VCO1212BQ-2033MHz-2286MHz-A SMD Voltage-Controlled Oscillator ( VCO )

  • February 21, 2025
  •  by Roland Teoh

Dynamic Engineers Inc. is proud to present the VCO1212BQ-2033MHz-2286MHz-A, a high frequency voltage-controlled oscillator ( VCO ) with low phase noise. It can be widely used on various communications devices.

Key Features and Benefits:

Wide Operating Frequency Range:

2033 MHz to 2286 MHz: This makes the VCO versatile for various applications across different frequency bands.

Low Phase Noise:

-104dBc/Hz at 10 kHz offset and -124dBc/Hz at 100 kHz offset: This ensures high signal integrity, crucial for communication systems where maintaining a clean signal is paramount.

High Tuning Voltage Sensitivity:

Enables accurate frequency adjustments, which is beneficial in applications requiring precise tuning.

Good Harmonic Suppression:

-20dBc for the 2nd harmonics: Reduces unwanted harmonic signals, improving overall signal quality.

Small Size:

Measuring only 12.7x12.7x3.9mm, the VCO1212BQ-2033MHz-2286MHz-A is compact enough to fit into the most space-constrained designs.

Typical Applications:

Satellite Communications (SATCOM):

Ensures stable and precise frequency generation for satellite uplinks and downlinks, crucial for reliable signal transmission.

Radar Systems:

Provides accurate and low-noise frequency sources needed for both military and civilian radar systems, enhancing target detection and tracking capabilities.

Point-to-Point Communication:

Facilitates high-speed data links in microwave communication systems, offering reliable performance for long-distance communication.

Radio Broadcasting:

Enhance broadcast quality by providing stable and low-noise frequency generation for AM/FM radio transmitters.

And there’s more! Take advantage of our promotional period with special discounts on bulk orders, appealing to manufacturers looking to cut costs while maintaining product quality.

Get in touch with Dynamic Engineers Inc. or email Inquiry@DynamicEngineers.com for pricing and more information.

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