株式会社アムテックスRF、ミリ波、THzと GNSSセンサーの.....株式会社アムテックス

Bandwidth : 8-20GHz, SMA
Output power : +16dBm min.
Resolution : <20Hz
Harmonics : -20dBc
Non-harmonic spurs : <-50dBc in CW mode
Setting time : 100 kHz step settles to <20 Hz within 50 us
Sweep rate :
>25 MHz deviation at 14 ms/1 GHz, <25 MHz at 3us/1 MHz. Faster rates are possible with frequency error.
16-bit control of step time, 4 ns minimum.
+/-25 MHz peak deviation at 3 kHz rate. Smaller deviations are proportionally faster up to ~100 kHz maximum rate. Faster rates are possible with frequency error.
Phase step size :< 0.5 degrees
CW Switching time :< 800 uS communication time (incremental) + settling time + sweep time (USB commands can be repeated every 1 ms.)
Frequency stability : limited by reference oscillator
Frequency repeatability : limited by reference oscillator
Absolute frequency accuracy : <10 Hz + reference oscillator error
Reference input : 10 MHz, 10 dBm, SMA, option for 100 MHz
Sweep trigger output :0-3.3 V digital signal, BNC (transitions high at the beginning of the sweep up and low at the beginning of the sweep down.)
Interface : USB control by ASCII text commands to FTDI chip. Open source code provided for Labview 7.0
Size : L x W x H: ~6.125 x 4.375 x 1.5” excluding connectors, reference oscillator, fan, and external DC power supply
DC Power : +15 V ~3 A, -15 V ~80 mA, Separate DC power supply included with AC wall plug, consumes
~50 W

Bandwidth : >2 GHz up to 16 GHz
Output power : Optimally configured for the VDI multiplier chain
Resolution : 12Hz
Harmonics : -15dBc
Non-harmonic spurs : <-45 dBc
CW Switching time : 3mS
Frequency stability : limited by reference oscillator
Frequency repeatability : limited by reference oscillator
Absolute frequency accuracy : <3 Hz + reference oscillator error
Reference input : 10 MHz, 10 dBm, SMA
Interface : USB control by ASCII text commands to FTDI chip. Open source code provided for Labview 7.0
Size : L x W x H: ~3.5 x 2.875 x 1.25” excluding connectors
DC Power : +15 V ~3 A, -5 V ~30 mA