This ground breaking DAC provides an analog bandwidth extending beyond 7GHz facilitating multi-band, direct digital synthesis in the L, C and S-bands. Furthermore 30ps rise/fall times also makes this part ideal in time domain applications. A flexible 4:1 or 2:1 input multiplexer enables sampling rates up to 4.5 GSPS.
Four output coding modes (NRZ, RTZ, NRTZ and RF) offer design flexibility and helps simplify frequency planning. This unique part can deliver spectral power up to and beyond the fourth Nyquist zone (see charts below). The DAC achieves > 50dB NPR and high spectral purity with an SFDR of 65dBc@2240MHz.
The EV12DS400 offers features to simplify design-in for many sophisticated RF systems.
|Nyquist Zone||Output Mode||NPR||ENOB|
|NZ1||NRTZ||47.5 dB||9.4 bit|
|NZ2||NRTZ||42 dB||8.5 bit|
|NZ3||RF||39 dB||8 bit|
|EV12DS400A Application Note||Pin differences between EV12DS130xZP and EV12DS400xZP|
|Qualification Report||EV12DS400A family qualification report||117|
|C&I Temp Datasheet||Commercial & Industrial grade package datasheet||117|
|Mil Temp Datasheet||Military grade package datasheet||117|
|User guide||Evaluation Board 12-bit DAC with 4/2:1 MUX user guide||117|
|Product Flyer||EV12DS400 facts and figures||117|
|Ibis Model||IBIS model Software|
|SciLab Software||SciLab – Fout vs Pout mathematical model||116|
|Spice Model Software||Spice model||116|
|White Paper||Microwave DAC promises direct digital synthesis from DC to 7GHz and beyond||117|
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