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The CRBV55BE-2620-2910 is a Voltage Controlled Oscillator (VCO) manufactured by Crystek Corporation. It operates within a frequency range of 2.62 GHz to 2.91 GHz, with a typical center frequency of 2.765 GHz. The device utilizes a tuning voltage range of 1 VDC to 17 VDC to adjust the output frequency. It delivers an output power of 2 dBm. The component is housed in a RedBox package with dimensions of 31.75 x 14.99 mm and features SMA female connectors for signal interface.
Verify the specific ordering suffix against the manufacturer's current datasheet to ensure compatibility with required tuning characteristics and connector types. Confirm that the RedBox package dimensions align with your system's mechanical constraints. Ensure the supply chain source provides authentic Crystek Corporation products to guarantee performance specifications such as phase noise and output power stability.
Select this component when a tunable oscillator covering the 2.62 to 2.91 GHz range is required. The 1 V to 17 V tuning voltage range offers flexibility for various control circuit designs. Consider the integrated SMA connectors if direct cabling is preferred over PCB mounting. Evaluate the 2 dBm output power level against the requirements of subsequent amplifier stages or load impedances in the signal chain.
This part belongs to the CRBV55 series of RedBox Voltage Controlled Oscillators from Crystek Corporation. The series is designed for applications requiring reliable microwave frequency generation in a standardized module format. The CRBV55BE-2620-2910 specifically addresses needs within the 2.62 to 2.91 GHz spectrum, offering a balance of tuning range and output power suitable for professional RF applications.
Consult Crystek Corporation's official substitution guide for equivalent models within the CRBV55 series. Verify that any alternative part matches the 2.62 to 2.91 GHz frequency range and 1-17 V tuning voltage specifications. Ensure physical compatibility regarding the RedBox package and SMA connector configuration before implementation.