900 % Tuned DRO & CRO 6

Reset All

Part	Manufacturer	Oscillator Type	Mounting Feature	Frequency Stability	Maximum Supply Voltage	Output Power	Physical Dimension	Minimum Supply Voltage	Maximum Operating Temperature	Minimum Operating Temperature	Maximum Harmonics Level	Minimum Operating Frequency	Maximum Operating Frequency
10-600-9000-002-FREQ	Smiths Group Plc	ELECTRONIC TUNED CRO OSCILLATOR	CHASSIS MOUNT	900 %	18 V	10 dBm	2.25mm x 2.25mm x 0.63mm	12 V	85 Cel	-54 Cel	-15 dBc	500 MHz	1500 MHz
10-600-9100-000-FREQ	Smiths Group Plc	ELECTRONIC TUNED CRO OSCILLATOR	CHASSIS MOUNT	900 %	18 V	10 dBm	2.25mm x 2.25mm x 0.63mm	12 V	70 Cel	0 Cel	-15 dBc	1500 MHz	3000 MHz
10-600-9000-000-FREQ	Smiths Group Plc	ELECTRONIC TUNED CRO OSCILLATOR	CHASSIS MOUNT	900 %	18 V	10 dBm	2.25mm x 2.25mm x 0.63mm	12 V	70 Cel	0 Cel	-15 dBc	500 MHz	1500 MHz
10-600-9100-002-FREQ	Smiths Group Plc	ELECTRONIC TUNED CRO OSCILLATOR	CHASSIS MOUNT	900 %	18 V	10 dBm	2.25mm x 2.25mm x 0.63mm	12 V	85 Cel	-54 Cel	-15 dBc	1500 MHz	3000 MHz
10-600-9000-000-FREQ	Trak Microwave	ELECTRONIC TUNED CRO OSCILLATOR	CHASSIS MOUNT	900 %	18 V	10 dBm	2.25mm x 2.25mm x 0.63mm	12 V	70 Cel	0 Cel	-15 dBc	500 MHz	1500 MHz
10-600-9000-002-FREQ	Trak Microwave	ELECTRONIC TUNED CRO OSCILLATOR	CHASSIS MOUNT	900 %	18 V	10 dBm	2.25mm x 2.25mm x 0.63mm	12 V	85 Cel	-54 Cel	-15 dBc	500 MHz	1500 MHz

Tuned DRO & CRO

Tuned DRO (Dielectric Resonator Oscillator) and CRO (Crystal Resonator Oscillator) are types of microwave oscillators used in communication systems, radar systems, and other applications that require a stable and precise frequency source.

Tuned DROs use a dielectric resonator, which is a ceramic block with high dielectric constant, as the frequency reference. The dielectric resonator is excited by a high-Q circuit, such as a varactor diode, and the oscillator frequency is tuned by varying the voltage applied to the varactor diode. Tuned DROs have a high frequency stability and can generate frequencies in the range of several gigahertz.

CROs, on the other hand, use a quartz crystal resonator as the frequency reference. The crystal resonator is cut in a specific orientation and shape that allows it to vibrate at a specific frequency. The oscillator circuit is designed to amplify the crystal's natural vibrations, resulting in a stable and precise oscillator frequency. CROs have a lower frequency stability than DROs, but they can generate frequencies up to several hundred megahertz.