Fixed Frequency Synthesizer has low phase noise at 11 GHz.
Press Release Summary:
Operating in X-band at 11,000 MHz, SFS11000Z-LF single-frequency signal source features self-locking mechanism with lock detect. Typical phase noise is rated at -84 dBc/Hz @ 10 KHz offset, with typ reference spur suppression of -70 dBc. Supplied in 1 x 1 x 0.22 in. package, RoHS-compliant product delivers typ output power of 0 dBm with VCO voltage supply of 5 Vdc while drawing 90 mA (typ) and PLL voltage of 3 Vdc while drawing 11 mA (typ). Typ second harmonic suppression is -15 dBc.
Original Press Release:
Fixed Frequency Synthesizer Features Low Phase Noise at 11 GHz
Z-Communications, Inc. is pleased to announce a RoHS compliant fixed frequency synthesizer model SFS11000Z-LF in X-band. The SFS11000Z-LF is a single frequency signal source that is pre-programmed to operate at 11000MHz and featuresa self locking mechanism with lock detect. This synthesizer has a typical phase noise of -84 dBc/Hz @ 10 KHz offset with a typical reference spur suppression of -70 dBc.
The SFS11000Z-LF is designed to deliver a typical output power of 0 dBm with a VCO voltage supply of 5 Vdc while drawing 90 mA (typical) and a PLL voltage of 3 Vdc while drawing 11 mA (typical) over the temperature range of -30° to 60° C.This fixed frequency synthesizer features typical 2nd harmonic suppression of -15 dBc and comes in Z-Comm's SFS-L1 package measuring 1 in. x 1 in. x 0.22 in. It is available in tape and reel packaging for production requirements. The SFS11000Z-LF is also ideal for automated surface mount assembly and reflow.
SFS11000Z-LF is well suited for broadband transmission applications that require low phase noise performance. Additional specifications for this product can be found on-line at
http://www.zcomm.com/webstore/ProductInfo.aspx?productid=SFS11000Z-LF.
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.
