SATELLITE LINK EMULATORS
PSLE-L-200D
L-Band, Ultra-wide Bandwidth
▪ Built-in L-band converter from 950MHz to 1,450MHz
▪ 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
L-Band, Ultra-wide Bandwidth
▪ Built-in L-band converter from 950MHz to 1,450MHz
▪ Wide operating bandwidth up to 100MHz
▪ Ultra-low Phase Noise
▪ 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
L-Band, Narrow Bandwidth
▪ Built-in L-band converter from 950MHz to 1,450MHz
▪ Ultra-low Phase Noise
▪ Excellent SNR using 14bit ADC
▪ 10MHz Operating bandwidth
▪ Time delay from 0ms to 265ms in 1ms steps
▪ Doppler frequency shift from -1MHz to +1MHz in 1Hz steps
PSLE-140-36D
IF-Band
▪ Excellent SNR using 14bit ADC
▪ 140MHz center frequency
▪ 36MHz operating 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
IF-Band
▪ Excellent SNR using 14bit ADC
▪ 70MHz center frequency
▪ 10MHz operating 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
IF-Band
▪ Excellent SNR using 14bit ADC
▪ 70MHz center frequency
▪ 10MHz operating bandwidth
▪ Time delay from 0ms to 265ms in 1ms steps
▪ Low noise floor below -125dBc/Hz
▪ Doppler simulation not provided
PLDROs
Single Loop PLDRO
Single Loop PLDRO
▪ Ultra low phase noise: -120 dBc/Hz (typ.) @100 KHz
offset from 10 GHz
▪ Low spurious: -80 dBc (typ.)
▪ Phase-locked alarm
▪ Compact housing: 2.25"[57.15]x2.25"[57.15]x0.63"[16]
▪ Affordable price
Dual Loop PLDRO
Dual Loop PLDRO
▪ Fractional reference multiplication
▪ Ultra low phase noise: -117 dBc/Hz (typ.) @100 KHz
offset from 10 GHz
▪ Low spurious: -80 dBc (typ.)
▪ Phase-locked alarm
▪ Compact housing: 2.25"[57.15]x2.25"[57.15]x1.06"[27]
Fractional-N PLDRO
Fractional-N PLDRO
▪ Can generate any frequency in 10 KHz steps
▪ Ultra low phase noise: -120 dBc/Hz (typ.) @100 KHz
offset from 10 GHz
▪ Low spurious: -80 dBc (typ.)
▪ Low power consumption
▪ Phase-locked alarm
▪ Compact housing: 2.25"[57.15]x2.25"[57.15]x1.06"[27]
FREQUENCY REFERENCE MODULES
PFRM-1-100
Single Channel OCXO Modules
▪ 100 MHz Output Frequency
▪ Sine Wave Output
▪ Internal OCXO with Excellent Performance
▪ Various Options Available
▪ Internal Voltage Regulators
▪ Affordable price
PFRM-1-50
Single Channel OCXO Modules
▪ 50 MHz Output Frequency
▪ Sine Wave Output
▪ Internal OCXO with Excellent Performance
▪ Various Options Available
▪ Internal Voltage Regulators
▪ Affordable price
PFRM-1-10
Single Channel OCXO Modules
▪ 10 MHz Output Frequency
▪ Sine Wave Output
▪ Internal OCXO with Excellent Performance
▪ Various Options Available
▪ Internal Voltage Regulators
▪ Affordable price
PFRM-4-100
4-Channel Frequency Reference Modules
▪ 100 MHz Output Frequency
▪ Four Output Channels
▪ Sine Wave Output
▪ External Reference Automatic Switching
▪ Internal OCXO with Excellent Performance
▪ Various Options Available
▪ Affordable price
PFRM-4-50
4-Channel Frequency Reference Modules
▪ 50 MHz Output Frequency
▪ Four Output Channels
▪ Sine Wave Output
▪ External Reference Automatic Switching
▪ Internal OCXO with Excellent Performance
▪ Various Options Available
▪ Affordable price
PFRM-4-10
4-Channel Frequency Reference Modules
▪ 10 MHz Output Frequency
▪ Four Output Channels
▪ Sine Wave Output
▪ External Reference Automatic Switching
▪ Internal OCXO with Excellent Performance
▪ Various Options Available
▪ Affordable price
GAIN EQUALIZERS
L-band Gain Equalizer
L-band Gain Equalizer
▪ Two types of gain equalizer available:
Surface mount type, SMA connectorized module type
▪ Frequency range: L-band
▪ Low insertion loss: 1.5 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
MODULES
High Power RF Combiner/Splitter
RF
▪ High Power Rating
▪ Low Insertion Loss
▪ High Isolation
▪ Excellent VSWR
▪ 50 ohm at all ports
▪ SMA or N-type connectors
10MHz reference signal generator with OCXO
RF, Module
▪ Built-in OCXO with excellent performance
▪ 10MHz path automatic switching function
▪ No. of output path: 4 paths
▪ Output power: +10dBm
▪ Spurious suppression: ≤ -50dBc
Broadband Frequency Converter
RF
▪ Broad operating bandwidth: up to 200MHz
▪ User selectable bandwidth: 36MHz, 50MHz, or 200MHz
▪ RX path: fin (950MHz to 1,950MHz), fout (2.2GHz to 2.4GHz)
▪ TX path: fin (2.2GHz to 2.4GHz), fout (950MHz to 1,950MHz)
▪ Spurious suppression: ≤ -50dBc at in-band
Digital Time Delayer
Digital
▪ Ultra-wide operating bandwidth: up to 100MHz
▪ Time delay range: up to 265ms
▪ Time delay resolution: 64ns
▪ In–band spurious: ≤ -45dBc (typical ≤ -50dBc)
Direct Digital Synthesizer
Digital
▪ User-controllable phase and frequency offset
▪ Built-in PLL module
▪ Built-in 8bit MCU
▪ Frequency control via RS232 interface
▪ Two output ports: 190MHz(J2), 190±3MHz(J3)
▪ Output power: +12dBm
500MHz Quadrature Clock Generator
Digital
▪ User-controllable phase delay
▪ Built-in 8bit MCU
▪ Phase delay control via RS232 interface
▪ Output frequency: 500MHz
▪ Output level: LVPECL (I/Q differential signal)
▪ Delay control range: 5ps to 5ns in 5ps steps