Synthesizers
Model Shown:
900-50378
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Ultra Low Phase Wide Bandwidth Indirect Synthesizer 120.0MHz Frequency Sources
These indirect DDS Based synthesizers exhibit ultra low phase noise, high spectral purity. Now two Models, Single and Dual output
Features
- Operating Frequency 120.000MHz
- Ultra Overall Frequency Stability
- Ultra Frequency Stability over temperature
- Ultra Low Phase Noise
- High Spectral Purity
- High Vibration operation profile (<100dBc Minimum at 1KHz Offset
Applications
- RADAR
- Electronic warfare
- Homeland security
- ATE
RF Characteristic:
- Overall Frequency Stability ±4.10-8 Maximum over Temp/1Year/Retrace
- Frequency Stability ±2.10-8 Maximum over -20 to +75°C
- Ultra low phase noise with noise floor of -168dBc/Hz @ 100KHz offset from the carrier
- High spectral purity (<Non Harmonic Spurious 90dBc Minimum)
- Output Power Single Output +10dBm Typical Sine Wave
- Output Power Dual Output +7dBm Typical Sine Wave
- Aging
- 1st year ±2.10-8 Maximum
- Next years ±1.5.10-8 Maximum
Phase Noise See table below for actual Phase Noise measurements
Features
- Operating Frequency 120.000MHz
- Ultra Overall Frequency Stability
- Ultra Frequency Stability over temperature
- Ultra Low Phase Noise
- High Spectral Purity
- High Vibration operation profile (<100dBc Minimum at 1KHz Offset
Applications
- RADAR
- Electronic warfare
- Homeland security
- ATE
RF Characteristic:
- Overall Frequency Stability ±4.10-8 Maximum over Temp/1Year/Retrace
- Frequency Stability ±2.10-8 Maximum over -20 to +75°C
- Ultra low phase noise with noise floor of -168dBc/Hz @ 100KHz offset from the carrier
- High spectral purity (<Non Harmonic Spurious 90dBc Minimum)
- Output Power Single Output +10dBm Typical Sine Wave
- Output Power Dual Output +7dBm Typical Sine Wave
- Aging
- 1st year ±2.10-8 Maximum
- Next years ±1.5.10-8 Maximum
Phase Noise See table below for actual Phase Noise measurements
Offset From Carrier @ 120MHz
100Hz | -115 dBc/Hz |
1 kHz | -145 dBc/Hz |
10 kHz | -165 dBc/Hz |
100 kHz | -168 dBc/Hz |