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VCOs (Connectorized)

As a premier RF components supplier, RFComp provides connectorized VCOs designed for engineers who require a “plug-and-play” frequency generation solution. These precision RF products are housed in shielded, connectorized packages that provide superior EMI protection and mechanical durability. Ideal for lab RF test components, high frequency RF systems, and satellite communications RF parts, our connectorized modules cover a broad frequency range of RF parts from DC to 110 GHz.

VCOs (Connectorized)

Part Number	Start Frequency (MHz)	Stop Frequency (MHz)	Tuning Voltage (VDC)	Tuning Sensitivity (MHz/V)	Output Power (dBm)	10 KHz SSB Phase Noise (dBc/Hz)	DC Power (Volt)	DC Power (mA)
HD32562	175	300	11-Jan	24	10	-105	12	20	Download
HD32563	230	290	0.5 - 4.5	22	2	-107		15	Download
HD32564	295	325	18		-100	-107		15	Download
HD32565	330	370	14		5	-97		18	Download
HD32566	500	600	45		-2	-105		20	Download
HD32567	530	670	51		0	-110		30	Download
HD32568	620	660	19		0	-110		17	Download
HD32569	765	815	40		4.5	-95		25	Download
HD32570	850	890	0 - 5		8	-99		27	Download
HD32571	902	928	0.5 - 3	27	1	-112		25	Download
HD32572	900	960	0.5 - 4	37	5.5	-110		25	Download
HD32573	951	977	1-4	13	5	-112		15	Download
HD30705	900	1200	1-7	60	11	-100		28	Download
HD26420	1070	1210	0.5 - 4.5	37	1.5	-109		20	Download
HD32574	1400	1500	0.5 - 9.5	37	6	-100		25	Download
HD27225	1435	1650	0.5 - 5.0	80	7	-90		15	Download
HD32575	1540	1610	0.5 - 4.5	34	0	-106		35	Download
HD26421	1550	1850	0.25 - 4.75	85	1.5	-99		15	Download
HD32576	1685	1735	0.5 - 4.5	34	0	-105		35	Download
HD32577	1700	1850	70	34	-96			20	Download
HD32578	1820	1880	0.5 - 7.5	17	-110			40	Download
HD32579	1950	2150	0.5 - 4.5	72	5	-96		20	Download
HD32580	2050	2150	36		4	-106		27	Download
HD32581	2150	2240	36		-105	-106		28	Download
HD32582	2165	2360	0.5 - 10	56	5	-99		25	Download
HD32583	2300	2450	0.5 - 4.5	50	3	-101		30	Download
HD32584	2400	2800	1-11	80	9	-92		25	Download
HD32585	2620	2720	0.5 - 4.5	45	1	-98		20	Download
HD32586	2560	2840	0.5 - 7.5	74	2	-94		23	Download
HD32587	2900	2990	0.5 - 4.5	36	1	-100		30	Download
HD32588	3200	3400	98	36	5	-88		22	Download
HD32589	4245	4335	0.5 - 8	70	0.5	-87		25	Download
HD32590	5220	5420	0.5 - 4.5	108	-1	-83		15	Download

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Custom Connectorized VCO Engineering

Modifications & Mission-Critical Frequency Generation

Precision Engineering & Modifications

We specialize in bespoke connectorized VCOs with custom frequency bands and specialized tuning voltages. Our RF component engineering team can modify housing dimensions for tight SWaP constraints.

Extreme Environment Resilience

These modules are designed as high reliability RF parts, tested for shock and vibration in aerospace and maritime defense environments.

SWaP-C Optimization

We offer ultra-compact connectorized packages that provide high performance without the weight, perfect for UAV and portable RF link components.

Choosing the Right Connectorized VCO

Critical Factors for Modular RF IntegrationSelecting the correct module is vital for your RF system integration services. Our RF & microwave product expert team recommends focusing on these modular parameters:Tuning Range & Sensitivity ($K_v$): Our VCOs offer linear tuning curves across wide bands, making them easy to integrate with your existing tuning voltage sources.Phase Noise Performance: Built as high performance RF components, these modules minimize phase jitter, which is critical for 5G systems and precision radar applications.Output Power & Flatness: Designed for high reliability RF parts, our VCOs provide stable output power levels across the entire tuning range to drive mixers or power amplifiers consistently.Connector Interface: Available with various RF connector types (SMA, 2.92mm, N-Type) to match your RF coax cable assemblies and system interconnects.

Connectorized VCO Technical Questions

What are the advantages of a connectorized VCO over an SMT version?

Connectorized VCOs offer built-in shielding and are ready for immediate use without a PCB. This makes them perfect for lab RF test components, prototyping, and field-deployable military RF components.

How do these modules handle supply voltage noise?

Our high-performance modules include internal voltage regulation and filtering to minimize frequency pushing, ensuring stability in noisy RF infrastructure components.

Can these be used as a Local Oscillator (LO)?

Absolutely. Their excellent harmonic suppression and low phase noise make them the ideal LO for custom RF solutions involving frequency up-converters and down-converters.

What Our Customers Say

“The spectral purity of RFComp’s connectorized VCOs is remarkable. They have become our go-to RF technology supplier for our mmWave test benches.”

Lead RF Architect

Global Aerospace Prime

“We needed a ruggedized oscillator for a mobile radar project. RFComp’s New York engineering team delivered a custom connectorized solution on an aggressive schedule.”

Senior Test Engineer

Semiconductor Testing Services

“We rely on their same-day shipping for our field testing. Having high-frequency cables arrive exactly when needed is critical for our 5G rollout.”

Director of Operations

Telecommunications Infrastructure Co.

Experience the RFComp Difference

Whether you need a single connectorized VCO for a lab prototype or 1,000 units for a tactical infrastructure rollout, RFComp is ready to support your mission. Our New York-based engineering team specializes in high-performance RF and microwave solutions that meet the exact demands of your 2026 project schedule.

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Bi-Directional Amplifier

HD Communications Corp.
REQUEST for QUOTE (RFQ) form for Bi-Directional Amplifier

Frequently Asked Questions

How can I determine the specifications of connectorized high frequency amplifiers?

To determine the specifications of connectorized high frequency amplifiers, review the manufacturer's datasheet, which includes key parameters like gain, bandwidth, input/output impedance, and power consumption, ensuring they meet your application requirements.

What applications are suitable for connectorized high frequency amplifiers?

Connectorized high frequency amplifiers are suitable for applications such as telecommunications, radar systems, satellite communications, and test and measurement equipment, where reliable signal amplification is essential for optimal performance.

What features should I look for in a connectorized high frequency amplifier?

The features to look for in a connectorized high frequency amplifier include gain, bandwidth, linearity, noise figure, and input/output impedance, ensuring optimal performance for your specific RF application.

How do connectorized high frequency amplifiers compare to other types of amplifiers?

Connectorized high frequency amplifiers offer superior performance in terms of frequency stability and signal integrity compared to other types of amplifiers, making them ideal for specialized RF applications where precision and reliability are crucial.

Where can I find reliable suppliers for connectorized high frequency amplifiers?

Reliable suppliers for connectorized high frequency amplifiers can be found by researching reputable manufacturers in the RF industry, attending trade shows, or visiting online marketplaces that specialize in RF components, such as RFComp.

What are the key benefits of connectorized amplifiers?

The key benefits of connectorized amplifiers include enhanced performance, ease of integration, and improved reliability. These amplifiers facilitate quick connections and disconnections, making them ideal for testing and prototyping in various RF applications.

How do I select a connectorized amplifier?

Selecting a connectorized amplifier involves assessing your specific application requirements, such as frequency range, gain, power output, and connector type, to ensure compatibility and optimal performance for your RF system.

What are common uses for connectorized amplifiers?

Common uses for connectorized amplifiers include signal amplification in telecommunications, RF testing, radar systems, and broadcast applications, where reliable performance and ease of integration are essential for optimal functionality.

What specifications matter most for connectorized amplifiers?

The specifications that matter most for connectorized amplifiers include frequency range, gain, linearity, noise figure, and power output. These factors influence performance and suitability for specific applications in the RF industry.

How do connectorized amplifiers enhance signal quality?

Connectorized amplifiers enhance signal quality by providing a stable and reliable connection that minimizes signal loss and distortion. This ensures optimal performance in various RF applications, resulting in clearer and more accurate signal transmission.

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VCOs (Connectorized)

VCOs (Connectorized)

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Custom Connectorized VCO Engineering

Precision Engineering & Modifications

Extreme Environment Resilience

SWaP-C Optimization

Choosing the Right Connectorized VCO

Connectorized VCO Technical Questions

What Our Customers Say

Experience the RFComp Difference

GET A FAST QUOTE