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DAC10Z_15 Datasheet, PDF (1/2 Pages) Analog Devices – LOW COST GENERAL PURPOSE DIGITAL TO ANALOG CONVERTER
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LowCostGeneraPl urpose
Digitalto AnalogConverter
DAC-10Z/MDA-10Z
FEATURES
Low Cost:
10 Bit Resolution
:t%LSBLinearity Error
Unipolar or Bipolar Outputs
Small Size (2" x 2" x 0.4")
OBSOLETE GENERAL DESCRIPTION
The MDA-10Z and DAC-10Z are low cost, lO-bit di~ital-to-
analog converters packaged in compact 2" x 2" x 0.4' modules.
The MDA-10Z is a current output device intended for use
with external output amplifiers. It featUres a settling time to
::t'lzLSBof 300ns. The DAC-10Z which comes complete with
an IC op amp produces voltage outputs with S1JSsettling times.
Note that the DAC-10Z-1 requires no external gain or zero
adjustment. The DAC-10Z-3 requires a 1kil offset adjust-
ment pot, which the user must supply. With a digital input of
0000000000 applied, this pot is adjusted until an output of
+10.000V is obtained within ::t2mV.
MDA-10Z WITH EXTERNAL AMPLIFIER
Figure 2, below, shows unipolar and bipolar versions of the
Both the DAC-lOZ and MDA-10Z can be ordered with either
MDA-10Z used with an external inverting op amp and also
unipolar or bipolar outputs. Unipolar units utilize Binary
shows the resulting input-output relationships.
coded inputs and bipolar units use Offset Binary code. All
digital inputs are fully TTL/DTL compatible.
DAC-10Z OUTPUT CHARACTERISTICS
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The output circuit configuration as well as the input-output
relationships of the DAC-10Z are shown below in Figure 1 for
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both the unipolar and bipolar output versions.
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a} Unipolar - MDA-10Z-25
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b} Bipolar - MDA-10Z-110
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a) Unipolar - DAC-1OZ-1
b} Bipolar - DAC-10Z-3
Figure 2. MDA-10Z With External Amplifier (Inverting Mode)
The gain of the MDA-10Z-2S is adjusted by means of a sooil
trim pot which the user supplies. With a digital input of
1111111111 applied, this pot is adjusted until an output of
-9.990V is obtained within ::t1mV.
In addition to the gain adjustment, the MDA-lOZ-110 requires
a zero adjustment. With a digital input of 0000000000 applied,
the 1kil offset pot is adjusted until a +10.000V output is
obtained within ::t2mV. Next, a digital input of 1111111111 is
applied and the 1kil gain pot is adjusted until an output of
-9.980V results within ::t2mV.
Figure 1. DAC-10Z Output Configuration
Information furnished by Analog Devices is believed to be accurate
and reliable. However, no responsibility is assumed by Analog Devices
for its use; nor for any infringements of patents or other rights of third
parties which may result from its use. No license is granted by implica-
tion or otherwise under any patent or patent rights of Analog Devices.
P.O. Box 280; Norwood, Massachusetts 02062 U.S.A.
Telex: 924491
Cables: ANALOG NORWOODMASS