DAC - High Performance Data Converters

Product Information

• MB86060: 16-bit 100MSa/s Interpolating DAC
• MB86064: Dual 14-bit 1+GSa/s DAC
• MB86065: 14-bit 1+GSa/s DAC

Fujitsu's advanced mixed signal capacity is demonstrated in a new range of high performance data converters ideally suited for communication infrastructure applications. Through the unique combination of leading edge CMOS technology and novel patented architectures high speed, high resolution converters are achieved without compromising critical systems issues such as power consumption. Fujitsu triple-well technology assures superior analog/digital noise isolation.

The range of converters enables new systems architectures, which are currently not practical, to be adopted. Beginning with virtually standard 12 bit resolution, 14 and 16 bit devices will meet the requirements of next generation communication systems where systems specifications are often written around the limit of available technology.

High performance analog to digital conversion provides the ultimate solution to digitization in the receive chain. By moving the converter up the signal chain, direct IF digitization enables a complete multi-channel band to be sampled for subsequent separation and processing digitally. High performance digital to analog conversion enables a similar specification to the transmit path by direct IF synthesis, again using digital signal processing to create a complete communication band.

Both techniques place significant demands on data converter performance, but the resultant system flexibility and simplification is significant. By maximizing the use of digital signal processing the system becomes adaptable and programmable, leading to the 'Software Radio' principle where multi-standard communication can be handled simultaneously.

Features

• Very high performance data converters that enable:
  
  • Direct IF digitization
  • Direct IF synthesis
• Energy efficient CMOS technology compared to conventional bipolar/BiCMOS devices
• Low-power consumption that eliminates costly heat sink
• Applications including test equipment and wireless systems (e.g., base stations)