Fairchild Semiconductor TDC1016
The TDC1016 is a bipolar monolithic digital-to-analog converter which can convert digital data into an analog voltage at rates up to 20 Msps (Megasamples Per Second). The device includes an input data register and operates without an external deglitcher or amplifier. The TDC1016 is patented under U.S.FEATURES
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● 20 Msps conversion rate 8, 9, or 10-bit linearity Voltage output, no amplifier required Single supply operation (-5.2V, ECL compatible) Dual supply operation (±5.0V, TTL compatible) Internal 10-bit latched data register Low glitch energy Disabling controls, forcing full-scale, zero, and inverting input data
● Binary or two’s complement input data formats
● Differential gain = 1.5%, differential phase = 1.0°
DESCRIPTION
Operating the TDC1016 from a single -5.2V power supply will bias the digital inputs for ECL levels, while operating from a dual ±5V power supply will bias the digital inputs for TTL levels. All versions of the TDC1016 are 10-bit digital-to-analog converters, but are available with linearity specifications of either 8, 9, or 10 bits. The TDC1016 is patented under U.S. patent number 3283120 with other patents pending.APPLICATIONS
● Construction of video signals from digital data 3x or 4x NTSC or PAL color subcarrier frequency● CRT graphics displays...