designs, or high-frequency applications.
Our Capabilities Include:
- Custom Design & Prototyping – Collaborate with us from concept to prototype to ensure your solution is optimized for performance, size, and reliability.
- Precision Manufacturing – We use advanced manufacturing processes to deliver high-quality, ruggedized systems built for extreme environments.
- Comprehensive Testing & Validation – Every product undergoes rigorous testing to meet strict industry standards for performance and durability.
Build Your Target Generation Module Needs—and More!
At MI-Wave, we empower you to create custom solutions tailored to your exact requirements. Whether you need a high-performance Target Generation Module or a multi-channel RF system, our team is here to bring your ideas to life. Combining decades of experience with advanced manufacturing, we meet even the most demanding specifications with precision and reliability.
Why Choose Us?
- Tailored Designs – Every project is unique. We offer customizable options to fit your exact system requirements.
- Reliable Manufacturing – Our products are built to perform in airborne, defense, and harsh environments.
- Exceptional Frequency Stability & Low Phase Noise – Ensuring clean and reliable signal processing.
- Comprehensive Support – From concept to deployment, our team collaborates with you at every step to ensure success.
Take Your Project to the Next Level
Ready to build your Target Generation Module or custom RF system? Contact us today to discuss how we can help you achieve your goals and deliver a solution tailored to your needs.
Millimeter Wave Products Inc has built and been part of many special project builds that required upconverters, downconverters, and various components within complex systems. Contact us to discuss your project needs. We can help every step of the way and manufacture your custom parts and RF assemblies with precision and reliability.
