The AWG1000 features 12-bit vertical resolution from (1) normal output and (1) complimentary output. The board is capable of generating a completely arbitrary waveform from 60 MS/s to 1.0 GS/s. The analog outputs are unfiltered with rise/fall times of 260 psec typical and SFDR is < 50 dB at 100 MHz. The integrated clock synthesizer, which droves the AWG1000, has a 1Hz resolution. An external clock input option along with a TTL input trigger provides a way to synchronize the AWG1000 to external clocks. Digital outputs include eight (8) high-speed TTL marker outputs and high speed PECL buffered output clock.
The segmented memory controller allows discontinuous memory segments to be accessed as a continuous stream of output samples, without signal breaks or glitches. Memory operations using segmented memory include branching, looping, and sequencing. On-board memory is contained in a standard 1 Megasample configuration or optional 4 Megasample configuration.
The AWG1000 enables a number of embedded applications including component testing, noise generation, communication simulations, and high-speed network testing. Its compact size also makes possible several packaging options such as standard desktop PC, portable PC, and rack mount.
The Chase Scientific AWG1000 requires a standard PC running Windows 95/98/NT/2000, or Linux with on full-sized PCI slot.
Included with the AWG1000 are DLL drivers for Windows 95/98/NT/2000, and Linux (optional).