Passive Frequency Doublers (0.72 × 0.66 × 0.32)

Our Passive Frequency Doublers deliver efficient frequency multiplication in an ultra-compact footprint, making them ideal for EW, Radar, Satcom, and 5G applications. Designed for high conversion efficiency, low harmonic distortion, and stable performance, these doublers support high-frequency RF systems across DC to 50 GHz. Perfect for space-constrained and high-performance signal chain integration.

Passive Frequency Doublers (0.72 \times 0.66 \times 0.32)

Part Number Input Frequency (MHz) Output Frequency (MHz) RF Input Power (dBm) Conversion Loss (dB) Harmonic Output (dBc) typ F0 Harmonic Output (dBc) typ F3 Harmonic Output (dBc) typ F4
HD32526 850 - 2000 1700 - 4000 +10 to +20 15 45 52 40 Download
HD32527 1250 - 3000 2500 - 6000 40 45 42 Download
HD32528 2000 - 4000 4000 - 8000 +10 to +15 13 33 42 40 Download
HD32529 4000 - 8000 8000 - 16000 16 41 46 Download

Related RF Frequency Doublers & Multipliers

Custom Passive Frequency Doubler Engineering

Modifications & Mission Critical Packaging

Modifications & Mission-Critical Packaging

RF Components specializes in custom Passive Frequency Doublers, engineered to meet the most demanding commercial, military, and aerospace requirements. With decades of RF and microwave expertise, we deliver reliable, high-performance solutions tailored to your frequency, power, and system integration needs.

Extreme Temperature and Environmental Performance

Our passive doublers are designed for extreme environments, including cryogenic research applications and high-temperature aerospace systems. They ensure stable frequency doubling, low signal degradation, and long-term reliability, even where conventional solutions fall short.

Ultra-Compact Form Factor

With a size of 0.72 × 0.66 × 0.32 inches, these doublers are engineered for tight SWaP (Size, Weight, and Power) constraints. Custom packaging options include hermetic sealing and optimized RF connector configurations, making them ideal for portable, embedded, and space-limited RF systems.

Choosing the Right Passive Frequency Doubler

When selecting a Passive Frequency Doubler, consider the following:
Input Frequency Range: Must align with your signal source for optimal performance. Output Frequency: Ensure the doubled frequency meets your system requirements. Conversion Efficiency: Higher efficiency minimizes signal loss and improves system performance. Harmonic Suppression: Reduces unwanted signal components for cleaner output. Power Handling: Confirms compatibility with your RF power levels. Form Factor: Ultra-compact size is ideal for aerospace, defense, and portable systems. Our engineering team can help design or recommend a custom solution tailored to your exact needs.

Technical FAQ

What does a Passive Frequency Doubler do?
It generates an output signal at twice the input frequency using nonlinear components, without requiring external power.
Yes. These Passive Frequency Doublers are optimized for high-frequency RF systems, including 5G, Radar, EW, and Satcom.
Very important. Good harmonic suppression ensures clean output signals and prevents interference with other system components.

What Our Customers Say

“RFComp’s ultra-compact frequency doublers fit perfectly into our portable radar system without compromising performance.”

Lead RF Architect

Global Aerospace Prime

“The small form factor combined with high efficiency made these doublers ideal for our Satcom integration.”

Senior Test Engineer

Semiconductor Testing Services

“RFComp helped us quickly deploy frequency doublers for our 5G test setup. Excellent performance and support.”

Director of Operations

Telecommunications Infrastructure Co.

Experience the RFComp Difference

Whether you need a single Passive Frequency Doubler for testing or high-volume production, RFComp delivers:

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