Z-Comm's Inexpensive Surface Mount DRO12600A in Ku Band Features Extremely Low Phase Noise
July 11, 2013
-- Inexpensive Surface Mount DRO12600A in Ku Band
Features Extremely Low Phase Noise
Z-Communications, Inc. announces a new dielectric resonator VCO (Voltage Controlled Oscillator) model DRO12600A for the test and measurement market. The DRO12600A is designed to cover 12600 MHz with a tuning voltage range of 0 to 12 Vdc. This unmatched VCO has been optimized to feature extremely low phase noise of -102 dBc/Hz @ 10 kHz offset while operating off a 5 Vdc supply and typically drawing only 23 mA of current.
The low noise DRO12600A is designed to deliver a typical output power of 0±3 dBm into a 50 ohm load while operating over the industrial temperature range of -40 to 85°C. This high performance VCO suppresses the second harmonic to better than -20 dBc and has a typical tuning sensitivity of only 0.5 MHz/V. The low cost DRO8000A also comes incorporated with a mechanical tuning screw allowing for finer frequency control. This remarkable VCO comes in Z-COMM's standard surface mount SDRO package measuring 0.91 in. x 0.91 in. x 0.51 in.
For further information on this model or any other product from Z-Communications, Inc. please contact our Applications department via e-mail at email@example.com or call us at 858-621-2700.
Z-Communications, Inc. is a pioneer in developing Voltage Controlled Oscillators (VCO) and Phase Locked Loop (PLL) synthesizers for the commercial marketplace since 1987. With devoted customers, Z-Communications, Inc. serves wireless and communication industries by providing the most effective and competitively priced RF/microwave components, as well as custom component designed to meet customer specific needs. Our sophisticated automated manufacturing facility, located in the US at our headquarters in San Diego guarantees a high level of repeatability, reproducibility and control. For more information please visit us at www.zcomm.com or contact our sales department.
Phone: (858) 621-2700
Fax: (858) 486-1927