dac16fs Analog Devices, Inc., dac16fs Datasheet
dac16fs
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dac16fs Summary of contents
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... Figure 1. DAC16 Settling Time Accuracy vs. Percent of Full Scale One Technology Way, P.O. Box 9106, Norwood, MA 02062-9106, U.S.A. Tel: 781/329-4700 World Wide Web Site: http://www.analog.com Fax: 781/326-8703 DAC16 DAC16 C COMP I OUT DB15 (MSB LOGIC TURNING ON 500 600 700 800 © Analog Devices, Inc., 1999 ...
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DAC16–SPECIFICATIONS ELECTRICAL CHARACTERISTICS Parameter Integral Linearity “G” INL Integral Linearity “G” INL Differential Linearity “G” DNL Differential Linearity “G” DNL Integral Linearity “F” INL Integral Linearity “F” INL Differential Linearity “F” DNL Differential Linearity “F” DNL Zero Scale Error ZSE ...
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... Substrate is V Polarity. EE Model Grade DNL (max) DAC16GS 1 DAC16FP 2 DAC16FS 2 DAC16GBC 1 REV. B CAUTION 1. Stresses above those listed under “Absolute Maximum Rat- ings” may cause permanent damage to the device. This is a stress rating only and functional operation at or above this specification is not implied. Exposure to the above maximum rating conditions for extended periods may affect device reliability ...
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DAC16 +5V 10k Figure 2. Burn-In Diagram OPERATION Novel DAC Architecture The DAC16 was designed ...
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Digital Input Considerations The threshold of the DAC16’s digital input circuitry is set at 1.4 V, independent of supply voltage. Hence, the digital inputs can interface with any type logic. Illustrated in Figure 5 is the equivalent ...
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DAC16–Typical Performance Characteristics LOGIC BITS = HIGH LOGIC BITS = LOW LOGIC BITS = HIGH LOGIC BITS = LOW CC 0 –40 – ...
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DAC16 recommended that common ground tie points be provided at each such device. If only one system ground can be connected directly to the DAC16 recommended that the analog common be used. ...
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DAC16 reference amplifier. Completely removing the compensation network would introduce large linearity errors, reference amplifier instability, wideband reference amplifier noise, and poor settling time. Because the DAC exhibits an internal current scaling factor of eight times (8 ), the reference ...
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R1 5k REF02 0 DIGITAL +5V +5V PIN 3, DAC16 10 F 0.1 F +15 V +5V REF REF02 0.1 F DIGITAL +5V +5V PIN 3, DAC16 10 F 0.1 F Bipolar Configuration For applications that ...
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DAC16 +15V R1 5k 0.1 F REF02 22 F DIGITAL +5V +5V PIN 3, DAC16 0 Figure 26. DAC16 Noise Measurement Test Circuit DAC16 Noise Performance The novel architecture employed in the DAC16 yields very low wideband ...
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MC10124 T/H –15V –5V 20k TO PIN 2 SD5000 0.39 F 1.6k A discrete drive circuit is used to achieve the best performance from the SD5000 quad DMOS switch. This switch-driving cell is composed of MPS571 RF NPN transistors ...
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DAC16 In using high speed op amps, the output capacitance of the DAC16 appears across the inputs of the op amp where it and the op amp’s input capacitance will set an additional pole in the op amp’s loop gain ...