10MHz OCXO Board – High Stability Crystal Oscillator for DIY Crystal Oscillator Board Babs Default Title

10MHz OCXO Board – High Stability Crystal Oscillator for DIY

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Sale price  $107.15 USD Regular price $120.24 USD
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10MHz OCXO Board – High Stability Crystal Oscillator for DIY Crystal Oscillator Board Babs Default Title

10MHz OCXO Board – High Stability Crystal Oscillator for DIY

Sale price  $107.15 USD Regular price $120.24 USD
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10MHz OCXO Frequency Standard Board – Sinewave & Square Wave Output for DIY Electronics

Take your DIY electronics, instrumentation, and RF projects to the next level with this 10MHz OCXO (Oven-Controlled Crystal Oscillator) Board. Engineered for high frequency stability, this compact PCB module delivers both sinewave and square wave outputs, making it an ideal precision reference clock for telecommunications, test equipment, amateur radio, and electronic experimentation.

Key Features

  • TYPE-C Powered: Convenient USB Type-C power input for easy integration into modern lab and DIY setups.
  • RF-Specific LDO Power Supply: Dedicated low-dropout regulator ensures ultra-clean, stable power delivery to the crystal oscillator for maximum frequency consistency.
  • High-Precision Voltage-Controlled Clock (VCXO) Port: A high-accuracy voltage reference input allows fine-tuning of frequency output for demanding applications.
  • Dual Output Modes:
    • Sinewave Output: 10MHz / 3 dBm (1Vpp) — shaped by a 7th-order elliptical low-pass filter for clean, low-harmonic output.
    • Square Wave Output: 10MHz / 13 dBm — driver IC capable of directly driving a 50-ohm load.
  • Versatile Applications: Ideal for telecommunications, precision instrumentation, frequency counters, SDR setups, and a wide range of electronic experiments.
  • Compact PCB Design: Type OCXO-10M-2525, green PCB, easy to integrate into existing projects.

Technical Specifications

Model OCXO-10M-2525
Output Frequency 10 MHz
Sinewave Output 10 MHz / 3 dBm (1Vpp)
Square Wave Output 10 MHz / 13 dBm
Power Interface TYPE-C USB
Load Impedance 50 Ohm
Filter 7th-Order Elliptical Low-Pass
Material PCB
Color Green
Country of Origin Made in China

What's in the Box

  • 1 × 10MHz OCXO Board

Note: Product appearance and printed markings may vary slightly between production batches but do not affect functionality. Color may appear slightly different depending on your display settings. Measurement tolerance: ±1–3 cm.

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Frequently Asked Questions

Q: What is an OCXO and why is it more stable than a standard crystal oscillator?

A: An OCXO (Oven-Controlled Crystal Oscillator) maintains the crystal at a precisely controlled constant temperature using an internal heating element. This eliminates frequency drift caused by ambient temperature changes, resulting in significantly higher frequency stability compared to standard TCXOs or XOs — making it ideal for precision reference clock applications.

Q: What type of power supply does this 10MHz OCXO board require?

A: This OCXO board is powered via a TYPE-C USB connector, making it easy to power from a standard USB adapter, power bank, or lab supply with a Type-C output. The onboard RF-specific LDO ensures the oscillator receives clean, regulated voltage for stable operation.

Q: Can this board drive a 50-ohm load directly?

A: Yes. The onboard driver IC is specifically designed to drive a 50-ohm load, which is the standard impedance for most RF and test equipment — including spectrum analyzers, frequency counters, and SDR (Software Defined Radio) receivers.

Q: What is the difference between the sinewave and square wave outputs on this board?

A: The sinewave output (10MHz / 3 dBm, 1Vpp) passes through a 7th-order elliptical low-pass filter for a clean, low-harmonic signal, ideal for frequency reference and RF applications. The square wave output (10MHz / 13 dBm) provides a stronger, logic-compatible clock signal suitable for driving digital circuits and counters.

Production & Packaging Notice

To maintain high stock availability and fast shipping times, our items are sourced from multiple verified manufacturing facilities. While the core quality, materials, and product specifications remain identical, you may notice slight variations in the packaging design, manufacturing origin, or the wording of the printed instructions.

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