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Z-Comm Intros Low Noise Dielectric Resonator SMT VCO at 8 GHz
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April 17, 2013 Press Release
Low Noise Dielectric Resonator SMT VCO at 8 GHz
The new high performance
DRO8000A covers 8000 MHz
within a tuning voltage range of 0-12 Vdc and is ideal for the test and measurement market.
Utilizing dielectric resonator technology this VCO features a typical phase noise of -103 dBc/Hz
@ 10 kHz offset and an average tuning sensitivity of only 1 MHz/V.
 The
low noise DRO8000A is
designed to deliver a typical output power of 3 dBm into a 50 ohm load while operating
from a 5 Vdc supply and drawing only 20 mA of current. It is designed to operate over
the industrial temperature range of -40 to 85°C while suppressing the second harmonic to better
than -40 dBc. The DRO8000A is further heightened by having a frequency drift of better than
±250ppm over temperature. This low powered VCO comes in Z-COMM's standard surface mount SDRO
package measuring 0.91 in. x 0.91 in. x 0.45 in.
 For
further information on this model or any other product from Z-Communications, Inc. please contact
our Applications department via e-mail at
applications@zcomm.com
or call us at 858-621-2700.
About Z-Communications, Inc.
[borders/inc-300x250.htm]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.
Contact:
Z-Communications,
Inc.
Phone: (858) 621-2700
Fax: (858) 486-1927
URL:
http://www.zcomm.com
Email:
mailto:applications@zcomm.com
Posted 4/20/2013
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