▪ Very wide output frequency range from 3.4 GHz to 13.6 GHz
▪ Microwave fractional-N PLL synthesizer with low noise floor
▪ Low reference spurious
▪ Fine frequency step size
▪ Internal MCU with high performance
▪ Phase lock indicator alarm
▪ Single supply voltage
▪ Internal LDO regulator with low noise
Surface Mount PLL Synthesizer for Fixed Frequency
Surface Mount PLL Synthesizer
Surface Mount PLL Synthesizer for Variable Frequency
Surface Mount PLL Synthesizer
▪ Very wide output frequency range from 3.4 GHz to 13.6 GHz
▪ Microwave fractional-N PLL synthesizer with low noise floor
▪ Low reference spurious
▪ Fine frequency step size
▪ Internal MCU with high performance
▪ Phase lock indicator alarm
▪ Single supply voltage
▪ Internal LDO regulator with low noise
▪ Simple programming command to change output frequency
Microwave Fixed Frequency Synthesizer
Microwave Frequency Synthesizer
▪ Very wide output frequency range from 3.4 GHz to 35 GHz
▪ Microwave fractional-N PLL synthesizer with low noise floor
▪ Easily customizable to any fixed frequency upon request
▪ Fine frequency step size
▪ Low reference spurious
▪ Phase lock indicator alarm
▪ Single supply voltage
Microwave Variable Frequency Synthesizer
Microwave Frequency Synthesizer
▪ Very wide output frequency range from 3.4 GHz to 35 GHz
▪ Microwave fractional-N PLL synthesizer with low noise floor
▪ Simple programming command to change output frequency
▪ Fine frequency step size
▪ Low reference spurious
▪ Phase lock indicator alarm
▪ Single supply voltage
Microwave High Power Fixed Frequency Synthesizer
Microwave Frequency Synthesizer
▪ Very wide output frequency range from 3.4 GHz to 35 GHz
▪ Microwave fractional-N PLL synthesizer with low noise floor
▪ High RF output power up to 20 dBm
▪ Easily customizable to any fixed frequency upon request
▪ Fine frequency step size
▪ Low reference spurious
▪ Phase lock indicator alarm
▪ Single supply voltage
DDS-2CH-OCXO
Direct Digital Synthesizer
▪ Dual channel outputs
▪ 1 GSPS internal clock speed (up to 400 MHz output directly)
▪ 48-bit frequency tuning word with 4 μHz resolution
▪ Low phase noise
▪ Internal 100 MHz OCXO with excellent temperature stability
▪ Serial control interfaces
▪ Fault diagnosis
PFRM-4-10
4-Channel Frequency References
▪ 10 MHz output
▪ Four identical output channels
▪ Sine wave
▪ Automatic input detection and switching for external reference
▪ Internal OCXO with excellent performance
▪ Various options available
PFRM-4-50
4-Channel Frequency References
▪ 50 MHz output
▪ Four identical output channels
▪ Sine wave
▪ Automatic input detection and switching for external reference
▪ Internal OCXO with excellent performance
▪ Various options available
PFRM-4-100
4-Channel Frequency References
▪ 100 MHz output
▪ Four identical output channels
▪ Sine wave
▪ Automatic input detection and switching for external reference
▪ Internal OCXO with excellent performance
▪ Various options available
PFRM-1-10
Single Channel Frequency References
▪ 10 MHz output
▪ Single channel output
▪ Sine wave
▪ Internal OCXO with excellent performance
▪ Electronic frequency adjustment
▪ Various options available
PFRM-1-50
Single Channel Frequency References
▪ 50 MHz output
▪ Single channel output
▪ Sine wave
▪ Internal OCXO with excellent performance
▪ Electronic frequency adjustment
▪ Various options available
PFRM-1-100
Single Channel Frequency References
▪ 100 MHz output
▪ Single channel output
▪ Sine wave
▪ Internal OCXO with excellent performance
▪ Electronic frequency adjustment
▪ Various options available
Single Loop PLDRO
PLDRO
▪ Multi-channel output available
▪ Ultra low phase noise
▪ Low spurious
▪ Phase-locked alarm
▪ Compact housing
Dual Loop PLDRO
PLDRO
▪ Integer or fractional multiple of an external
reference
▪ Ultra low phase noise
▪ Low spurious
▪ Phase-locked alarm
▪ Compact housing
Fractional-N PLDRO
PLDRO
▪ Can generate any frequency in 1 KHz steps
within 5 to 28 GHz
▪ Ultra low phase noise
▪ Low spurious
▪ Phase-locked alarm
▪ Compact housing
Variable Frequency PLDRO
PLDRO
▪ Available from 5 GHz to 29 GHz
▪ Frequency changeable in steps of 10 KHz
or less
▪ Ultra low phase noise
▪ Low spurious
▪ Compact housing