Arbitrary Waveform Generator (TABOR)
The intensive development of analog-to-digital converters in the last decades brought these devices from 100MHz up to very high frequencies. As a fact, manifold usable arbitrary waveform generators (AWG) are now available for more than 10GHz.
We deal with the new and powerful AWG series from TABOR:
- SE5081: 1-Channel AWG with 5 GSamples/s maximum sampling rate.
- SE5082: 2-Channel AWG 5 GSamples/s maximum sampling rate for both channels
|Type||SE 5081||SE 5082|
(Single Ended or differentiall)
For frequency >1..2GHz external band-pass filter is needed. For <1..2GHz, dependent on application, external low-pass filtering is recommended.
|Normal operation: DC to 2,5GHz
Multi-Nyquist operation (4th Nyquist-zone): up to 10GHz
|Output Voltage||Up to 4GH about 1,5Vp-p single-ended or 3,0Vp-p differential (High load impedance)|
|Available Sampling Waveforms||NRZ (Non-Return to Zero): for DC- 2GHz
RTZ (Return to Zero): up to 7,5GHz
NRTZ (Narrow-Return to Zero): for DC up to about 2GHz
HF (RF): for broad-band operation up to 10GHz
|Skew-Control||-||10ps resolution for -3..+3ns|
|Rise and Fall-Time||150ps|
|Waveform Memory Size
For self designed waveforms
|16 M (64M optional)||16 M (64M optional)|
|Modulation Types||AM, FM, PSK, ASK, Amplitude Hopping, Frequency Hopping, Sweep- und Chirpmodulation, Pulse|
|Sequencer||For Step-, Loop-, Nest- und Jump-Szenarios|
|Trigger-Funktionen||Hold-Off, Detect Pulse Width, Wait-for-Waveform-End, Restart|
|Control Interfaces||LAN, USB, GPIB|
If you are interested we would be happy to forward you more information. In case our demonstration device is available, we can offer a practical test in your laboratory.
Please find the TABOR-datasheet here: