The VHF ULN II oscillators are small lightweight OCXOs with a fixed output frequency between 25 MHz and 160 MHz. These oscillators provide good frequency stability over temperature, phase noise floor performance to -176 dBc/Hz and acceleration sensitivity to 2E-10/g per axis. The standard package is a rugged nickel-plated machined aluminum case with SMA(f) and solder pins on one side (1.87” x 1.84” x 0.75”). The small size and low-g options make this unit well suited for airborne and mobile applications where good dynamic performance is required. A low noise voltage regulator is included to minimize power supply line related spurious signals. Please contact technical staff to discuss custom requirements.
The VHF ULN II oscillators are small lightweight OCXOs with a fixed output frequency between 25 MHz and 160 MHz. These oscillators provide good frequency stability over temperature, phase noise floor performance to -176 dBc/Hz and acceleration sensitivity to 2E-10/g per axis. The standard package is a rugged nickel-plated machined aluminum case with SMA(f) and solder pins on one side (1.87” x 1.84” x 0.75”). The small size and low-g options make this unit well suited for airborne and mobile applications where good dynamic performance is required. A low noise voltage regulator is included to minimize power supply line related spurious signals. Please contact technical staff to discuss custom requirements.
The VHF ULN II oscillators are small lightweight OCXOs with a fixed output frequency between 25 MHz and 160 MHz. These oscillators provide good frequency stability over temperature, phase noise floor performance to -176 dBc/Hz and acceleration sensitivity to 2E-10/g per axis. The standard package is a rugged nickel-plated machined aluminum case with SMA(f) and solder pins on one side (1.87” x 1.84” x 0.75”). The small size and low-g options make this unit well suited for airborne and mobile applications where good dynamic performance is required. A low noise voltage regulator is included to minimize power supply line related spurious signals. Please contact technical staff to discuss custom requirements.
