Advanced Satellite Link Emulator series

ASLE-L-200D

▪ Built-in L-band converter
▪ Ultra-wide operating bandwidth up to 200MHz
▪ Extended time delay from 0 to 530ms in 1us steps
▪ Doppler frequency shift from -6MHz to +6MHz in 1Hz steps
▪ Spurious suppression: -50 dBc typ.
▪ Remote interfaces: USB, RS-232, or RS-422/485
▪ Excellent SNR using 14bit ADC

ASLE-L-100D

▪ Built-in L-band converter
▪ Wide operating bandwidth up to 100MHz
▪ Extended time delay from 0 to 530ms in 1us steps
▪ Doppler frequency shift from -6MHz to +6MHz in 1Hz steps
▪ Spurious suppression: -50 dBc typ.
▪ Remote interfaces: USB, RS-232, or RS-422/485
▪ Excellent SNR using 14bit ADC

 

ASLE-L-36D

▪ Built-in L-band converter
▪ Operating bandwidth up to 36MHz
▪ Extended time delay from 0 to 530ms in 1us steps
▪ Doppler frequency shift from -3MHz to +3MHz in 1Hz steps
▪ Spurious suppression: -50 dBc typ.
▪ Remote interfaces: USB, RS-232, or RS-422/485
▪ Excellent SNR using 14bit ADC

ASLE-140-36D

▪ 140MHz operating frequency
▪ 36MHz operating bandwidth
▪ Extended time delay from 0 to 530ms in 1us steps
▪ Doppler frequency shift from -3MHz to +3MHz in 1Hz steps
▪ Low noise floor under -125dBc/Hz
▪ Remote interfaces: USB, RS-232, or RS-422/485
▪ Excellent SNR using 14bit ADC

ASLE-70-10D

▪ 70MHz operating frequency
▪ 10MHz operating bandwidth
▪ Extended time delay from 0 to 530ms in 1us steps
▪ Doppler frequency shift from -1MHz to +1MHz in 1Hz steps
▪ Low noise floor under -125dBc/Hz
▪ Remote interfaces: USB, RS-232, or RS-422/485
▪ Excellent SNR using 14bit ADC

Satellite Link Emulator series

PSLE-L-200D

▪ Built-in L-band converter
▪ Ultra-wide operating bandwidth up to 200MHz
▪ Excellent SNR using 14bit ADC
▪ Time delay from 0ms to 265ms in 1ms steps
▪ Doppler frequency shift from -1MHz to +1MHz in 1Hz steps

PSLE-L-100D

▪ Built-in L-band converter
▪ Wide operating bandwidth up to 100MHz
▪ Excellent SNR using 14bit ADC
▪ Time delay from 0ms to 265ms in 1ms steps
▪ Doppler frequency shift from -1MHz to +1MHz in 1Hz steps

 

PSLE-L-10D

▪ Built-in L-band converter
▪ Operating bandwidth up to 10MHz
▪ Excellent SNR using 14bit ADC
▪ Time delay from 0ms to 265ms in 1ms steps
▪ Doppler frequency shift from -1MHz to +1MHz in 1Hz steps

PSLE-140-36D

▪ Excellent SNR using 14bit ADC
▪ 140MHz operating frequency
▪ 36MHz bandwidth
▪ Time delay from 0ms to 265ms in 1ms steps
▪ Doppler frequency shift from -3MHz to +3MHz in 1Hz stpes
▪ Low noise floor below -125dBc/Hz

PSLE-70-10D

▪ Excellent SNR using 14bit ADC
▪ 70MHz operating frequency
▪ 10MHz bandwidth
▪ Time delay from 0ms to 265ms in 1ms steps
▪ Doppler frequency shift from -1MHz to +1MHz in 1Hz steps
▪ Low noise floor below -125dBc/Hz

PSLE-70-10ND

▪ Excellent SNR using 14bit ADC
▪ 70MHz operating frequency
▪ 10MHz bandwidth
▪ Time delay from 0ms to 265ms in 1ms steps
▪ Low noise floor below -125dBc/Hz
▪ Doppler simulation not provided

RF Switch Matrix series

SW08-DP

▪ Automatic routing between Vector Network Analyzer and DUTs
▪ Operating frequency from 0.01 GHz to 8 GHz
▪ SP8T configuration
▪ Expandable switching channels
▪ Fast switching time, 1 ms (typ.)

Phase-Locked DRO series

Single Loop PLDRO

▪ Multi-channel output available
▪ Ultra low phase noise
▪ Low spurious
▪ Phase-locked alarm
▪ Compact housing

Dual Loop PLDRO

▪ Integer or fractional multiple of an external
     reference
▪ Ultra low phase noise
▪ Low spurious
▪ Phase-locked alarm
▪ Compact housing

Fractional-N 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

▪ Available from 5 GHz to 29 GHz
▪ Frequency changeable in steps of 10 KHz
     or less
▪ Ultra low phase noise
▪ Low spurious
▪ Compact housing

Frequency Reference series

PFRM-1-10

▪ 10 MHz output
▪ Single channel output
▪ Sine wave
▪ Internal OCXO with excellent performance
▪ Electronic frequency adjustment
▪ Various options available

PFRM-1-50

▪ 50 MHz output
▪ Single channel output
▪ Sine wave
▪ Internal OCXO with excellent performance
▪ Electronic frequency adjustment
▪ Various options available

PFRM-1-100

▪ 100 MHz output
▪ Single channel output
▪ Sine wave
▪ Internal OCXO with excellent performance
▪ Electronic frequency adjustment
▪ Various options available

PFRM-4-10

▪ 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

▪ 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

▪ 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

Direct Digital Synthesizer series

DDS-2CH-OCXO

▪ 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

Microwave Frequency Synthesizer series – Fractional-N PLL frequency synthesizer architecture with low phase noise

Microwave Fixed Frequency Synthesizer

▪ Very wide output frequency range from 3.4 GHz to 35 GHz
▪ Low phase noise
▪ Fine frequency step size
▪ Low spurious
▪ Easily customizable to any fixed frequency
▪ Affordable price

Microwave Variable Frequency Synthesizer

▪ Very wide output frequency range from 3.4 GHz to 35 GHz
▪ Frequency variable range: up to ±10 % of center frequency
▪ Low phase noise
▪ Low spurious
▪ Simple UART interface for user to change frequency easily
▪ Affordable price

Microwave High Power Fixed Frequency Synthesizer

▪ Very wide output frequency range from 3.4 GHz to 35 GHz
▪ High RF output power up to 20 dBm
▪ Low phase noise
▪ Fine frequency step size
▪ Low spurious
▪ Easily customizable to any fixed frequency

Gain Equalizer series

L-band Gain Equalizer

▪ Two types of gain equalizers
     Surface mountable PCB, Housing with SMA connectors
▪ Frequency range: L-band
▪ Low insertion loss: 1.0 dB (typ.), 1.75 dB (max.)
▪ Excellent slope linearity: ±0.5 dB (typ.), ±0.75 dB (max.)
▪ Good VSWR: 1.5 : 1 (typ.), 1.67 : 1 (max.)
▪ Affordable price

Power Splitter/Combiner series

PPS-2-6400-10-S

▪ Wide frequency range: 1.5 GHz to 6.4 GHz
▪ Low insertion low: 0.3 dB to 0.8 dB
▪ Low amplitude unbalance: 0.1 dB to 0.5 dB
▪ Low phase unbalance: 1 deg. to 6 deg.
▪ 50 ohm at all ports
▪ Compact size (mm): 43.4 x 34.5 x 16

PPS-2-8000-30-S

▪ Wide frequency range: 1.5 GHz to 8 GHz
▪ Low insertion low: 0.4 dB to 0.8 dB
▪ Excellent amplitude unbalance: 0.1 dB to 0.3 dB
▪ Excellent phase unbalance: 1 deg. to 4 deg.
▪ 50 ohm at all ports
▪ Compact size (mm): 31.0 x 55.7 x 16.0

PPS-2-13000-10-S

▪ Ultra-wide frequency range: 1.5 GHz to 13 GHz
▪ Low insertion low: 0.4 dB to 1.2 dB
▪ Excellent amplitude unbalance: 0.1 dB to 0.4 dB
▪ Excellent phase unbalance: 1 deg. to 5 deg.
▪ 50 ohm at all ports
▪ Compact size (mm): 31.0 x 55.7 x 16.0

PPS-2-18000-30-S

▪ Ultra-wide frequency range: 1.5 GHz to 18 GHz
▪ Low insertion low: 0.4 dB to 2.5 dB
▪ Excellent amplitude unbalance: 0.1 dB to 0.9 dB
▪ Excellent phase unbalance: 1 deg. to 9 deg.
▪ 50 ohm at all ports
▪ Compact size (mm): 31.0 x 55.7 x 16.0

PPS-4-8400-10-S

▪ Ultra-wide frequency range: 2.1 GHz to 8.4 GHz
▪ Low insertion low: 0.6 dB to 1.5 dB
▪ Excellent amplitude unbalance: 0.3 dB to 1.0 dB
▪ Excellent phase unbalance: 4 deg. to 9 deg.
▪ 50 ohm at all ports
▪ Compact size (mm): 53 x 85 x 14