The MAX555 is an advanced, monolithic, 12-bit digital-to-analog converter (DAC) with complementary 50Ω outputs. Fabricated using an oxide-isolated bipolar process, the MAX555 is designed for signal-reconstruction applications at an output update rate of 300Msps. It incorporates an analog multiplying function with 10MHz useable input bandwidth. The voltage-output DAC uses precision laser trimming to achieve 12-bit accuracy with ±1/2LSB integral and differential linearity (±0.012% FS). Absolute gain error is a low 1% of full scale. Full-scale transitions occur in less than 0.5ns. Internal registers and a unique decoder reduce glitching and allow the MAX555 to achieve precise RF performance with over 73dBc of spurious-free dynamic range at 50Msps with fOUT = 3.1MHz, or 62dBc at 300Msps with fOUT = 18.6MHz. The MAX555 operates from a single -5.2V supply and dissipates 980mW (nominal). It comes in a 64-pin TQFP package with exposed paddle for enhanced thermal dissipation. Applications * Arbitrary Waveform Generation (AWG) * Automated Tester Applications * Communications Local Oscillators * Direct Digital Synthesis (DDS) * HDTV/High-Resolution Graphics * Instrumentation * 12-Bit Resolution * ±1/2LSB Integral and Differential Nonlinearity * Capable of 300Msps (min) Update Rate * Complementary 50Ω Outputs * Multiplying Reference Input * Low Glitch Energy (5.6pVs) * Single -5.2V Power Supply * On-Chip Data Registers * ECL-Compatible Inputs with Differential Clock