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Oven Controlled Crystal Oscillator (OCXO)

As a leading RF components online destination, RFComp provides precision RF products designed for maximum isolation and minimal insertion loss. Our RF circulators and isolators are the gold standard for satellite communications RF parts, radar, and high frequency RF systems. Whether you are looking for military RF components or commercial RF parts, our RF & microwave product expert team delivers high-performance RF components that protect your sensitive transmitters from reflected power.

Oven Controlled Crystal Oscillator (OCXO)

Part Number	Frequency (MHz)	Temp Stability (PPM)	Output Power (dBm)	Phase Noise (dBc/Hz)	Tuning Voltage (V)	Tuning Range (ppm)	DC Power (Volt)	DC Power (mA)
HD32593	100	± 0.5	7	-139 dBc/1KHz	0 to 5 Negative Slope	± 3	12	100 (350 at turn on)	Download

Custom OCXO Engineering

Precision Frequency & Mission-Critical Performance

Mission-Critical OCXO Solutions

Our custom OCXO designs provide ultra-stable frequency performance for the most demanding RF applications. Key features include: precise temperature-compensated operation, extremely low frequency drift, high phase stability for radar, satellite communications, and EW systems, and a robust form factor suitable for SWaP-constrained applications.

Custom LNA & OCXO Integration

RFComp also offers custom Low Noise Amplifiers (LNAs) that integrate seamlessly with OCXOs to create high-performance RF systems. This integration ensures: extreme temperature tolerance, stable gain & low noise, and custom packaging solutions with hermetically sealed modules and optimized connector placement for tight SWaP constraints.

Connectorized & Custom Form Factor

Our OCXOs are fully customizable for mission-critical applications, including hermetically sealed packages for maximum reliability, optimized connector placement for seamless system integration, and high-density SMT modules for compact designs. Custom frequency ranges, stability, and output formats are available to meet precise system requirements.

Choosing the Right Circulator/Isolator

When selecting precision microwave components for your system, several high performance metrics must be considered to ensure RF system integration services are successful: Isolation & Insertion Loss: Critical for RF communications hardware to prevent feedback and ensure high performance RF components. Power Handling: Essential for high power RF amplifiers and RF infrastructure components to manage CW and pulsed signals. Frequency Range: Our RF components DC to 110 GHz cover the widest frequency range RF parts in the industry. Operating Environment: We provide high reliability RF parts for RF components for aerospace and RF solutions for defense.

Technical FAQ

What is the difference between an RF Circulator and an Isolator?

A circulator is a three-port passive frequency device where signals travel in one direction. An isolator is essentially a circulator with one port terminated, acting as a one-way gate. This is a vital RF signal boost solution for protecting medium power RF amplifiers.

Can these be used in RF components for 5G systems?

Absolutely. Our circulators are optimized for RF solutions for wireless networks and TETRA band RF amplifiers, providing the phase stability required for 5G mmWave and broadband RF components.

How do I calculate Isolation in dB?

Isolation measures the signal attenuation in the reverse direction, crucial for RF VSWR monitoring components. It is calculated as: Isolation (dB) = 10 \log_{10}\left(\frac{P_{in}}{P_{leak}}\right).

What Our Customers Say

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Semiconductor Testing Services

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Telecommunications Infrastructure Co.

Experience the RFComp Difference

Whether you need a single unit for lab RF test components or 10,000 units for a production run, we are your RF technology supplier. Our New York-based engineering team provides RF system consulting to help you navigate our RF parts catalog.

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Oven Controlled Crystal Oscillator (OCXO)

Oven Controlled Crystal Oscillator (OCXO)