The LNOM is an odd-order multiplier utilizing a proprietary Schottky Diode Topology to achieve exceptionally low phase noise and excellent conversion efficiency. Multiplication factors of 3, 5, 7 and 9 with output frequencies to 1 GHz are available. Integral bandpass filters effectively control undesired sub-harmonics and harmonics. The LNOM provides input referred phase noise floors to -178 dBc/Hz and unusually low flicker noise. For example, a 10 MHz to 50 MHz multiplier exhibits an input referred phase noise of only -165 dBc/Hz at 100 Hz offset. Please consult our technical staff for assistance in configuring a multiplier to suit your input and output requirements.
Low Noise Odd-Order Multiplier
Multiplcation Factors: x3, x5, x7, and x9
Input Frequency from 5 MHz to 300 MHz, fixed
Output Frequencies to 1 GHz
Current Draw: 100 mA to 200 mA (amplifier dependent)
Intrinsic Phase Noise Floor to -178 dBc/Hz (Input Referred)
Conversion Loss: -3 dBm to +5 dBm
Output Level: Up to +20 dBm on some models
Integral Bandpass Filters and Amplifiers
Nickel-Plated Machined Aluminum Housing
SMA(f) Input and Output Connectors, Standard
** These part numbers are a few common configurations. Use the Ordering Information guide and the Amplifier Selection Table for additional amplifier options or consult the factory for assistance.
*** See the complete Amplifier Selection Table for additional amplifier options.
